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.
Design-trimmed cars lose the alloys and get 15in steel wheels, while SE models gain an anti-dazzle rear-view mirror, electrially adjustable front seats, a 60/40 folding rear bench split, parking sensors and 16in alloy wheels, whole the range-topping Elite models include luxuries climate control, rear view camera, bi-xenon headlights, tinted rear windows, sports suspension and 17in alloy wheels.
But how was Opel/PSA able to shave off so much fat from the hatchback? For starters, all engines will be made from aluminum (-15 kg / 33 lbs), much like the hood (-2.4 kg / 5.3 lbs). The optimized seats (-5.5 kg / 12.1 lbs front and -4.5 kg / 10 lbs rear) contribute to this significant weight loss, while the insulating material used throughout the cabin is also a new weight-saving development. The most important diet is found in the body-in-white, which is a term referring to the body panels being joined together before adding the engine, sub-assemblies, and trim. The new BIW is an impressive 40 kg (88 lbs) lighter than the old one.
Compared with the Opel Mokka X, which comes with optional four-wheel drive for occasional off-road outings, the new Opel Crossland X is predestined for urban areas with compact exterior dimensions while also being perfectly suitable for a shopping spree at the organic farm shop or for a holiday trip to Tuscany. With a length of 4.21 meters, the new Crossland X is 16 centimeters shorter than an Astra while at the same time 10 centimeters higher. Occupants enjoy an elevated seating position and the excellent all-round view it provides. Buyers looking for an even better experience can further improve the feeling of space with the optional panoramic glass roof.
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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.
The handling and ride are basically fine, but are all but invisible from the point of view of a keen driver. The Crossland is tidy through corners, with reasonable steering weight but no actual feedback, and the body tilts over only to a reasonable angle. The ride is a touch stiff in its damping, especially around town (which is disappointing, given that any Crossland will probably spend most of its life in town) but it does improve on the open road. Refinement is only average though with quite a bit of wind and road noise. There’s little point in having Opel’s phone-based OnStar concierge service fitted if you can’t hear what the operator is saying . . .
The extra-light, all-aluminium engines, together with optimization of the front and rear axles, also contribute to the low total weight. The particularly compact three-cylinder petrol engines weigh around 15kg less than the previous generation of similarly powerful four-cylinder units. Highly unusual in the small-car-sector is the new Corsa’s aluminium engine bonnet, which although longer, saves 2.4kg in comparison to the previous model’s bonnet made of steel. The Insignia flagship was previously the only model in the Opel range with an aluminium bonnet. The seats also have been put on a diet. The new optimized seat structure saves a total of 10kg – 5.5kg at the front, 4.5kg at the rear. New lighter insulating material was used for fine tuning. Altogether the measures result in a weight reduction that, in combination with optimum aerodynamics and the efficient powertrains, will lead to a considerable reduction in fuel consumption and CO2 emissions.
^ Heinz Michaels (24 August 1962). "Opel bläst zum Angriff auf VW: Mit tausend "Kadetten" pro Tag – Ein neues Firmen jahrhundert, eine neue Fabrik, ein neuer Wagen: ....In der letzten Hauptversammlung hatte der Vorstand alle Versuche, die hausväterisch wieder angesammelten Reserven anzugreifen, gerade deshalb entschlossen abgewiesen. Mahnend sagte Prof. Nordhoff damals: "Hinter beiden Unternehmen (General Motors und Ford) steht eine Finanzkraft, der kein deutsches Unternehmen etwas auch nur annähernd Gleichwertiges entgegenzusetzen hat, und der Wille des Eindringens in den deutschen Markt um jeden Preis scheint vorhanden zu sein.""". ZEIT ONLINE. Retrieved 2013-05-12.
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.
*** Autovehicule retrase din fabricație / autovehicule comerciale ușoare: Toate valorile menționate se referă la modelul de bază UE cu dotări standard. Datele privind consumul de carburant și emisiile de CO2 sunt determinate conform regulamentelor R (CE) nr. 715/2007 și R (CE) nr. 692/2008 (în versiunile aflate în vigoare), luând în considerare masa autovehiculului în stare de funcționare, așa cum este specificat în regulamente. Prezența unor echipamente suplimentare și a dotărilor opționale din fabrică poate avea ca efect obținerea unor valori mai ridicate decât cifrele menționate pentru consum și emisii de CO2. Valorile privind consumul de carburant și emisiile de CO2 nu se referă la un autovehicul anume și nu fac parte dintr-o ofertă. Acestea sunt furnizate exclusiv pentru comparația între diferite variante de autovehicule, dar pot fi diferite față de consumul real realizat în condiții reale de conducere, influențat în mare măsură de stilul de conducere și condițiile de utilizare. Echipamentele suplimentare pot crește greutatea autovehiculului atunci când acesta este gol și, în unele cazuri, sarcina admisă pe punți, precum și masa totală admisă a autovehiculului și pot reduce masele admise de remorcare. Acest lucru ar putea duce la reducerea vitezei maxime și la creșterea timpului de accelerare. Valorile performanțelor de conducere iau în considerare un șofer cu greutatea de 75 kg și o încărcătură de 125 kg. 2 gaz H în m3/100 km.
^ General Motors Austria Gesellschaft m.b.H. (GMA, founded 1963 as sales organisation; from 1979: Administration, Non-productive Departments an Sales) and General Motors Austria Werke Gesellschaft m.b.H. (GMAW founded 1979; Production). In November 1987 GMAW (Austrian Handelsregister, HRB 24.436) were merged into GMA (HRB 20.133b, actual Firmenbuch FN 110500a).
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