Albion Motors

Albion Motors

Albion Motors
Limited
Industry Automotive industry
Fate acquired by Leyland Motors
Predecessor Albion Motor Car Company
Successor Leyland Motors (1951)
Leyland DAF (1987-1993)
American Axle & Manufacturing (1997)
Founded 1899
Founder Thomas Blackwood Murray, Norman Osborne Fulton,

John Francis Henderson.

Defunct marque defunct 1980
Headquarters Glasgow, Scotland
Number of locations
Scotstoun, Bathgate
Products Commercial vehiclecomponents
Website www.aam.com

albionmotors-1Albion Motors radiator badge

1901-albion-a2-bs-83001901 Albion A2 BS 83001902-albionAlbion 1902

1904-albion-16hp-wagonetteAlbion 16HP Wagonette 19041911-workers-at-albion-motors-in-1911Workers at Albion Motors in 1911albion-970

ALBION 970 Front of an earlier model

1949-albion-venturerAlbion Venturer 1949

heavy-duty-albion-cx24-recovery-truckHeavy-duty Albion CX24 recovery truck

1963-albion-reiver-1963Albion Reiver 1963

albion-lorriesAlbion Commercial Vehicles at Biggar Vintage Rally, August 20081919-albion-08-jacatra

1922-albion-harvey-model-20-15-seater-bus-12-passengers-in-the-rear-2-passengers-in-front-plus-driver-c20-es-5150

1922 Albion Harvey Model 20 15-seater bus (12 passengers in the rear, 2 passengers in front, plus driver) C20 ES 51501924-albion-sb1924 Albion SB1927-albion-flatbed1927 Albion Flatbed1928-albion

1929-albion-3-21929 Albion Shell-mex1934-albion-kl1271934 Albion KL1271935-40-albion-model-126-1 1935-40-albion-model-126-159451935-40 Albion model 126 159451935-40-albion-model-126-15947 1935-40-albion-model-126-15948Albion model 1261936-albion-az1-bus-567-rogerson-mobile-home1936 Albion AZ1 BUS 567 Rogerson Mobile Home1937-albion-ks127-tippers-bell-brothers-newburgh-a1937 Albion KS127 tippers Bell Brothers, Newburgh1937-albion-ks127-tippers-bell-brothers-newburgh1937 Albion KS127 tippers Bell Brothers, Newburgh1938-albion-wd-ev1 1938-albion-2 1938-albion-by1-6x6 1938-albion-cx27-16607

1938 Albion cx27 166071938-albion-cx27 1938-albion-ft3-flat-bed1938 Albion FT3 Flat Bed1938-albion-gg 1939-albion-cx27-172681939 Albion cx27 17268 1939-cx27-16608

1943-albion-%d1%81%d1%85-22s-6x6 1944-albion-wd-cx22s-hat-engine-9085cc-6-cylinder 1945-albion-ft-15n-6x6 1946-albion-az5-n-yvs 1947-albion-az5n-after-refurb-sx-6215-mobile-shop-baf1947 Albion AZ5N After Refurb SX 6215 Mobile shop BAF 1947-albion-az5n-sx-6215

1948-52-albion-clydesdale-ft102s-caltex 1948-52-albion-clydesdale-ft102s-kerkrade-nl 1948-52-albion-clydesdale-ft102s1948-52 Albion Clydesdale FT102S

Albion Automotive of Scotstoun, Glasgow is a former Scottish automobile and commercial vehicle manufacturer. It is currently involved in the manufacture and supply of Automotive component systems.

From WW1 to the 1950s, Albion had rivalled Foden for the reliability and ruggedness of their trucks. Albion was incorporated into Leyland Motors in 1951, and merely became a badge for their smaller lines. The badge was dropped by British Leyland in 1980.

Today the company is a subsidiary of American Axle & Manufacturing, and manufactures axles, driveline systems, chassis systems, crankshafts and chassis components. It is Scotland’s best known name in the motor industry. Albions were renowned for their slogan “Sure as the Sunrise”.

History

Originally known as Albion Motor Car Company Ltd, the company was founded in 1899 by Thomas Blackwood Murray and Norman Osborne Fulton (both of whom had previously been involved in Arrol-Johnston) they were joined a couple of years later by John F Henderson who provided additional capital. The factory was originally on the first floor of a building in Finnieston Street, Glasgow and had only seven employees. In 1903 the company moved to new premises in Scotstoun.

The Albion Motor Car Company Ltd was renamed Albion Motors in 1930.

In 1951, Leyland Motors took over. After the British Leyland Motor Corporation was founded in 1968, production continued with the Albion Chieftain, Clydesdale & Reiver trucks and the Albion Viking bus models. Production of these was then moved to the Leyland plant at Bathgate in 1980. In 1969, the company took over the neighbouring Coventry Ordnance Works on South Street, which it continues to operate from.

Leyland dropped the Albion name when the company name was changed to Leyland (Glasgow) and later to Leyland-DAF from 1987 when it became a subsidiary of that Dutch concern.

A management buy-out in 1993 brought Albion Automotive as it was thenceforth known back into Scottish ownership. A new owner, the American Axle & Manufacturing Company (AAM) of Detroit, Michigan, took over Albion in 1998.

Passenger car manufacturing

In 1900 they built their first motor car, a rustic-looking dogcart made of varnished wood and powered by a flat-twin 8hp engine with gear-change by “Patent Combination Clutches” and solid tyres.

In 1903 Albion introduced a 3115 cc 16 hp vertical-twin, followed in 1906 by a 24 hp four. One of the specialities the company offered was solid-tired shooting-brakes. The last private Albions were powered by a 15 hp monobloc four of 2492 cc.

Passenger car production ceased in 1915 but in 1920 the company announced that estate cars were available again based on a small bus chassis, it is not known if any were actually made.

Car models

  • Albion 8 (1900–1904) 2080 cc twin-cylinder
  • Albion 12 (1900–1906) 2659 cc twin-cylinder
  • Albion 16 (1905–1913) 3141 cc twin-cylinder
  • Albion 24/30 (1906–1912) 3164 cc 4-cylinder
  • Albion 15 (1912–1915) 2492 cc 4-cylinder

Commercial vehicle production

Although the manufacture of motor cars was the main industry in the first ten years of its existence, it was decided in 1909 to concentrate on the production of commercial vehicles. During World War 1 they built for the War Office large quantities of 3 ton trucks powered by a 32 hp engine using chain drive to the rear wheels. After the war many of these were converted for use as charabancs.

Trucks and buses (single and double deckers) were manufactured in the Scotstoun works until 1980 (1972 for complete vehicles). The buses were exported to Asia, East Africa, Australia, India and South Africa. Almost all Albion buses were given names beginning with “V”, these models being the Victor, Valiant, Viking, Valkyrie, and Venturer.

1949-albion-1-3 1949-albion-clydesdale-ft102s 1949-albion-ft103n-clansman-6x4-tanker-htw-876-t 1950-albion-clansman-ft103n 1950-albion-clansman 1950-albion-ft103n-clansman-6x4-machinery-55-bd-02 1951-albion-ft37l-chieftan-flatbed-engine-4000cc-registration-ohu-948 1951-albion-ft103n-clansman-6x4-machinery-ds-6538-2 1951-albion 1952-albion-ft103 1953-albion-kd23 1953-albion-peters-ice-cream 1953-albion-wd-hd-23s 1954-albion-chieftain-ft37ht 1954-albion-chieftain 1954-albion-wd-hd-23n-fv-11102-6x6 1957-61-albion-caledonian-24c-3-1 1957-61-albion-caledonian-24c-4 1957-61-albion-caledonian-24c-16868 1957-61-albion-caledonian-24c-shell 1957-61-albion-caledonian-24c-3-16867 1957-61-albion-caledonian-24c-3t 1957-61-albion-caledonian-24c5-17013 1960-61-albion-caledonian-24c-5-1 1960-61-albion-caledonian-24c-5-17014 1960-61-albion-caledonian-24c5-17015 1960-61-albion-caledonian-24c5-17016 1961-albion-claymore 1963-albion-reiver-1963 1965-albion-lowlander-lr7-new-to-western-smt-preserved-in-the-colours-of-second-owner-highland-omnibuses-ltd 1966-albion-chieftain-grh 1966-albion-reiver-re25a 1966-albion-super-reiver-6-wheeler-flatbed-registered-fea-926-d 1967-albion-reiver 1968-albion-wpx135f 1968-73-albion-2-john-biesty 1969-albion-p1010043-carmichael-fire-water-tender 1970-albion-leyland-clydsdale-tractor-engine-6070cc-registered-lsx-906-h 1971-albion-super-reiver 1972-albion-reiver-concrete-mixer-registration-ffd-332

Lorry models

  • CX22S Heavy artillery tractor.
  • WD66N (only 9 built).
  • WD.CX24 Tank transporter
  • Chieftain (1948)
  • Clansman
  • Claymore (1954-1966)
  • Clydesdale
  • Reiver

Albion also made the Claymore with the 4 speed gearbox,The Reiver was a six wheeler. The Chieftain had a 6 speed gearbox, 6th being an overdrive gear, with a worm and wheel rear axle.

Bus production

The earliest buses were built on the A10 truck chassis with two being delivered to West Bromwich in 1914. Newcastle upon Tyne also took double deckers around this time, but Albion did not produce a purpose-built double deck chassis until 1931.

In 1923 the first dedicated bus chassis was announced derived from the one used on the 25 cwt truck but with better springing. Bodies seating from 12 to 23 passengers were available. A lower frame chassis, the Model 26, with 30/60 hp engine and wheelbases from 135 inches (3,400 mm) to 192 inches (4,900 mm) joined the range in 1925. All the early vehicles had been normal control, with the engine in front of the driver but in 1927 the first forward control with the engine alongside the driver was announced as the Viking allowing 32 seats to be fitted. Diesel engines, initially from Gardner, were available from 1933. The first double deck design was the Venturer of 1932 with up to 51 seats. The CX version of the chassis was launched in 1937 and on these the engine and gearbox were mounted together rather than joined by a separate drive shaft. Albion’s own range of diesel engines was also made available.

add-albion albion-1 albion-2 albion-az2-az8 albion-cx27 albion-dw1-dw3 albion-model-b-119-with-holland-coachcraft-body albion-model-b119-with-holland-coachcraft-body-a albion-model-b119-with-holland-coachcraft-body-b albion-wd-cx33 albion-1 albion-2-2 albion-2 albion-3 albion-04-5b-5d albion-4-2 albion-4a322a albion-5-2 albion-5 albion-5resd9io0 albion-6-wm-forrest-paisley albion-6 albion-6x4-with-dropside-tipper-body albion-7 albion-8-sheffield albion-8 albion-8w albion-8x4 albion-9 albion-9a albion-9b albion-9d

After World War 2 the range was progressively modernised and underfloor engined models were introduced with two prototypes in 1951 and production models from 1955 with the Nimbus.

With the Leyland take over the range was cut back. The last Albion double decker was the 1961 Lowlander and that was marketed in England as a Leyland, and the last design of all was the Viking, re-using an old name.

Bus models
  • Model 24 (1923–1924) First purpose built Albion bus chassis
  • Viking 24 (1924–1932) Various wheelbases from 10 feet 9 inches (3.28 m) to 16 feet 3 inches (4.95 m) Front wheel brakes from 1927. Six cylinder engines available in Viking Sixes.
  • Valkyrie (1930–1938) Forward control. 5 litre engine, 6.1 litre from 1933, 7.8 litre optional from 1935. Mainly sold as coaches.
  • Valiant (1931–1936) Mainly sold to the coach market.
  • Victor (1930–1939) Normal or forward control. 20 or 24 seater.
  • Venturer (1932–1939) Albions first double decker. 51, later 55 seats. 3 axle version, the Valorous made in 1932, only one produced.
  • Valkyrie CX (1937–1950) Engine and gearbox in-unit.
  • Venturer CX (1937–1951) Double decker.
  • Victor FT (1947–1959) Lightweight single decker
  • Valiant CX (1948–1951) Mostly sold to coach operators.
  • Viking CX (1948–1952) Mainly sold to the export market.
  • KP71NW (1951) Underfloor engined chassis with horizontally-opposed eight cylinder engine; 2 built.
  • Nimbus (1955–1963) Underfloor engine.
  • Aberdonian (1957–1960) Underfloor engine.
  • Royal Scot (1959) 15.2 litre underfloor engined 6×4 dirt-road bus. 20 built for South African Railways.
  • Victor VT (1959–1966) Front engined, derived from Chieftain truck chassis.
  • Clydesdale (1959–1978) Export model built on truck chassis.
  • Talisman TA (1959) 9.8 litre front engined 6×4 dirt-road bus. 5 built for Rhodesian Railways.
  • Lowlander (1961–1966) Double decker. 18 feet 6 inches (5.64 m) wheelbase. LR7 had air rear suspension.
  • Viking VK (1963-1984?) Mainly exported. Leyland O.370 O:400, O:401 engines. VK 41,55 were front engined; VK43,45,49,57,67 models were rear engined, Australian market had optional AEC AV505 engines.
  • Valiant VL (1967–72) Similar to rear-engined Vikings but with tropical cooling unit as on VK45 and axles from Clydesdale.

Automotive components production

A complete change of profile went on in 1980. Since then, only automotive components, such as rear axles, have been produced.

albion-9e albion-9f albion-9g albion-30 albion-053 albion-055 albion-127-sibley-b%26w albion-246eukc albion-301 albion-698 albion-4550-bc21-c12d albion-ad2 albion-adam albion-albatros-trio-1 albion-albatros-trio-2-nl albion-albatros albion-am-463-560 albion-am-463-ambulance-raf albion-art10-04 albion-autodrome albion-az9 albion-bastonblitz-001 albion-cameronian-ca81 albion-car-plant albion-ch-clreca-16975 albion-chclreca16977 albion-chieftain-kal albion-chieftains albion-cx3-with-kp-engine-1 albion-denmark albion-edinburgh-parcels-transport albion-factory albion-frans-plat albion-ft23 albion-ijnbgtr78 albion-jiioklhytfr675 albion-kd23-in-south-africa albion-ks126 albion-ld1 albion-linesman albion-mbb899-peter-jennings albion-nimbus-jnp-590c albion-race-transporter albion-reg-grh albion-reg-swf-707 albion-s-6x4 albion-unknown albion-veewagen-nl albion-victor-vt19n albion albion-add albion-adds albion-badged-atlantean albion-lorad albionmotors-1 bill-miller-creamery-albion bond-gate brs66-002 ch1 coaltruck d-west eda138 fed-breweries flour-milling-024 flour-milling-027 flour-milling-134 flour-milling-220 hda3 houston-bros-1 jnm03 kirkpatricks-1 loadedandready m-hayton-11 m-thom-1 maitland-3 mcmurdo-21 montgomery-9 nag-328-4 nb-albion ncb-1 ncb-4 oag-960-h pa vs01818 wilkies yard

Firearms production

During World War II, Albion Motors manufactured

revolver-enfield-no2-mk-i

Enfield No 2 Mk I* revolvers to aid the war effort. By 1945, 24,000 Enfield No 2 Mk I* revolvers were produced by Albion (and subsequently, Coventry Gauge & Tool Co.)

This is everything I could find about ALBION, a fascinational and remarkable Scottish Truck and other Vehicle making Cooperation on the World Wide Web. Enjoy the pictures with me, and when you have pictures or info that can make this blog more interesting I will appreciate this. Thanks and enjoy.

Jeroen

ROVER

Rover logo

Rover Company

The Rover Company Limited
Industry Automotive industry
Motorcycle industry (until 1925)
Bicycle industry (until 1925)
Fate Merged into Leyland Motors(1967)
Assets separated as Land Rover (1978)
Rover brand defunct (2005)
Successor SAIC MG Motor
TATA Land Rover
Founded 1878
Founder John Kemp Starley &
William Sutton
Defunct 2005
Headquarters England:
Coventry, West Midlands
(1904–47)
Solihull, West Midlands
(1947–1981)
Gaydon, West Midlands
(1981–2000)
Longbridge, West Midlands
(2000–2005)
Key people
Spencer & Maurice Wilks
(Management & Engineering,
1929–63)
John Towers
Products Rover Automobiles
Motorcycles (until 1925)
Bicycles (until 1925)
Land Rover All terrain vehicles
Subsidiaries Alvis Cars (1965–67)

Rover is a former British car manufacturing company founded as Starley & Sutton Co. of Coventry in 1878. It is the direct ancestor of the present day Land Rover company, which is a subsidiary of Jaguar Land Rover, in turn owned by the Tata Group.

The company traded as Rover, manufacturing cars between 1904 and 1967, when it was sold to Leyland Motor Corporation, becoming the Rover marque. The Rover marque was used on cars produced by British Leyland (BL), who separated the assets of the original Rover Company as Land Rover in 1978 whilst the Rover trademark continued to be used on vehicles produced by its successor companies – the Austin Rover Group(1982–1986), the Rover Group (1986–2000), and then finally MG Rover (2000–2005). Following MG Rover’s collapse in 2005, the Rover marque became dormant, and was subsequently sold to Ford, by now the owners of Land Rover, a move which effectively reunited the Rover trademark with the original company.

After developing the template for the modern bicycle with its Rover Safety Bicycle of 1885, the company moved into the automotive industry. It started building motorcycles and Rover cars, using their established marque with the iconic Viking Longship, from 1904 onwards. Land Rover vehicles were added from 1948 onwards, with all production moving to the Solihull plant after World War II.

The Polish word now most commonly used for bicyclerower originates from Rover bicycles which had both wheels of the same size (previous models usually had one bigger, one smaller – see Penny-farthing, and were called in Polish bicykl, from English bicycle).

History

Before cars

The first Rover was a tricycle manufactured by Starley & Sutton Co. of Coventry, England, in 1883. The company was founded by John Kemp Starley and William Sutton in 1878. Starley had previously worked with his uncle, James Starley (father of the cycle trade), who began by manufacturing sewing machines and switched to bicycles in 1869.

Advert for J K Starley Rover bicycle

 J. K. Starley & Co. Ltd ‘Rover’ bicycle advertisement

In the early 1880s, the cycles available were the relatively dangerous penny-farthings and high-wheel tricycles. J.K. Starley made history in 1885 by producing the Rover Safety Bicycle—a rear-wheel-drive, chain-driven cycle with two similar-sized wheels, making it more stable than the previous high-wheel designs. Cycling Magazine said the Rover had “set the pattern to the world”; the phrase was used in their advertising for many years. Starley’s Rover is usually described by historians as the first recognisably modern bicycle.

The words for “bicycle” in Polish (Rower) and Belarusian (Rovar, Ро́вар) are derived from the name of the company. The word ровер is also used in many parts of Western Ukraine.

In 1889, the company became J.K. Starley & Co. Ltd., and in the late 1890s, the Rover Cycle Company Ltd.

Rover motorcycles

Main article: Rover (motorcycles)

In 1899 John Starley imported some of the early Peugeot motorcycles from France in for experimental development. His first project was to fit an engine to one of his Rover bicycles. Starley died early in October 1901 aged 46 and the business was taken over by entrepreneur H. J. Lawson.

1912 Rover 1912 3-speed 1

 1912 Rover 3-speed

The company developed and produced the Rover Imperial motorcycle in November 1902. This was a 3.5 hp diamond-framed motorcycle with the engine in the centre and ‘springer’ front forks which was ahead of its time. This first Rover motorcycle had innovative features such as a spray carburettor, bottom-bracket engine and mechanically operated valves. With a strong frame with double front down tubes and a good quality finish, over a thousand Rover motorcycles were sold in 1904. The following year, however, Rover stopped motorcycle production to concentrate on their ‘safety bicycle’ but in 1910 designer John Greenwood was commissioned to develop a new 3.5 hp 500 cc engine with spring-loaded tappets, a Bosch magneto and an innovative inverted tooth drive chain. It had a Brown and Barlow carburettor and Druid spring forks. This new model was launched at the 1910 Olympia show and over 500 were sold.

In 1913 a ‘TT’ model was launched with a shorter wheelbase and sports handlebars. The ‘works team’ of Dudley Noble and Chris Newsome had some success and won the works team award.

1920 Rover 500cc

 1920 Rover 500 cc

Rover supplied 499 cc single cylinder motorcycles to the Russian Army during the First World War. The company began to focus on car production at the end of the war, but Rover still produced motorcycles with 248 cc and 348 cc Rover overhead valve engines and with J.A.P. engines, including a 676 cc V-twin. In 1924 Rover introduced a new lightweight 250cc motorcycle with unit construction of engine and gearbox. This had lights front and rear as well as a new design of internal expanding brakes.

Poor sales of their motorcycles caused Rover to end motorcycle production and concentrate solely on the production of motor cars. Between 1903 and 1924 Rover had produced more than 10,000 motorcycles.

Early Rover cars

1905 Rover E-698

 Rover, 1905.
1910 Rover Six

 The Rover Six in a 1910 advertisement—£155.
1904 Rover 8HP

 Rover 8HP Two-seater from 1904 inLondon to Brighton Veteran Car Run 2010
1926 Rover Tourer 1926

 Rover Tourer, 1926.
1936 Rover 10

 1936 Rover 10.

In 1888, Starley made an electric car, but it never was put into production.

Three years after Starley’s death in 1901, and H. J. Lawson’s subsequent takeover, the Rover company began producing automobiles with the two-seater Rover Eight to the designs of Edmund Lewis, who came from Lawson’s Daimler. Lewis left the company to join Deasy in late 1905. He was eventually replaced by Owen Clegg, who joined from Wolseley in 1910 and set about reforming the product range. Short-lived experiments with sleeve valve engines were abandoned, and the 12hp model was introduced in 1912. This car was so successful that all other cars were dropped, and for a while, Rover pursued a “one model” policy. Clegg left to join the French company Darracq in 1912.

During the First World War, they made motorcycles, lorries to Maudslay designs, and, not having a suitable one of their own, cars to a Sunbeam design.

Restructure and re-organization

The business was not very successful during the 1920s and did not pay a dividend from 1923 until the mid-1930s. In December 1928 the chairman of Rover advised shareholders that the accumulation of the substantial losses of the 1923–1928 years together with the costs of that year’s reorganisation must be recognised by a reduction of 60 per cent in the value of capital of the company.

During 1928 Frank Searle was appointed managing director to supervise recovery. Searle was by training a locomotive engineer with motor industry experience at Daimler and, most recently, had been managing director of Imperial Airways. On his recommendation Spencer Wilks was brought in from Hillman as general manager and appointed to the board in 1929. That year, Searle split Midland Light Car Bodies from Rover in an effort to save money and instructed Robert Boyle and Maurice Wilks to design a new small car.

This was the Rover Scarab with a rear-mounted V-twin-cylinder air-cooled engine announced in 1931, a van version was shown at Olympia, but it did not go into production. During this time the Rover 10/25 was introduced, with bodies made by the Pressed Steel Company. This was the same body as used on the Hillman Minx. Prior to this time Rover had been a great supporter of the very light Weymann bodies that went suddenly out of fashion with the demand for shiny coachwork and more curved body shapes. Weymann bodies remained in the factory catalogue until 1933.

Frank Searle and Spencer Wilks set about reorganising the company and moving it upmarket to cater for people who wanted something “superior” to Fords and Austins. In 1930 Spencer Wilks was joined by his brother, Maurice, who had also been at Hillman as chief engineer. Spencer Wilks was to stay with the company until 1962, and his brother until 1963.

The company showed profits in the 1929 and 1930 years but with the economic downturn in 1931 Rover reported a loss of £77,529. 1932 produced a loss of £103,000 but a turn around following yet more reorganization resulted in a profit of £46,000 in 1933. The new assembly operations in Australia and New Zealand were closed.

Frank Searle left the board near the end of the calendar year 1931, his work done.

Building on successes such as beating the Blue Train for the first time in 1930 in the Blue Train Races, the Wilks Brothers established Rover as a company with several European royal, aristocratic, and governmental warrants, and upper-middle-class and star clients.

Second World War and gas turbines

OLYMPUS DIGITAL CAMERARover W2B-26 jet engine Welland

A Rover W.2B/26 on display at the Midland Air Museum This design was later to become the Rolls-Royce Derwent

In the late 1930s, in anticipation of the potential hostilities that would become the Second World War, the British government started a rearmament programme, and as part of this, “shadow factories” were built. These were paid for by the government but staffed and run by private companies. Two were run by Rover: one, at Acocks Green, Birmingham, started operation in 1937, and a second, larger one, at Solihull, started in 1940. Both were employed making aero engines and airframes. The original main works at Helen Street, Coventry, was severely damaged by bombing in 1940 and 1941 and never regained full production.

In early 1940, Rover was approached by Frank Whittle to do work for Whittle’s company, Power Jets. This led to a proposal from Power Jets in which Rover would put forward £50,000 of capital in exchange for shares in Power Jets. Rover contacted the Air Ministry (AM) regarding the proposal, which ultimately led to an arrangement between Rover and former Power Jets contractor British Thomson-Houston (BTH) to develop and produce Whittle’s jet engine. The Air Ministry had left Whittle and Power Jets out of these negotiations. Rover chief engineer Maurice Wilks led the team to develop the engine, improving the performance over the original Whittle design. The first test engines to the W.2B design were built in a former cotton mill in Barnoldswick, Lancashire which Rover moved into in June 1941 (along with Waterloo Mill in Clitheroe). Testing commenced towards the end of October 1941.

A need for greater expertise within the project, along with difficult relations between Rover management and Frank Whittle (not least because Rover under AM approval had secretly designed a different engine layout, known within Rover as the B.26, which they thought was superior), led to Rover handing over their part in the jet engine project and the Barnoldswick factory to Rolls-Royce in exchange for the latter’s Meteor tank engine factory at Ascot Road, Nottingham, the result of a handshake deal between Rover’s Spencer Wilks and Rolls-Royce’s Ernest Hives made in a local inn in Clitheroe. The official hand-over date was 1 April 1943, though there was a considerable overlap, and several key Rover staff such as Adrian Lombard and John Herriot, the latter being at Rover on secondment from the Air Inspection Department (AID) of the AM, moved to Rolls-Royce. In exchange for the jet engine project and its facilities, Rover was given the contract and production equipment to make Meteor tank engines, which continued until 1964. Although Rolls-Royce under Stanley Hooker were soon to be able to start producing the Whittle-designed W.2B/23 engine (known within Rover as the B.23, later named by Rolls-Royce the Welland), they evaluated the 4 Lombard/Herriot re-designed Rover W.2B/B.26 engines under test at the time of the takeover, and selected the Rover design for their own jet engine development (it became the Rolls-Royce Derwent engine).

After the Second World War, the company abandoned Helen Street and bought the two shadow factories. Acocks Green carried on for a while, making Meteor engines for tanks such as the Centurion and Conqueror, and Solihull became the new centre for vehicles, with production resuming in 1947. This was the year Rover produced the Rover 12 Sports Tourer. 200 cars were built for the export market but all had RHD so many cars stayed in the UK. Solihull would become the home of the Land Rover.

Experimental cars

Rover.jet1

Rover Jet Car (Science Museum)

 Rover JET Gas Turbine Experimental Car

Despite the difficulties experienced with the jet engine project, Rover was interested in the development of the gas turbine engine to power vehicles. In 1945, Rover hired engineers Frank Bell and Spen King away from Rolls-Royce to assist Maurice Wilks in the development of automotive gas turbines. By 1949, the team developed a turbine that ran at 55,000 rpm, produced more than 100 horsepower (75 kW), and could run on petrol,paraffin, or diesel oil. Rover’s early turbine engines consumed fuel at a rate much greater than piston engines, equivalent to 6 miles per imperial gallon (5.0 mpg-US; 47 L/100 km). Although fuel consumption was later reduced by using a heat exchanger, it was never as low as that of contemporary piston engines.

In March 1950, Rover showed the JET1 prototype, the first car powered with a gas turbine engine, to the public. JET1, an open two-seat tourer, had the engine positioned behind the seats, air intake grilles on either side of the car, and exhaust outlets on the top of the tail. During tests, the car reached a top speed of 88 mph (142 km/h). After being shown in the United Kingdom and the United States in 1950, JET1 was further developed, and was subjected to speed trials on the Jabbeke highway in Belgium in June 1952, where it exceeded 150 miles per hour (240 km/h). JET1 is currently on display at the London Science Museum.

Four further prototypes were built, the P4-based front-engined T2 and rear-engined T2A saloons, the rear-engined four-wheel-drive T3 coupé, and the front-engined front-wheel drive T4 saloon.

Rover and the BRM Formula One team joined forces to produce the Rover-BRM, a gas turbine-powered sports prototype that entered the 1963 24 hours of Le Mans, driven by Graham Hill and Richie Ginther. It averaged 107.8 mph (173 km/h) and had a top speed of 142 mph (229 km/h).

Rover also ran several experimental diesel engine projects in relation to the Land Rover. The 2-litre, 52 horsepower (39 kW) diesel unit designed and built by Rover for its 4×4 had entered production in 1956 and was one of Britain’s first modern high-speed automotive diesel engines. Experimental projects were undertaken to improve the engine’s power delivery, running qualities, and fuel tolerances. British Army requirements led to the development of a multifuel version of the 2.25-litre variant of the engine in 1962, which could run on petrol, diesel, Jet-A, or kerosene. However, the engine’s power output when running on low-grade fuel was too low for the Army’s uses. Rover developed a highly advanced (for the time) turbodiesel version of its engine in the mid-1960s to power its experimental ‘129-inch’ heavy duty Land Rover designs. This 2.5-litre engine used a turbocharger built by Rover’s gas turbine division as well as an intercooler. This was one of the first times these features had been incorporated on such a small-capacity diesel unit, but they were not adopted.

After the Leyland Motor Corporation takeover, the Rover Gas Turbine was used in a number of Leyland trucks, including one shown at the 1968 Commercial Motor Show. Rover gas turbines also powered the first Advanced Passenger Train.

Golden years

OLYMPUS DIGITAL CAMERA

The 1950s and ’60s were fruitful years for the company. The Land Rover became a runaway success (despite Rover’s reputation for making upmarket saloons, the utilitarian Land Rover was actually the company’s biggest seller throughout the 1950s, ’60s, and ’70s), as well as the P5 and P6 saloons equipped with a 3.5L (215ci) aluminium V8 (the design and tooling of which was purchased from Buick) and pioneering research into gas turbine-fueled vehicles.

As the ’60s drew to a close Rover was working on a number of innovative projects. Having purchased the Alvis company in 1965 Rover was working on a V8-powered supercar to sell under the Alvis name. The prototype, called the P6BS, was completed and the finalised styling and engineering proposal, the P9, was drawn up. Rover was also working on the P8 project which aimed to replace the existing P5 large saloon with a modern design similar in concept to a scaled-up P6.

