Citroen C5 Aircross 1.2 PureTech 130 Shine 5dr Petrol Hatchback

The Citron C5 Aircross Hatchback 1.2 PureTech 130 Shine 5dr is a stylish and comfortable SUV designed for practicality and everyday driving. Powered by a 1.2-litre PureTech turbocharged petrol engine producing 130hp, it delivers a smooth and efficient ride, ideal for both city commutes and long journeys. Inside, the Shine trim offers high-quality materials and a spacious cabin, ensuring a comfortable experience for all passengers. The 12.3-inch digital drivers display and 8-inch touchscreen infotainment system with Apple CarPlay and Android Auto provide seamless connectivity and entertainment. Citrons Progressive Hydraulic Cushion suspension enhances ride comfort, while features like dual-zone climate control, keyless entry, and ambient lighting add to the premium feel. Safety is a priority with lane-keeping assist, automatic emergency braking, blind-spot monitoring, and traffic sign recognition. With its modern design, practicality, and advanced technology, the C5 Aircross Shine is a fantastic choice for families and commuters alike.

Features:

Air Conditioning, Climate Control, Cruise Control, Alloy Wheels, DAB Radio, Bluetooth, Parking Sensors, Low Mileage, Full Service History& Apple/Android Play, Automatic triggered rear windscreen wiper in reverse gear, Heated rear windscreen with integrated antenna, One touch electric front/rear windows with pinch protection, Front windscreen wiper with magic wash cleaning system, Dark tinted rear windows and rear windscreen, Acoustic laminated windscreen with rain and brightness sensors, Front ventilated disc brakes and rear disc brakes, Collision risk alert, ESP including traction control and stability programme, ABS/EBD, Electronic parking brake, Hill start assist, DSC (Dynamic Stability Control) and ASR (Electronic Anti-skid System), Suspension with Progressive Hydraulic Cushions, Bluetooth telephone facility, Programmable cruise control and speed limiter, Rear parking sensors, Coffee Break Alert, Speed limit recognition and recommendation