Hot id 3 channels spirit of golf gti

2 min read

VW’s first electric hot hatch will be a 282bhp rear-wheel-drive ID 3, due later this year

GREG KABLE

SPY SHOTS

Sporty EV is undergoing cold weather testing before 2024 launch

Volkswagen is preparing to launch a 282bhp hot version of the ID 3 that will serve as an electric equivalent to the Golf GTI.

The electric hot hatchback builds on plans first aired by Volkswagen with the unveiling of the smaller ID GTI concept at the Munich motor show in September last year, with unique exterior styling touches, an upgraded interior and a revised drivetrain offering significantly more power and torque than existing ID 3 models.

Seen here in prototype form undergoing cold weather testing, the upcoming range-topping ID 3 has two-wheel drive, like every Volkswagen that has worn the hallowed GTI badge over the past five decades.

However, instead of being front-wheel drive, this latest sporting model will have rear-wheel drive, in line with every other ID 3.

Although Volkswagen’s previous management initially hinted at a dual-motor, four-wheel-drive GTX version of the ID 3 at its launch in 2019, current CEO Thomas Schäfer has subsequently denied that the firm harbours plans for such a model.

This is in part owing to the cost of re-engineering this version of the MEB platform to accept a front-mounted electric motor – as is possible in larger MEB-based EVs.

Autocar understands that the GTX name could be used for the hot ID 3, even though it has been previously reserved for four-wheel-drive EVs.

Technical details remain scarce ahead of the ID 3 GTX’s planned introduction in 2024. However, the new EV is expected to feature Volkswagen’s significantly more powerful APP550 motor in place of the ID 3’s existing APP310 unit (see box, right).

Befitting its sporting remit, the ID 3 GTX will get a uniquely tuned chassis, with revised gearing for the steering, firmer springs and dampers and a lowered ride height, among other changes.

It will also have recalibrated stability and traction control systems and a revised

This article is from...

Related Articles

Related Articles