Just a year later, a new Soviet car, the Moskvitch 400, rolled off a Moscow assembly line. It seemed to be the Opel Kadett in every detail, with only the name changed (various sources provide contradictory information; see the respective article). By late 1950, the Russians were exporting these Kremlin Kadetts to Belgium, stressing in their promotion that spare parts could easily be obtained from Germany. A Moskvitch model that bore no trace of Opel engineering was not introduced until 1959, and by that time, Opel was just about ready to introduce a new Kadett of its own.
By 1970, the Kadett’s brief stay in the US import car rank number two was over, having been muscled aside by Toyota’s hot new redesigned Corolla (CC here). The Corolla was very much a car in the Kadett’s formula: traditional rwd and conventional in every respect. But the combination of a high D-Mark, and Toyota’s hot momentum changed the tide forever. In the US, the Corolla would soon enough depose VW out of the top slot. In Germany, the Beetles rapid crash and the Kadett’s success forced VW’s hand with the very advanced Golf, recouping the gold. The Kadett/Astra were the perennial number two in germany, but some years ago, it dropped further down the the top seller list, as smaller cars, including Opel’s Corsa have become more popular. But the Golf still sits on the throne.
Crisp side lines along with the seemingly ‘floating roof’, which visually separates the lower from the upper section of the vehicle, optically stretch the Crossland X and reinforce its spacious interior. The ‘floating roof’ also displays its relationship to the Opel ADAM’s arched chrome window line that drops towards the rear. Just like for the individualization champion, customers can order a different color for the roof. The prominent rear makes a clear SUV statement with its visible underride protection.
With these guidelines in mind, the Opel question was put again on 3 May to the GM financial policy committee, which then withdrew its objections to a return to Rüsselsheim. Many details still had to be worked out, both within GM and in the US-occupied zone of Germany, before this could actually occur. At last, the official word was released on 1 November 1948; GM resumed management control of Adam Opel AG. Edward W. Zdunek, formerly regional manager for Europe of General Motors Overseas Operations Division, was named managing director.

In 1957 Opel Product Director Karl Stief was mandated by General Motors headquarters in Detroit to develop "the perfect Anti-Volkswagen" ("einen perfekten Anti-VW"). The development team was headed up by Stief, supported by Hans Mersheimer (car-body) and Werner K. Strobel (engine and running gear), under conditions of such secrecy that even now very little is known of the development history of the 1962 Kadett. It has been alleged that GM was trying to conceal a new technique of platform and design sharing between Opel and its British sister company Vauxhall, which released the strikingly similar Viva HA in 1963, a year after Opel introduced the Kadett. Over the subsequent two decades Opel and Vauxhall's ranges would rapidly converge as Vauxhall's design independence from Opel was eroded to the point where by 1985, Vauxhall's car range entirely consisted of rebadged Opel models.


Competitive pricing led to commercial success, and Kadetts continued to be produced during the early months of the war: by the time production ended in May 1940, following intensification of World War II, 106,608 of these Opel Kadetts[6] had come off the assembly line at Opel's Rüsselsheim plant, which had been the first major car plant in Germany to apply the assembly-line production techniques pioneered by Henry Ford.
Under the hood, the ROCKS shares the 1.0-liter, three cylinder gasoline engine (NEDC fuel consumption: urban 5.6-5.2 l/100 km, extra-urban 4.2-4.0 l/100 km, combined 4.7-4.4 l/100 km; 106-101 g/km CO2) of its KARL sibling The unit delivers 55 kW/75 hp and is paired to a five-speed manual gearbox as standard. Alternatively, KARL ROCKS buyers can choose the optional Easytronic® 3.0 gearbox. The five-speed automated transmission combines the comfort advantages of an automatic transmission with the efficiency of a manual gearbox. It automatically selects the appropriate gear for best possible fuel consumption, but is based on a manual transmission optimized for smaller engines which enables ultra-economical driving. The driver can take manual control of Easytronic 3.0 at any time by pulling or pushing the gear selector lever.

