Vehicle details
This 2017 MINI Clubman Cooper boasts a single owner and a clear vehicle history check, offering peace of mind for its next custodian. Powered by a 1.5L Petrol engine, this Euro 6 compliant model is presented in the Cooper trim. It features a desirable CHILI Pack, enhancing its appeal with practical additions. The exterior is finished with striking 17in Alloy Wheels in Net Spoke Black, complemented by Black Roof and Mirror Caps. Inside, youll find the comfort of Seat Heating for both the driver and front passenger, alongside the convenience of a Visual Boost Radio with Bluetooth connectivity. This MINI Clubman Cooper stands out with an impressive fuel economy of 55 mpg, indicating its efficiency on longer journeys. Furthermore, its low CO2 emissions and low insurance group highlight its cost effectiveness, making it a sensible choice compared to many other vehicles in its class. The MOT is valid until September 2026, adding to the vehicles readiness for immediate use.
Vehicle features
- 16in Alloy Wheels - Revolite
- 3 Point Seatbelts on all Seats
- 3rd Brake Light - Red
- ABS - Antilock Braking System including CBC - Cornering Brake Control
- Air Conditioning - Manual
- Airbags
- Alarm and Immobiliser - Thatcham CAT 1
- Automatic Door Window Lowering by Approx 6mm When Door Opens
- Bluetooth Hands Free Function with USB Audio
- Body Coloured Fuel Filler Cap in Rear Right Side Panel - Linked to Central Locking
- Brake Pad Wear Indicator
- Child Seat ISOFIX Attachment
- Chrome Bezels around Rear Lights and Headlights
- Cockpit Facia Frame in Hazy Grey and Cockpit Facia in Piano Black Twill
- Condition Based Service
- Crash Sensor
- Cruise Control with Brake Function
- Cupholders - Two in Front
- DAB Tuner
- DTC - Dynamic Traction Control with EDLC - Electronic Differential Lock Control
- Daytime Running Lights
- Decorative Rings Surrounding Round Instruments in Chrome Plated
- Door Handles - Chrome Plated
- Door Sill Finishers - Metal Look and Model Dependent Lettering
- Dynamic Brake Lights
- Dynamic Stability Contr