Volkswagen ID.3 GTX electric hot hatchback will go into production
VW has given an electric Golf GTI equivalent the green light, with all-wheel drive and 295bhp output expected
Volkswagen passenger-cars chief Ralf Brandstaetter has confirmed that an ID.3 GTX hot hatch will join the ID.4 GTX and ID.5 GTX in the German brand’s line-up of electric performance cars. Speaking to DrivingElectric at the IAA Mobility motor show in Munich, he said, “The decision is made. We have the ID.4 GTX and the ID.3 GTX will come.”
Brandstaetter previously revealed an 'ID.X' prototype (pictured above, and driven by DrivingElectric below), which was put together by Volkswagen engineers to explore the concept of an ID-brand hot hatch. However, there'll be some differences between that car and the eventual production version of the ID.3 GTX.
The ID.X produces 335bhp, is powered by a 77kWh battery and has a rear-wheel-drive layout, but the ID.3 GTX will likely share its powertrain with the ID.4 and ID.5 GTX, which use a dual-motor setup for four-wheel drive and have a 295bhp power output.
“The ID.X concept was to show what’s possible,” Brandstaetter explained. “We had the MEB toolbox in the beginning, then we added all-wheel drive with the GTX. We will add a performance engine on the rear axle [of the ID.3] to give the car more acceleration, more speed.”
Volkswagen ID.X prototype drive
A few months ago, Brandstaetter revealed the ID.X prototype to the world in a short post on professional social network LinkedIn. A hot-hatch version of the ID.3 seemed an inevitable prospect, offering a zero-emissions equivalent to the Golf GTI, but this was the first sight of a prototype.
Fast-forward to now, and DrivingElectric has had the opportunity to take a brief drive in the ID.X, getting an insight into what VW's engineers have in mind for the electric future of performance cars. The car itself is something of a 'skunkworks' project, assembled by the engineers using a pre-production ID.3 First Edition chassis, a 77kWh battery taken from a crash-damaged car and drivetrain components from an ID.4 GTX that had been used for crash-testing. It weighs 1,933kg.
As noted above, there are several key differences between this car and the likely configuration of the production ID.3 GTX. Firstly, the prototype is more powerful, making 335bhp and 460Nm of torque, compared to an expected figure of 295bhp for the final version. Secondly, it's rear-wheel drive, whereas the final version will be four-wheel drive for greater grip and stability.
Brandstaetter himself was along for the drive, and described some of the ID.X's key characteristics. "We already know that most electric cars do pretty well in the traffic-light sprint," he said, "but the ID.X is even faster than a Golf GTI Clubsport from 0-62mph. Driving an electric car doesn't mean leaving driving fun behind – quite the contrary, in fact."
The ID.X prototype is finished in Manganese Grey, accentuated with neon yellow stripes for a colour scheme reminiscent of the Peugeot Sport Engineered 508 high-performance plug-in hybrid. It'll do 0-62mph in 5.3 seconds (compared to 5.7 for the aforementioned GTI Clubsport) and is a full second quicker from 50-75mph than its petrol-powered equivalent.
Driving the ID.X on an oval test track and handling circuit, the playful nature of its rear-wheel-drive setup is immediately evident – something which the four-wheel-drive production car will no doubt tone down a bit. But it never feels like it has too much power; rather, it feels entirely appropriate for the chassis. Ride comfort is decent, too, despite the large 21-inch alloys and low-profile tyres. It even makes a good noise – a genuine revvy hum from the electric motor, rather than the synthesised sounds generated by many performance electric models.
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