Volkswagen plans a 400-hp ID. 2 R pocket rocket hot hatch

Volkswagen gave the world the iconic GTI, and now the company is quietly engineering a new electric beast that - if done right - could redefine the small performance car. The affordable, front-wheel-drive ID. 2 is getting ready for a 2026 debut, but VW's high-performance R division is reportedly working on a much wilder variant: the ID. 2 R. And apparently, it isn't just another electric car with a bigger battery - it's a testbed for technology that could change how future EVs are built.

At the heart of the rumored ID. 2 R is an all-wheel-drive system featuring in-wheel motors for the rear axle. This approach, currently being explored with a specialized technical partner from the Balkans (most likely Slovenian in-wheel motor experts Elaphe), is a big departure from conventional EV design.

Instead of a second motor mounted to the rear axle, which eats into the trunk or passenger space, two compact, powerful motors would be placed directly inside the rear wheels. This clever packaging would, in theory, deliver all-wheel-drive traction and blistering performance without sacrificing the practicality expected from a small hatchback.

The R division's goal is ambitious. The standard front-wheel-drive ID. 2 GTI is already expected to produce up to 286 horsepower - a lot for a compact car. The ID. 2 R, with its trio of motors, is rumored to be targeting a combined output of around 400 horsepower. This would place the little Volkswagen in the same league as some serious performance machinery, potentially making it a rival to the radical Renault 5 Turbo 3E.

The project appears to be a spiritual successor to the 2012 Polo R WRC, a limited-run, road-going homologation special that celebrated Volkswagen's rally dominance. Like its gasoline-powered predecessor, the ID. 2 R will showcase what's possible when engineers are allowed to push the boundaries of a compact platform.

VW insiders suggest the car will feature unique bodywork, a specially tuned chassis, and a distinct interior to separate it from its more sensible GTI sibling. The focus is on creating a genuine "hyper-hatch" that delivers agility and speed without the immense weight and cost typically associated with high-performance electric cars.

The in-wheel motor setup is an exciting idea, but Volkswagen is keeping its options open. The company has reportedly determined that its new MEB Plus platform could also accommodate a more traditional rear-mounted motor without extensive modifications. This provides a fallback if the high-tech hub motors prove too complex or expensive for production.

The implications of perfecting the in-wheel motor technology extend far beyond a single halo car. If successful, it could allow Volkswagen to efficiently add all-wheel-drive capability to a wide range of its smaller electric vehicles. This could pave the way for a small off-road-capable version of the ID. 2 crossover (due in 2027) and allow future models, like the electric Golf successor on the next-generation SSP architecture, to offer all-wheel drive without compromising cargo space or interior design.

Via