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Is a British vehicle engine company founded in London in 1958, specializing in high performance internal combustion engines, powertrains, and electronics; For motorsport and the mainstream automotive industry. Cosworth is located in Northampton, Gland.
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Cosworth has 176 wins in Formula One (F1) as a gene supplier, the third most wins behind Ferrari and Mercedes.
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The company was founded by Mike Costin and Keith Duckworth in 1958 in Britain as a manufacturer of racing internal combustion generators. Its company name, “Cosworth” was derived as a portmanteau of the surnames of its two founders (Costin and Duckworth).
Both were co-founders, former employees of Lotus Engineering Ltd, and Cosworth initially maintained a strong relationship with Colin Chapman; And the early incarnations of the company came almost exclusively from Lotus. When the company was founded in 1958, Duckworth left Lotus, which left Costin (who had a term contract with Chapman) in the company. By 1962, Kostin worked on Cosworth projects in his private time, being active as Lotus’ chief engineer on the development of the Lotus 15 to 26 (Ellen), as well as the Team Lotus team in the 1962 Show Overseas Race. took the lead The Le Mans Lotus Scandal.
The initial series production genes (Mk.II, Mk.V, Mk.VIII, and Mk.XIV) were sold exclusively to Lotus, and several other racing genes up to the Mk.XII were assigned to Team Lotus. . The success of the Formula Junior genes (Mk.III, IV, XI, and XVII) led to the introduction of non-Lotus revs, and the establishment of Formula B by the Sports Car Club of America (SCCA) allowed Cosworth’s financial establishment. . Supported by increased sales of the Mk.XIII, pure racing genes based on the Lotus Twincam, its dominance of the class. This new-found security allowed the company to divest itself of the selective assembly business of Lotus Mk.VII and Elan Road engines, and allowed it to focus its resources on racing engine development.
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This was the first cylinder head Cosworth designed for the SCA series; Similar to Gene Covtry Climax FWE, with single-overhead reverse flow (SOHC) configuration. The first four-valve four-overhead-valve (DOHC) FVA was a real success in 1966, which Cosworth, with Chapman’s help, convinced Ford to buy the rights to the design, and sign a development contract – They included Eight-cylinder version. This led to DFV, which dominated Formula One for many years.
From this time, Ford supported Cosworth for many years, and many of Cosworth’s designs were owned by Ford and named Ford Jeans under similar contracts. Another success of the BD series in the 1970s saw Cosworth grow.
Cosworth has been through several ownership changes. After Duckworth decided he no longer wanted to be involved in the day-to-day business of running a growing company, he sold ownership to United Engineering Industries (UEI) in 1980, maintaining his life as the presidency and day-to-day. . technical Involved in Cosworth, and as a UEI Board Director; UEI was a conglomerate of small and medium-sized technology companies, taken over by Carlton Communications in 1988 – Carlton was primarily interested in some of the audiovisual companies in the UEI portfolio, and Cosworth was not a good fit for them; A new buyer was sought for the company in the generation/automotive sector, and in 1990 Cosworth was bought by conventional generation company Vickers plc.
In September 1998, Vickers sold Cosworth to Audi. Audi retained the generation, manufacturing and solutions unit called Cosworth Technology and sold the race generation division, Cosworth Racing, and its electronics division, Pi Research, to Ford.
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On November 15, 2004, Ford sold Cosworth Racing to Champ Car World Series owners Gerald Forsyth and Kevin Kalkhov. In December 2004, Ford also sold Pi Research to Kalkhov and Forsyth, forming the Kurt Cosworth Group.
Since 2006, Cosworth has diversified beyond its classic motorsports customer base to provide consulting services, high performance electronics, and component manufacturing. On February 25, 2008, the United States Navy awarded Cosworth a $5.4 million contract to develop a heavy fuel generator for its RQ-21A Blackjack unmanned aerial vehicle (UAV).