When Leyland Motors joined with British Motor Holdings and Rover and Jaguar became corporate partners these projects were cancelled to prevent internal competition with Jaguar products. The P8 in particular was cancelled in a very late stage of preparation- Rover had already ordered the dies and stamping equipment for making the car’s body panels at Pressed Steel when ordered to stop work.

Rover continued to develop its ‘100-inch Station Wagon’, which became the ground-breaking Range Rover, launched in 1970. This also used the ex-Buick V8 engine as well as the P6’s innovative safety-frame body structure design and features such as permanent four-wheel drive and all-round disc brakes. The Range Rover was initially designed as a utility vehicle which could offer the off-road capability of the Land Rover, but in a more refined and car-like package.

Mergers to LMC and BL

Main article: British Leyland
1967 Rover P6BS Prototype

This Rover prototype for a midengined sports car was shown to the press in 1967, but politics in the wake of the BLMC merger got in the way, and the model never entered production.

In 1967, Rover became part of the Leyland Motor Corporation (LMC), which already owned Triumph. The next year, LMC merged with British Motor Holdings (BMH) to become the British Leyland Motor Corporation (BLMC). This was the beginning of the end for the independent Rover Company, as the Solihull-based company’s heritage drowned beneath the infamous industrial relations and managerial problems that beset the British motor industry throughout the 1970s. At various times, it was part of the Specialist Division (hence the factory designation SD1 for the first—and in the event, only—model produced under this arrangement), Leyland Cars, Rover-Triumph, and the short-lived Jaguar Rover Triumph. The Land Rover products however had flourished during the turbulent BLMC years, with the Range Rover in particular generating sizeable revenues for the company as it moved further upmarket. After the Ryder Report in 1975, Land Rover was split from Rover in 1978 as a separate operating company within British Leyland, and all Rover car production at Solihull ended and was switched to the Austin-Morris plants in Longbridge and Cowley for the rest of the marque’s existence. The Range Rover subsequently went on to become BL’s flagship product, after Jaguar was de-merged and privatised in 1984.

British Leyland entered into a collaborative venture with the Honda Motor Corporation of Japan, which resulted in a whole generation of Rover-badged vehicles which shared engineering with contemporary Honda models, which would sustain the beleaguered company and its successors until the mid-1990s.

Sale to BAe, and divestment

In 1988 the business was sold by the British Government to British Aerospace (BAe), and shortly after shortened its name to just Rover Group. They subsequently sold the business in 1994 to BMW. Honda, which had owned a 20% share in partnership with BAe, exited the business when BAe sold its share to BMW.

BMW, after initially seeking to retain the whole, decided only to retain the Cowley operations for MINI production. Land Rover was sold by BMW to Ford. The Longbridge production facility, along with the Rover and Morris Garages marques, was taken on by former Rover executive John Towers in April 2000 for a derisory sum under the marque MG Rover. The Towers administration of MG was declared insolvent in April 2005 and the business was later refloated under the ownership of Nanjing Automobile, who moved production to China.

Current Status

Legally the Rover marque is the property of Land Rover under the terms of Ford’s purchase of the name in 2006. The company is now known as Jaguar Land Rover Limited, Land Rover having been sold by Ford to Tata Motors in 2008. As part of the deal with Tata the Rover marque had to remain as property of Land Rover.

Models

Rover 16 Witham

 1938 Rover 16.

Launched under the independent Rover Company pre-merger (1904–67)

1904 Rover 8 at Coventry Motor Museum1904 Rover 8 chassis elevation1904 Rover 8 chassis plan1904 Rover 8 frame1904 Rover 8HP1907 Rover 8 Erddig, Wrexham, North Wales1910 Rover 8HP1920 Rover 8HP1921 Rover 8hp1925 Rover 8 DL 32331904–12 Rover 81905 Rover 6 hp a1905 Rover 6 hp open 2-seater single-cylinder 780 cc dashboard1905 Rover 6 hp open 2-seater single-cylinder 780 cc rear1905 Rover 6 hp open 2-seater single-cylinder 780 cc1906 Rover 61910 Rover Six1906–10 Rover 61905 Rover 10-12hp 4-cylinder car without engine bonnet1905 Rover 10-12hp 4-cylinder engine the four-cylinder engine of the 10-12 hp Rover car1906–07 Rover 10/12Rover 16 ADL 690                   1906–10 Rover 161907 Rover 20hp Tourer (ROV4)1906–10 Rover 201905 Rover 10-12hp 4-cylinder car without engine bonnet1909–12 Rover 12 2-cylinder1909 Rover 15 Tourer                     1908–11 Rover 151911 Rover 12hp 4-seater torpedo sleeve-valve 1910-1912

1911 Rover 12hp 4-seater torpedo sleeve-valve 1910-1912

1910–12 Rover 12 sleeve-valve

no info

1912–13 Rover 181914 Rover 12 Glegg tourer SV9486 (DVLA) first registered 24 January 1921

1914 Rover 12 Glegg tourer SV9486 (DVLA) first registered 24 January 19211914 Rover 12 glegg tourer (5870911466)

1914 Rover 12 glegg tourer (5870911466) 1912–23 Rover 12 Clegg1922 Rover 8 HP air cooled Drophead Tourer1922 Rover 8 Van (DVLA) first registered 17 October 1922, 1050 cc1922 rover ad1924 Rover 8 (DVLA) first registered 12 March 1924, 1056 cc1925 Rover 8 DL 32331919–25 Rover 8

1922–23 Rover 6/211926 Rover 9-20 2-seater Tourer

1933 Rover 10 Special 1925 Rover 9 roadster (3017369975) (cropped)

1925 Rover 9 open 2-seater with dickie seat

1925 Rover 4 seater tourer (5119287962)1924–27 Rover 9/20

1925 Rover 14-45 adv1925 Rover 14-45 bl cabriolet1925 Rover 14-45 Motor Car Autocar Advert1925 Rover 14-45 Tourer ad1925 Rover 14-451925 Rover 14-45hp werbung1925 Rover 14-45hp             1925–27 Rover 14/45

1927 Rover 16-501927 rover 16-50hp tourer

OLYMPUS DIGITAL CAMERA1926–29 Rover 16/50

Rover Light 6 Blue TrainRover Light 6 TM6124Rover Light 6Rover Light SixRover logo
1929 Rover Lightsix-11929 Rover-Lightsix-2
1929–30 Rover Light Six
Rover Light 20
1929 Rover 10-25 Riviera Saloon by Weymann1929 rover 10-25 Weymann sunroof sln 1100ccOHV3spd Bayuk1929 Rover cars for 1929.1935 Rover Ten saloon 19351936 Rover 10Rover 10Rover 10-25
1938 Rover 10 Coupe JHX 3611938 Rover 10 Coupe
1927–47 Rover 10
1927–32 Rover 2-Litre
rover speed 20-4
1931–40 Rover Speed 20
1933 Rover speed 14 was introduced in 1933 with a 6 cylinder high compression engine with triple SU carbs. Capable of over 80 MPH . A 4 speed synchro gearbox
1931 Rover scarab seitlich 96dpi1931-32 rover scarab 11932 rover scarab adRover Scarab, few producedRover Scarab
1932–32 Rover Scarab
1934 Rover 12 Special1934 Rover 12 sports bonnet badge (5625081813)1934 Rover 12 sports saloon (15471572958)1934 Rover 12 sports saloon (DVLA) first registered 4 October 1934, 1400 cc1934 Rover 12-4 a1934 Rover 12-41935 Rover 12 Tourer (DVLA) first registgered 23 March 1935, 1308 cc rear1935 Rover 12 Tourer (DVLA) first registgered 23 March 1935, 1308 cc1935 Rover Twelve Saloon 19351936 Rover 12 6-light saloon (DVLA)1936 Rover 12-4 six-light saloon SYB 5 (DVLA)1937 Rover 121947 ROVER 12 P2 6-light saloon EDT 674 (DVLA) first registered 1496 cc backside1947 ROVER 12 P2 6-light saloon EDT 674 (DVLA) first registered 1496 cc1947 Rover 12hp Tourer (DVLA) 1495cc PSY 7161947 Rover 12hp tourer (DVLA) 1495cc1947 Rover P2-12 Tourer 1500cc1948 Rover 12 Sports TourerRover 12 Black & WhiteRover 12 openRover 12 PilotRover 12 Reavell SpecialRover 12 TourerRover 12
1939 Rover 12 Saloon (P2)1934–47 Rover 12
1933 Rover 14 hp Pilot sedan1933 Rover 14 Pilot1933 Rover speed 14 was introduced in 1933 with a 6 cylinder high compression engine with triple SU carbs. Capable of over 80 MPH . A 4 speed synchro gearbox1935 rover 14 4dr saloon Hyman ltd1935 Rover 14 Sports Saloon P1 with flush fitting sliding roof1935 Rover 14 Sports Saloon P11935 Rover P1 (DVLA) first registered 31 December 1935, 1479cc1935 Rover Speed 14 Streamline Coupe1936 Rover 141937-38 rover 14 FPG3971938 Rover 14 (P2) 6-Light Saloon1939 Rover 14 6-Light Saloon P21939 Rover 16 cabriolet (DVLA) first registered 2 June 1939, 2184 cc1946 Rover 14 HP Sport Saloon
1936-48 Rover 16 four-light sports saloon (5747354084)1937 rover 16 DJJ391Rover Speed 16, 1934-1935, 6-cyl. OHV - 2023cc - hp1937 Rover Sports Saloon (DVLA) 1600cc first registered 30 April 19371939 Rover 16 cabriolet (DVLA) first registered 2 June 1939, 2184 cc1939 Rover 16 Cabriolet (DVLA) first registered 2 June 19391947 Rover 16 6-light saloon Witham1947 Rover 16 2147cc1947 Rover 16 four-light sports saloon HUF396 (DVLA) first registered 12 June 1947, 2147 cc a1947 Rover 16 four-light sports saloon HUF396 (DVLA) first registered 12 June 1947, 2147 cc1947 Rover 16 instrument panel An original condition1947 Rover 16 sports saloon back seat1947 Rover 16 sports saloon instrument panel1947 Rover P2-16hp instrument panel An original conditionRover 16 ADL 690Rover 16 badgeRover 16 Sport SpecialRover 16 Sports SaloonOLYMPUS DIGITAL CAMERArover 16-hp-021937–47 Rover 16
1948 Land Rover 801948-57 Land Rover Series I hardtop1948-57 Land Rover Series I1958 Land Rover Series II 881958 Land Rover swb Series 21961-1966 Forest Land Rover (on the left)1963 Land Rover Forward Control Recovery Wagon1963 Land Rover Series IIA pickup-type1948–78 Land Rover (I/II/III)—In 1978, BL established Land Rover Limited as a separate subsidiary; it took over Land Rover production.
1948 Rover P3
1948 Rover P3 convertible1949 rover cyclops 751949-52 Rover 75 (P4) Cyclops 1075 MkI head1950 Rover 75 (P4)1950 Rover 75 drophead coupé1951 Rover P4 1075 Mk II frontg1952 Rover 75 2-Door Saloon1952 Rover 75 Series P4 Saloon1952 Rover P4 (6369017051)1953 Rover - Pininfarina1953 Rover Car Co1953 Rover P4 Pininfarina Convertible (11031693646)1953-59 Rover P4 90 Saloon+ got a 2639cc 6 cyl. P4 75 4 cyl 1949-59. P4 60 4 cyl 1953-59. P4 80 4 cyl 1960-62. P4 100 6 cyl 1960-62. P4 95-110 6 cyl 1962-64jpg1954 rover 75 ad1954 Rover 90 4-Door Sedan1954 Rover 105 (P4). Using a tuned version of the 2639cc 6cylinder engine from the Ropver 90, the 105 had 108bhp1955 Rover 60 (DVLA)1955 rover 75 p4 brochure1955 Rover 901955 Rover P4 DM-45-59 pic61955 Rover P4 DM-45-59 pic71957 Rover 105S and 105R Saloons1958 Rover 60 saloon (DVLA)1959 rover 75 p41959 Rover 80 (P4). This is the second 4cylinder P4 replacing the sluggish P60 with a 2286cc straight 41959 Rover P4 6 cylinder1959 Rover P4 100 DVLA first registered 11 November 1959, 2625ccOLYMPUS DIGITAL CAMERA1960 rover 80 p4-801960 Rover 1100 100 (P4). Launched after the 3-litre P5, the Rover 100 benefitted from receiving a 104bhp 2625cc version of that engine. 16,251 were sold1960 Rover P4 Beijing-Paris Car 031961 Rover P4-100 6 Zylinder 105 PS1963 Rover 95 saloon (DVLA) first registered 8 April 1963, 2625 cc1964 Rover 95 P4 (10275771995)

Rover 110
Rover 110 (P4). The unmistable profile of the Rover P4 with ‘suicide’ (rear-hinged) rear doors.

Rover 75 - Salmons TickfordRover 75 cyclopsRover 75 'cyclops'Rover 100Rover 110Rover p4 80Rover P4 95Rover P4 white1950 Rover 75 drophead coupé by Tickford1949–64 Rover P4 (60/75/80/90/95/100/105/110)

Launched under the Rover trademark as a British Leyland Motor Corporation (later BL plc) subsidiary (1967–88)

1976 Rover SD1 estate prototype1976-86 Rover sd1 club1977 rover 3500 sticker1977 Rover SD1 3500 in Austria1982 Rover 31982 Rover 2600 S1982 Rover SD1 3500 series1B rear1983 Rover 2000 (a post-facelift car)1983 Rover SD1 (4728562655)USA special1985 rover 3500 Vitesse sd11985 Rover SD1 Vitesse at the Nürburgring, 19851985 West Midlands Police Rover SD 1 Traffic Car c.19851976–86 Rover SD1 (2000/2300/2400/2600/3500/Vitesse)1983-85 Rover Quintet hatchback 021983-85 Rover Quintet hatchback1983–85 Rover Quintent—Australian market1985 Rover 213 Jesus Lane1988 Rover 213SE Automatic1988 Rower 213SE white hl1990 Rover 216 GSi Auto1993 Rover 200 Coupe (216)1997 Rover 214 Si mk3 with a 1396 cc, 76 KW, Euro 2 petrol engine1998 Rover 200 BRM1999 Rover 200 BRM (rear)Rover 25 1.4 5doorRover 25 faceliftRover 200 Series Mk2, rear 3⁄4 viewRover 214 5-doorRover 214 frRover 214 front1984–89 Rover 200-Series (SD3)1986 Rover 416i hatchback (23260521531)1985–89 Rover 416i—Australian market1986 Rover 820Si (pre-R17 facelift)1988 Rover 827 Sterling sedan1995 Rover 825SD saloon, rear view (post-R17 facelift)1997 Rover 800 arp1997 Rover Vitesse Coupé (post-R17 facelift) 800 021998 Rover 820 Sterling saloon (post-R17 facelift)                                    1986–98 Rover 800-series & Sterling

Launched by the Rover Group/MG Rover as a British Aerospace/BMW subsidiary (1988–2005)

1989–95 Rover 200/400-Series (R8)Rover 600 01Rover 620ti1996 Rover 618i rear1993–98 Rover 600-Series1995-98 Land Rover Range Rover (P38A) 4.0 SE wagon1995-98 Range Rover 4.6 HSE rear1994-01 Range Rover Mk.2 (P38A)

1995-05 Rover 200/25 (R3)

1995-05 Rover 400/45 (HH-R)2001-03 Land Rover Freelander SE 4-door (US)2007-08 Land Rover LR22007-10 Land Rover Freelander 2 HSE TD4 (Australia)2013 Land Rover Freelander 2 (LF MY13) TD4 wagon rear2013 Land Rover Freelander 2 (LF MY13) TD4 wagon2013 Land Rover Freelander 2 TD4 S (II, 2. Facelift)Land Rover Freelander I facelift frontLand Rover Range Rover EvolutionRover_logo_new

1998-04 Land Rover Freelander1999-03 Rover 75 fr2000 Rover 75 2.0 CDT Classic (1999-03)2001 Rover 75 Connoisseur sedan 012001 Rover 75 Tourer rear2003 Rover 75 2.0 CDTi Connoisseur SE Auto HLNAV Tourer2004 Rover 75 Coupe Concept2004-05 Rover 75 facelift2004-05 Rover 75 Tourer facelift rear2004-05 Rover 75 Tourer facelift2005 Rover 75 1.8T Connoisseur facelift2005 Rover 75 Coupé2005 The last production Rover 75 model, a CDTi Connoisseur1998-05 Rover 75

See also

Austin Rover Group

Rover Group

MG Rover Group

Nanjing Automobile Group

Rover – How it all began.

By Kevin Phillips

The history of the Rover Company goes back to 1881 when the Coventry Sewing Machine Company was founded. From sewing machines, they graduated to manufacturing bicycles in 1869. The first Rover machine was a tricycle which appeared in 1884 and a year later the new safety bicycle appeared and the company then became known as JK Starley & Co Ltd.

John Starley’s safety bicycle was the prototype of the modern pedal cycle and was developed to overcome the balancing problems of the common penny-farthing cycle. Tricycles had been easier to control than the high and ungainly “ordinaries as the penny farthings had come to be known, but were not as maneuverable and were much more expensive.

John Starley’s safety bicycle featured a rear wheel that was driven by a chain and gearing which would reduce the effort required by the rider and would enable the front wheel diameter to be dramatically reduced.

Once his safety bicycle had proved a success, Starley began experimenting with an electrically driven battery-powered tricycle. The batteries were placed in a wicker basket above and behind the rear axle with the electric motor fitted underneath. Unfortunately, it was not a success as the performance and range was pitiful and once the batteries had gone flat, the dead weight of the machine would have taxed even the strongest of riders.

Starley’s safety bicycles caught on rapidly and the business went from strength to strength with rapidly rising sales which made John Starley a wealthy man.

In June 1896, Starley formed the Rover Cycle Co Ltd which operated from the New Meteor Works. In its first year of operation, the new company built 11000 cycles and returned a profit of 21,945 pounds. At about this time, an entrepreneur by the name of Harry Lawson had arrived in Coventry and taken over a disused cotton mill in order to manufacture his license-built Daintier motor car. Lawson was a man who was going places and, expanding by acquisition, tried to induce Starley to join forces with him. Starley would have no part of it, but it did get him thinking about engines and their possibilities.

Starley imported several Peugeot motorcycles from France in 1899 for observation and experimental work. This was a natural progression as by the end of the nineteenth century the motor car phenomenon was taking the world by storm and Britain already had motor cars being built by Daim]er, Wolseley, Lanchester and Riley.

Rover’s first project was to motorise a Rover pedal cycle, something that Triumph was already working on.

John Starley died tragically early in October 1901 aged 46, while still the undisputed leader of Coventry’s bicycle industry, his business now producing 15,000 machines a year.

Harry Smith took over as Managing Director and made the decision to go motorised in 1902. The first public appearance of the 2% HP Rover motorcycle was made on 24th November 1902.

By now Britain’s fledgling motorcar industry was starting to show signs of stability and Daimler was turning out good cars and making good money. On 16th December 1903 the Rover directors decided to start development of a light car. It would be designed by Edmund Lewis who had been acquired from Daimler who were the acknowledged motorcar experts. Rover’s decision had been made just in time as by now Daimler and Riley in Coventry had been joined by Annstrong-Siddeley, Humber, Lea-Francis, Singer and Standard.

 

Keith Adams Austin Rover / Rover Group / MG Rover Resource

German Rover Company & Rover Cars Community

Portuguese MG-Rover Club

Polish MG Rover Club

Spanish site of MG-ROVER

Czech MG-Rover Community

Catalogue of the Rover archives, held at the Modern Records Centre, University of Warwick

TRIUMPH Motor Company Coventry England 1885-1984

Triumph-Automarken-Logo

Triumph Motor Company

Triumph Motor Company
Fate Taken over by Standard Motor Company later merged with and continuing as a division of Leyland Motors Ltd and its successors
Founded 1885
Defunct 1984
Headquarters Coventry, England
Key people
Siegfried Bettmann, Moritz (Maurice) Schulte (founders)
Parent Standard Motors Ltd, Leyland Motors Ltd, British Leyland Motor Corporation Ltd, BL plc

The Triumph Motor Company was a British car and motor manufacturing company. The Triumph marque (trade-name) is owned currently by BMW. The marque had its origins in 1885 when Siegfried Bettmann (1863–1951) of Nuremberg formed S. Bettmann & Co and started importing bicycles from Europe and selling them under his own trade name in London. The trade name became “Triumph” the following year, and in 1887 Bettmann was joined by a partner, Moritz (Maurice) Schulte, also from Germany. In 1889 the businessmen started producing their own bicycles in Coventry, England.

1923 Triumph 10-20

 1923 Triumph 10/20

History

Triumph Cycle Company

The company was renamed the Triumph Cycle Co. Ltd. in 1897. In 1902, they began producing Triumph motorcycles at their works in Coventry on Much Park Street. At first, these used engines purchased from another company, but the business prospered and they soon started making their own engines. In 1907, they purchased the premises of a spinning mill on Priory Street to develop a new factory. Major orders for the 550 cc Model H were made by the British Army during the First World War; by 1918, Triumph had become Britain’s largest manufacturer of motorcycles.

1931 Triumph Super 9, 4 Door Tourer

 1931 Triumph Super 9, 4 Door Tourer

In 1921, Bettmann was persuaded by his general manager Claude Holbrook (1886–1979), who had joined the company in 1919, to acquire the assets and Clay Lane premises of the Dawson Car Company and start producing a car and 1.4-litre engine type named the Triumph 10/20 designed for them by Lea-Francis, to whom they paid a royalty for every car sold. Production of this car and its immediate successors was moderate, but this changed with the introduction in 1927 of the Triumph Super 7, which sold in large numbers until 1934.

Triumph Motor Company

1934 Triumph Gloria Six

 1934 Triumph Gloria Six

1936 Triumph Gloria Southern Cross 10.8 HP (four, 1,232 cc)

 1936 Triumph Gloria Southern Cross 10.8 HP (four, 1,232 cc)

1937 Triumph Dolomite Roadster

 1937 Triumph Dolomite Roadster

In 1930 the company’s name was changed to Triumph Motor Company. Holbrook realized he could not compete with the larger car companies for the mass market, so he decided to produce expensive cars, and introduced the models Southern Cross and Gloria. At first these used engines made by Triumph but designed by Coventry Climax, but in 1937 Triumph started to produce engines to their own designs by Donald Healey, who had become the company’s Experimental Manager in 1934.

The company encountered financial problems however, and in 1936 the Triumph bicycle and motorcycle businesses were sold, the latter to Jack Sangster of Ariel to become Triumph Engineering Co Ltd. Healey purchased an

1932 Alfa Romeo 8C 2300 Spider Corsa

Alfa Romeo 8C 2300

and developed a new car model with an Alfa inspired straight-8 engine type named the

1934 Triumph Dolomite Straight Eight2 2000cc

Triumph Dolomite.

Three of these cars were made in 1934, one of which was used in competition and destroyed in an accident. The Dolomites manufactured from 1937 to 1940 were unrelated to these prototypes.

In July 1939 the Triumph Motor Company went into receivership and the factory, equipment and goodwill were offered for sale. Thomas W. Ward Ltd. purchased the company and placed Healey in charge as general manager, but the effects of the Second World War again stopped the production of cars; the Holbrook Lane works were completely destroyed by bombing in 1940.

Standard Triumph

1946 Triumph 1800 Roadster

 1946 Triumph 1800 Roadster

In November 1944 what was left of the Triumph Motor Company and the Triumph trade name were bought by the Standard Motor Company and a subsidiary “Triumph Motor Company (1945) Limited” was formed with production transferred to Standard’s factory at Canley, on the outskirts of Coventry. Triumph’s new owners had been supplying engines to Jaguar and its predecessor company since 1938. After an argument between Standard-Triumph Managing Director, Sir John Black, and William Lyons, the creator and owner of Jaguar, Black’s objective in acquiring the rights to the name and the remnants of the bankrupt Triumph business was to build a car to compete with the soon to be launched post-war Jaguars.

The pre-war Triumph models were not revived and in 1946 a new range of Triumphs was announced, starting with the

1948 Triumph 1800 Roadster

Triumph Roadster.

The Roadster had an aluminium body because steel was in short supply and surplus aluminium from aircraft production was plentiful. The same engine was used for the 1800 Town and Country saloon, later named the

1954 Triumph Renown

Triumph Renown,

which was notable for the styling chosen by Standard-Triumph’s managing director Sir John Black. A similar style was also used for the subsequent Triumph Mayflower light saloon. All three of these models prominently sported the “globe” badge that had been used on pre-war models. When Sir John was forced to retire from the company this range of cars was discontinued without being replaced directly, sheet aluminium having by now become a prohibitively expensive alternative to sheet steel for most auto-industry purposes.

1950 Triumph Mayflower

 1950 Triumph Mayflower

1955 Triumph TR2 1991cc November

 1955 Triumph TR2

In the early 1950s it was decided to use the Triumph name for sporting cars and the Standard name for saloons and in 1953 the Triumph TR2 was initiated, the first of the TR series of sports cars that would be produced until 1981. Curiously, the TR2 had a Standard badge on its front and the Triumph globe on its hubcaps.

Standard had been making a range of small saloons named the Standard Eight and Ten and had been working on a replacement for these. The success of the TR range meant that Triumph was considered as a more marketable name than Standard and the new car was introduced in 1959 as the Triumph Herald. The last Standard car to be made in the UK was replaced in 1963 by the Triumph 2000 .

Leyland and beyond

1960 Triumph Herald 948cc Coupe

 1960 Triumph Herald 948cc Coupe

1955-57 Triumph TR3

 1955-57 Triumph TR3

1970 Triumph Vitesse Mk.2 Convertible

 1970 Triumph Vitesse Mk.2 Convertible

Standard-Triumph was bought by Leyland Motors Ltd. in December 1960; Donald Stokes became chairman of the Standard-Triumph division in 1963. Further mergers resulted in the formation of British Leyland Motor Corporation in 1968.

Triumph set up an assembly facility in Speke, Liverpool in 1959 gradually increasing the size of the most modern factory of the company to the point that it could fully produce 100,000 cars per year. However, only a maximum of 30,000 cars was ever produced as the plant was never put to full production use, being used largely as an assembly plant. During the 1960s and ’70s Triumph sold a succession of Michelotti-styled saloons and sports cars, including the advanced

Triumph Dolomite Sprint a Triumph Dolomite Sprint

Dolomite Sprint,

which, in 1973, already had a 16-valve four-cylinder engine. It is alleged that many Triumphs of this era were unreliable, especially the 2.5 PI (petrol injection) with its fuel injection problems. In Australia, the summer heat caused petrol in the electric fuel pump to vapourise, resulting in frequent malfunctions. Although the injection system had proven itself in international competition, it lacked altitude compensation to adjust the fuel mixture at altitudes greater than 3,000 feet (910 m) above sea level. The Lucas system proved unpopular: Lucas did not want to develop it further, and Standard-Triumph dealers were reluctant unwilling to attend the associated factory and field-based training courses.

Triumph 2.5 PI Mk 2 Saloon

Triumph 2.5 PI Mk 2 Saloon

For most of its time under Leyland or BL ownership the Triumph marque belonged in the Specialist Division of the company which went by the names of Rover Triumph and later Jaguar Rover Triumph, except for a brief period during the mid-1970s when all BL’s car marques or brands were grouped together under the name of Leyland Cars.

1973 Triumph Spitfire

 1973 Triumph Spitfire

The only all-new Triumph model initiated as Rover Triumph was the TR7, which had the misfortune to be in production successively at three factories that were closed: Speke, the poorly run Leyland-era Standard-Triumph works in Liverpool, the original Standard works at Canley, Coventry and finally the Rover works in Solihull. Plans for an extended range based on the TR7, including a fastback variant codenamed “Lynx”, were ended when the Speke factory closed. The four-cylinder TR7 and its short-lived eight-cylindered derivative the TR8 were terminated when the road car section of the Solihull plant was closed (the plant continues to build Land Rovers.)

Demise of Triumph cars

The last Triumph model was the Acclaim, introduced in 1981 and essentially a rebadged Honda Ballade built under licence from Japanese company Honda at the former Morris Motors works in Cowley, Oxford. The Triumph name disappeared in 1984, when the Acclaim was replaced by the Rover 200, a rebadged version of Honda’s next generation Civic/Ballade model. The BL car division was by then named Austin Rover Group which also ended the Morris marque as well as Triumph.

Current ownership

1974 Triumph GT6 Coupé

 1974 Triumph GT6 Coupé

1976 Triumph TR6

 1976 Triumph TR6

The trademark is owned currently by BMW, which acquired Triumph when it bought the Rover Group in 1994. When it sold Rover, it kept the Triumph marque. The Phoenix Consortium, which bought Rover, tried to buy the Triumph brand, but BMW refused, saying that if Phoenix insisted, it would break the deal. The Standard marque was transferred to British Motor Heritage Limited. The Standard marque is still retained by British Motor Heritage who also have the licence to use the Triumph marque in relation to the sale of spares and service of the existing ‘park’ of Triumph cars.

The Triumph name has been retained by BMW along with Riley, and Mini. In late 2007, the magazine Auto Express, after continued rumours that Triumph be revived with BMW ownership, featured a story showing an image of what a new version of the TR4 might look like. BMW has not commented officially on this.

Triumph 2.5PI 2500cc

 Triumph 2.5PI

1973 Triumph Dolomite Sprint

 1973 Triumph Dolomite Sprint

1982 Triumph TR7 cabriolet 1998cc

 1982 Triumph TR7 cabriolet

1983 Triumph Acclaim 1335cc

 1983 Triumph Acclaim

Triumph Lynx

 The ill-fated Triumph Lynx

Triumph car models

Pre-war

Model Name Engine Year
Triumph 10/20 1393 cc inline 4 (1923–25)
Triumph 13/35 or 12.8 1872 cc inline 4 (1927–27)
Triumph 15/50 or Fifteen 2169 cc inline 4 (1926–30)
Triumph Super 7 747 cc inline 4 (1928)
Triumph Super 8 832 cc inline 4 (1930)
Triumph Super 9 1018 cc inline 4 (1931)
Triumph Gloria 10 1087 cc inline 4 (1933)
Triumph 12-6 Scorpion 1203 cc inline 6 (1931–33)
Triumph Southern Cross 1087/1232 cc inline 4 (1932)
Triumph Gloria (’12’ / ’12’) Four 1232/1496 cc inline 4 (1934–37)
Triumph Gloria (‘6’ / ‘6/16’) Six 1476/1991 cc inline 6 (1934–35)
Triumph Gloria 14 1496/1767 cc inline 4 (1937–38)
Triumph Dolomite 8 1990 cc inline 8 (DOHC) (1934)
Triumph Dolomite Vitesse 14 1767/1991 cc inline 4/6 (1937–38)
Triumph Vitesse 1767/1991 cc inline 4/6 (1936–38)
Triumph Dolomite 14/60 1767/1991 cc inline 4/6 (1937–39)
Triumph Dolomite Roadster 1767/1991 cc inline 4/6 (1937–39)
Triumph 12 1496 cc inline 4 (1939–40)

Post war

Model name Engine Year Number built
Triumph 1800 Saloon 1776 cc inline 4 1946–49
Triumph 1800 Roadster 1776 cc inline 4 1946–48
Triumph 2000 Saloon 2088 cc inline 4 1949
Triumph 2000 Roadster 2088 cc inline 4 1948–49
Triumph Renown 2088 cc inline 4 1949–54
Triumph Mayflower 1247 cc inline 4 1949–53
Triumph TR1 / 20TS 2208 cc inline 4 1950
Triumph TR2 1991 cc inline 4 1953–55 8,636
Triumph TR3 1991 cc inline 4 1956–58
Triumph TR3A 1991 cc inline 4 1958–62
Triumph TR3B 2138 cc inline 4 1962
Triumph Italia 1991 cc inline 4 1959–62
Triumph TR4 2138 cc inline 4 1961–65
Triumph TR4A 2138 cc inline 4 1965–67
Triumph TR5 2498 cc inline 6 1967–69
Triumph TR250 2498 cc inline 6 1967–69
Triumph Dove GTR4 2138 cc inline 4 1961–64
Triumph TR6 2498 cc inline 6 1969–76
Triumph TR7 1998 cc inline 4 1975–81
Triumph TR8 3528 cc V8 1978–81
Triumph Spitfire 4 (Spitfire Mk I) 1147 cc inline 4 1962–65 45,763
Triumph Spitfire Mk II 1147 cc inline 4 1965–67 37,409
Triumph Spitfire Mk III 1296 cc inline 4 1967–70 65,320
Triumph Spitfire Mk IV 1296 cc inline 4 1970–74 70,021
Triumph Spitfire 1500 1493 cc inline 4 1974–80 95,829
Triumph GT6 1998 cc inline 6 1966–73 40,926
Triumph Herald 948 cc inline 4 1959–64
Triumph Herald 1200 1147 cc inline 4 1961–70
Triumph Herald 12/50 1147 cc inline 4 1963–67
Triumph Herald 13/60 1296 cc inline 4 1967–71
Triumph Courier 1147 cc inline 4 1962-66
Triumph Vitesse 6 1596 cc inline 6 1962–66
Triumph Vitesse Sports 6 (US version of Vitesse 6) 1596 cc inline 6 1962–64
Triumph Vitesse 2-litre and Vitesse Mark 2 1998 cc inline 6 1966–71
Triumph 1300 1296 cc inline 4 1965–70
Triumph 1300 TC 1296 cc inline 4 1967–70
Triumph 1500 1493 cc inline 4 1970–73
Triumph 1500 TC 1493 cc inline 4 1973–76
Triumph Stag 2997 cc V8 1971–77
Triumph Toledo 1296 cc inline 4 1970–78
Triumph Dolomite 1300 1296 cc inline 4 1976–80
Triumph Dolomite 1500 1493 cc inline 4 1976–80
Triumph Dolomite 1500 HL 1493 cc inline 4 1976–80
Triumph Dolomite 1850 1850 cc inline 4 1972–76
Triumph Dolomite 1850 HL 1850 cc inline 4 1976–80
Triumph Dolomite Sprint 1998 cc inline 4 1973–80
Triumph 2000 Mk1, Mk2, TC 1998 cc inline 6 1963–77
Triumph 2.5 PI Mk1, Mk2 2498 cc inline 6 1968–75
Triumph 2500 TC & S 2498 cc inline 6 1974–77
Triumph Acclaim 1335 cc inline 4 1981–84 133,625

Prototypes

Triumph-based models

Vale Special (1932–36) very low built two-seater based on Super 8 and Gloria
Swallow Doretti (1954–55)
Amphicar (1961–68) used a Triumph Herald engine
Bond Equipe GT (1964–67)
Panther Rio (1975–77) based on the Triumph Dolomite
Fairthorpe Cars
Saab 99 used Triumph engines when the supply of German Ford V-4s ended.
Lotus Seven (1960–68) the Series 2 had many Standard Triumph parts.
Daimler SP250 used various Triumph parts in its gearbox and suspension, gearbox was a copy of a Triumph unit.
Jensen-Healey Mk. I used TR-6 front brakes.
MG Midget 1500 (1975–79) Rubber-bumpered Midgets used the 1493cc L-4 and gearbox borrowed from the Triumph Spitfire.

Badging

Globe

Pre-war Triumphs carried a stylised Globe badge, usually on the radiator grille, and this was also used on the first three models produced under Standard’s control.

Griffin

Standard had introduced a new badge in 1947 for their own models, first seen on the Vanguard, a highly stylised motif based on the wings of a Griffin. With the introduction of the TR2, a version of this badge appeared for the first time on the bonnet of a production Triumph, while the Globe continued to appear on the hubcaps. This same double-badging also appeared on the TR3 and TR4, the 2000 and the 1300.

However, the original Herald, Spitfire, Vitesse and GT6 models all carried only the Griffin badge on their bonnets/radiator grilles, with unadorned hubcaps.

The TR4A appeared with a Globe badge on the bonnet, apparently signifying a return to the original Triumph badging. This was short-lived, as a policy of Leylandisation mean that neither Globe nor Griffin appeared on subsequent models from the TR5 onwards, or on later versions of the Spitfire, GT6 and 2000.

Leyland

Leyland’s corporate badge, a design based on the spokes of a wheel, appeared on the hubcaps of the 1500FWD, and next to the Triumph name on the metal identification labels fitted to the bootlids of various models. It was also used for the oil filler cap on the Dolomite Sprint engine. However it was never used as a bonnet badge, with models of that era such as the TR6 and the second generation 2000 carrying a badge simply stating the name “Triumph”.

Stag

The Stag model carried a unique grille badge showing a highly stylised stag.

Laurel wreath

The last versions of the TR7 and Dolomite ranges received an all-new badge with the word Triumph surrounded by laurel wreaths, and this was also used for the Acclaim. It was carried on the bonnet and the steering wheel boss.

See also

References

  1. ^ Jump up to:a b c Robson, Graham (1972). The Story of Triumph Sports Cars. MRP. ISBN 0-900549-23-8.
  2. ^ Jump up to:a b Georgano, N. (2000). Beaulieu Encyclopedia of the Automobile. London: HMSO. ISBN 1-57958-293-1.
  3. Jump up^ “Alfa Romeo 8C 2300”. rickcarey.com. Retrieved 16 August 2007.
  4. Jump up^ Langworth, Richard M. (Second Quarter 1973). “Trundling Along With Triumph – The story thus far…”. Automobile Quarterly (Automobile Quarterly Inc.) 11 (2): 128–129. LCCN 62-4005. Check date values in: |date= (help)
  5. Jump up^ Robson, Graham (1982). Triumph Spitfire and GT6. London: Osprey Publishing Ltd. p. 8. ISBN 0-85045-452-2.
  6. Jump up^ “Goodbye Standard long live Triumph”. Motor: pp. 39–40. 15 May 1976.
  7. ^ Jump up to:a b Marren, Brian. “Closure of the Triumph TR7 Factory in Speke, Merseyside, 1978: ‘The Shape of Thingsto Come’?”.Academia.edu. Retrieved 29 August 2013.
  8. Jump up^ Original Triumph TR, Bill Piggott, ISBN 1-870979-24-9
  9. ^ Jump up to:a b c d e f Robson, Graham (1982). Triumph Spitfire and GT6. Osprey Publishing. p. 187. ISBN 0-85045-452-2.
  10. Jump up^ “The Unofficial Austin-Rover Web Resource”.
  11. Jump up^ Long, Brian (2008). Daimler V8 S.P. 250 (2nd ed.). Veloce Publishing. p. 168. ISBN 1-9047-8877-7. Clearly based on a Triumph unit, the SP’s manual gearbox is rather weak for such a powerful engine. First gear has a tendency to strip if misused by the driver, but most gearbox parts are replaceable with Triumph components.
  12. Jump up^ Robson, Graham; Bonds, Ray (2002). “Daimler SP250 (‘Dart’)”. The Illustrated Directory of Sports Cars. MBI Publishing. p. 129.ISBN 0-7603-1418-7. The new car, which Daimler wanted to call the ‘Dart’ until Dodge complained that it held the trade mark rights to that name, had a chassis and suspension layout which was unashamedly and admittedly copied from that of the Triumph TR3A (both cars were built in Coventry, England), as was the gearbox.
  13. Jump up^ The Standard Car Review January 1947

External links

Triumph-Automarken-Logo

the pictures from my collection of Triumph:

 1907 Triumph 1907 Triumph-2 1923 Triumph 10-20 1924-26 Triumph 13-35 1927 triumph 13-35 1927 Triumph super 7 832cc 1927 triumph-super-seven-1927 1927-32 Triumph Super Seven UK 1928 TRIUMPH Super Seven car advert a 1928 TRIUMPH Super Seven car advert 1928 Triumph Super Seven 1929 triumph 28 rhf

Triumph Super 7 Two Seat Tourer (1929 )
Triumph Super 7 Two Seat Tourer (1929 )
Triumph Super 7 Two Seat Tourer (1929 )
Triumph Super 7 Two Seat Tourer (1929 )

1929 Triumph Super Seven Review Road Test Specification 1929 1929 Triumph Super Seven Supercharged Sports a 1930 Triumpf Fifteen Fabric Saloon b 1930 Triumph 15-50 1930 TRIUMPH SUPER 7 GNAT 1930 triumph super seven saloon 1930 Triumph Super Seven 1931 Triumph Scorpion Saloon 12-6 1931 Triumph Super 9 - 6 Light coachbuilt saloon prototype, built 1931 1931 Triumph Super 9, 4 Door Tourer 1932 Alfa Romeo 8C 2300 Spider Corsa 1932 Triumph 9. Southern Cross 1932 Triumph Super 9 1932 Triumph Super Seven Car 1933 Triumph Super Eight Pillarless Saloon a 1934 Triumph Dolomite Straight Eight2 2000cc 1934 Triumph Gloria 4 Saloon 1934 Triumph Gloria Six 1934 triumph-myrona P1030022 1935 Triumph Gloria Southern Cross 10.8 HP 1,232 cc 1936 Alfa Romeo 8C 2900A 1936 Triumph Gloria Southern Cross - 2-seater roadster body 1936 Triumph Gloria Southern Cross 10.8 HP (four, 1,232 cc) 1936 Triumph Gloria Vitesse Coupé a 1937 Alfa Romeo 8C 2900B Touring Spider

1937 Triumph Dolomite Roadster 1938 Triumph 14-65 hp Dolomite 1946 Triumph 1800 Roadster 1946 triumph-1800 1947 'TRIUMPH 1800' Saloon Car Advert 1948 Triumph 1800 Roadster 1948 Triumph Roadster 1800 a 1948 Triumph Roadster 1800 b 1948 triumph-roadster brochure 1949 Triumph Mayflower 1949 triumph roadster advert 1950 Autocar Magazine Advert - TRIUMPH MAYFLOWER - BRITAIN'S NEW LIGHT CAR 1950 original colour LEA-FRANCIS car advert 1950 Triumph 2000 Renown ad 1950 Triumph Mayflower ad 1950 triumph mayflower drophead coupé a 1950 Triumph Mayflower 1950 Triumph Silver Bullet TRX prototype 1950 Triumph tr1-20ts TRIUMPH TRX, la sfida oltre il limite 1950 Triumph TRX 5 1950 Triumph TRX Prototype 01 1950 triumph trx roadster advert 1950 Triumph TRX Roadster 1950 Triumph TRX 1950 Triumph_TRX_Prototype_Brochure-Cover_01 1950 triumph-mayflower cut 1950 TRIUMPH-MAYFLOWER-Car-Sales-Brochure-c1950 1950 triumph-roadster a 1950-51 Triumph Mayflower Saloon UK Market Sales Brochure 1951 Triumph Mayflower a 1951 Triumph Mayflower 1952 Triumph Mayflower Drop-Head Coupé 1952 Triumph Sports tr1- 20TS 1952 Triumph Sports tr1- 20TSa 1952 Triumph Sports tr1- 20TSb 1952 Triumph TR1 prototype 1952 Triumph TR3 1952 triumph-renown 6 (2) 1952 triumph-renown 6

1953 Triumph Mayflower 1953 Triumph Renown 1953 Triumph TR2 (2) 1953 Triumph TR2 1953 triumph-tr3 1953-55 Triumph TR2 1954 Swallow Doretti 1954 Triumph Renown 1955 Triumph TR2 1991cc November 1955 Triumph TR2 Sport Le Mans 1955 Triumph TR3 Interieur 1955 Triumph TR3 1955-57 Triumph TR3 1956 Triumph TR3 a 1956 triumph TR3 sport tica 1957 Triumph TR3 a 1957 Triumph TR3 b 1957 Triumph TR3 c 1957 Triumph TR3 conceptcarz 1957 Triumph TR3 1958 Triumph 1958 triumph-tr3a 1959 Fairthorpe Electron Minor 848cc a 1959 Fairthorpe Electron Minor 848cc b 1959 Triumph Italia 2000 1959 triumph-tr3a-34 1960 Triumph 2.5 PI Mk 1 Saloon ad a 1960 Triumph 2.5 PI Mk 1 Saloon ad 1960 Triumph Herald 948cc Coupe 1960 Triumph Herald b 1960 triumph herald c 1960 Triumph Herald d 1960 Triumph Herald Sedan b 1960 Triumph TR3 Roadster 1960 Triumph TR3A Convertible 1961 Triumph TR4 b (2) 1961 Triumph TR4 b 1961 Triumph TR4 c 1961 triumph-herald-1200-1961 1962 Triumph Herald 948cc Convirtible

1962 Triumph Herald c 1962 Triumph Herald Convertible 1962 Triumph Spitfire MK IV 1962 Triumph Spitfire 1962 Triumph TR 4, 4 cylinder 1963 Triumph 2000(2) 1963 Triumph Herald 1200 Coupe 1963-70 Bond Equipe 2 litre saloon Mk 2 1964 Triumph Fury bu Giovanni Michelotti 1964 Triumph Fury Prototype by Michelotti 1965 Triumph 1300 a 1965 Triumph 1300 1965 Triumph Spitfire 4 Mk2 1965 Triumph Spitfire MK II a 1965 Triumph Spitfire MK II b 1965 Triumph Vitesse Saloon 1965 VINTAGE TRIUMPH TR4A CAR ADVERT MAGAZINE 1965-70 Triumph 1300 1966 Triumph 2000 Mk1 sedan 1966 Triumph 2000 1966 Triumph GT6 a 1966 Triumph GT6 b 1966 Triumph Vitesse a 1966 Triumph Vitesse b 1966 Triumph Vitesse c 1966 Triumph Vitesse d 1966 Triumph Vitesse e 1967 Cactus Green Triumph Vitesse 2-Litre convertible 1967 Triumph 2000 a 1967 Triumph 2000 1967 Triumph Spitfire MK III a 1967 Triumph Spitfire MK III 1968 Triumph Herald 1200 Saloon 1968 Triumph Spitfire Mk III 1969 Triumph TR6 PI a 1969 Triumph TR6 PI b 1970 Triumph Tr 6 1970 Triumph Vitesse Mk.2 Convertible 1970-76 Triumph Toledo 2-door saloon 1970-76 Triumph Toledo 4-door saloon 1971 Triumph 1500 Mighthavebeen Michelotti 1971 Triumph 2000 Mk 2 Saloon 1971 Triumph Herald 13-60 1296cc 1971 Triumph Stag DR 09 75 1972 Triumph Stag a 1972 Triumph Stag 1973 Triumph Dolomite Sprint

