Citroen has recently announced its new Airdream+ range after introducing it to variants of the C3 Picasso and C4 Hatchback.
Citroen has recently announced its new Airdream+ range after introducing it to variants of the C3 Picasso and C4 Hatchback.
The trim is designed to be more environmentally-friendly and could be perfect for a person looking to step into the green car market for the very first time.
A combined fuel economy of between 62.8mpg and 74.3mpg is included on the models and it emits CO2 at a rate of between 99 g to 119 g/km, which could be great to improve an individual's carbon footprint if they currently own a fuel guzzling motor.
For someone looking to save a bit of cash when purchasing a new vehicle, the Airdream+ range comes complete with free vehicle excise duty for the first year, it delivers "low running costs" and there is a host of complimentary equipment included, according to the manufacturer.
"Showcasing Citroen's smart, green technologies, Airdream+ models feature fuel-efficient HDi engines, optimised gearbox technology and a focus on environmentally considerate engineering," the developer added.
Motorists who want to take a look at the new C3 Airdream+ will find Bluetooth is available and there is a USB socket, perfect for plugging in a mp3 player and listening to music on a long drive, as well as rear parking sensors.
But the C3 Picasso Airdream+ also comes with electrically adjustable windows and folding door mirrors, which are heated.
Choosing the C4 Hatchback Airdream+ will enable the driver to have rear parking sensors too and an automatic digital air conditioning feature will come as standard, but only the manual option is available on the VTR+ trim.
Around 85 per cent of the components used during the manufacture of the vehicle are recyclable and there are also a number of green materials used, according to the producer.
Earlier this year, 68 per cent of people surveyed by the Department for Transport said they would be prepared to pay more money for a car that is less polluting compared to an otherwise identical model.
© Adfero Ltd