WILLOWBROOK Ltd Coachbuilders Loughborough Leicestershire England UK

1954 Willowbrook ltd Derby Road Loughborough Leicestershire



1954 Willowbrook ltd Derby Road Loughborough Leicestershire 1935 Bedford JU6301 with Willowbrook C25F body 1935 Dennis Lancet with Willowbrook C31F body 1935 Gilford UT7836 A56 coach - The Ellen - Willowbrook body 1935 Leyland TD4 dating with a Willowbrook L27-28R body fitted in 1949 1937 AEC Regal 712, RC4613 Willowbrook B35F body 1937 AEC Regal with Willowbrook B35F body, rebodied by Willowbrook in 1950 1937 AEC Regent with a Weymann body and rebodied in October 1948 by Willowbrook 1938 Bristol K5Gs with ECW L23-24R bodies. It was, along with the others rebodied in 1951 by Willowbrook with the L27-26R body 1938 Daimler COG5 new to Trent and rebodied by Willowbrook in 1943 1939 Albion with Willowbrook C39F body 1939 BMMO SON with a Willowbrook B34F body 1939 Bristol K5G dating which had been rebodied in 1951 with this Willowbrook L27-26R body 1939 Bristol K5G with Willowbrook body 1939 Daimler COG5-40 with Willowbrook C35F body 1939 Leyland Tiger TS8 converted to a tower wagon with a Willowbrook body 1943 Guy Arab II fitted with a Strachan L27-28R body when new in 1943. It was rebodied in 1950 with the Willowbrook L27-26R body 1945 Guy Arab II originally with a utility Park Royal H30-26R body and numbered 41. In 1953 it was rebodied with a Willowbrook H30-26R body 1946 AEC Regal with Willowbrook B34F body 1946 Bristol L5G with Willowbrook body 1946 Willowbrook bodied Daimler CVD6 1947 AEC Regal 752, RC9658, with a Willowbrook B35F body 1947 AEC Regals with Willowbrook B35F bodies which were rebuilt by Willowbrook to FDP39F in 1958 1947 AEC Regent with Willowbrook H30-26R body 1948 AEC Regal with Willowbrook 35 seat half cab front entrance bus 1948 Crossley DD42-5 with a Willowbrook H28-26R body 1948 Daimler CVD6 GYG205 with Willowbrook DP35F body 1948 Leyland Tiger PS1 given a Willowbrook double deck body in 1957 1949 AEC Regal 703, NJO703, has Willowbrook dual purpose 32 seat body 1949 AEC Regal III - Willowbrook body 1949 AEC Regal III with Willowbrook B34F body 1949 Leyland Tiger PS1, originally fitted with a Duple coach body and numbered 560, KAL380, but rebodied in 1957 with a Willowbrook L31-30R body 1949 Willowbrook 1950 AEC Regal III with Crossley gearbox and Willowbrook DP33F body 1950 Daimler CVD6 with Willowbrook B35F body 1950 Leyland Tiger PS1 with Willowbrook body 1950 Willowbrook DP33F bodied Leyland PS2-3 1951 Guy Arab III with Willowbrook FH27-26F body 1951 Leyland PSU1-11 Royal Tiger with a Willowbrook B43F body 1951 Willowbrook C33C bodied Leyland PSU1-11 Royal Tiger 1951 Willowbrook FH27-26F bodied Leyland PS1-4 new in 1951 and named 'Oudenarde' 1952 Willowbrook B44R bodied Atkinson Alpha chassis 1952 Willowbrook C37C bodied A.E.C. 9821S Regal IVs 1952 Willowbrook H32-28R body on a Sunbeam F4 chassis 1953 3-axle Sunbeam S7 with Willowbrook H62D body 1953 AEC 9822S Regal IV with a Willowbrook C41F body 1953 AEC Regal IV with Willowbrook C39C body 1953 Sunbeam F4 with Willowbrook H32-28R body 1953 Willowbrook C37C bodied Leyland Royal Tiger 1954 AEC Regent III with lowbridge Willowbrook bodywork 1954 Leyland Tiger Cub PSUC1-2T with Willowbrook C39R body 1954 Sunbeam F4A with Willowbrook H70R body 1954 Willowbrook C41C bodied Daimler D650HS Freeline 1954 Willowbrook ltd Derby Road Loughborough Leicestershire 1955 A.E.C. MU3RV Reliance with a Willowbrook B43F body 1955 Leyland L1 Leopard with Willowbrook B45F body 1955 Sunbeam F4A trolleybus with Willowbrook 70 seat rear entrance bodywork 1955 Sunbeam F4A with a distinctive Willowbrook body 1955 Willowbrook C41F bodied AEC Monocoach 1956 AEC Regent V with Willowbrook body 1956 AEC Reliance MU3RV with Willowbrook DP41F bodywork 1956 AEC Reliance with Willowbrook body 1956 Albion Nimbus MR9N Willowbrook B31F at Didcot Garage 1956 Atkinson BPL745H buses bought by Venture. Like the others this had a Willowbrook body, B45F 1956 Daimler 836, WDH911with willowbrook body 1956 Guy Arab LUFs with Willowbrook C37C bodies 1956 Leyland Tiger Cub with Willowbrook DP41F body 1957 AEC Regent V MD3RV with Willowbrook H32-28R bodywork 1957 Leyland Tiger Cub PSUC1-2 with Willowbrook DP41F bodywork. 1957 Leyland Tiger Cub PSUC1-2, VTX44, with Willowbrook DP41F body 1957 Leyland Tiger PS1 single deck chassis rebuilt with a Willowbrook L61RD body 1957 Leyland Titan PD2-20 203-BEH Willowbrook L27 28R 1957 Willowbrook B45F bodywork on its Atkinson BPL745H chassis 1957 Willowbrook C37C bodied AEC MU3RV Reliance 1958 AEC Reliance with Willowbrook Viking C41F body 1958 AEC Reliance with Willowbrook Viking C41F bodywork 1958 Albion Aberdonian MR11 with Willowbrook B45F bodywork 1958 Albion Aberdonian MR11N XUP399 with Willowbrook DP41F body 1958 Albion Nimbus NS3AN with Willowbrook B31F bodywork, whilst preserved East Kent EFN568 is a 1950 Dennis Falcon P3 with Dennis B29F bodywork 1958 Albion Nimbus NS3AN with Willowbrook B31F bodywork. 1958 Albion Nimbus NS3N with Willowbrook B31F bodywork 1958 Leyland PD3-4 with Willowbrook H73R body 1958 Leyland Titan PD3-4 with Willowbrook body. 1958 Willowbrook C41F bodied AEC MU3RV Reliance 1959 A E C Reliance 2MU3RV with Willowbrook C37F bodywork 1959 AEC Reliance with 41 seat Willowbrook Viking coach body 1959 AEC Reliance with Willowbrook Viking C41F body 1959 Albion NS3N Nimbus buses with Willowbrook B31F bodies 1959 Leyland PSUC1-2 with Willowbrook Dual Purpose body 1959 Leyland Tiger Cub PSUC1-1 with Willowbrook B45F bodywork 1959 Willowbrook Viking C41F bodied Leyland PSUC1-2 Tiger Cub 1959 Willowbrook Viking C41F bodied Leyland PSUC1-2 Tiger Cubs 1960 AEC Reliance 2MU2RA with Willowbrook B42D body 1960 AEC Reliance 2MU3RA with Willowbrook B45F body 1960 AEC Reliance 2MU3RA with Willowbrook Viscount C41F bodywork. 1960 Daimler CVG6 with a distinctive Willowbrook lowbridge body 1960 Dennis Loline IIYF10 Willowbrook H44-30F 885-LDH 1960 Leyland Tiger Cub PSUC1-2 with Willowbrook dual purpose 43 seat body 1961 AEC Reliance with Willowbrook B43F body 1961 Bedford J2SZ7 with a Willowbrook Compact C19F body 1962 Bedford VAS1 with Willowbrook B30F bodywork 1962 Leyland Leopard L2 with Willowbrook body 1962 Leyland Leopard with Willowbrook C47F 1962 Willowbrook B65F bodied AEC Reliance, 858GNM 1962 Willowbrook DP47F bodied Leyland PSU3-3RT Leopard 1963 Leyland Titan PD3A-1 from 1963 with Willowbrook H41-32F bodywork 1963 Willowbrook bodied Leyland Leopard 1964 AEC Regent V 2D3RA with Willowbrook H39-30F body 1964 Bedford VAL with Willowbrook B54F body 1964 Leyland Leopard PSUC1-11 with Willowbrook B45F body OLYMPUS DIGITAL CAMERA 1965 Bedford VAS1 with Willowbrook B28F bodywork 1965 Daimler CRG6LX with Willowbrook H44-32F bodywork 1965 Leyland Leopard PSU3-1R with Willowbrook B53F bodywork 1965 Willowbrook DP49F bodied Leyland PSU3-1R Leopard 1966 AEC Reliances with Willowbrook B41D bodies 1966 Bedford VAS1 with Willowbrook B24FM bodywork 1966 Daimler Fleetline with Willowbrook single-deck bodywork 1966 Leyland Atlantean PDR1-2 with Willowbrook body 1966 Leyland Leopard PSU3-3R with a Willowbrook B53F body 1967 Bedfod VAS2 with Duple (Midland) B30F bodywork 1967 Bedford VAL70 with Willowbrook B56F bodywork 1967 Bedford VAL70 with Willowbrook body B56F 1967 Leyland L2 Leopard with a Willowbrook B43F body 1967 Willowbrook B45F-bodied Leyland Leopard 1967 Willowbrook DP49F bodied AEC Reliance 1968 A E C Reliance 6MU2RA with Willowbrook B46F bodywork 1968 AEC Regent V with Willowbrook H37-27F body 1968 Bedford SB5 with Willowbrook bodywork 1968 Bedford VAL with Willowbrook B56F body 1968 Bedford VAM70 saloons arrived with Willowbrook B33D+25 bodies 1968 Ford R192s with Willowbrook B45F bodies 1968 Willowbrook DP49F bodied Leyland PSU3A-4RT Leopard OKO816G a 1968 Willowbrook DP49F bodied Leyland PSU3A-4RT Leopard OKO816G 1968 Willowbrook Malta OLYMPUS DIGITAL CAMERA 1969 Daimler Fleetline SRG6LW with Willowbrook B44F bodywork 1969 Ford R192 with Willowbrook B45F bodywork a 1969 Ford R192 with Willowbrook B45F bodywork 1969 Leyland Atlantean PDR1A-1 with Willowbrook body 1970 AEC Swift with Willowbrook B43D body 866H 1970 AEC Swift with Willowbrook B43D body 1970 Ford R192  Willowbrook B45F 1971 AEC Reliance with Willowbrook B43F body 1971 AEC Swift with Willowbrook dual door body 1971 Bedford SB5 with Willowbrook DP39F bodywork 1971 Bedford YRQ with Willowbrook B45F bodywork 1971 Ford R192, YNR506J, with locally built Willowbrook bodywork 1971 Leyland Leopard PSU3 with Willowbrook DP49F body 1972 AEC Reliance 6U3ZR with Willowbrook Expressway C49F bodywork 1972 AEC Swift with Willowbrook body 1972 Bedford VAS5 with Willowbrook B16FM bodywork 1972 Bedford VAS-Willowbrook 1972 Ford R192 with Willowbrook C45F 1972 Mercedes-Benz 0302 LHD chassis with a Willowbrook '007' C51D body 1972 Willowbrook B53F-bodied Leyland Leopard PSU3B-2R 1973 Bedford YRT with a Willowbrook '002' Expressway C30FT body 1973 Ford R192 or R1014 with an '002' Expressway body and a Mercedes-Benz 0302 with an '007' body 1973 Ford R1014 with Willowbrook C45F body 1973 Ford Willowbrook PTX987F 1973 Leyland with Willowbrook  B53F 1973 Willowbrook bodied Leyland Atlantean No 50, CUF150L 1974 Bedford YRQ-Willowbrook SCF344N 1974 Leyland Leopard L84, RGV284N, with Willowbrook B55F 1976 A.E.C. 6U3ZL Reliances to National Travel (South East) with Willowbrook C47F bodies 1977 A.E.C. 6U3ZL Reliance with a Willowbrook C47F body Daimler Fleetline SRG6LW with Willowbrook B44F bodywork 704G TDH 901 was a Sunbeam F4A with a Willowbrook H36-34R body

