2015 BMW ALPINA

BMW Alpina D4 BI - TURBO 2015. Immaculate white paint colour. Full history. The car has wanted for nothing and is in immaculate condition.

Please call for any questions. No scammers or chancers / dreamers. Call Adam on 07958340141

2 former owners from new.

The BMW Alpina D4 Bi-Turbo is a high-performance hard top diesel coupé developed by Alpina based on the BMW 4 Series. Unlike a standard BMW, Alpina extensively re-engineered the engine, suspension, transmission, cooling, aerodynamics, and interior to create a car that combined exceptional long-distance comfort with near-M-car performance and remarkable fuel economy.

Many enthusiasts regard the D4 Bi-Turbo as one of the best high-performance diesel coupés ever built because of its blend of effortless torque, luxury, and understated styling.

Overview

Manufacturer: Alpina

Based on: BMW 435d / BMW 4 Series F32

Production: 2014–2019

Model year: 2015

Body style: 2-door coupé

Drive layout: Rear-wheel drive (RWD)

Engine: Alpina-modified 3.0-litre straight-six twin-turbo diesel

Transmission: Alpina Sport Automatic 8-speed

Seats: 4

Doors: 2

Engine Specifications

Specification Details

Engine code BMW N57-based Alpina engine

Configuration Inline 6-cylinder

Displacement 2,993 cc (3.0 L)

Fuel Diesel

Induction Bi-Turbo (Twin Turbo)

Power 350 PS (345 bhp / 257 kW) @ 4,000 rpm

Torque 700 Nm (516 lb-ft) @ 1,500 rpm

Emissions standard Euro 6

Fuel injection Common rail direct injection

Alpina revised:

ECU software

Intake system

Exhaust manifold

Cooling system

Turbo calibration

to produce significantly more power than the standard BMW diesel engine.

Transmission

ZF 8-speed Sport Automatic

Alpina-specific software calibration

Steering-wheel-mounted shift buttons

Rear-wheel drive

Electronic differential

The gearbox is renowned for extremely smooth yet rapid gear changes.

Performance

Performance Figure

0–62 mph (100 km/h) 4.6 seconds

Top speed 173 mph (278 km/h)

Quarter mile Approximately 13 seconds

Power 350 PS

Torque 700 Nm