These include the increased
use of lightweight materials such as carbon - fibre - reinforced plastic (CFRP) and aluminium for a number of chassis and body components.
Thanks to its supercharged 6.2 liter LS9 engine that generates 638 horsepower and a liberal
use of lightweight materials such as carbon fiber that brings the curb weight of the car to 3,353 pounds, the ZR1's power to weight ratio is just 5.2 pounds per horsepower.
Like the Giulia Quadrifoglio, the regular Giulia features a 50/50 weight distribution and
the use of lightweight materials such as aluminum and carbon fiber.
The 2019 BMW M9 is slightly lighter than the M5 model mostly thanks to a heavy
use of lightweight materials such as aluminum and carbon fiber.
These include the increased
use of lightweight materials such as carbon - fibre - reinforced plastic and aluminum for a number of chassis and body components.
Among those is widespread
use of lightweight materials such as carbonfibre, in both its chassis and the car's retractable hard top.
Judicious
use of lightweight materials such as high - strength steel and aluminum, along with an intense focus on limiting the weight of every component — from control arms to nuts and bolts — yields a light platform that will be flexible enough to underpin other cars, including the next CTS.
The extensive
use of lightweight material such as carbon fiber is readily apparent along the edges of the door frame and other parts of the vehicle.
Not exact matches
That means a greater
use of materials such as
lightweight carbon fiber in building new vehicles.
has been achieved through the effective
use of lightweight materials and through the eradication
of all non-essential components
such roof trim, carpets, front mudflaps, central locking and bulkhead trim.
It makes extensive
use of strong but
lightweight composite
material for elements
such as the wide front and rear bumpers, front splitter and rear diffuser, side skirts, door mirror housings and the rear wing.
The engine
uses advanced lean - burn VTEC - E technology, low - friction design features and
lightweight materials such as aluminum, magnesium and special plastics, in combination with a new lean - bum - compatible NOx catalyst, to achieve a new level
of efficiency and low emissions in gasoline - engine technology.
The Carrera GT features the extensive
use of lightweight materials,
such as magnesium for the car's substantial wheels and the frames
of its special sport seats.
The mass
of the model was reduced
using lightweight materials such as the well know carbon fiber.
Although 72 percent
of the new Cruze's body consists
of high - strength steel, the extensive
use of aluminium and
lightweight materials in key areas
such as the engine, chassis and interior makes it 10 percent lighter than the current - generation Cruze.