After Willowbrook took over Brush in 1951 Duple took over Willowbrook in the seventies. Look for more under Brush + Duple



To my nowledge is Willems a Belgium manufactor of Motors.

But there is a problem. I search and search and find nothing about it. In the past there was a site called: De Geschiedenis van de Belgische auto and another one called: Per Autocar door de Twintigste Eeuw and both do not exist anymore. I can only show you the photo’s I found before.

1935 Willems  Ragheno A.403 uit 1935 antwerpse autobussen3

1935 Willems Ragheno

1935 Willems B


1936 Willems-Jonck B


1937 Willems

1938 Willems 1938 chassis B


1938 Willems toerisme B


1939 Willems Centrum Car B

1939-willems-centrum-Van Rompaeye

1939 Willems-Nylon België


1940 Willems-Waukesha-Ruyschaert België


Willems Motor met Henschel Chassis de Muynck B


Willems-Diana 1 B


Willems-Diana 1bis B



Vanajan Autotehdas

Vanajan Autotehdas Oy
Former type osakeyhtiö
Industry Automotive
Fate merged with Oy Suomen Autoteollisuus Ab
Predecessors Yhteissisu Oy
Successors Patria Land and Armament;
Sisu Axles
Founded 20 March 1943
Defunct 31 December 1968
Headquarters Helsinki (→ 30 May 1964);
Hämeenlinna (1 June 1964 →)
Products Lorries, bus chassis, special vehicles
Owners State of Finland
A. Ahlström Oy
Ata Oy
Oy Fiskars Ab
Kone Osakeyhtiö
Kymin Osakeyhtiö
Lokomo Oy
Oy Strömberg Ab
Oy Suomen Autoteollisuus Ab
Suomen Gummitehdas Oy
Suomen Kaapelitehdas Oy
Tampereen Pellava- ja Rautateollisuus Oy
W. Rosenlew & Co. Oy
Yhtyneet Paperitehtaat Oy
Employees 400 (early 1968)

Vanajan Autotehdas Oy (VAT) was a producer of heavy vehicles based in Hämeenlinna, Finland. The company was founded as Yhteissisu Oy in 1943 by the Finnish government and a number of major Finnish companies with the aim of producing lorries and buses for the Finnish Defence Forces. World War II was over before the company could start series production; it was renamed Vanajan Autotehdas and the marque became Vanaja. Subsequently, the production consisted of outdated lorry models, partly built from military surplus materials. After overcoming initial difficulties, the company modernised its products, became profitable and grew until the mid 1950s. Many major components, including engines, were imported. Diesel engines became widely available in 1955, and in 1959 VAT introduced its most significant innovation, the full load lifting tandem axle mechanism, which improved off-road capability significantly; the system is now used in Sisu vehicles.

The company started producing bus chassis in 1950, and the superstructures were built by a number of Finnish coach builders. The last models were appreciated by a number of bus operators, and missed after production was stopped. All Vanaja bus chassis were fitted with air brakes by 1958, after the failure of hydraulic brakes on a Vanaja bus had led to one of the worst traffic accidents ever to have happened in Finland.

VAT fell into financial difficulties by end of the 1960s; this led to a merger with the other Finnish heavy vehicle producer Oy Suomen Autoteollisuus Ab at the end of 1968. The Vanaja brand ceased to exist in 1971, after which the former Vanaja factory produced Sisu terminal tractors, bus chassis, military vehicles and mobile crane chassis. The factory now belongs to Patria—which produces Patria AMV armoured personnel carriers—and heavy-vehicle axle producer Sisu Axles.

Vanajan Autotehdas was always a small company, employing about 400 people in 1968, and in the 1960s its market share was barely 5% in Finland. Almost all Vanajas were sold for the domestic market; only a few units were exported. Vanaja vehicles became known for their robust construction and high degree of customisation. The number of Vanaja bus chassis and lorries totalled 7,140 units; this consists of 260 lorry and 66 bus chassis models; for 116 lorry models only one or two units were produced. Vanajas had a good reputation and they are nowadays valued by vintage vehicle enthusiasts.


During the winter of 1942–43, the Finnish Defence Forces estimated there was no immediate prospect of a quick end to the Continuation War but there was an immediate need for new vehicles. In the longer term, the army was expected to need at least 7,000 lorries and buses. Neutral countries such as Sweden and Switzerland were willing to sell vehicles to Finland but demanded payment in advance and in their own currencies. As Finland did not have sufficient currency reserves the only option was to develop domestic vehicle production.

At that time, the only Finnish heavy vehicle producer Oy Suomen Autoteollisuus Ab (SAT) was building a new factory in Karis, a location considered less likely than Helsinki to come under attack from Soviet air raids. Company general director Tor Nessling suggested the factory should be larger than originally planned. As another option, Nessling, with extreme reservation, considered building a new factory elsewhere in Finland. SAT was experienced in heavy vehicle production but economic and technical resources were limited. Heavy vehicle importers and some political cliques thought SAT was trying to benefit from the war and to gain a dominant position in the Finnish market.


