Arrow Motor Company are pleased to present this immaculate BMW 335d xDrive M-Sport Shadow Edition Touring Auto, finished in the stunning Mineral Grey Metallic Paintwork, with matching Full Black Dakota Leather Interior. Equipped with BMW's Award Winning 3.0-litre TwinPower Turbo Diesel engine, capable of producing 309bhp, achieving 49.6mpg combined, rising to 51.4mpg in Extra-Urban environments. This particular example is also complemented by Full Service History (FSH) and a Full Matt Black M-Performance Kit. This vehicle also benefits from Heated Front Seats, Powered Boot with Glass Release, Harman Kardon Surround Sound System, M-Sport Braking, Privacy Glass, Cruise Control and Speed Limiter, 8-Speed Automatic Gearbox with Paddle Shift, Professional Satellite Navigation, and much moreThis 2017 BMW 3 Series 335d M Sport Shadow Edition comes with a clear vehicle history check, providing peace of mind for your next purchase. This model features a powerful 3.0L diesel engine paired with a four-wheel drive system, ensuring capable performance in various driving conditions. As a Euro 6 compliant vehicle, it meets modern emission standards. Inside, the cabin is equipped with the Media Package BMW Professional and enhanced Bluetooth telephone preparation, which includes a USB audio interface and voice control for seamless connectivity. Comfort is prioritised with heated seats for both the driver and front passenger, while convenience is enhanced by rain sensors with automatic headlight activation and bright LED headlights.The performance of this vehicle is a significant highlight, as it is capable of accelerating from 0 to 62mph in just 4.9 seconds. This rapid acceleration, combined with the stability of the four-wheel drive system, sets this M Sport Shadow Edition apart from many standard saloon cars. The inclusion of premium technology like the professional media package and thoughtful additions such as heated seating and automatic lighting systems ensures that this car offers a more refined and capable driving experience compared to similar models in its class.