OLYMPUS DIGITAL CAMERA
OLYMPUS DIGITAL CAMERA

1973 Triumph Spitfire 1973 Triumph Stag

1973 Triumph Toledo 1974 Triumph 2000 Mk II Estate 1974 Triumph GT6 Coupé 1974 Triumph Spitfire 4 1500 1974 Triumph Spitfire 1500

OLYMPUS DIGITAL CAMERA
OLYMPUS DIGITAL CAMERA

1975 Triumph TR7 1975-77 Panther Rio 1976 Triumph 2500S Estate 1976 Triumph 2500S Saloon 1976 Triumph TR6 1977 Triumph Stag Mark 2 1977 Triumph Stag XWD 2600 1977 Triumph TR7 in the Bronx USA 1978 Triumph Dolomite 1850HL 1978 Triumph TR7 (Project Lynx) Heritage Motor Centre, Gaydon 1978 Triumph TR8 Coupe 1978 Triumph TR-8 race car from the 1970s 1980 Triumph Acclaim 1980 Triumph Spitfire 1500 Front 1980 Triumph Spitfire 1500 the last in the line 1980 Triumph TR8 (Hudson) 1981 Triumph Acclaim 1982 Triumph Acclaim 1982 Triumph TR7 cabriolet 1998cc 1983 Triumph Acclaim 1335cc A Vale Special, previously belonging to Allan Gaspar, in the process of being restored by David Cox in 2005. Sean Connery in a Triumph Mk1 Stag in Diamonds Are Forever Triumph 2.5 PI Mk 1 Saloon Triumph 2.5 PI Mk 2 Saloon Triumph 2.5PI 2500cc Triumph 1300 ad Triumph 2000 (Mk 1) Estate Triumph 2000 ad TRIUMPH 2000 ESTATE RETRO A3 POSTER PRINT FROM 60'S ADVERT Triumph 2500TC Saloon Triumph Books Triumph Courier van with front end from a Triumph Vitesse Triumph Dolomite Sprint a Triumph Dolomite Sprint Triumph Gloria 1500 ad Triumph GT6 Mk I P1010555 Triumph GT6 Mk III Triumph Herald 12-50 (1) Triumph Herald 12-50 a Triumph Herald 12-50 Triumph Herald 13-60 Convertible Triumph Herald 13-60 saloon Triumph Herald 948cc Coupe

 Triumph Herald 1200 Convertible Triumph Herald 1200 Estate Triumph images-copertina Triumph Lynx Triumph Spitfire 4 (or Mk 1) Triumph Spitfire ad a Triumph Spitfire ad. Triumph spitfire Cars-Triumph Cars medium Triumph Spitfire MkIV TRIUMPH STAG TRIUMPH 2500TC RETRO A3 POSTER Triumph T Turner (Russell Filby)R8 TRIUMPH TOLEDO CAR advert original Triumph TR 5 Triumph Tr 5- Triumph TR I 20TS-02 Triumph TR I 20TS-04 Triumph TR I Triumph TR1a Triumph TR2 (long-door) Triumph TR2 red VTO17 TRIUMPH TR3 T.R.3 CAR Magazine Advert Triumph TR3 Triumph TR7 Drop Head Coupe Triumph TR7 Hardtop shortly after model launch Triumph Tr7 v8 rally car Triumph TRI 20TS 59tr3_lftfrt triumph TRII-sports-cars-36 Triumph Vitesse ad TRIUMPH VITESSE MK2 CAR Triumph_MC_logo.svg Triumph-Automarken-Logo triumph-tr-2 triumph-tr2-03 triumph-tr2-09 Vale_Motor_Company_Logo Vintage 1950 Triumph TRX

Triumph spitfire Cars-Triumph Cars medium Triumph_MC_logo.svg Triumph-Automarken-Logo

That’s it.

Charles H. ROE Bus Body/Coach builders Leeds Yorshire England UK

Charles H. Roe

 roe logo kwLogo
1978 Roe bodied Atlantean XWG633T
 A November 1978 built Roe body on a Leyland Atlantean AN68A/1R, new to South Yorkshire PTE as their 1633, pictured in Manchester with Citybus

Charles H. Roe Ltd. was a Yorkshire coachbuilding company. It was for most of its life based at Crossgates Carriage Works, in Leeds.

1930 Guy BTX trolleybuses with Roe L27-26R body

1930 Guy BTX trolleybuses with Roe L27-26R body

In 1947 it was taken over by Park Royal Vehicles. Two years later, along with its parent, it became part of Associated Commercial Vehicles (ACV) in 1949, which was merged with Leyland Motors Ltd in 1962. In 1965 30% of Park Royal and Roe’s shares were exchanged by Leyland Motor Corporation for shares in Bristol Commercial Vehicles and Eastern Coach Works held by the Transport Holding Company. Later the THC was succeeded by the National Bus Company and Park Royal, Roe, Bristol, ECW and Leyland National Ltd became subsidiaries of a new company Bus Manufacturuers Holdings 50% owned by British Leyland and 50% by National Bus. Leyland took complete control of BMH in 1982 and closed Charles H. Roe in 1984. In the following year, a group of employees from the former business, supported by Yorkshire Enterprise Ltd, began the Optare coachbuilding business in the former Roe carriage works.

1930 Guy BTX with Roe L29-26R bodies

1930 Guy BTX with Roe L29-26R bodies

History overview

Mr Charles H. Roe was a coachbuilder, draughtsman, engineer and entrepreneur who established a coachworks business bearing his name in Leeds, Yorkshire in 1917. He continued to be its managing director until 1952. Charles H. Roe Ltd produced distinctive and durable coachwork which although associated most strongly with municipal operators, particularly in Yorkshire, sold to a wide range of bus, trolleybus and coach operators, and there were even a few car, railway carriage, tram and commercial vehicle bodies too. Eventually becoming a wholly owned subsidiary of British Leyland in 1982 it was closed in 1984. Former workers and management pooled their redundancy money and in 1985 returned to the Roe factory in Leeds with a new bus-building business under the new name of Optare Ltd.

1930 Leyland Lion LT1 with Roe bodywork

1930 Leyland Lion LT1 with Roe bodywork

History

Early years

Charles Henry Roe was born in York on 22 May 1887. His father Charles Roe worked for the North Eastern Railway at their carriage works in the town, eventually rising to a foreman’s position. C.H. Roe served his apprenticeship at the drawing office of the carriage works and his first job after gaining his trade in 1912 was as a draughtsman at the Wakefield works of Charles Roberts and Company who built railway rolling stock. A year later he moved to Leeds to work as an assistant to the chief engineer at the Hunslet-based RET Construction Co who was a pioneer builder of trolleybuses. Whilst there he worked on a twin-shaft drive transmission system from the traction motors of the trolleybus chassis to replace a previous chain-drive arrangement and designed a lightweight body featuring steel panels over a suitably reinforced teak body frame. As an engineer and draughtsman he was exempt from World War I Conscription. Customers for the RET vehicle with Roe-designed bodies included the trolleybus systems of Bloemfontein Corporation, The Shanghai Transport Company and Ramsbottom Urban District Council. The Ramsbottom examples were to a steel-frame design but it was wood and metal composite construction particularly using teak that became synonymous with the C.H. Roe name. The RET business had gone through one bankruptcy prior to C.H. Roe joining, originally having been founded as the Railless Electric Traction Company Ltd. in 1908. In 1916 The RET Company was required under war regulations to turn over production to munitions and being unable to supply orders in hand for trolleybuses was closed down in 1917.

1931 Guy BTX with a Roe L29-26R body

1931 Guy BTX with a Roe L29-26R body

Sole trader

By August 1917 C.H. Roe had set up on his own account as an engineer and coachbuilder in a nearby factory unit. Always an innovator with a shrewd grasp of the value of intellectual property Roe applied for his first patent (relating to driving pulleys) on Armistice Day November 11, 1918. During this time Roe continually extended his site, which adjoined that of his former employer which had now been requisitioned by the Royal Flying Corps. As a sole trader, Roe built a wide variety of products from simple flatbed trailers for traction engines to a refrigerated mobile fish shop body and stylish charabanc bodies on the ubiquitous Ford Model T. Another early patent was for a tipping body for lorries (spelt in true Yorkshire style ‘lurries’ in the application) with compartments to allow discrete loads to be kept separate. Railless Ltd had reformed after the war to build trolleybuses and Roe designed and/or built bodies went on examples supplied to the North Ormesby, South Bank, Normanby & Grangetown Railless Traction Company and to York Corporation.

1932 AEC Regal dating from 1932, was fitted with this Roe B32F body in 1938

1932 AEC Regal dating from 1932, was fitted with this Roe B32F body in 1938

The first company

Expansion at the Hunslet site was by the end of 1919 impossible, but C.H. Roe lived with his wife in the Cross Gates area of the city of Leeds and knew that a large shell-filling factory there had been vacated by the government. Thus for the purpose of purchasing this large site with a modern factory building and space for expansion he registered Charles H Roe Ltd on May 26, 1920. The shareholders included his father and a number of family friends. Whilst the formation of the company and negotiations to buy the Cross Gates site commenced, coachbuilding continued at the Hunslet factory, bodies including Charabancs on Karrier and Lancia chassis. After taking possession of the Cross Gates site the first Roe double-deck bodies were built for Birmingham Corporation on Railless Ltd chassis, a second trolleybus maker to patronise Roe was Clough, Smith Ltd whose trolleybuses comprised their Leeds-built electrical equipment on Straker-Squire chassis and were hence known as Straker-Clough; Roe bodies supplied to them were then supplied to the Teesside Railless Traction Board (a municipal joint committee who had taken over the North Ormesby Company) and Rotherham Corporation. Other products of this era included a number of charabancs on chassis including Leyland, Thornycroft and Fiat and a stylish limousine on a Lancia chassis. All types of bodies from other builders were also repaired and painted.

1932 AEC Regent with Roe body

1932 AEC Regent with Roe body

Trading difficulties in the early 1920s recession affected many businesses, the under-capitalised original Roe company being just one, during 1921 two debentures had to be secured to continue trading, the second relating directly to the Birmingham Corporation double deckers. Unfortunately it wasn’t enough and the first company was voluntarily wound-up after a directors’ meeting in November 1922. The receiver of the original company was able to give the bank a small surplus, whilst among the debts received £3,000 had come from various other purchasers plus £900 from Railless Ltd, who had subcontracted the Birmingham bodybuilding contract to Roe. Late payment can kill many a new business and it seems to have been the death of the original Roe company. C.H. Roe in a personal capacity bought the remaining assets from the receiver for £1,140.

1932 AEC Regent with Roe H30-26R body

1932 AEC Regent with Roe H30-26R body

Charles H Roe (1923) Ltd

The early years

One lesson had been learned in the formation of the second company (initially Charles H. Roe (1923) Ltd) in that share capital was one third larger (£8500 rather than £5850). At this time motorbus, rather than trolleybus or charabanc bodies began to assume a greater prominence. Like trolleybuses however a lot of the coachbuilding work on motorbuses was subcontracted either from the chassis manufacturer or from a dealership company. Thus many early Roe bus bodies on Karrier chassis were sold by the Huddersfield company as complete products.

1934 AEC Regent with Roe 56 seat body

1934 AEC Regent with Roe 56 seat body

An even more complicated situation arose with the Leeds based operation Tramway Supplies Ltd. They tendered for complete vehicles and then subcontracted the chassis supply to one manufacturer and the body supply to another. One of the body subcontractors was the Blackburn Aircraft who also had a factory in Leeds. They built their last bus bodies in 1924, just as Government orders for aircraft (particularly flying boats, a Blackburn speciality) began to pick up. Railless Ltd (the third Railless company) were, incidentally, backed by Short Brothers another aeroplane manufacturer with a specialism in flying boats and a sideline in bus bodies.

1934 AEC Regent with Roe H30-26R body

1934 AEC Regent with Roe H30-26R body

An example of how complicated the whole complete vehicle contract thing could get concerns a Tilling-Stevens bi-mode petrol-electric/trolley bus (type PERC1) built-for and patented-by the Teesside Railless Traction Board’s manager. Tilling-Stevens had contracted to supply a complete vehicle; they then subcontracted the body to Tramway Supplies who sub-subcontracted it to Blackburn, who sub-sub-subcontracted it to Roe.

1934 AEC Regent-Roe H30-26R

1934 AEC Regent-Roe H30-26R

Other odd work in the early years of the new company included in 1924 a 36 seat petrol-fuelled rail vehicle for the Derwent Valley Light Railway. It was based on two Ford Model T chassis fitted with flanged steel tyres and coupled back-to-back, this rail minibus or petrol multiple unit seated 18 in each carriage and was driven from one end only, the rearward-facing car running in neutral gear with the engine switched off. When worked coupled fuel consumption was stated to be 14.33 mpg and if one unit was run the even more efficient figure of 17.55 mpg was obtained. It wasn’t enough to save passenger operations on the line from oblivion however and the units were exported in 1926 to the County Donegal Joint Railway Committee (CDR) in the north-west of Ireland who converted them from standard gauge to 3 ft gauge, lowering the bodies in the process. The CDR thus became the first railway in Ireland to use internal combustion engines and by the time of closure ran all passenger services and a number of freights using Gardner-powered diesel units.

1934 Leyland TD3 with a Roe H24-24C body

1934 Leyland TD3 with a Roe H24-24C body

By 1925 Roe were receiving orders directly from customers in the council-owned sector, many of them previous customers for sub-contracted bodies, Mr Roe’s approachability during body construction may have played a part in this, letters from general managers of the time thank C.H. Roe for his enabling inspection of bodies in-build. Among municipals taking Roe bodies by this time were Ramsbottom, Rotherham, Northampton, Doncaster, Leeds, Oldham, Bradford and the Teesside Railless Board, most of whom would continue to be Roe customers for a long time; chassis included Bristol, Guy, Thornycroft and AEC. The first double-deck motorbuses were for Doncaster in 1925 on AEC, a year later Roe were building 30 ft-long six wheeled double-decks for Oldham on Guy chassis. Unlike London at the time all of Roe’s double-deck customers specified closed-tops on the upper deck. In 1926 Straker-Squire finally folded and Roe stored uncompleted vehicles for Clough, Smith prior to a new arrangement which saw their electrical equipment fitted to Karrier chassis. Also at this time Roe started building enclosed, or saloon, coaches which were often fitted to chassis which had previously carried charabanc bodies, Roe having a surplus of second-hand charabanc bodies by 1925. Two further debentures were called for, but this time it wasn’t to keep the business going, but to fund the expansion of the premises.