Staying true to the company’s roots, Cosworth has formed a casual partnership with Aston Martin on one of the world’s most powerful hybrid electric roadsters for the Aston Martin Valkyrie. Its naturally aspirated 6.5-liter V12 engine develops 1,000 hp (746 kW; 1,014 PS) at 10,500 rpm and 740 N⋅m (546 lbf⋅ft) of torque at 7,000 rpm. New standard for maximum rpm and weight
In 2013, Cosworth supplied its premier racing flagship to an F1 team, the Marussia F1 Team.
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Below is a list of early products with modified cylinder heads on Ford Katie Jean cylinder blocks, but not originally designed by Cosworth. Exceptions were the Mk.XVII and MAE (modified Anglia Jean), which instead of the usual draft ports, had intake port sleeves for the downdraft carburettors in the cast iron cylinder head stock, and could therefore be considered a d Cosworth design.
In addition to the above, Cosworth designed and supplied the assembly work for the optional Lotus Elan Special Equipment road bikes with special camshafts and high compression pistons.
The last model in the front series above was the MAE in 1965, when new regulations were introduced in Formula 3 that allowed up to 1,000 cubic centimeters (61.0 cu in) gen with 36 mm intake restrictor plates. MAE used one barrel of a two-barrel Weber IDA downdraft carburetor and the other barrel was empty. The dominance of this generation was ensured while these rules lasted until 1968. Because Cosworth had difficulty keeping up with demand, the SML was sold primarily as a kit. The result of this experience was that the FVA/DFV contract was subsequently withdrawn when Cosworth was responsible for development, and manufacturing rights and responsibility rested with Ford. There were also some special cast iron heads with similar dimensions to these brazed heads with titanium alloy valve spring retainers known in later years as “screaming heads” for SML.
A year before the introduction of SML, SCA introduced a single-camera dual-overhead shutter. It was a 997 cc engine based on the Ford Cortina 116E block designed for Formula 2, and was the first complete Cosworth design, Lestal forged crankshaft, steel main bearing caps and pistons with only one compression ring and one oil scraper ring. . . The cylinder head had to prevent sealing with a head gasket that included Cooper rings. The basic configuration was similar to the Climax FWE covtry on the Lotus Elite, including the reverse SOHC design, except for a set of save spur gears (one on the crank, two intermediate gears on two fixed shafts that cover the front of the rear plate are mounted on, one used as a jack shaft on the 116E camshaft, two on a common fixed shaft in the head, and one on the camshaft) driving a five-bearing camshaft and a Ford five-bearing iron block . The intake port and oil scavenge pickup for dry sump lubrication were offset by 25 degrees, so they faced straight up and down, respectively, when the engine was positioned 25 degrees to the right of vertical for less ctre gravity.
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Initially twin 40DCM2 Weber 40DCM2 Weber Slimline carburetors were mounted on top to produce 115 hp, replaced by Lucas fuel injection in 1966, eventually reaching 140 hp.
The SCB was built with a longer stroke to match the 1,498 cc Mk.XVI, and after proving its superior power against the Mundy-designed two-valve cross-flow DOHC head, it underwent FVA development to measure fits. Served as bchmark for . and drawbacks of the four-valve crossflow DOHC design. The results of this four-valve development process were the basis for many of the later Cosworth genes.
The SCC drew another 85 mm with the same short-stroke five-bearing crankshaft that was built and sold for the SCCA 1.1 liter sports car class.
The Cortina crossflow block was also the basis for the FVA (four-valve type A), F2 gen, introduced in 1966, and developed under the same contract as the DFV, for the new 1.6-litre gen regulations. This engine had 16 valves operated by two overhead camshafts driven by a 9 gear train. The Lucas mechanical fuel injection metering unit was rotated by a toothed belt from the gear-driven inlet cam, and the optional exhaust cam ran directly behind the head. It produced 225 bhp (168 kW) at 9000 rpm. This gene dominated the class until 1971, and was also used in sports car racing as a 1.8 liter as the “FVC”.
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