 The Sisu S-22 was the first vehicle manufactured by Yhteissisu

Defence minister Rudolf Walden called a meeting held on 3 and 4 March 1943 to explore solutions to the acute shortage of vehicles. The meeting was attended by representatives of the government and military leadership, and key personnel from leading Finnish industrial companies. A committee was formed to propose founding a company in which SAT and the state were both involved. The proposal was presented in a meeting on 20 March. The name of the company was Oy Yhteissisu Ab (“mutual Sisu”), which meant the intention was joint production of Sisu vehicles. The private owners were A. Ahlström, Ata, Fiskars, Kone, Kymin Oy, Lokomo, W. Rosenlew & Co., Suomen Autoteollisuus, Suomen Gummitehdas, Suomen KaapelitehdasTampereen Pellava- ja Rauta-Teollisuus, Yhtyneet Paperitehtaat and Strömberg. The headquarters was in Erottaja in Helsinki. The company chairman was Heikki H. Herlin and the reluctant Tor Nessling was appointed general manager.

The Defence Forces set strict requirements for the vehicles to be produced. There was not enough time to develop a new model. Although outdated, the best of the available options was the Sisu S-21. Yhteissisu and SAT agreed to transfer Sisu S-21 lorry production to Yhteissisu. The Yhteissisu-produced models were named S-22.

Start of production

Immediately after the company was founded, production started in the SAT factory in Vallila, Helsinki. The Yhteissisu vehicles were built separately from SAT vehicles. It was clear from the start that vehicles should be produced away from Helsinki; the company sought a suitable location close to good rail, road and waterway connections. The original idea was to build the factory inside caves mined into bedrock; the place would be required to have suitable geology. A suitable area was finally found in Vanaja next to Hämeenlinna. Yhteissisu bought 31.1 hectares (77 acres) of land on 14 March 1944. A contract for factory construction was signed with a contractor on 30 March. The Railway Administration accepted Yhteissisu’s plan to build a railway connection in the area. Quarrying work for the underground workshop began in July 1944. The expense and a shortage of time meant the plan had to be amended, and the entire production area was built above ground. The factory buildings were completed in early November 1944. Alvar Aalto‘s architectural office designed houses for the factory workers.


The Yhteissisu assembly line at an early stage of the production

The first lorry made in Vanaja was a Sisu S-22 prototype, which rolled out of the factory door on 1 August 1945. After a short and intensive testing period, serial production began on 29 October 1945 but because of a shortage of materials and component quality problems, the first vehicles were not ready until early 1946. The capabilities of the domestic suppliers proved to be very limited and the company was dependent on imported gearboxes, steering components, drive shafts and electrical systems until domestic companies could set up their own production. The Finnish suppliers were unable to meet the requirements with the available materials and experienced severe quality problems. Total production in 1946 was 147 Sisu S-22 vehicles, which was far below the target of 2,000 vehicles. The original, calculated price per vehicle had been 765,000 marks but the eventual cost was 800,000 marks.

The war had ended before series production was started, and the Defence Forces did not need new vehicles. On the contrary, the army had to reduce the number of vehicles according to the Moscow Armistice. The frustrated component suppliers left the business and the Ministry of Trade and Industry terminated the vehicle supply contract from the end of 1946. In early 1946, Yhteissisu had agreed with the Ministry of Trade and Industry that vehicles not bought by the state could be sold on the civilian market. Sisu S-22s became available for sale at 12 SAT locations in Finland. The company presented a lighter, lower-cost model, the S-22K, at the Helsinki Domestic Industry Fair in May 1946.

From Yhteissisu to Vanajan Autotehdas

Yhteissisu_plant,_2nd_last_Sisu S-22

The penultimate Sisu S-22 being built in the Yhteissisu plant

Tor Nessling resigned from Yhteissisu in February 1947. There was talk of closing the company. Yhteissisu sold only 103 S-22s in 1947, some of which had been produced the previous year. 55 lorries were built by the company in 1947. The company’s share capital was reduced from 75 million marks to 7.5 million, then increased to 50 million; the state became the main owner, having a 44% share of the company. The other owners were Yhtyneet Paperitehtaat, A. Ahlström, Strömberg and Tampereen Pellava- ja Rauta-Teollisuus. From September, the new general manager of the company was Eero Kytölä. The company lost two million marks in 1947.

Yhteissisu had the rights to use the Sisu brand until summer 1948. In a general meeting held in 1948, the board decided to rename the company Vanajan Autotehdas and the brand of the vehicles became Vanaja. The factory area was moved from the municipality of Vanaja to that of Hämeenlinna at the beginning of the same year.

First Vanaja production


 The Vanaja V-48 was a Sisu S-22 with a new badge

The Vanaja VaWh was based on the White M2 Half Track vehicle

Vanaja V-48

When the licence to use the Sisu brand expired in June 1948, Sisu S-22 production was continued as the Vanaja V-48, and its production continued until 1955.

White M2 Half-Track conversions

General manager Kytölä travelled to France and West Germany in 1947 and early 1948 to buy military surplus materials from the Western Allies. He bought 425 White Motor Company M2 Half-Track vehicles, 186 lorry engines, 304 Cadillac V8 engines, 4 Mack ED diesel engines, 2 Hercules Diesel DFXE engines, 11,000 GMC wheels and one 45-tonne-capacity trailer. Trading was organised through the Ministry of Supply and the first delivery arrived in March 1948. The White Half-Track vehicles were without armour; Kytölä’s idea was to equip them with superstructures for field or forest clearing, or to convert them into Four-wheel drive lorries by replacing the tracks with a conventional rear axle. In total, VAT sold 359 units as half-tracks, and 60 were converted into 4×4 or 4×2 vehicles. These lorries were sold as Vanaja VaWh. Some of the half-track vehicles were scrapped for parts; the last was sold in 1952.

Growth and recession in 1950s

After the original contract with the state was terminated, a new agreement for the production of 650 vehicles to be delivered between 1948 and 1952 was reached. The state helped production with a significant prepayment of 132 million marks. According to the contract, 150 vehicles were scheduled to be built in 1948. The company reached this target and made a further 11 vehicles for private use. 92 were sold under the name of Sisu S-22 or S-22K and 69 were badged as Vanaja V-48. 101 M2 Half-Tracks were sold. In 1948, VAT made a loss of 746,000 marks. In 1949, VAT made another 150 vehicles for the state and 37 vehicles for private operators; it produced 163 V-48s and 24 VaWhs. The company also sold 211 M2 Half-Tracks, allowing it to declare its first profit of 1.208 million marks, which was helped by a devaluation of the Finnish mark.

1950 Vanaja VAL

The Vanaja VAL from 1950, the very first Vanaja bus

Vanaja VK-5 lorries; the VK-series was the first lorry designed by VAT

VAT’s positioning in the heavy-vehicle market strengthened in 1950 and the company started producing bus chassis. The same year, VAT introduced a new product family—the VK series. Production was disrupted by a three-month strike, as a result of which completion of some of the 150 state-ordered vehicles scheduled for delivery that year was delayed until the following year. Despite its difficulties VAT posted a profit of almost two million marks. By now, the company employed 106 workers.

Sales and profits grew year-on-year during the early 1950s. The prepayment from the government was repaid in 1952. For a short time, VAT imported and marketed clearing tractors produced by Italian firm Ansaldo-Fossati. Although there was demand for this type of vehicle, they sold poorly because their price was considered inconsistent with their technical quality; only a few units were delivered in 1953.

1957 Vanaja_VAK-4800

 A Vanaja VAK-4800 from 1957 powered by a six-cylinder Leyland diesel engine

The development of sales was overestimated; in 1956, 525 Vanajas were sold and in March 1957, the volume for the whole year was estimated to reach about 400 units. VAT employed about 200 workers at the time and changed to a four-day working week. The company blamed the government’s import licence bureaucracy for the problem—it was difficult to get diesel engines from abroad. In the following month, over 30 Vanajas that were otherwise ready were awaiting diesel engines. The economy improved in 1959.


In 1950, the Finnish government was criticised for ignoring other options and buying only Vanajas, which were said to be overpriced. The state had ordered 650 vehicles, spread over several years, and this tied the state’s hands in equipment buying for a long period.

Both VAT and SAT were criticised in 1954 by heavy vehicle importers because the two companies had access to a large share of the limited foreign currency reserves for component supply. The importers’ representatives said neither Sisu nor Vanaja were very domestic products and the vehicles the importers represented were actually more domestic because some assembly work was done in Finland. According to the Association of Vehicle Importers, the domestic vehicles cost between 30% and 80% more compared to imported ones. The following year, the government started to investigate possibilities for importing heavy vehicles in kit form to reduce foreign-currency expenditure. VAT and SAT expressed doubts about the viability of such production. In 1957, the government ended restrictions on the import of heavy vehicle chassis. Eventually, the prices of imported vehicles approached those of Sisu and Vanaja vehicles.

Entering the diesel era


 The Vanaja lifting tandem system is operated by two powerful hydraulic cylinders mounted on both sides of the frame.

