Driving dynamics: engine

The second-generation, 2.4-litre, five-cylinder, diesel D5 is a cleaner and more advanced version of the engine fitted to the outgoing XC70. It gives superb performance (130mph) allied to fuel economy more typically found on smaller, less capable cars (37.7mpg on the combined cycle).
Volvo's second-generation, 2.4-litre, five-cylinder, common-rail diesel D5 engine is an advanced unit featuring double overhead camshafts and four valves per cylinder for optimised breathing. The D5 unit is substantially revised over the outgoing Volvo XC70's unit and has a new electronically controlled turbocharger, refined multi-throttle injection technology and a more powerful engine management system, among many other changes. It is one of the cleanest and most advanced diesel engines in the world. The improvements have resulted in an entirely new driving experience with considerably higher performance and improved drivability. At the same time, there has been a sharp reduction in emissions. The engine easily exceeds Euro 4 emissions requirements. Particulates are only 0.001g/km compared with the Euro 4 standard of 0.025. A particle filter requiring no servicing is fitted as standard.
The D5 produces 185 PS and a massive 400Nm of torque from 2000-2750rpm. Maximum speed is 130mph in manual form and 0-60mph takes only 8.8 seconds. Yet average fuel economy on the official combined cycle is 37.7mpg for the manual version.
See also:
Front airbag deployment
• The front airbags are designed to deploy
during certain frontal or front-angular collisions,
impacts, or decelerations, depending
on the crash severity, angle, speed and
object impacted. The ...
Front seats
1 Massage
2 Lumbar support
Massage
Massage control
Firm massage
Gentle massage
Each front seat has a massage function in its
backrest. The massage action is done with air
cushions, ...
Gauges
Gauges in the instrument panel
1 Speedometer.
2 Fuel gauge. Please note that the fuel level
indicator in the gauge moves from right to
left as the amount of fuel in the tank
decreases. The a ...