1935 AEC Regent originally with Roe H30-26R body

1935 AEC Regent originally with Roe H30-26R body

Independent prosperity

One of the more significant patents to emerge from Cross Gates was number 313720 registered in 1928 the name of the Company, Mr C.H Roe and Mr William Bramham, the works manager who was later to be general manager at Eastern Coach Works at Lowestoft, Northern Coachbuilders of Newcastle upon Tyne and Saunders-Roe of Beaumaris. This concerned a continuous machined teak waist rail designed to double-interlock with the vertical teak pillars and the steel reinforcing strips, once assembled also binding those to the outer panels; it could be accurately described as an early example of system-built coachwork. New chassis makes bodied in the late twenties included Albion and Crossley, both of whom chose Roe bodies for demonstrators, in Crossley’s case for its first double-decker. Trolleybuses continued to figure, makes including Karrier-Clough and Guy, the three-axled double deck now being the common form for these, customers including Bloemfontein, South Lancashire Transport and corporation fleets including some detailed above, Doncaster for example taking one of the only two Bristol trolleybuses with a Roe body in 1928.

1935 Roe H26-22C bodied AEC Regent

1935 Roe H26-22C bodied AEC Regent

Another significant patent was jointly granted in 1930 to the company, Mr Roe and J.C. Whitely the general manager of Grimsby Corporation for a central entrance double decker with a distinctive design of staircase which rose transversely two steps to a wide landing and then branched into forward and rearward ascending longitudinal flights to the upper deck. Roe built bodies to this style until 1950 and licencees included H. V. Burlingham of Blackpool.

1936 Leyland Cub KPZ2 with Roe bodywork

1936 Leyland Cub KPZ2 with Roe bodywork

In 1934 five years after the original company was wound up, the board agreed to remove the (1923) from the current company name. At the same time share capital rose to £12,000 and the current mortgages and debenture were repaid in favour of a new first mortgage.

1936 Leyland KPZ2 Cub with Roe B24F body

1936 Leyland KPZ2 Cub with Roe B24F body

In 1935, encouraged by the chassis builder, a Commercial Motor Show exhibit was built on an AEC Regent chassis for Leeds Corporation, this bus had a rakish streamlined outline and a full-width cab but more importantly had an all-new steel framework patented by the company, Roe and Bramham (who became a director that year) and a ‘Safety Staircase’ patented by the company, Roe, Bramham and William Vane Moreland, the general manager of Leeds City Transport. This staircase on a rear platform bus gave less loss of seating capacity than the straight staircase favoured in London and Birmingham but intruded less onto the boarding platform than the normal semi-spiral arrangement whilst being superior to either layout in having two broad landings allowing boarding and alighting passengers to pass on the staircase. It became a standard feature of all subsequent peacetime Roe double-deck bodies for Leeds Corporation and was widely employed by other fleets, 777 examples being built by Roe prior to expiry of the patent in 1950.

1936 Leyland TS7 with ROE B32 F Body

1936 Leyland TS7 with ROE B32 F Body

During World War II, Roe mainly continued to build passenger bodies, although supplying the war effort more directly with such specialised bodywork as mobile printing presses for field communications use on Foden Lorries and articulated mobile kitchens, canteens and dormitories to assist blitzed factories. These were on semi-trailer chassis coupled to Bedford tractor units. Similar bus-seated vehicles were built mainly for use within Ordnance factories (where they became known as Bevin buses) but two were supplied to Liverpool Corporation and briefly used as service buses (1942-4) before being converted to mobile canteens. More normal passenger vehicle bodies were built during the war to the Government-mandated ‘utility’ outline including 240 single-deck 32 seaters on Bedford OWB chassis and over 400 double-deck bodies on Guy and Daimler motorbuses and Sunbeam trolleybuses, most to the sunken upper deck offside gangway or lowbridge layout.

1936 Leyland TS7c with Roe B34F body

1936 Leyland TS7c with Roe B34F body

In 1945 nominal share capital increased to £108,000 and the valuation of the works increased to £98,000. In 1939 both the English Electric Company and Metro Cammell Weymann had approached Roe about amalgamation or takeover and in 1945 talks were opened with Mumford of Lydney in Gloucestershire. These talks were inconclusive but in 1947 Park Royal Vehiclesbought a controlling shareholding in the company, three Roe board members were replaced by Park Royal directors and C.H Roe joined the board of Park Royal. In 1949 Park Royal were taken over by Associated Commercial Vehicles by then the parent company of AEC, Crossley and Maudslay.

1937 AEC Regent Roe Pullman H31-25R

1937 AEC Regent Roe Pullman H31-25R

The ACV years

Although ACV owned three chassis manufacturers and three coachbuilders (Park Royal, Roe and Crossley) they did not try to tie the hands of customers. Some rationalisation happened early in that any orders for Park Royal composite bodies were transferred to Roe, and steel-framed bodies were either built by Park Royal or by Roe using Park Royal frames. By the mid-1950s all metal-framed bodies by ACV, regardless of coachbuilder, had a Park Royal outline.

1937 Bristol JO5G with Roe B32F body

1937 Bristol JO5G with Roe B32F body

The flagship of the Roe composite body range was however exclusively built on AEC Regent III; this was the Pullman body, the only Roe bus ever to be named. The prototype – a Leeds bus to the specifications of W. Vane Moreland – with its deep windows and four window bays rather than the then standard five had looked ultra-modern when shown on a pre-war Regent at the 1937 Commercial Motor Show in London, it is an acknowledged influence on the London Transport designers whose RT1 appeared two years later with similar construction and outline.

1937 Leyland TD5 with Roe H31-25R body

1937 Leyland TD5 with Roe H31-25R body

Trolleybuses continued to figure, on Sunbeam/Karrier, Crossley or BUT chassis. The most striking of these were the Coronation class vehicles built on Sunbeam MF2B chassis for Kingston upon Hull Corporation Transport. These had a front entrance on the front overhang and a central exit; they were fitted with twin staircases and were intended to be one-man operated so were equipped with trolley-pole retriever equipment at the rear.

1938 Leyland Tiger TS8 with Roe B30F body

1938 Leyland Tiger TS8 with Roe B30F body

After the initial post-war boom Roe also took on a great deal of repair, rebuilding and refurbishment work, adding a workshop for this purpose. Plymouth Corporation had its entire fleet of Guy Arab utility buses thoroughly rebuilt by Roe, some 100 passing through the works. Roe also extended the Brush or Metro-Cammell bodies of Midland Red‘s post-war underfloor engined single deckers from 27 ft 6in to 29 ft 3in, allowing an extra four seats to be fitted. This work covered classes S6, S8, S9, S11 and all but one of S10, a grand total of 455 buses all converted in 1952 or 1953. In 1952 Charles H Roe resigned from the position of managing director, although he remained as chairman.

1938 Leyland TS8-Roe B36R

1938 Leyland TS8-Roe B36R

As pressure of work eased Roe also introduced a coach body for the AEC Reliance. This was known as the Roe Dalesman and ran through four separate marks, from 1953-9. It was mainly stock-built for coach dealers selling to small independents but major operators to use the type included West Riding Automobile Company and Black and White Motorways. Other specialist work undertaken included two single deck trams for Leeds, a mobile chest X-ray unit for tuberculosis control and crew cab lorries on Ford Thames Trader for the Uganda police force. Box vans were supplied on Bedford to the Bradford Dyers Association.

1938 Leyland TTB3 or TTB4 with a Roe H35-29R body

1938 Leyland TTB3 or TTB4 with a Roe H35-29R body

The composite body had been revised post-war, with a new patent waist rail, the teak structural member now covered by rolled steel plate. In 1957 the composite double decker reached its final form with teak framing to the lower deck ceiling or upper deck floor and an aluminium framework above. This was to continue in production, mainly on Daimler half-cab chassis until 1968, the last batch being built for Northampton Corporation on CVG6, replacing earlier Roe-bodied CVG6s which at the time comprised the entire Northampton fleet, all but five having composite bodies.

1938 ROE CM-Roe

1938 ROE CM-Roe

Simultaneously Park Royal bowed to pressure from the British Electric Traction group of major regional bus operators and replaced their rather elegant mid-1950s aluminium-framed body with a steel-framed structure of very angular outline, this first appeared as the production version of the integral AEC Bridgemaster, but soon spread to all other steel-framed Park Royal and Roe double deckers. Crossley had been closed by ACV in 1958, having ceased to make chassis five years previously.

1939 Karrier E6 with Roe H32-28R body

1939 Karrier E6 with Roe H32-28R body

Roe metal-framed bodies to this new outline went on a wide range of double deck chassis. A large batch were built for BET on the new Leyland Atlantean, these were delivered in 1960 to Trent Motor Traction, Devon General and the Northern General Transport group. As well as looking ungainly these buses became notorious for their propensity to corrode. Roe also built both forward and rear entrance bodies using this structure on conventional chassis, Swindon Corporation taking Daimler CVG6 and both Yorkshire Traction and Stratford Blue Motors taking rebodied Leyland Tigers.

1939 Leyland Tiger TS8 with Roe B32F body

1939 Leyland Tiger TS8 with Roe B32F body

Far less conventional was the Guy Wulfrunian which was even more avant-garde than the Atlantean, it was designed to the requirements of the independent West Riding company and featured a front engine on the front entrance platform, instead of a front radiator it had two Cave-Browne-Cave heat exchangers on the upper deck front face to provide passenger heating and ventilation as well as engine cooling. The front wheels had double wishbone independent suspension and like the rear axle had a self-levelling air suspension system, the foundation braking was by disc brakes on all four wheels with a drum brake on the driveshaft providing the parking brake and the fluid flywheel adapted to serve as an integral retarder. At a time when only Jaguar and Ferrari road cars had front discs this was a technological adventure, like the Routemaster and Midland Red’s motorway coach it was shown with its Roe body in a cutaway-centre spread of boy’s comicThe Eagle where it took its place alongside V-Bombers, Nuclear Submarines and Deltic Locomotives. Roe bodied 131 out of the 137 Wulfruninans built from 1959 to 1965.

1940 AEC Regent with Roe bodywork

1940 AEC Regent with Roe bodywork

The Wulfrunian body was lower built as this chassis was designed as a low height bus with stepless entrance and centre gangways on both decks. Roe also softened the outline of the body with a subtly curved rear dome; the use of equal-depth windows on both decks produced a much more balanced look.

1941 Leyland TD7 with a Roe L24-24R body

1941 Leyland TD7 with a Roe L24-24R body

Other oddities at the dawn of the 1960s included single-deck buses on the double-deck AEC Regent V chassis, most of these were built for South Wales Transport for a route with a very low railway bridge in Llanelli under which underfloor engined single decks could not work but there were also one each for the Leeds Council Welfare department (with a rear ramp for wheelchair access) and for the Coal Industry Social Welfare Organisation.

1942 Guy Arab I with Roe L24-26R

1942 Guy Arab I with Roe L24-26R

1942 Leyland Titan TD7 with Roe H26-32C bodywork

1942 Leyland Titan TD7 with Roe H26-32C bodywork

In 1962 ACV merged with Leyland Motors to form the Leyland Motor Corporation. In 1965 LMC sold a 30% shareholding in Park Royal and Roe to the state-owned Transport Holding Company in return for a 25% stake in Bristol Commercial Vehicles and Eastern Coach Works. Charles H Roe retired as company chairman in 1962 and died in 1965.

1943 Guy Arab II with a Roe B38C body

1943 Guy Arab II with a Roe B38C body

1943 Guy Arab II with Roe L27-26R body

1943 Guy Arab II with Roe L27-26R body

1943 Guy Arab II with Roe L27-28R body

1943 Guy Arab II with Roe L27-28R body

1943 Sunbeam W with Roe H62R body

1943 Sunbeam W with Roe H62R body

The mixed economy

The original outline of the body for rear-engined double deckers was widely considered unsatisfactory and Sunderland Corporation took a heavily revised version on Daimler Fleetline from 1962-6 featuring a prominent peak at the front dome and a reverse rake to the upper-deck rear in the style of the contemporary Ford Anglia saloon car. Great Yarmouth Corporation instead specified double curvature windscreens of Alexander design on its Atlanteans (including a unique short-wheelbase batch in 1967) and on the last three Daimler Freeline single deckers. This then became a standard option at Roe who also optionally fitted the Alexander style double-curvature upper-deck front window on rear engined chassis, curving the line of the foremost upper deck side windows down to meet this, producing an elegant style which suited the Fleetline and the post 1964 low height Atlantean. Also in 1964 for that year’s Commercial Motor show Roe built its first body to the 36 ft length permissible since 1961, it was an early Leyland Panther for the Kingston upon Hull Corporation Transport fleet. Unlike the Coronation trolleybuses they were to replace, the Hull Panthers were allowed to be one man operated. Roe then built versions of this body for Leeds on the similar AEC Swift from 1967 to 1972 and also built standee single decks on Daimler Roadliner and Fleetline for Darlington and on Seddon Pennine RU for Doncaster.

1944 Daimler CWA6 with a Roe H30-26R body

1944 Daimler CWA6 with a Roe H30-26R body

1944 Guy Arab II with body by Roe

1944 Guy Arab II with body by Roe

1944 Sunbeam W with Roe body

1944 Sunbeam W with Roe body

In 1964 Leeds, the last provincial bastion of the rear-open platform double decker took a batch of Fleetlines to Great Yarmouth outline and the first of these was also shown at the 1964 show, Leeds continually revised this design over the next few years, in 1966 it was extended to 33 ft long rather than the previous 30 ft 10in, both decks had double curvature screens and side glazing became panoramic, with double-width window glasses. In 1968 angled flat glass at the front and a glass-fibre dash was added and a centre exit was fitted whilst the rear dome reverted to a square outline. This made the appearance similar to the Oldham Corporation variant supplied with conventional side glazing on standard wheelbase Atlanteans since 1965. The Leeds design was produced until 1975 with a few going to independent operators in England and Scotland. The Leeds and Oldham designs in turn led to the Park Royal–Roe standard design for Atlantean and Fleetline built from 1969 to 1981, which had a deeper front screen optionally to Alexander layout or flat-glazed and wider pillar spacing than the previous standard but not as long as that fitted to the Leeds style or the Manchester Corporation Mancunian. Roe built one batch of 34 Mancunians on long Fleetlines in 1972. These buses had been due to be bodied by East Lancashire Coachbuilders in 1970, but they suffered a fire destroying their works in Blackburn, so the contract was transferred to Park Royal, who in turn transferred it to Roe (shades of that Teesside Tilling-Stevens).

1945 Sunbeam W with Roe 62 seat coachwork

1945 Sunbeam W with Roe 62 seat coachwork

The standard design was adopted by West Yorkshire PTE (successor to the Leeds, Bradford, Huddersfield Halifax and Calderdale fleets) and many municipals and also (from 1972) on the AN68 Atlantean became the National Bus Company’s second-choice double decker, being especially associated with ‘Leyland’ fleets such as Ribble, Northern General and Southdown but it also became the standard double decker with London Country who had over 300.

1946 AEC Regent IIIs with Roe H31-25R bodi

1946 AEC Regent IIIs with Roe H31-25R body

1946 Leyland PD1-Roe H31-25R

1946 Leyland PD1-Roe H31-25R

1946 Roe B35R bodied Guy Arab III

1946 Roe B35R bodied Guy Arab III

Nearing the end

In 1982 Leyland Vehicles, the truck and bus division of the by now state-owned British Leyland bought out the National Bus Company’s 50% shareholding in the joint-venture Bus Manufacturers Holdings Ltd which had not only owned Bristol, ECW, Park Royal and Roe but also the Leyland National factory at Workington.

