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The Corsa E has been around since 2014 essentially as a more thorough facelift of the model before it and it won’t be until towards the end of the decade when the supermini is going to be overhauled. The development phase has not been what we would call smooth sailing considering the major corporate change. We’re obviously talking about PSA’s decision to buy Opel/Vauxhall from General Motors, which is going to have a direct impact on the new Corsa.
The Calibra was introduced to counter the Japanese sports coupés, of the end of the 1980s and beginning of the 1990s. It employs the running gear of the first generation Opel Vectra, which had been launched in October 1988. Calibra production was based in the Opel factory in Rüsselsheim, Germany, and the Valmet Automotive factory in Uusikaupunki, Finland, where production was consolidated in November 1995.
The real people’s car successor was the 1962 Kadett A. The low maintenance costs were expressly part of the recipe for success of the two-door notchback model. The lines were matter-of-fact and modern. At the same time, the interior space was anything but typical of a small car. The advertising promised “well-formed seats, plenty of legroom. We have dispensed with overhanging metalwork and unnecessary bells and whistles. That would only have cost a lot of money.” Instead, the boot was a real luggage compartment and – the fuel filler cap was on the outside! “You never have the smell of petrol in your boot,” it said with a wink towards Wolfsburg. With its modern, water-cooled front engine, the Kadett offered a further design advantage over the Beetle. “Opel Kadett, in short: O.K.” – Opel built almost 650,000 units by 1965 alone.
The Corsa C was introduced with a 1.7 L DTI Ecotec turbodiesel engine supplied by Isuzu (Circle L) with 75 hp (55 kW). This was later joined by the 1.7 L DI Ecotec turbodiesel engine also supplied by Isuzu. The 1.7 L DI Ecotec did not include an intercooler and this reduced power to 65 PS (48 kW). From 2003, a new 1.3 L CDTI Ecotec turbodiesel engine was supplied by Fiat (MultiJet) which produced 70 PS (51 kW) and a 1.7 L CDTI Ecotec turbodiesel was supplied by Isuzu which produced 100 PS (74 kW). This new 1.7 L CDTI Ecotec featured a variable geometry turbocharger.
In 2014, Opel revealed the fifth generation Corsa model, which almost looks like its Adam smaller brother minus the funkiness. The major design changes can be seen especially at the front, where the smiling grille sits more higher, encompassing a chrome ornament and the Opel badge, new headlights and foglights surroundings as well as a new hood. Te side profile is more accentuated by two sharp l...
In 1935 the time was ripe for the people’s car – from Opel, mind you. The P4 presented in November rolled of the assembly line soon thereafter. The four-seater with four-cylinder four-stroke engine – according to the P4 brochure “like the most expensive cars in the world” – cost only 1,450 Marks in the standard version. “How is this possible? To offer so much value, a real full-out automobile that even exceeds expectations for so little money?” The answer was clear: thanks to state-of-the-art mass production. This also came into play shortly thereafter with the Kadett 1, which also took over the design of the Opel Olympia. This made it one of the first German cars to feature a self-supporting all-steel body, which was more comfortable, safer and more durable than the conventional frame structures.
One resource that did not appear on the books of General Motors or on the rolls of the occupying authorities was most responsible for the recovery of Opel in 1945, the collaborative nature of its workers. They were not itinerant hires who had looked on their work at Rüsselsheim as just another job. They were men and women who had, for the most part, come from that immediate area, many from the country, and had literally grown up with the Adam Opel AG. The fate of Opel was important to its workers, for its collapse would mean the loss of the most important employer for the people of Rüsselsheim, who were finding their way home from the chaos of war.
This new category, Group A, featured very stringent homologation requirements. In order to qualify for competition, the competing model needed to be produced at least 25,000 times. Furthermore, the FIA required ten percent of these cars to be a specialty model, with another 500 allowed as “Evolution” models. If the 25,000 car limit had not yet been met, the new model had to attain a production number of at least 5000 units a year.
"(Opel) had been seized by the German government soon after the war began. In 1942, our entire investment in Opel amounted to about $35 million, and under a ruling which the Treasury Department had made concerning assets in enemy hands, we were allowed to write off the investment against current taxable income. But this ruling did not end our interest in, or responsibility for, the Opel property. As the end of the war drew near, we were given to understand that we were still considered the owners of the Opel stock; and we were also given to understand that as the owners, we might be obliged to assume responsibility for the property." It was a responsibility that Sloan and his associates were not at all sure was worth the risk in the chaos of postwar Europe.
Four cylinder power came from 1.2, 1.4, and 1.6 litre Family 1 petrol engines, as well as an economical 1.5 L turbodiesel engine. Most cars received a five speed manual transmission, although a four speed automatic was also available with certain engines. In the first few years, a four speed manual was also available coupled to the smallest 1.2 litre engine.
The new four-cylinder, oversquare one-litre water-cooled Opel OHV engine weighed only 96 kg and was the first all-new engine developed by Opel since before the war. The side-mounted camshaft was driven not through gear-cogs but using a single chain with a hydraulic tensioner, the valve train employing rocker-arms and light-weight hollow rods. The arrangement was low on weight and on friction, permitting engine speeds above 6,000 rpm. The pistons were formed from an aluminium-alloy and incorporated a bimetal expansion strip to ensure uniform thermal expansion. The three-bearing forged crankshaft was of more traditional construction. The carefully designed aluminium inlet manifold provided for efficient feed of the fuel-mixture to the cylinders and helped provide the engine with good fuel economy characteristics.
The first cars were produced in 1899 after Opel's wife Sophie and their two eldest sons entered into a partnership with Friedrich Lutzmann, a locksmith at the court in Dessau in Saxony-Anhalt, who had been working on automobile designs for some time. These cars were not very successful and the partnership was dissolved after two years, following which Opel signed a licensing agreement in 1901 with the French Automobiles Darracq France to manufacture vehicles under the brand name Opel Darracq. These cars consisted of Opel bodies mounted on Darracq chassis, powered by two-cylinder engines.
In the early 1990s, South African Kadett GSi's were further upgraded based on their success in production car racing and initially 500 special units were built as road cars for homologation purposes. This was a minimum requirement for entry into the Stannic Group N races. They went against BMW's 325iS (A 2.7 litre homologation special from BMW). They featured more aggressive 276-degree camshafts made by Schrick with 2 different settings for timing overlap (110° and 107°), revised intake and exhaust modifications (4-in-1 branch manifold and freeflow exhaust), Irmscher spring kit, modified engine management system by Promotec, a limited slip differential developed by Andre Verwey and special Aluett 7Jx15-inch ET35 alloy wheels, they were nicknamed the "Superboss" and held the world record for the most torque per litre (114 Nm per litre) for a naturally aspirated car until 2009 being beaten by the Ferrari 458 (117 Nm per litre). After the first 500 units were produced, many more were built to satisfy public demand.