The Vanaja petrol engines made by SAT and Tampella were outdated American engines built under licence. Customers wanted diesel engines, which were more powerful. The first Vanaja diesel models were powered by Kämper and Saurer engines. VAT also tested Südwerke‘s two-stroke diesel engines but only one such vehicle was built. Import licences for diesel engines were difficult to obtain and this constrained vehicle sales. In some cases, customers provided their own engines—for example Volvo or Mercedes-Benz, which were mounted to their ordered vehicles on the assembly line. In 1955, VAT bought two batches of 6-cylinder 90-hp Leyland 0.350 diesel engines. These proved to be too inefficient, and the following year the company ordered a batch of 300 stronger Leylands made in the Netherlands by van Doorne’s Automobilfabriek N.V.

In 1956, VAT became the representative for Ansaldo S.A. and Kämper-Motoren GmbH. Ansaldo offered engines of between 100 hp and 8,000 hp intended for marine and industrial applications. Kämper products delivered between 14 hp and 150 hp. A 6-cylinder, 130-hp Kämper was offered as an option for Vanajas.

Vanaja lifting tandem system

The best-known hallmark of Vanaja, the full-load lifting tandem axle, was introduced in January 1957. This invention enabled an additional load of 2.5 tonnes to be carried and the entire load on the tandem could be moved to the fore axle using an electro-hydraulic system. The system improved the traction, offering a significant advantage on slippery surfaces. The innovative lifting tandem was developed under leadership of the company’s chief engineer Veikko Muronen. Vanaja became the leader in the Finnish logging vehicle market and maintained this position until production ceased. In forestry work, a layout with a driven front axle and a tandem axle with a driven fore axle, called 4×4+2, became famous in Finland but is seldom seen outside the Nordic countries.

Vehicles for the Finnish Defence Forces

Vanaja_VKN3600 4x4

 The Vanaja VKN3600, a prototype of a light 4×4-lorry for the Finnish Defence Forces

The Finnish Defence Forces carried out a winter test for potential military vehicles in March 1958. 35 candidate vehicles from the two domestic producers and various importers were driven around Finland. VAT sent four vehicles to the test, three of which were 4×4s and one was an ordinary, rear-wheel driven vehicle. During the five days’ testing period, all vehicles were continuously fully loaded. For part of the journey, the vehicles had to tow an eight-ton field cannon. The vehicles were tested for off-road capabilities in even, 50-to-70 cm (20-to-28 in)-deep snow. One of the Vanajas was destroyed in an accident. The domestic vehicles performed well in the test; in some cases the rear-wheel driven Sisus and Vanajas outperformed the 4×4-driven foreign competitors. None of the vehicles were clearly better than the others but the result convinced the Defence Forces of the capabilities of the domestic vehicles and led to several deals for SAT and VAT.

In 1960, VAT delivered the first Vanaja VAKS lorries, which were intended for general use in garrisons, to the Defence Forces. The later versions were called AS-33. 155 units were produced. Vanaja NS-47 was the first Finnish 4×4 off-road lorry designed primarily for military use. A few dozen vehicles were ordered between 1962 and 1964, and were used for hauling 35 mm Oerlikon anti-aircraft cannons and heavy artillery.

Exporting efforts


 The very first Vanaja to be exported being lifted onto a ship in Turku Harbour in 1958

In September 1958 VAT, together with other Finnish companies, participated in the Thessaloniki International Trade Fair. The vehicles shown were one Vanaja VAK lorry and a mid-engined VLK550 bus chassis. Due to the AEC engines the Vanaja’s did not raise interest among the potential Greek customers, as relations between the UK and Greece were bad at the time. The lorry was finally sold in Greece but the bus chassis returned to Finland and was sold to a bus operator which built a tourist bus body on it.

VAT signed a contract to sell 200 lorries to Turkey in 1959. The first two vehicles were shipped from Finland in 1959 but the contract was terminated in an embarrassing way because the Bank of Finland refused to take Turkish liras in payment.

At the end of the 1950s and in the early 1960s, VAT and the French Camions Willème SA had plans for joint production, but only one jointly produced prototype was ever made; the chassis was from Vanaja, the engine was from AEC, and the cabin, which was a forward control type cabin and partly made from glass fibre, was from Willème.

Four Vanaja’s were shown at the Barcelona international fair in June 1961. The vehicles were taken to the fair by driving them through Europe. The fair was considered successful, but no vehicle sales resulted from it.

Specialising in 1960s


 A tailored Vanaja VKB earthmover

General Manager Eero Kytölä resigned from his position in 1962. DI Ilmari Karttunen, who had previously worked as factory superintendent, was appointed the new head of the company. He led VAT until 1967, when Jaakko Jarimo took the post.

1962 Vanaja Lahti2 4x4+2

A Vanaja NT-69/4000 4×4+2 from 1962 with the patented lifting tandem system

During 1958–1960 VAT focused increasingly on custom-building vehicles according to customer request. Typically a potential customer just walked into the main office in Helsinki or factory in Hämeenlinna and described what kind of vehicle he wanted. The enthusiastic engineers listened carefully to every individual customer’s wishes and designed vehicles accordingly, with two or three axles, desired layout, wheelbase and with conventional or forward control cabin. Many vehicle types were only produced for one or two units. The volume model, however, was a nine-tonne variant of the VAK series.

A good example of custom-built vehicles are the VKB series forward-control vehicles, developed for an earthmoving company in Helsinki. The company needed short vehicles with a good grade ability and high payload. The wheelbase of these vehicles was 3.8 metres (12 ft) and the total weight was 10.6 tonnes; use of these vehicles on public roads required a special permit.

A typical feature in Vanajas was over-engineered structures which were robust rather than optimised. The main components were sourced from well-established suppliers. VAT also showed progressive thinking in driver ergonomics; the comfortably sprung and hydraulically damped driver’s seat was positioned close to the door, to ease reversing. The seat had several ways in which it could be adjusted. Hanging pedals, which were set to the same level, became standard at an early stage. Vanaja’s interior heater, which produced 9,000 kcal/h, was possibly the most efficient available in lorries by the 1960s. Many Vanaja drivers valued the particularly soft suspension of the vehicles. Two-axle lorries were available in 4×2 and 4×4 layouts; the three-axle models were produced as 6×2, 6×4, 4×4+2 and 6×6.

VAT celebrated its 20th anniversary in 1963. All press releases and publications ignored the fact that its key competitor, SAT, had had a significant role in its foundation. Yhteissisu was not mentioned in any context.

VAT got a notable order from the Infrastructure and Hydro Engineering Administration in April 1965. The order for 250 vehicles was funded by a loan from the International Bank for Reconstruction and Development (IBRD) for development of the road network. Forty vehicles were equipped with a driven front axle. The order was completed in 1966.

The company faced a difficult situation again in 1967 when the total number of vehicles produced was just 381 units. At the beginning of 1968 VAT fired 40 of the 400 employees. Vanaja had its staunch customer base and the vehicles were generally well regarded but the overall market share remained low; in 1963 just 4–5% of the newly registered heavy lorries in Finland were Vanajas. The highly customised production had led to an excessive diversity of models, which made spare part supply difficult. Moreover, the customising presumably took resources away from technical development work. There was no change for the better although the company introduced its modern forward control model B6-76 which was expected to become the next volume model.

Factory and production

1952 VAT_main_assembly_lines_1952

The Vanaja production line in 1952; due to busy times, there are exceptionally three assembly lines instead of the normal two. The left line is for bus chassis production.

The original factory building, officially a warehouse and assembly hall, had a volume of 25,000 m3 (33,000 cu yd). The facilities were developed over time and by the end of 1953, the floor area was 35,000 m2 (42,000 sq yd). The warehouse and assembly hall were renamed the main hall; it was now 120 m (130 yd) long and 30 m (33 yd) wide. Bus chassis production was located at the southern side of the hall and lorries were built at the northern side. This set-up was often changed depending on the product mix and production volume.

At the end of the building was a crane for ironware handling. When the frames were taken in, they were fitted with suspension and axles, and then turned the right way up. The next parts were the engine and transmission components. The final part for lorries was a pre-assembled cabin. Conventional bus chassis were delivered with bonnet and wings, but the forward control types left the factory without any body parts. After being painted, the vehicles left the assembly hall. Finally, every vehicle was tested on a 100-to-200 km (62-to-124 mi)-long test run on different roads and with various loads. The bus chassis were tested in a similar way; because there was no body, the drivers only had warm clothes and driving goggles to protect them against the weather conditions. The vehicles were handed over to the customers after final adjustments.

Construction work on a new subassembly shop began in 1955 and the building was ready in 1957. The new facilities were for machining, heat treatment and sheet metal works. Another end of the building was for a service workshop. A new service workshop with 17 vehicle places was built in 1966.



