Vehicle details
With only 20, 980 miles on the clock, this 2020 BMW 3 Series 320d M Sport represents an opportunity to acquire a vehicle with very low mileage for its age. The vehicle is equipped with a 2.0L diesel engine and a four-wheel drive system. The car has a clear vehicle history check and its roadworthiness is guaranteed with an MOT valid until April 2026. The interior is enhanced with Fine-Wood Ash Grey-Brown High-Gloss trim, lumbar support and heated seats for both the driver and front passenger. The BMW Live Cockpit Professional, including Apple CarPlay, Bluetooth, and memory seats, ensures a connected and comfortable driving experience, complemented by a rain sensor with automatic headlight activation. This vehicle meets Euro 6 emission standards. The BMW 3 Series 320d M Sport combines performance with practicality. The acceleration, achieving 0-60mph in just 6.9 seconds, demonstrates how this vehicle offers a compelling driving experience when compared to similar models.
Vehicle features
- 12V Power Socket in Front Storage Compartment
- 18in Alloy Wheels - M Light Double-Spoke Style 790 M - Bicolour Orbit Grey
- Acoustic Glazing
- Active Air Stream Kidney Grille
- Active Guard Plus
- Air Conditioning - Automatic with Three-Zone
- Airbags
- Alarm System - Thatcham 1 with Remote Control and Electronic Engine Immobiliser
- Ambient Lighting with Welcome Light Carpet
- Armrest - Integrated in Door Trim Front and Rear and in Front on the Centre Console
- Armrest - Rear Centre with Two Cupholders
- Attentiveness Assistant
- Battery Safety Cut-Off in the Event of an Accident
- Bluetooth Hands Free with USB Audio Interface
- BMW Connected Package Professional
- BMW ConnectedDrive Online Services
- BMW Emergency Call
- BMW Live Cockpit Professional
- BMW TeleServices
- Brake Pad Wear Indicator - Front and Rear
- Bumper System - Front and Rear
- Central Locking Switch - Doors - Fuel Filler Cap - Luggage Compartment
- Centre Console Rear Storage Compartment - Ventilation Grille
- Check Control Warning System for Monitoring of Li