1947 AEC Regals with Roe B32F body

1947 AEC Regals with Roe B32F body

1947 AEC Regent III with Roe H28-22C body

1947 AEC Regent III with Roe H28-22C body

1947 AEC Regent III with Roe H31-25R body

1947 AEC Regent III with Roe H31-25R body

1947 AEC Regent III-Roe H31-25R

1947 AEC Regent III-Roe H31-25R

1947 Daimler CVD6's coaches rebodied by Roe in the mid-1950s

1947 Daimler CVD6’s coaches rebodied by Roe in the mid-1950s

1947 Leyland Tiger PS1 with Roe B35R bodywork

1947 Leyland Tiger PS1 with Roe B35R bodywork

1947 Leyland Titan PD1-3 with Roe bodywork

1947 Leyland Titan PD1-3 with Roe bodywork

1947 Roe B35R bodywork was fitted to this Leyland PS1

1947 Roe B35R bodywork was fitted to this Leyland PS1

1947 Sunbeam W new in 1947, rebodied by Roe H32-28R in 1960

1947 Sunbeam W new in 1947, rebodied by Roe H32-28R in 1960

1947 vintage Leyland PS1 with a Roe B32F body

1947 vintage Leyland PS1 with a Roe B32F body

In 1981 and 1982 Roe-bodied six 18-metre long articulated buses for British Airways, these employed Leyland National body sections on Leyland-DAB underfloor-engined chassis, Roe modifying the body for the higher frame height. They featured five entry-exit doors, two on the offside, and were used to transport passengers from their aircraft to the terminal at Heathrow airport.

1948

1948 AEC Regent III with Roe H50C body 1948 AEC Regent IIIs with Roe H28-22C body 1948 BUT 9611T with Roe bodywork 1948 Daimler CVD6 with Roe B35F body 1948 K6A-Saunders Roe.1948.E.Kentell2 1948 Leyland PS1 with Roe B32F body 1948 Leyland PS1s with Roe B36R body 1948 Roe B32F bodied Leyland PS1 1948 Roe bodied BUT 9611T

AEC-AEC-BUT-DAIMLER-SAUNDERS-LEYLANDx3-BUT

1981 had been a peak production year at Roe, with 182 bodies built, the highest total since 1966 (the year when double-decks were finally allowed to be operated without a conductor, the first bus to do so, on the day of the law change, being a Great Yarmouth Roe-bodied Atlantean). The standard body was phased out in 1981, as the Fleetline had been discontinued and the Atlantean could not be sold in the EEC after 1983 as it fell foul of noise-pollution laws. 1981 was also the year that the Park Royal coachworks were closed. The new body to take its place was for the new Leyland Olympian chassis and Roe produced 299 of these prior to closure, most went to three fleets, West Yorkshire PTE and NBC subsidiaries Bristol Omnibus Company and London Country, with one batch to Strathclyde PTE and a sole vehicle to the Scottish Arts Council which was equipped as a travelling art gallery.

1949

1949 AEC Regal III (ECX741, number 282, which had a Duple B35F body when new in 1949) and was fitted with a Roe FB39F body 1949 AEC Regal III of 1949 (originally with a Duple body). In 1960 is was rebuilt by Hanson and given a new FB39F body by Roe 1949 AEC Regal III with Roe B32F body 1949 AEC Regent III with Roe H31-25R body 1949 Daimler CVD6, with Roe H31-25R body 1949 Guy Arab III-Roe L27-26R 1949 Roe-bodied Crossley 1949 Sunbeam MS2 with Roe H72R body

AECx4-DAIMLER-GUY-CROSSLEY-SUNBEAM

Production peaked at this point because the Government was phasing out the New Bus Grant which had provided up to 50% of the cost of a bus used on local services provided it met certain rules. In order to compensate for this drop in bus sales Leyland Bus (as it had now become) decided to produce a new flagship product for the booming deregulated coach market following the Transport Act 1980. This was the Royal Tiger underframe and the Roe Doyen body. This was a sophisticated product, as the Tiger coach chassis competed head on with the Volvo B10M the Royal Tiger Doyen was designed to provide a British alternative to the high-end Setra coach from Germany. Production got off to a slow start, not helped by overly centralised control from Leyland and a rigid set of body specifications which did not initially provide all the features more demanding coach customers wanted. In 1983, the year of launch only 10 complete Royal Tiger Doyens entered service, a further 13 underframes being supplied to Van Hool and Plaxton to receive versions of their standard coachwork. In 1983 production of the underframe was moved to Workington and 22 coaches were completed by Roe as well as 86 Olympians. The plant was not at that point viable for British Leyland who had been impoverished by the chronic failure of its Austin mass-production car division. Thus Roe followed Daimler, Guy, AEC, Park Royal and Bristol into oblivion.

1950

1950 AEC Regent III with Roe built H31-25R body 1950 AEC Regent III with Roe H31-25R body 1950 Crossley DD42-5 with a Roe L27-26R body 1950 Daimler CT6 with Roe H40-30R body 1950 Leyland PSU1-13 Royal Tiger with a Roe B44F body 1950 Leyland Titan PD2-3 built in 1950 with Roe H31-28RD bodywork from 1959 1950 Leyland Titan PD2-3 built with Roe bodywork 1950 Roe L27-26RD body after rebodying in 1958 Albion CX39N 1950 Sunbeam F4 trolley rebodied by Roe in 1964 1950 Sunbeam MS2 with Roe H40-30R body

AECx2-Crossley-Daimler-Leylandx3-Albion-Sunbeamx2

Many Roe bodies survive in preservation and some on special tourist services, the earliest design being a replica of a 1929 body on a Leyland Lion at the Greater Manchester Museum of Transport.

1951

1951 A.E.C. 9821E Regal IV with a Roe B40D body 1951 AEC Regak IV with Roe B41F body 1951 1951 AEC Regent III with Roe H31-25R body 1951 Guy Arab III saloons with attractive Roe centre entrance bodywork 1951 Guy Arab III with Roe C31F bodywork 1951 Guy Arab III with unusual Roe coach body 1951 Leyland Titan PD2-12 with Roe FCH30-20RD bodywork 1951 Roe B40C bodied AEC Regal IV

AECx3-GUYx3-Leyland-AEC

Three diecast model manufacturers produce 1:76 scale models of Roe vehicles, EFE have a pre-war Leyland Tiger bus, Corgi OOC produce the final style of rear entrance composite body as a half-cab or a trolleybus and Britbus make the NBC version of the standard Atlantean body in single or dual-door format.

1952

1952 Guy Arab III with Roe B41C bodywork. 1952 Leyland PD2-12s with Roe coach body 1952 Leyland Royal Tiger with Roe bodywork 1952 Leyland Tiger PS2-12 with Roe C35F

Guy-Leylandx3

1953

1953 Daimler CVG6 with a Roe H33-25R body

1953 Guy Arab IV with a Roe body 1953 KGG711 was an AEC Regal IV with Roe body 1953 Leeds 601, the Metropolitan-Vickers equipped Roe bodied railcar 1953 Maley & Taunton equipped Roe bodied railcar new in June 1953

Daimler-Guy-AEC-Railcar ROE 2x

1954

1954 1951 Guy Wolf with Metalcraft body and CCC597, a 1954 Guy Otter with Roe B25F body 1954 AEC Regent III-Roe H3-25R 1954 AEC Reliances with Roe B34C+24 body 1954 Guy Otter with a Roe B25F body 1954 Leyland Royal Tiger with Roe bodywork 1954 ROE CMS-Roe

Guy-AECx2-Guy-Leyland-Roe ad

1955

1955 Guy 5LW with Roe centre-entrance standee body 1955 Guy Arab LUFs, fitted with Roe B34C+24 body 1955 Leyland Tiger Cub with a Roe B34+24C standee body 1955 Leyland Titan PD2-11 with a Roe H33-25R body 1955 Sunbeam MF2B-MV with Roe H54D body

Guyx2-Leylandx2-Sunbeam

1956

1956 AEC Regent V with Roe H33-27R body

1956 AEC Reliance MU3RV with Roe B44F bodywork

1956 AEC Reliance-Roe B44F 1956 Daimler CVG6 with Roe H37-26R body 1956 Daimler CVG6 with Roe H37-28R body 1956 Guy Arab IV Roe L27-26R

AECx3-Daimlerx2-Guy

1957

1957 AEC Regent V 1949U with Roe H37-28R body 1957 AEC Regent V with Roe H37-28R body 1957 AEC Reliance MU3RV with Roe Dalesman body 1957 AEC Reliance MU3RV with Roe Dalesman C41C bodywork 1957 Guy Arab IV built with Roe H33-28R bodywork 1957 Guy Arab IV with Roe L55R body 1957 Leyland Tiger Cub PSUC1-2 built in with Roe Dalesman C41C bodywork 1957 Leyland Tiger Cub with Roe 39 seat body 1957 Roe B41R bodied Guy Arab LUF 1957 Roe-bodied AEC Regent

AECx4-Guyx2-Leylandx2-Guy-Aec

1958

1958 AEC 2MU3RV Reliance with a Roe DP41F body 1958 AEC MU3RV Reliance with a Roe Dalesman C37C body 1958 AEC MU3RV Reliance with Windover body. Reliance with Roe DP41F body, 366CPT, new in 1958 1958 Leyland PD2-30 with Roe H37-28R body 1958 Leyland Tiger Cub PSUC1-1 with Roe B41D body 1958 Leyland Titan PD2-30 with Roe bodywork 1958 Leyland Titan PD2-30 with Roe H33-26RD body 1958 Leyland Titan PD3-1 with Roe body 1958 Roe DP41F bodied AEC MU3RV Reliance

AECx3-Leylandx5-AEC

1959

1959 AEC Reliance with Roe Dalesman coach body 1959 Daimler CVG6LX-30 with Roe bodywork 1959 Guy Wulfrunian with Roe bodywork 1959 Leyland Titan PD2-27 built in 1959 with Roe H33-28R bodywork 1959 Leyland Titan PD3-1 built with Roe H39-30R body 1959 Leyland Titan PD3-5 with Roe body 1959 Roe B37F bodied AEC Regent Vs

AEC-Daimler-Guy-Leylandx3-AEC

1960

1960 AEC Regent V 2D2RA with a Roe H39-32R body 1960 AEC Reliance 2MU3RV with Roe B45F bodywork 1960 Daimler CVG6 Roe 1960 Leyland Atlantean PDR1-1 with Roe H44-34F bodywork 1960 Leyland PD3-1s with Roe L31-32RD body 1960 Leyland Titan PD2-40 with Roe H37-28R body

AECx2-Daimler-Leylandx3

1961

1961 AEC Reliance with Roe B41D body 1961 Daimler CVG6-30 with Roe H73F body 1961 Leyland Leopard L1 with Roe B44F bodywork 1961 Roe bodied Leyland Atlantean PDR1-1 1961 Roe H43-32F bodied Guy Wulfrunian

AEC-Daimler-Leyland-Guy-AEC

1962

1962 AEC Regent V 2D2RA with Roe H39-31R body 1962 AEC Reliance with Roe 41 seat dual door body 1962 Daimler 572CNW, a CVG6LX with Roe H39-31F body 1962 Daimler CVG6-30 with Roe front entrance bodywork 1962 Leyland Atlantean PDR1-1 with Roe H44-33F bodywork 1962 Leyland PD3-4 with Roe H38-32F bodywork 1962 Leyland PD3A-1 with Roe body 1962 Roe bodied AEC Regent V 1962 Roe H33-26R bodywork was fitted to Pontypridd 87, 872MTG, a Guy Arab IV

AECx2-Daimlerx2-Leylandx3-AEC-Guy

1963

1963 AEC Regent V with Roe B37F body 1963 Daimer Fleetline CRG6LX with Roe H43-33F body 1963 Daimler CVG6 with a Roe H37-26R body 1963 Daimler CVG6LX with Roe H39-31R body 1963 Guy Wulfrunian with Roe H41-34F body 1963 Leyland Leopard L2 with Roe B49F body 1963 Roe B44F bodied AEC Reliances 1963 Roe bodied AEC Regent V

AEC-Daimlerx3-Guy-Leyland-AECx3

1964

1964 AEC Reliance 2MU3RA with Roe B41D bodywork 1964 AEC Renown 3B3RA with Roe H39-31F body 1964 AEC Renown with Roe bodywork 1964 Daimler Fleetline with Roe bodywork 1964 Daimler Fleetline with Roe H70F body 1964 Daimler Freeline  Roe DP43F 1964 Leyland Atlantean PDR1-1 with Roe H43-33F 1964 Leyland PD3-5 built in 1964 with a Roe H41-32F body 1964 Roe bodied Daimler CVG6-30s 1964 Roe H41-32F bodied AEC Regent V

AECx3-Daimlerx3-Leylandx2-Daimler-AEC

1965

1965 AEC Reliance and had it fitted with a neat Roe coach body 1965 AEC Reliance with a Roe C37F body 1965 Leyland Leopard L2 with Roe B45F bodywork 1965 Leyland Panther with 45 seat Roe bodywork 1965 Roe H43-32F bodied Guy Wulfrunian

AECx2-Leylandx2-GUY

1966

1966 AEC Swiftl with dual door Roe bodywork 1966 Daimler Fleetline with Sunderland designed Roe bodywork 1966 Leyalnd Atlantean PDR1-2 with Roe H38-27F body 1966 Leyland Atlantean with Roe body 1966 Leyland Panthers and carries a Roe body 1966 Roe bodied example and one of Leeds last AEC deckers

AEC-Daimler-Leylandx3-AEC

1967

1967 AEC Swift MP2R with Roe B44F body 1967 Daimler Fleetline with Roe body 1967 Leyland Atlantean PDR1-2 with Roe H43-33F body 1967 Leyland Atlantean Roe 1967 Leyland Panther with Roe bodywork 1967 Leyland Titan PD2A-27 with Roe H33-28R bodywork 1967 was this Daimler Fleetline with 33 foot Roe bodywork with panoramic windows

AEC-Daimler-Leylandx4-AEC

1968

1968 AEC Swift with Roe 48 seat bodywork 1968 Daimler Fleetline with dual door Roe body 1968 Daimler Fleetline with Roe bodywork 1968 Leyland Atlantean PDR2-1 with a Roe body

AEC-Daimlerx2-Leyland

1969

1969 Atlanteans-Roe 1969 Leyland Royal Tiger Cub with Roe bodywork

Leyland x 2

1970

1970 Daimler Fleetline CRG6LX with Roe H45-29D bodywork 1970 Leyland Atlantean PDR1A-1 with Roe bodywork

Daimler + Leyland

1971

1971 AEC Swift with Roe B48D body 1971 Leyland Atlantean with dual door Roe bodywork 1971 Leyland Atlantean with Roe dual door body 1971 Leyland Atlantean-Roe

AEC- Leyland x 3

1972

1972 Daimler CRG6LX with Roe H44-33F body 1972 Daimler Fleetline CRG6LX with Roe H44-34F bodywork 1972 Daimler Fleetline SRG6LX with Roe dual door 48 seat bodywork 1972 Leyland Atlantean PDR2-1 with Roe H45-24F bodywork

Daimler x 3 + Leyland

1973

1973 Daimler Fleetline with Roe 74 seat dual door bodywork 1973 Leyland Atlantean AN68-2R with Roe H45-33D body

Daimler and Leyland

1978

1978 Roe bodied Atlantean XWG633T

Leyland

roe logo kw

Finish