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.
There were two Opel-franchised assembly plants in Ireland in the 1960s. One in Ringsend, Dublin, was operated by Reg Armstrong Motors, which also assembled NSU cars and motorcycles. The second assembly plant was based in Cork and operated by O'Shea's, which also assembled Škoda cars and Zetor tractors.The models assembled were the Kadett and the Rekord. From 1966, the Admiral was imported as a fully built unit and became a popular seller.
Later, an 1800 cc version wis introduced for the Kadett/Astra GTE model. This range o ingines wis an aa uised for later models o the Corsa/Nova, an the mid-sized Cavalier/Ascona. The Kadett D wis an' a' equipped wi a 1600 cc diesel ingine that wis possible tae drive as cheap as 5.0 L/100 km, an a cairy-ower 1196cc OHV ingine. It wis an aa produced as IDA Kadett in Kikinda, Yugoslavie.
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...
The Opel Karl is powered by a new 1.0-liter turbocharged Ecotec three-cylinder making 74 hp, a bit less than the outgoing Chevrolet Spark’s 84 hp from a 1.2-liter four-cylinder. The three-cylinder engine is part of GM’s new global, small-displacement Ecotec engine family, so it’s possible that Chevrolet may offer a slightly larger turbocharged engine for the Spark in the U.S. The European-market Opel is also available only with a five-speed manual, while the Spark will almost surely be offered with an automatic transmission option.
Clever design tweaks set the KARL ROCKS apart from most of its A-segment rivals. The functional silver roof rails, rugged front and rear bumpers with integrated skid pads, front and rear wheelhouse moldings and unique 15-inch bi-color-look alloy wheels blend in perfectly with typical Opel design cues such as the Opel blade that sweeps dynamically up towards the rear. Combined with the sloping roofline this creates a dynamic, sporty appearance that links the KARL ROCKS to the KARL while simultaneously giving it a distinct rugged look.
Car sales statistics are from the following countries: Austria, Belgium, Cyprus, Czech Republic, Denmark, Estonia, Finland, France, Germany, Great Britain, Greece, Hungary, Iceland, Ireland, Italy, Latvia, Lithuania, Luxembourg, Netherlands, Norway, Poland, Portugal, Romania, Slovakia, Slovenia, Spain, Sweden, Switzerland. Sources: Manufacturers, ANDC, JATO Dynamics.
Opel and Vauxhall have previewed the next-generation Corsa hatchback with an official set of images showing a camouflaged prototype being put through its paces. Set to debut sometime later in 2019, the fifth-gen Corsa is set to move to the PSA Group's 'CMP' modular platform for compact vehicles, which already underpins the new DS 3 Crossback and Peugeot 208...
* = Fuel consumption and CO2 emissions figures shown are determined according to the NEDC homologation regulations (R (EC) No. 715/2007 and R (EC) No. 692/2008, applicable version), which allows comparison with other vehicles. From September 1, 2017, fuel consumption and CO2 emissions data for certain new vehicles are determined using the new World Harmonised Light Vehicle Test Procedure (WLTP). For easy comparison between new and older vehicles the relevant figures are re-calculated into NEDC. Please contact your Opel dealer for the latest information.
The Crossland X perfectly fits to your lifestyle, offering exceptional versatility and the storage space of a SUV – for whatever your day brings. You're never short of space, as you can increase the Crossland X's space from 410 litres to 1,255 litres. Featuring split foldable and slideable rear seats, you can slide them to get up to 520 litres of boot space or fold them at a ratio of 40/60 and achieve 1,255 litres. Even longer objects can fit in with the foldable armrests
Opel will already open the order books for two new electrified models in the first half of 2019 – for the battery electric version of the next Corsa, and for the Grandland X SUV as plug-in hybrid electric vehicle. “Opel is going electric!” said Opel CEO, Michael Lohscheller. “That is what we announced at the presentation of our PACE! strategic plan in November 2017, and now we are delivering.”
In addition, the engine used had to be at least loosely based on a production block. Other than this, all bets were off. Sequential shift gearboxes, four wheel drive, traction control, electronic differentials and anti-lock brakes were all allowed. The aerodynamics package was free as well, as long as they were kept below the centerline of the wheels.
To keep sales brisk, Opel facelifted the car in 1994 with the 2.0-litre engine getting more efficient but less powerful. There were various minor changes to help improve the Calibra without alienating existing customers. Most notable were improvements to safety, which included the introduction of a full-sized driver's side airbag. Exterior styling, perhaps the car's single greatest strength, was almost completely unaltered. The only way to tell a post-facelift car is the Opel badge is tucked into the middle of the grille, while early cars have it nailed to the bonnet.
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.
The Insignia flagship followed exactly the same initiative as the Astra. Once again the Opel engineers’ main objective was efficiency. Thanks to optimized packaging and lightweight materials they could save up to 175kg on the Insignia Grand Sport compared with its predecessor – much to the benefit of dynamics and fuel consumption. Depending on powertrain and equipment, the current Insignia Sports Tourer even weighs up to 200kg less than the similar model variant from the first generation.
1938 saw the presentation of the highly successful Kapitän. With a 2.5 L six-cylinder engine, all-steel body, front independent suspension, hydraulic shock absorbers, hot-water heating (with electric blower), and central speedometer. 25,374 Kapitäns left the factory before the intensification of World War II brought automotive manufacturing to a temporary stop in the Autumn of 1940, by order of the government.
Automatic Emergency Braking with Pedestrian Detection works automatically at speeds between 5 and 140km/h. For speeds between 5 and 30km/h a 0.9g deceleration is applied to reduce the impact speed of the collision. For speeds of 30 to 140km/h the system reduces the speed by up to 50km/h. To reduce speed by over 50km/h the driver needs to provide additional braking. The operational speed range depends on the type of obstacle detected: