This prototype is another step towards the first electric BMW M3.

For BMW M3 devotees, take a deep breath: everything points to a new generation of the combustion-engined M3 still being on the way. The sign of the times is that it is expected to be joined by an electric M3 as well - and the Vision Driving Experience (VDX) is the closest glimpse yet of that future.

BMW is adamant that the VDX is not a test mule for the next BMW M3, yet it looks as though it has all the right ingredients. It echoes the Vision Neue Klasse (which previews the future electric 3 Series), but the stance is noticeably more muscular and purpose-built.

According to BMW, the BMW Vision Driving Experience is a rolling laboratory designed to push every component destined for future Neue Klasse models to the limit. In that sense, what you cannot see is almost more impressive than what you can.

The VDX runs one motor per wheel - four in total - and BMW says it is the most powerful prototype it has ever built… without providing a power figure. Instead, it has chosen to headline 18 000 Nm of torque. Steady on: that will almost certainly be the wheel-torque figure, after the multiplying effect of the final drive ratio, rather than a combined total across all four motors.

The extreme approach does not stop there. Alongside its four-motor layout, it features five fans underneath the body. Remember the McMurty Spéirling?

Those fans serve the same purpose here: to pin the BMW Vision Driving Experience to the tarmac. BMW claims they can generate up to 1.2 tonnes of downforce, even when stationary. The pay-off is cornering at far higher speeds than usual, with lateral forces that can reach 3 g (!).

“Heart of Joy” control unit in the BMW Vision Driving Experience (VDX)

We may have missed something in translation, but the control unit running this complex system has been christened “Heart of Joy”.

It is an unusual name for a central computer whose job is to oversee almost everything in the BMW Vision Driving Experience - driving, braking, charging via energy recuperation, certain steering functions, the motors, and more.

BMW says this is the first time it has combined, within a single control unit, the hardware and software systems that manage both the drivetrain and the chassis - and that it has all been developed in-house.

In this rolling lab, technologies such as all-wheel drive with torque vectoring, active suspension, and a very low centre of gravity come together, helped by integrating the battery into the car’s structure. BMW says the result is exceptionally sharp dynamic behaviour with “millimetre-perfect” precision.

A new chapter for BMW M and the M3

The BMW Vision Driving Experience is positioned as more than a styling study or a pure technology exercise. It reads more like a manifesto for what the next decade could look like for BMW and BMW M: emotion, accuracy and a new performance benchmark, without giving up the enjoyment of driving - even if it arrives in silence.

Inside, the VDX also revisits solutions already shown on other Neue Klasse prototypes, underlining how BMW intends to remain faithful to a driver-focused philosophy.

The driving position is simplified and geared towards a more sensory experience, reinforcing that commitment. The seat is set lower, there is a sportier-looking steering wheel, and the dashboard is dominated by a central display and the new Panoramic iDrive, which places a slim, full-width screen at the base of the windscreen.

The biggest secret - still to be revealed - is the timing for when all these ideas are expected to reach public roads. Talk suggests the electric M3 could arrive in 2027.

One thing is clear: the BMW Vision Driving Experience already feels like far more than a “simple” prototype. Beyond its core mission, it is also a statement of intent.