Stylish Peugeot 508 - high spec, comfort and convenience

Details of the range, specification, powertrain line-up and pricing have been announced for the stylish new Peugeot 508, due in the UK in April 2011.

Available in the UK from launch in both Saloon and SW body styles, the Peugeot 508 brings to the market a confident, stylish and well-equipped model range.  Highlights include an elegant design, powerful, economical and low CO2 engines and the debut of Peugeot’s new e-HDi Stop & Start System technology. A modern interior design that is both practical and comfortable for its occupants is also a strength of the new Peugeot 508 range which will be available in five trim levels: Access, SR, Active, Allure and GT.

Seven powertrain options will be available on the new 508 at launch.

The HDi 112 diesel engine is available in two versions, with either a five-speed manual gearbox or Peugeot’s innovative e-HDi Stop & Start System with a six-speed electronically controlled manual gearbox (EGC). The fitment of the e-HDi Stop & Start System technology on the 508 enables customers to reduce fuel consumption (up to 15% in urban driving) and with the fitment of the EGC gearbox it produces just 109 g/km of CO2 in the Saloon and 110 g/km in the SW version.

The Peugeot 508 is also available with two different front suspension configurations. An all-new pseudo McPherson type front suspension will be the main option on the majority of the 508 range. As well as improved driveability this new set-up reduces weight, as it is 12kg lighter than the design featured on the Peugeot 407.  The Peugeot 508 ‘GT’ model features a drop link double wishbone front suspension advancing the suspension design similar to the 407. The use of a linked double wishbone helps separate suspension and steering forces to improve road holding and steering accuracy.

At the rear, the entire range is equipped with multi-arm suspension. This is designed to ensure excellent efficiency with maximum body control and ride comfort due to its superior control of longitudinal and transverse forces.