VAT could offer only petrol engines until 1953. The most common ones were the Hercules engines made domestically under licence by SAT and Tampella. The SAT-made engine was called the Sisu AMG or SA5, and the engine made by Tampella was the Tampella 6000. The second most common engine was the Cadillac V8 1G and the third was the White 160 AX, which Kytölä had bought from Central Europe. Some Bedford petrol engines were used in Defence Forces lorries in the 1960s and Ford V8 engines were used for fire engines. The first diesel Vanajas were powered by Saurer and Kämper engines. The vast majority of diesel engines were supplied by Leyland and AEC. A few Vanajas were equipped with the Perkins R6 or the Ford Trader 510E. In some cases, the engine was provided by the customer; one Vanaja was powered by a Mercedes-Benz diesel engine.


VAT used Valmet gearboxes, which were copied from the transmissions made by the American company Fuller in the late 1940s and the early 1950s. When components became more easily available, VAT started to use genuine Fullers and ZF-made gearboxes. The transfer cases were supplied by Timken and ZF. VAT built the rear axles from gears made by ATA until the company started buying axles from Timken.


The company had several suppliers of lorry cabins; they were produced at the beginning by Tampella, Valmet, Messukylän Autokoritehdas, Auto-Heinonen, Kiitokori and later as a main supplier by Lahden Autokori. VAT itself made cabins for some special, one-off products. In the late 1960s, some Vanajas were equipped with British Ergomatic forward control cabins made by Motor Panels Ltd. The cabins were bought via A.E.C.

Bus chassis production


 The Vanaja VAT-4800 rear engined bus chassis
1956 Vanaja VAT-4800

A Vanaja VAT-4800 with Nummela coachwork from 1956. Note the engine air intake scoop on the roof.

Bus chassis production began in 1950. VAT made the first prototypes of rear-engined buses in 1956. The company made two prototype chassis, which were designated model VAT-4800; the superstructures were made by coach builders Ajokki Oy and Nummela Oy. The solution caused several technical problems, including proper cooling and transfer of heating to the front end of the body. The cooling problem was finally solved by a large air scoop located at the back of the roof; this was not regarded as an aesthetically pleasing arrangement. As the solution was found, VAT produced ten more rear-engined chassis called type VAT-5200.

By 1958, all VAT bus chassis were equipped with air brakes; later these were also fitted to lorries. The decision was influenced by one of the worst road traffic accidents to happen in Finland; 15 people drowned in Konnevesi when a fairly new Vanaja bus drove through the boom barrier of a ferry slip, sinking in 4 metres (13 ft) of water. The driver survived and said the bus’ brakes had failed; this was confirmed in the following investigation, which found the sealing of one of the hydraulic Lockheed brakes had failed.

VAT delivered its first mid-engined bus chassis to Ajokki Oy coach works in April 1958. It was powered by a horizontally mounted 164-hp AEC diesel engine. The end customer was bus operator Väinö Paunu Oy, which also participated in the development work. In 1960, VAT introduced the VLK500 chassis with air suspension and dual-circuit air brakes. VAT returned to building rear-engined buses in 1966–67, but sales did not reach the level of the mid- and front-engined models. The company conducted a number of experiments with the construction; one example was a bus with a frameless structure in which the beams were replaced by a lighter solution.

Model nomenclature

The model nomenclature of the early 1950s was as follows:

  • VK: Vanaja kuorma-auto; “Vanaja lorry”
  • VL: Vanaja linja-auto; “Vanaja bus”

Letter B at the end, for example in model VK-6B, meant forward control cabin and L came from extra long springs.

The lorry model names were changed in 1956.

  • VAK: Vanaja kuorma-auto; “Vanaja lorry”; lorry with a conventional cabin
  • VKB: Vanaja kuorma-auto bulldog; “Vanaja lorry forward control”
  • VKN: Vanaja kuorma-auto neliveto; “Vanaja lorry four-wheel drive”
  • VKT: Vanaja kuorma-auto telillä; “Vanaja lorry with a tandem”; lorry with a tandem of which one axle is driven (6×2)
  • VTT: Vanaja tandem-telillä; “Vanaja driven tandem”; lorry with a tandem of which both axles are driven (6×4)
  • VNT: Vanaja neliveto telillä; “Vanaja four-wheel-drive with a tandem”; lorry with a driven front axle and tandem of which one axle is driven (4×4+2)
  • VKK: Vanaja kuorma-auto kaikki akselit vetävät; “Vanaja lorry all axles driven”; lorry with a driven front axle and driven tandem (6×6)

The bus model names changed accordingly.

  • VAL: Vanaja linja-auto; “Vanaja bus”
  • VLB: Vanaja linja-auto bulldog; “Vanaja bus forward control”; the engine was placed in the front
  • VLK: Vanaja linja-auto keskimoottorilla; “Vanaja bus with mid-placed engine”
  • VLT: Vanaja linja-auto takamoottorilla; “Vanaja bus with rear placed engine”

In addition, the model name “VAT” was used for two rear-engined bus models: the VAT-4800—of which two units were produced in 1956, and the VAT-5200BD—of which ten units were produced in 1957. The next change came in 1961, when an engine manufacturer’s code was included in the model name. For example, the VAK lorry powered by an AEC AVU 470 became the A-47. Correspondingly, the same lorry with a Leyland O.600 diesel became the A-60R; the R stood for raskas (heavy), meaning it had a stronger front axle. The bus model names changed again in the same manner. For example, a forward control bus with the Leyland O.600 engine was called the VLB-60.

The new model numbering was changed in 1963 because of increased front axle loads; after the letter code a 2 indicated the higher axle capacity. In later models, a 6 means the front axle capacity is 6 tonnes. The S in types VAKS, AS and NS meant sotilas (soldier); they were intended for military use.

Layout Cabin type 1956 – June 1961 July 1961 – October 1963 November 1963 – 1971
4×2 Conventional VAK A A2; A6
4×2 Forward control VKB B B2; B6
4×4 Conventional VKN N N2; N3; N6
4×4 Forward control VKNB NB NB
4×4+2 Conventional VNT NT NT2; NT3; NT6
4×4+2 Forward control VNTB NTB NTB
6×2 Conventional VKT T T2; T6
6×2 Forward control VKTB TB TB; TB6
6×4 Conventional VTT TT TT2; TT7
6×6 Conventional VKK KK KK2; KK7
6×6 Forward control VKKB KKB KKB

The bus model numbering changed for the last time in 1966; the front-engined VLB became LE6, the mid-engined VLK was changed to LK6 and the rear-engined VLT became LT6. The three-digit numbers on the bonnet sides of the last Vanaja lorries indicate the engine displacement in cubic inches. They are not model numbers, although they are often incorrectly referred to as such.

End of Vanaja

1960 Vanaja Lahti Vanaja_logo

A Vanaja A-69R from the 1960s

In 1964, VAT had started to seek a stronger partner when it negotiated with AB Scania-Vabis. The companies planned to use Scania engines in Vanaja vehicles but the plan proved too expensive for VAT. This may have led the major owners of VAT to start discussions about merging VAT and SAT. The chairman of VAT held regular meetings with the SAT manager Tor Nessling. In 1967, AB Scania-Vabis expressed its interest in VAT and German company Klöckner-Humboldt-Deutz AG was interested in co-operation with, or acquisition of, VAT. Valmet is also rumoured to have been interested in VAT but there is no evidence of concrete negotiations.

As well as being a small producer, VAT had problems with unreliable deliveries and quality problems caused by the component suppliers. Semi-finished lorries often waited outside the factory for engines or other key components. The British diesel engines suffered from more quality problems compared with their Swedish and German competitors. The company’s owners became increasingly reluctant to fund the unprofitable business.

Speculation about a merger between SAT and VAT began in Swedish newspapers in 1967 and was soon picked up by the Finnish media. The major owner, the state of Finland with its 45% share, suggested a merger to Nessling in December 1967. The financial situation of VAT was unsustainable; the whole year’s turnover was 19.5 million new Finnish marks when the company had debts of 14.5 million; 100 old Finnish marks became 1 new mark in 1963. The contract for the merger of Suomen Autoteollisuus and Vanajan Autotehdas was signed on 30 May 1968. VAT was formally discontinued at the end of 1968. After the merger, the state owned 17.2% of the new SAT, becoming the third-largest shareholder of the company.

Customers’ reactions to the merger varied. Most of the public understood the need for the merger of two small companies, which were both operating in a very limited market and trying to challenge the mass producers. Some loyal Vanaja customers were astounded at the decision to discontinue the make. Some customers were upset because the last long-nosed Vanajas were equipped with cabins from Jyry-Sisu; they said they would never buy Sisu and moved to imported vehicles. Many proven technical solutions used in Vanajas were soon implemented on Sisus. The drop in the truck market was short-lived and sales soon returned to the levels experienced by Vanaja and Sisu combined in the mid-1960s. The last Vanaja vehicles were mobile cranes produced at the end of 1971; subsequently all vehicles made in the SAT Hämeenlinna works were badged as Sisus.

