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Advanced use of lightweight materials and intelligent packaging saved 200 pounds over previous model • First RX - 7 to use twin - turbochargers, creating over 250 horsepower • Five arrests made in bombing of World Trade Center in 1993
Not exact matches
A compact, two - door car, the GR Supra Racing Concept has a pure front - engine / rear - wheel drive configuration and makes
use of advanced lightweight materials in its construction.
We continually learn at the race track about delivering the right combination
of engine power, durability and efficiency, combined with the development
of advanced aerodynamics and the
use of lightweight materials.
«Its
advanced hybrid drivetrain, impressive aerodynamics,
use of lightweight materials, and significantly improved city fuel efficiency over the previous generation are all positive testaments to its distinction as the 2017 Luxury Green Car
of the Year ™.»
GR Supra Racing Concept A compact, two - door car, the GR Supra Racing Concept has a pure front - engine / rear - wheel drive configuration and makes
use of advanced lightweight materials in its construction.
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
Lightweight Concept makes
use of advanced material applications like aluminum, ultra-high-strength steels, magnesium, and carbon fiber.
In the case
of the Stingray, those
advances include the
use of lightweight, high - tech
materials, along with «remarkable» fuel economy for a V8 engine and «invigorating» design, according to a release from MPG.
The cylinder head is produced
using an
advanced material capable
of withstanding higher temperatures and the
lightweight aluminum block is lined with stronger high - tensile cast iron.
Advances in computer modeling
of hull shapes have lowered resistance in the water and composite
materials or
lightweight aluminum are being
used where possible to reduce weight.