The Opel Corsa is a supermini car[1][2][3] engineered and produced by the German automobile manufacturer Opel since 1982. It has been sold under a variety of other brands (most notably Vauxhall, Chevrolet, and Holden) and also spawned various derivatives in different markets. Its current fifth generation is built in Spain and in Germany. However, despite its global presence, it has never been sold in the United States or Canada.
The Kadett A (above) finally appeared in 1962, and was a classic GM/Opel effort: highly pragmatic, conventional in every respect, reasonably stylish for its time, and designed to deliver a good bang for the buck. In just about every way possible, it was the antithesis of the VW: front-engine rwd, a rather tinny but roomy body, highly tossable but with a primitive suspension and ride, a very roomy trunk, and excellent visibility as well as economy. Oh, and a proper heater even! Its little 987 cc OHV four made 40 net/46 gross hp, six more than the VW 1200. Its trim fighting weight of 1475 lbs (670 kg), some two hundred pounds less than the VW, showed in both its acceleration and body integrity.
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Despite its age, the Opel/Vauxhall Corsa was ranked #10 in Europe's best-selling cars top last year. An all-new model is right around the corner and it should help the supermini put up a good fight against other subcompact hatchbacks like the next-gen Renault Clio and Peugeot 208. Today, Opel is releasing some technical details about its revamped five-door-only city car, emphasizing on the diet it’ll be going through for its sixth iteration.
The transfer gearbox in the AWD models — the same as used in the Vauxhall Cavalier AWD—was somewhat on the flimsy side, liable to suffer damage from conditions such as minor differences in tyre wear or tyre pressure between front and rear axles. Since front and rear tyres would naturally wear at different rates in normal driving, it was necessary to swap front with rear tyres every 15,000 miles (24,000 km).
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.
Still, a number of Kadetts has been captured as trophies by the Red Army and available for study and reverse-engineering. This project was conducted by design bureaus formed as Soviet-German joint ventures under the Soviet Military Administration in Germany (SMAD). There were 11 of them in total. One in Berlin (reverse-engineered the engine and transmission. Another in Schwarzenberg worked on the steel body. The wooden-bodied station wagon was developed in Chemnitz. The vast majority of the personnel of these design bureaus were German specialists and craftsmen hired by the Military Administration. These design bureaus not only prepared the necessary blueprints and documentation, but also provided the wooden master model for the body. They even developed the new trim pieces which distinguished the Moskvitch from its Opel prototype, including hood emblems and hubcaps with a large "M" (for "Moskvitch"). However, the stamping dies and most of the tooling had to be produced in the USSR.[7]
Datorită poziției înalte de ședere, Crossland X oferă mai mult decât o vizibilitate mai bună. Datorită scaunelor sale ergonomice speciale (certificate de „Campania pentru un spate sănătos”), Crossland asigură o postură sănătoasă în timpul conducerii. Un autovehicul adaptat nevoilor tale, confortabil pentru toți ocupanții datorită pernelor, spătarelor și tetierelor reglabile.

In 1994 a 167 hp 2.5 L V6 was introduced, thus creating what many considered to be the finest Calibra to date. Available with both manual and automatic transmissions, the V6 wasn’t as fast as the Turbo, but was rather more civilised, and proved to be more reliable than the complex four-wheel drive model with its notorious transfer box issues. 1995 saw the introduction of the the X20XEV Ecotec engine, a cheaper, less reliable derivative of the classic X20XE 16-valve or "red top" engine. This marked a reduction in power from 156 bhp to 136 bhp for the 16-valve version, although the Turbo continued with the C20LET.
The Calibra holds the title of having been the most aerodynamic car in the world at its 1990 launch, with a drag coefficient of just 0.26. With engines ranging in displacement from 1998 cc to 2498 cc, the car reigned supreme over other makes at the time. Its privileged position as the most aerodynamically efficient car would be held until the end of the 90's when the Calibra was overthrown by new Audi and Honda releases, the A2 and Insight respectively.
​CROSSLAND X 1.2T COSMO M/TFrom R 381,993Enquire Now​Download SpecificationsStandard equipment in addition/different to Enjoy:Two-tone roof available in three different colours (optional)17˝ Multi spoke design, Titan Gloss alloy wheel (optional)Chrome daylight opening moulding​Full-LED headlights and tail lights (optional)Dual-zone Electronic Climate ControlAdvanced Park Assist (optional)Navi 5.0 IntelliLink (optional)

¹Opțional. Funcționează automat între 5 km/h și 85 km/h. Între 5 și 30 km/h, decelerarea pentru reducerea vitezei de impact este de 0,9 g. Într 30 și 85 km/h, sistemul reduce viteza cu maxim 22 km/h. După acest prag, șoferul trebuie să frâneze singur pentru a reduce și mai mult viteza. Gama de viteze de funcționare a AEBPD depinde de obstacolul detectat (mobil: între 5 și 85 km/h; fix: între 5 și 80 km/h; pietoni: între 5 și 60 km/h). Sistemele Opel de asistență pentru șofer au rolul de a asista șoferul în cadrul limitărilor imanente ale sistemului. Șoferul rămâne responsabil pentru sarcinile conducerii. Se preconizează că va fi disponibil din toamna anului 2017.

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