How EV powertrains work, explained through VW's new electric ID. Tiguan

Volkswagen unveiled the ID. Tiguan on 9 October 2026, presenting it as the electric version of its best-selling SUV nameplate and the direct successor to the ID.4 and ID.5, according to the company's official newsroom statement and reporting by Electrek. The car goes on pre-sale in Europe from 13 October, with deliveries starting in early 2027.

The basic difference: no engine, no multi-speed gearbox

A combustion car burns fuel in an engine to turn a crankshaft, then uses a multi-speed gearbox and a fuel tank sized for energy density. An all-electric vehicle instead stores energy chemically in a battery pack and uses one or more electric motors to turn the wheels, according to the U.S. Department of Energy's fueleconomy.gov. The agency states that EVs convert more than 77% of the electrical energy drawn from the grid into power at the wheels, compared with roughly 12% to 30% for a conventional gasoline engine converting stored fuel energy into power at the wheels.

How the ID. Tiguan applies this architecture

The ID. Tiguan is built on Volkswagen's MEB+ platform, an updated version of the architecture already used under the ID.4, according to Volkswagen's newsroom release and reporting by Carscoops. Carscoops reported that MEB+ is shared with other new VW Group electric models, including the Cupra Raval, ID. Polo and ID. Cross.

Volkswagen offers the car with two battery sizes — 58 kWh and 77 kWh — paired with three motor and drivetrain combinations, per the newsroom statement: a 140 kW (190 PS) rear-wheel-drive version with the smaller battery, a 210 kW (286 PS) rear-wheel-drive version with the larger battery, and a 220 kW (299 PS) dual-motor 4MOTION all-wheel-drive version, also with the 77 kWh pack. In the all-wheel-drive variant, one motor drives the front axle and a second drives the rear axle, which is how electric SUVs commonly add four-wheel traction without a mechanical driveshaft.

Volkswagen states the line-up reaches up to 600 km of range on the WLTP test cycle, a figure both Electrek and Carscoops converted to roughly 372–373 miles for comparison with EPA-rated competitors, while cautioning that VW has not said which exact configuration hits that peak figure — most likely the larger-battery, rear-wheel-drive variant, per Carscoops.

What's new compared with the outgoing ID.4

Electrek reported that the outgoing ID.4 used an 82 kWh battery for an EPA-rated range of up to 291 miles in rear-wheel-drive form, or 263 miles with all-wheel drive. The ID. Tiguan's claimed WLTP figures suggest an improvement even though its largest battery, at 77 kWh, is nominally smaller — pointing to possible efficiency gains, though Volkswagen has not detailed the battery chemistry or motor technology for this model in its own statement.

Towing capacity scales with the battery: Volkswagen's release lists 1,800 kg for the 58 kWh models and 2,000 kg for the 77 kWh models. The car also keeps a front trunk ('frunk') of 32 litres and a rear luggage compartment of up to 534 litres, per the newsroom statement.

Pricing and availability

Volkswagen set a starting price of €42,695 for the European market, with pre-sales opening 13 October and deliveries beginning in early 2027, built at the company's Emden plant, according to the newsroom release. Electrek and Carscoops both reported that Volkswagen has confirmed a future U.S. launch for the ID. Tiguan but has not given a date, pricing or EPA range for that market.