SYDNEY: BMW M is expanding its compact high-performance portfolio with the introduction of the new BMW M2 Coupé with M xDrive.
This brings BMW’s all-wheel drive system to the iconic real-wheel-drive sports Coupé for the first time.
Combining the acclaimed 3.0-litre six-cylinder M TwinPower Turbo engine with BMW M xDrive technology, the new M2 Coupé M xDrive delivers enhanced traction, sharper acceleration and greater stability while maintaining the engaging, rear-biased driving characteristics that define every BMW M model.
The M2 Coupé M xDrive will enter production in August 2026 at BMW Plant San Luis, Potosí, Mexico.
The first Australian customer deliveries are expected in late 2026.
The M2 model range also gains an expanded palette of exterior finishes with the introduction of BMW Individual Borusan Turkish Blue.
Power comes from BMW M's S58 3.0-litre M TwinPower Turbo inline six-cylinder petrol engine, producing 353kW (480PS) and 600Nm.
Paired with an eight-speed M Steptronic transmission with Drivelogic, the new model accelerates from 0-100kph in just 3.7 seconds.
The M xDrive all-wheel-drive system uses an electronically controlled multi-plate clutch to distribute drive torque variably between the front and rear axles, optimising traction and performance across a broad range of driving conditions.
In keeping with BMW M philosophy, the system retains a pronounced rear-wheel-drive character.
Under normal driving conditions, power is directed exclusively to the rear wheels, with the front axle engaged only when additional traction is required.
Working alongside the Active M Differential, M-specific traction control and Dynamic Stability Control (DSC), the M xDrive system continually adapts to road conditions and driving inputs to maximise agility, precision and confidence behind the wheel.
Drivers can tailor the operation of the M xDrive system through the M Setup menu.
Also, the M2 Coupé M xDrive introduces BMW M Ignite Technology, a patented pre-chamber ignition system designed to increase combustion efficiency and support compliance with forthcoming European EU7 emissions standards.
The innovative system features a dedicated pre-chamber equipped with its own spark plug and ignition coil.
Connected to the main combustion chamber through a series of overflow openings, the system effectively creates two ignition processes within the engine.
At lower and medium engine speeds, combustion is initiated by the conventional spark plug in the main chamber before the pre-chamber system activates.
Under higher engine speeds and greater performance loads, the pre-chamber ignition assumes a more prominent role.
Fuel-air mixture ignited within the pre-chamber generates flame jets that exit at the speed of sound, igniting the mixture within the main combustion chamber at multiple points simultaneously.
This accelerates combustion, improves efficiency and helps prevent uncontrolled combustion, commonly known as knocking.
The result is improved efficiency, particularly under sustained high-performance driving conditions such as track use, allowing drivers to maintain performance for longer while consuming less fuel.
Supporting the new ignition system are further enhancements including a higher compression ratio and turbochargers with variable turbine geometry, improving responsiveness, broadening the torque curve and reducing turbo lag across the rev range.