Combining the strengths of the both companies was not successful in bus chassis production because of strategic mistakes by SAT. The Vanaja LK-series with a large, centrally mounted engine was discontinued, which led to the loss of the main customer, Väinö Paunu Oy. SAT offered Sisu chassis to replace the Vanaja models, but a number of bus operators, including TKL, rejected them.

Production figures

The number of Vanaja lorries and bus chassis produced totalled 7,140 units. In addition, dozens of trailers and semi-trailers were produced and sold under the Vanaja brand in connection with lorries. In 1955, four Vanaja rail buses made in collaboration with coachbuilding firm Kiitokori were sold to the Finnish State Railways.

About 260 models of lorry were produced, which were fitted with 35 types of engine, 20 different gearboxes, and 15 to 20 types of cabin. Many of the models were produced in small numbers, with 116 types only being represented by one or two units. Most of the differences came from special wheelbases that always needed approval from the authorities. In many cases, it is impossible even for experts to identify different models and years of production. There were 66 types of bus chassis produced, and the number of different body types built on them by various coach builders and operators is unknown.

From Sisu-Hämeenlinna to the present

SISU SA-150 truck

 The Sisu SA-150 truck
SISU terminal tractor DHL semi-trailer unloaded from ferry

A Sisu terminal tractor unloading a trailer from a ferry at Helsinki


A Patria AMV in use in Croatia

The merger led to a clash of two organisational cultures. While VAT had a flat organisation, open communication among its workforce and a spirit of togetherness, SAT’s organisation was strictly hierarchical. The division of portfolios between Karis and Hämeenlinna was changed after the merger. Lorry production was gradually concentrated at Karis and Sisu-Hämeenlinna focused on producing mobile cranes, bus chassis, terminal tractors and military vehicles. Former VAT personnel had to increase production of the new portfolio and simultaneously adopt new processes, so it was three to four years before the Hämeenlinna factory could deliver results in line with its capacity.

In 1971 and 1981 the factory made tram bogies under licence from DÜWAG. The trams were made by Valmet for the city of Helsinki. Bus chassis production was officially discontinued in 1986, although in 1989 a small batch was made and later fitted with Ajokki coach bodies for delivery to a customer in the Soviet Union.

SAT had planned its first terminal tractor in Helsinki in the 1960s and the production and development was continued in Hämeenlinna in 1969. The Sisu terminal tractors became famous worldwide for their innovative design. Production was moved to Tampere in 1996.

SAT’s military vehicle production was moved from the Karis Works to Hämeenlinna in 1970. The Sisu A-45 vehicle was later followed by the introduction of two heavier versions; the Sisu SA-150 and the Sisu SA-240. Production of the armoured personnel carrier Sisu XA-180 “Pasi” started in the early 1980s. Several vehicles were sold to the Finnish Defence Forces and other armies; it was also used in United Nations peacekeeping missions. Other military products were the Sisu NA-140 “Nasu”, which was produced from 1985 to 2002, and the mine-clearance vehicle Sisu RA-140 DS “Raisu”, 41 of which were produced between 1994 and 2001.

Vanaja 690 4x4Vanaja 690 4×4

In 1985, the company moved its axle production from Helsinki to a new factory at Hämeenlinna. In 1995, axle production was separated into an independent unit called Sisu Axles; this was sold to investors in 1999. The main factory builds military vehicles; the state separated it from the parent company in 1996 and renamed it Patria Vehicles Oy. Its main products are Patria AMV armoured personnel carriers.


Vanaja was sometimes characterised as “one of the world’s best lorries” because of the company’s ability to engineer a vehicle ideal for each application in accordance with the customer’s wishes. The merger of SAT and VAT has inspired a number of imaginative conspiracy theories. In reality, the acquisition followed a normal process that was initiated by the owners. Experts in the field almost unanimously agree that the merger ensured the Finnish vehicle industry would continue well into the future. Vanajas are valued by vintage vehicle enthusiasts.

1947 Finland 1947 bus stamp 1950 Vanaja VAL 1950's Blue Vanaja 1952 VAT_main_assembly_lines_1952 1954 Ajokki-Vanaja VAL550 BD, nro 638 1955 Vanaja_1955 1956 Vanaja VAT-4800 1957 Vanaja_VAK-4800 1960 Vanaja Lahti 1961 Haapasalon_Vanaja 1961 Haapasalon_Vanaja_1961_kuvattu_1964 1962 Vanaja Lahti2 4x4+2 1966 Vanaja 1966 Finland 1969 bus-coach-vanaja-1336648 bheik6p0wbivt002vvuo1ydweffg0jkc2zvx1kvtqzu5xx9wty Kuva_28 Kysymys_09 Nurmeksen Auto Vanaja Patria_AMV_Karlovac_2009_9 Paunu Ajokki Vanaja Putula, Vanaja SISU SA-150 truck SISU terminal tractor DHL semi-trailer unloaded from ferry SISU_Bussi Sisu_S-22 Vanaja (edsel) Vanaja 690 4x4 Vanaja bus (samikki) Vanaja Diesel VANAJA Finland bus Vanaja Inconnu Finland VANAJA LOGO Vanaja n Autotehdas Oy 1943-1971 Finland VANAJA XAL-52 17495 Vanaja_1st_to_be_exported Vanaja_fire_engine_right_side Vanaja_lift_axle_2 Vanaja_logo Vanaja_V-48 Vanaja_VAT-4800_chassis Vanaja_VaWh Vanaja_VK-5 Vanaja_VKB Vanaja_VKN3600 4x4 Vanaja_VLK_Boxer Vanaja_VLK-3_Wiima vanaja-vlk-5000-korittamo-and-vanaja-vkt6-52001150-ajokki Yhteissisu_assembly_line Yhteissisu_plant,_2nd_last_Sisu S-22

That’s it.

WIIMA Coach and Busbodybuilders Finland


Coach and Busbodybuilders


WIIMA does not exist anymore. It was a great coach and busbodymanufacturer in Finland till CARRUS took over in 1989. Also CARRUS did not survive.

VOLVO AB took it over in 2008 and is now worlds biggest Busbuilder

1958 Volvo Wiima748


1959 Volvo B 615 Wiima M59


1959 Volvo Wiima Karjalohjalla -59


1960 Volvo Wiima 1960 Wiima Volvo

1960-wiima-volvo 513

1961 Volvo B 63508 Wiima M59


1962 Wiima Volvo valmis 013


1963 Volvo B615 Wiima M 59 vm


1964 Wiima M64


1964 Wiima Volvo Vanha Pohjolan Liikenne


1965 Volvo Wiima 9.4 -65


1966 Volvo B635 Wiima M63 vm.




1968 Scania Wiima AL727


1968 Sisu-Panther B-53SP-5850  Wiima vuodelta 1968


1970 Volvo B58-06T  6000UEP-433 Wiima


1974 Wiima BK 6 K200


1975 Wiima Scania BF111 59A 5890, nr 527730 AL778


1976 Wiima M68 на шасси Volvo B57


1977 Wiima Estland


1979 Volvo B58-55A  Wiima N100 #705


1980 Scania BR86S 63AA-AD90 Wiima AL9605


1983 Wiima M303 Estland


1985 Volvo B10M Wiima K 202 a


1985 Volvo B10M Wiima K 202


1985 Wiima K200  Volvo Estland


1985 Wiima N202 Estland


1987 Volvo B57 Wiima in Hämeenlinna


1987 Wiima Buses in Jyvaskyla old bus station


1989 Volvo B10M Wiima K 202 a


1990 Wiima N202 Estland


1991 Carrus Wiima k202 matala hkl01 Scania


1991 Carrus Wiima k202 matala ml01 Scania


1991 Volvo B10M Wiima K 202 a


1991 Wiima K202 Atko Estland


1991 Wiima K202 Lahti


1992 Carrus-Wiima K 202 puolimatala k202 puolimatala cnx01 Volvo


1992 Wiima k202 con01 Volvo


1993 Wiima n202 hkl01 Volvo


1993 Wiima n202 hkl07 Volvo


1993 Wiima Volvo gelenkebus


AE-27, Volvo B615  Wiima M59


Kauko Anias, OLT-598, Volvo B10M 60, Wiima M452


Nurmeksen Liikenne, Wiima Volvo


№ 9 — Wiima M64


№ 15 Volvo Wiima M59




Scania Wiima


Volvo - Wiima SL H52 5076


Volvo 513, Siipi Wiima, 1947-1959


Volvo B 58 Wiima A20188


Volvo B 61506 Wiima M59 bus


Volvo B10M-65 Wiima M302


Volvo m 59 Wiima 2A Kuva Jouko Nykänen m 59 Wi 2B


Volvo Wiima 2


Volvo B58 Scania AB

Volvo Wiima

Volvo Wiima AL512


Volvo Wiima geledebus






Wiima AL2707 Volvo


Wiima images Wiima K1-75-K-100-K200 katso


Wiima K2XC - Volvo B59


Wiima M54 Volvo TD-300


Wiima M64 Volvo Linja-Karjala 18




Wiima M302


Wiima m310 con01 Volvo


Wiima m310 wl01 Scania


Wiima m311 nivel ty01 Volvo


Wiima m311 pl01 Scania


Wiima N 202, HKL 8804


Wiima Vasemmallavyb79-1


Wiima Volvo 401


Wiima, Jurttilan Ski-Bussi








that’s it

WHITSON Coach and Busbodybuilders Yiewsley, West Drayton, Middlesex England UK


were not one of the larger coach or bus bodybuilders …Whitsons of Yiewsley, West Drayton, Middlesex

