Description
Well-presented BMW X1, very well maintained over the years and driving exceptionally well. It comes with full service history, has just had an oil and filter service, and has a full 12-month MOT until 6th August 2027. The car drives beautifully and feels extremely smooth and tight on the road, making it a great example ready to drive away.
FINANCE AVAILABLE | PART EXCHANGE WELCOME | LIVE VIDEO VIEWING AVAILABLE | OUT-OF-HOURS APPOINTMENTS AVAILABLE | EXTENDED WARRANTY AVAILABLE | NATIONWIDE DELIVERY AVAILABLE.
BUY WITH COMPLETE CONFIDENCE. ALL OUR VEHICLES UNDERGO AN INSPECTION BY HIGHLY QUALIFIED TECHNICIANS BEFORE ANY NECESSARY PREPARATION IS CARRIED OUT. WE TAKE PRIDE IN PRESENTING OUR VEHICLES TO A HIGH STANDARD, OFFERING GREAT QUALITY CARS AT COMPETITIVE PRICES.
ALL VEHICLES ARE FULLY VALETED, CLEANED AND SANITISED BEFORE BEING PRESENTED FOR SALE. OUR AIM IS TO PROVIDE A PROFESSIONAL, RELIABLE AND HASSLE-FREE BUYING EXPERIENCE FOR EVERY CUSTOMER.
This 2012 BMW X1 20d M Sport combines the practicality of a compact SUV with the refined styling associated with the M Sport trim level. Under the bonnet, it is equipped with a 2.0 litre diesel engine paired with a four wheel drive system, providing a balanced driving experience across various road conditions. Prospective buyers can have peace of mind regarding the vehicle's background, as it has passed a clear vehicle history check.
The vehicle offers a blend of efficiency and performance, achieving 52 mpg and featuring low CO2 emissions, which makes it a sensible choice for those mindful of running costs. It is capable of accelerating from 0 to 62 mph in 8.1 seconds, ensuring responsive handling when needed. Inside, the cabin is well equipped with the Media Package BMW Business, which includes enhanced Bluetooth telephone functionality with a USB audio interface and voice control for the phone. Comfort is prioritised with front heated seats and automatically dimming folding door mirrors, adding a layer of convenience that enhances the daily driving experience compared to standard models.