Volvo Car Group continues to push the boundaries of fuel efficiency and CO2 actions across the model and engine range.
The fuel consumption of the 115 hp, four-cylinder D2 diesel in the new Volvo S60 with a manual gearbox has been improved to a class-leading 4.0 l/100 km (EU Combined, preliminary figures), translating into CO2 emissions of only 106 g/km. The corresponding figures with the automatic gearbox are 4.1 l/100 km and 107 g/km (preliminary figures).
Its estate cousin, the new Volvo V60 D2, also has class-leading fuel consumption at 4.1 l/100 km (109 g/km) with the manual and 4.2 l/100 km (110 g/km) with the automatic gearbox (preliminary figures).
The automatic D3 (136 hp) and D4 (163 hp) versions of the new Volvo S60 and V60 now come with CO2 emissions of 129 g/km (4.9 l/100 km).
The new Volvo XC60 has also been improved, with both the D5 (215 hp) and the D4 (163 hp) versions with a manual gearbox and All Wheel Drive, delivering a combined fuel consumption of 5.3 l/100 km (139 g/km).
There are improvements with petrol power too, with the S60 with the 1.6-litre GTDi (Gasoline Turbocharged Direct Injection) engine T4 (180 hp) or T3 (150 hp) and automatic gearbox now offering fuel consumption at 6.8 l/100 km (159 g/km). The corresponding figure for the V60 T4 and T3 is 7.2 l/100 km (167 g/km).
Paddle shifters
The three-spoke steering wheels can now be accompanied with paddle shifters for cars specified with automatic transmission. They turn the automatic box into a manual with the benefit of shifting gear with both hands on the wheel. The paddle shifters give the enthusiastic driver an additional edge, particularly when powering round twisty roads. And for the added comfort of drivers in Sweden and other cold countries, the steering wheel can also be specified with heating for increased comfort on cold winter days.
Permanent high beam with groundbreaking technology
The new Active High Beam Control makes journeys in the dark safer and more comfortable.
The technology eliminates the need to switch between low and high beam. Instead, Active High Beam Control makes it possible keep the headlights on full beam continuously.
When another car approaches from the opposite direction, the system helps to prevent dazzling of the oncoming driver by shading out only as much of the beam as necessary. This is done by an ingenious projector module mechanism integrated into the headlamp.
The same benefit applies to drivers in preceding cars.
Cornering Light for better visibility
Another innovative option for driving in the dark is the low-speed Cornering Light feature. As an extension of the current Active Bending Light system, it lights up the area the driver is steering towards for safer manoeuvring - for instance, when turning into a small road or driving through a narrow gateway at night.