Volkswagen lifts ID. Polo GTI top speed to 118 mph as European orders open at €39,995
Volkswagen has raised the top speed of the electric ID. Polo GTI to 118 mph ahead of deliveries, launching European pre-sales with a €39,995 base price in Germany.
- €39,995
- 118 mph
- 431 km
- 223 hp
What Happened
Volkswagen commenced pre-sales for the front-wheel-drive ID. Polo GTI across European markets, establishing German entry pricing at €39,995. Prior to customer handovers, engineers recalibrated the hot hatchback's electronic governor to achieve a top speed of 118 mph (190 km/h), elevating performance beyond the previously projected 109 mph threshold.
€39,995EUR
German market opening pre-sale price
118 mph
Increased maximum velocity following customer input
431 km
Certified single-charge driving range with 52 kWh pack
The compact hot hatch retains its single front-axle electric drive motor rated at 223 horsepower and producing 214 lb-ft of pulling power. Managed through an electronically regulated front differential, the vehicle completes the benchmark sprint to 62 mph (100 km/h) in 6.8 seconds using a 52-kilowatt-hour usable battery.
Standard chassis equipment includes adaptive dampers on a lowered suspension setup, progressive variable-ratio steering, and a dedicated steering wheel control button to harmonize drive modes, sound generation, and instrument cluster visuals. Direct-current rapid charging tops out at 105 kW, enabling a 10 to 80 percent replenishment in approximately 24 minutes.
Why this matters
Adjusting top speed and expanding WLTP range to 431 km demonstrates Volkswagen's willingness to fine-tune entry-level electric performance cars in response to customer feedback. The €39,995 entry point tests European retail appetite for compact electric hot hatches featuring standard adaptive chassis hardware.
Terms in This Story
- Adaptive Dampers
- Shock absorbers that dynamically adjust damping firmness in response to road surfaces and driver inputs.
- Limited-Slip Differential
- A differential mechanism that prevents excessive wheelspin by transferring torque to the driven wheel with the most traction.
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