1954 Whitsons of Yiewsley, West Drayton, Middlesex - coachbuilders advert, 1954

1947 Dennis Lancet III with Whitson C33F body


1948 Maudslay Marathon III with a Whitson FC33F body lph429


1949 AEC Regal Whitson observation coach


1949 Austin K4SL with a Whitson C29F body in 1959


1949 Austin K4SL with a Whitson C29F body


1949 Crossley SD42 Whitson bodied GDL33 front


1949 Crossley SD42 Whitson bodied GDL33


1949 Crossley SD42-7 with Whitson C33F body


1949 LWE163, was a Whitson C33F bodied Crossley SD42-7 new to Sansam, Sheffield


1949 Whitson C29F bodied Austin CXB


1950 A.E.C. 9621A Regal III with a Whitson FC33F body gbu9


1950 A.E.C. 9821E Regal IV with a Whitson C41C body  lwt147


1950 Austin K4SL Whitson


1950 Daimler 217 and FNV577, a Leyland Tiger PS2 Whitson bodied, bask in the pouring rain on the bus station


1950 JAW 334, Foden..Bus Salopia Whitson


1950 Leyland PS2 with Whitson body fnv557a


1950 Leyland Tiger PS2 with Whitson FC33F bodywork


1950 MRL865. Austin K4SL-Whitson C29F.


1950 N969 USAF Whitson Observation Coach


1950 PVSC4-Whitson-HustwittCollect 2

1950-pvsc4-foden-whitson-hustwitt collect-2

1950 Whitson bodied Leyland Tiger PS2-3 FNV 557


1951 AEC RegalIV-Whitson-R.Simpson

1951-aec-regaliv-whitson-r-simpson-observation coach

1952 Chiltern Queens, Woodcote NPA462 Albion Victor Whitson FC31F at Woodcote Garage


1952 Foden PVRF6 Whitson C39C KWU-24a


1952 Foden PVRF6 Whitson C39C KWU-24b


1952 NPA462 Albion Victor Whitson FC31F in Woodcote Garage


1953 Marshall, Bradford LWT149 AEC Regal IV Whitson C41C




1954 AEC Regal IV Whitson


1954 Sentinel SLC6-30 with Whitson C40C body


1954 Whitsons of Yiewsley, West Drayton, Middlesex - coachbuilders advert, 1954 1955 Commer T85A Avenger III, MAW627, with a Whitson C41F body maw627


1955 KWU24, Whitson C36C-bodied rear-engined Foden, outside the owner's garage in Wix, Essex, with Walsall-registered OB NDH663 lurking inside.

1955-kwu24-whitson-c36c-bodied-rear-engined-foden-outside-the-owners-garage-in-wix-essex-with-walsall-registered-ob-ndh663-lurking-inside © MJ Fisher

1955 Whitson bodied Austin Walsall


That’s all

WHITE Motor Company Cleveland Ohio USA 1900 – 1980 Buses and more

White Motor Company

White Motor Company
Industry Automotive
Fate Acquired
Successors AB Volvo
Founded 1900
Founders Thomas White
Defunct 1980
Headquarters Cleveland, Ohio, United States
Products Vehicles
Automotive parts

The White Motor Company was an American automobile and truck manufacturer from 1900 until 1980. The company also produced bicyclesroller skates, automatic lathes, and sewing machines. Before World War II, the company was based in Cleveland, Ohio.


Advertisement for the White Sewing Machine Company’s 1905 model

About 1898, Thomas H. White purchased a Locomobile steam car and found its boiler unreliable. His son, Rollin, set out to improve its design. Rollin White developed a form of water tube steam generator which consisted of a series of stacked coils with two novel features: the first was that the coils were all joined at the top of the unit, which allowed water to flow only when pumped, allowing control of the steam generation; the second was pulling steam from the lowest coil, closest to the fire, which allowed control of steam temperature. This second point was critical because the White steamer operated with superheated steam to take advantage of steam’s properties at higher temperatures. Rollin White patented his steam generator, US patent 659,837 of 1900.[1]

White steamer

1907 White Model G steam touring car

 A 1907 White Model G steam touring car at the Henry Ford Museum.

Rollin H. White patented his new design and offered it to, among others, Locomobile. Finally, he persuaded his father, founder of the White Sewing Machine Company, to allow the use of a corner in one of his buildings to build an automobile.

White’s brother Windsor, who was a management talent, joined the business venture, followed by their brother Walter, who became instrumental in the sales, promotion and distribution of the product. The first group of fifty cars were completed in October 1900, but none were offered to the public until April 1901 so the design could be thoroughly tested. Since the cars were being offered by the automobile department of the sewing machine company, White could not afford to diminish the reputation of the parent company by the introduction of an untested product.

It became necessary in 1905 to separate the automobile department from its parent company to accommodate the growth of the business and to physically separate them, as a fire in one could ruin both operations. On July 4, 1905, a racing steam car named “Whistling Billy” and driven by Webb Jay set a record of 73.75 mph (118.69 km/h) on the Morris Park Racecourse.

1909 The Presidents White 40 Hp TaftMotorCar1909

 Taft’s car
1909 White Touring Car

1909 White touring car at the Petersen Automotive Museum

A 1907 White steamer was one of the early vehicles in the White House when Theodore Roosevelt, the 26th President of the United States, allowed the Secret Service to use the car behind his horse-drawn carriage. In 1909, president William Howard Taft converted the White House stables into a garage and purchased four automobiles: two Pierce-Arrows, a Baker Electric, and a 1911 White. This $4,000 car was one of the last steam cars produced and proved a favorite of the President who used bursts of steam against “pesky” press photographers. The 40 hp (30 kW) White Model M 7-seat tourer generated favorable press for the newly formed White Motor Company.

The last steam car was built in January 1911 as the company made a transition to gasoline-powered vehicles. The company continued to show them in their catalogues as late as 1912. About 10,000 White steam-powered cars were built, more than the better known Stanley.

Gasoline models

White companies’ manufacturing facility expanded. The White steamer used unique technology, and it was vulnerable in a market that was accepting the internal combustion engine as the standard. White canvassed existing gas manufacturers and licensed the rights to the Delahaye design for the “gas car”, showing a chassis at an English auto show in December 1908.

White tractors

Rollin became more interested in agricultural tractors, and developed designs for tractors derived from standard White truck parts. When the White Company was not interested in producing tractors, Rollin set out to develop his own designs and, with brother Clarence, eventually founded Cleveland Motor Plow, which later became Cletrac tractor. In the early 1920s, Rollin briefly produced the Rollin car to diversify the tractor company, but found it could not compete in cost versus price against much larger manufacturers.

White was successful with their heavy machines, which saw service around the world during World War I. White remained in the truck industry for decades.

Truck manufacturing

1930-41 White fire Truck Old_CFD_Squad_10_truck2

White truck in the Chicago Fire Department from 1930 to 1941

White Motor Company ended car production after WWI and began producing trucks. The company soon sold 10 percent of all trucks made in the US. Although White produced all sizes of trucks from light delivery to semi, the decision was made after WWII to produce only large trucks. White acquired several truck companies during this time: Sterling, Autocar, Diamond T, and REO. White also agreed to sell Consolidated Freightways trucks through its own dealers. White produced trucks under the Autocar nameplate following its acquisition. Diamond T and REO Motor Car Company became the Diamond REO division, which was discontinued in the 1970s.

A White semi performed a role in the 1949 James Cagney film, “White Heat“. This era was probably the peak of White Motor market penetration, with the substantial gasoline engined tractors moving a large part of the tractor trailer fleet.

White designed and (with other companies) produced the M3 Scout Car, the standard United States Army reconnaissance vehicle at the start of World War II. White also built the later M2 and M3 half-tracks.

In 1967, White started the Western Star division to sell trucks on the west coast.

