The XE and XF are developed from Jaguar's
lightweight aluminium architecture, further enhanced by driver and passenger airbags, side airbags and curtain airbags.
The Jeep Renegade concept's
lightweight aluminium architecture and regenerative - braking system help to improve overall efficiency, while dual electric 200 - kilowatt motors propel a very capable 4x4 system — complete with Low Range and locking differentials — worthy of carrying the Jeep name.
Not exact matches
The 2012 Aston Martin Vantage GT3 has been designed in compliance with the FIA regulations, and will feature an
aluminium VH
architecture, a
lightweight dry - sumped 6.0 litre V12 engine, a race semi-automatic paddle shift Xtrac gearbox and the newest race - developed ABS and traction control systems.
The second generation Land Rover Defender will be based on the
aluminium architecture (PLA - Premium
Lightweight Architecture) of the 2017 Land Rover Discovery, Range Rover and Range Rover Sport models.
From the all -
aluminium Jaguar XJ, F - Type, Range Rover and Range Rover Sport to the new
aluminium intensive modular
architecture that supports the Jaguar XE, XF and F - Pace, advanced
lightweight technology has been a crucial element of Jaguar Land Rover strategy's throughout its history.
Instead, the famous Alpine name returns on a stunning compact,
lightweight, mid-engined, rear - wheel drive coupe that's based on a bespoke all -
aluminium architecture.
ARCHITECTURE AND BODY STRUCTURE Designed and developed for exceptional dynamics and passenger safety, the E-PACE uses an advanced combination of high - strength steels,
aluminium and
lightweight composites
Like the DB9 and its sibling DBR9 and DBRS9 race cars, the DBS uses Aston Martin's class - leading all - alloy VH (Vertical Horizontal)
architecture, a
lightweight bonded
aluminium structure that provides outstanding strength and rigidity.
Called VH500, it is essentially a complete overhaul of the current VH bonded
aluminium architecture, expected to get new suspension and transmission, updated electrical systems and
lightweight composites.