White buses

White Red Jammers Canada Alberta Waterton-Glacier International Peace Park Waterton Lakes National Park Waterton Prince of Wales Hotel

Two ‘red jammers’ at the Prince of Wales Hotel

In the 1930s, White produced 500 of their small Model 706 buses specifically designed to carry passengers through the major National Parks of the western US. The distinctive vehicles, with roll-back canvas convertible tops, were the product of noted industrial designer Alexis de Sakhnoffsky, and originally operated in seven National Parks. Today, Glacier National Park operates 33 of their original 35 buses, where they are referred to as “Red Jammers“, and 8 (of an original 98) have been restored for renewed service in Yellowstone National Park. Glacier National Park‘s 33 buses were refurbished by Ford Motor Company and TransGlobal in 2000-2002, while Yellowstone National Park‘s eight buses were refurbished by TransGlobal in 2007. Glacier has kept one bus in original condition. Yellowstone has five White buses in original condition, two model 706s and three older units as well. In addition, Gettysburg National Battlefield operates two of Yellowstone’s original buses.

Company culture

1910 White_touring_car

 1910 White touring car
1897 White railcar

White railcar in the collection of the Railtown 1897 State Historic Park

During the time brothers Walter and Windsor White ran the company, it offered a library branch, a store which sold necessities at low cost, sports teams, and concerts by orchestras and jazz bands, as well as musical performances by the workers, many of whom were immigrants from Slovenia and Poland. The company also had picnics at Euclid Beach Park.

After Walter White died from a traffic accident, management changed and so did the firm’s culture. Employees started one of the country’s first automobile unions. The Great Depression caused a drop in sales, forcing White to merge with Studebaker. However, White soon became independent again.

In 1935, Robert Fager Black became president, but workers were still unhappy, and they went on strike. Black tried talking to the workers who were striking, and he even got baseball equipment for them and let them play while on strike, so they would have something to do. Black learned people’s names, visited the plant frequently, and asked customers if they were happy with what they purchased. Anyone could visit his office.

Black brought the company back to where it had once been by World War II, during which the company supplied the military with much of its equipment. White ranked 54th among US corporations in the value of WWII military production contracts. When husbands went to serve, wives took their jobs, and the work force totaled over 4000. Black provided the services the company had at one time, and helped employees get to work with carpools.

Black retired in 1956, still beloved by employees.


1962 White Truck Patchogue New York

1962 tractor

In 1953, White purchased the Autocar Company. From 1951 until 1977, White Motors also distributed Freightliner trucks. This took place under an agreement with Freightliner’s parent, Consolidated Freightways. White manufactured trucks under its own brands—White, Autocar, and Western Star—as well, leading to the company becoming known as the “Big Four” through to the mid-1970s. The Sterling nameplate, unused by White as long as the company owned it, went to Freightliner after the companies’ split; it is was used from 1997 to 2008, by Daimler Trucks.

Sales dropped during the 1960s, and White tried merging with White Consolidated Industries, the company that once made sewing machines; the federal government blocked this deal. The company opened plants in Virginia and Utah, since they did not have unions, but this did not help. Semon E. “Bunkie” Knudsen, former president of Ford Motor Company, made the company successful for a time, but the decline continued. Later, the federal government approved a merger with White Consolidated, which feared being hurt by White Motor’s troubles. Mergers with Daimler and Renault were also considered. Production was somewhat limited as White did not have a lighter range (13,330 units built in 1978), leading to several attempts at linking up with various European manufacturers.

By 1980, White was insolvent. Volvo AB acquired the US assets of the company in 1981, while two energy-related companies based in CalgaryAlberta, Bow Valley Resource Services, and NovaCorp, an Alberta corporation, purchased the Canadian assets, including the Kelowna, British Columbia, plant, and the Western Star nameplate and product range.

1948 White Road Tractor

1948 White road tractor model WC-22T

Volvo produced trucks as White and Autocar through the 1980s, while Western Star continued independently in Canada and the United States, although Volvo-White–produced high cab over engine models were purchased and rebadged Western Star for sale in the Canadian market through the early 1990s.

Volvo purchased GMC‘s heavy truck business in 1987 and merged it with White, creating the White-GMC brand. Western Star was sold to Australian entrepreneur Terry Peabody in 1990. Subsequently, Western Star was resold by Peabody to DaimlerChrysler AG and merged with its Freightliner subsidiary. Volvo dropped any reference to White, and is now Volvo Trucks North America. Autocar remained a part of Volvo until 2000, when the trademark was withdrawn from the market, and was subsequently sold to Grand Vehicle Works together with the Xpeditor low cab forward heavy duty product, which remains in production under the Autocar badge, the last vestige of what was once America’s leading commercial vehicle producer.

A former White subsidiary, White Farm Equipment, produced farm tractors until 2001. As of 2006, the only products made under the White name is a series of corn planters (made by AGCO) and garden tractors (made by MTD Products).

2007 Kenworth W900 semi in red

2007 Kenworth W900 semi in red


Martz 1912 White

1912 White bus

1915 White


1922 White Charabanc Tourer


1922 White on a California Body Company body Oakland CA

1922 White Touring Bus

1923 White Model 50 - 25 Passenger

1923 White Model 50 – 25 Passenger

1925 White - White A'dam

1925-white-white-adam nl

1927 white-opt


1928 White Bender Bus


1929 White EB01d059

1929 White EB01d059

1929 White Bender bus

1929 White Bender bus

1929 White Bender

White Bender Bus

1930 White Bender Bus

White Bender Buses

1930 White Bender


1930 White bus WHITEFRANKMARTZ 1930 White Model 65 with body by Moore


1930 White Motor Company


1931 White Bender


1931 White Benderbus


1931 White


1928 white coache mod

1933 white-coache-mod

1934 White  Open Bender Bus


1934 White 702 bus


1934 White Open Bender


1934 White yellowstone bus 04


1934 White yellowstone bus 14


1934 White-Bender 54-A Sunshine Bus Lines 182 1935 White model 54A, bus 810 SEGL


1936 White Dream Coach of 1950, Great Lakes Exposition

1936 White Dream Coach

1936 White Sightseeing Bus, Great Lakes Exposition

1936 WHITE

1937 White 706

1937 Yellowstone 427 White

1937 White open Bender bus


1937-48 White Model 798 V12


1938 White 7788 Tamiami Trail Tours Inc 913 1938 White Bender


1938 White Bendera


1946 Hermes White-lks te Doetinchem 090706 1946 Hermes White-rts te Doetinchem 090706


1946 White Scoutcar NZH017


1947 White Scout 8 met Austin 4 daar achter


1947 White Smit B-31746


1949 White carr. Medema appingedam B-31617


1952 White Fleet


1952 White Matser 16 NB-57-01 ECF


1972 White CCMC Calabromo 5136 1976 White MBA Edwards MO3619 White 2000 bus file005 sml White-company_1912-06_cleveland

WEYMANN Motor Bodies 1932-1966 Then Metro-Cammel-Weymann Addlestone England UK



1932 Metro-Cammell-Weymann was formed by Weymann Motor Bodies and Metro Cammell bus body building division to produce bus bodies.

MCW bus bodies were built in Metro-Cammell’s and Weymann’s factories until 1966

1966 Weymann’s factory in Addlestone was closed (the Metro-Cammell and Weymann brand names were dropped in the same year).

From 1977 MCW also built bus chassis.

1989 the Laird group decided to sell its bus and rail divisions. No buyer for the complete group could be found so each product was sold separately. The Metrorider was bought by Optare who relaunched it as the MetroRider; the Metrobus design was bought by DAF (chassis) and Optare (body), who jointly reworked it into the Optare Spectra. The Metroliner design was acquired by Optare though not pursued. The Metrocab was bought by Reliant. Metro Cammell‘s rail division and the Washwood Heath factory went to GEC Alsthom(now Alstom).

List of Models

See Also

1934 AEC Q with Weymann H28-28C body a


1934 AEC Q with Weymann H28-28C body b


1934 AEC Q with Weymann H28-28C body


1934 Westcliff AEC Regent JN3230. The Weymann body was rebuilt by ECW in 1943 txwnjn3230


1935 Leyland Tiger TS7 was rebodied by Weymann in 1950


1936 AEC Regent I with a Weymann H28-26R body cwj405




1937 AEC 664T with Weymann body DLY619


1937 AEC Regal with Duple B35F body, rebodied by Willowbrook in 1950


1937 AEC Regents bought by Trent and fitted with handsome Weymann 56 seat bodies rc4635


1937 AEC Regent-Weymann H30-26R metal framed body


1937 Karrier E4 with Weymann H2-26R body


1937 Weymann H29-26R bodied Karrier E4  at Sandtoft Trolleybus Museum in July 2011


1938 AEC Regent with Weymann L27-26R body


1938 AEC Weymann double decker 211, AHJ831


1938 AEC-Weymann double decker 213, AHJ833