¹Maximum power determined according to UN GTR.21, available for max. 30 seconds. The power output available in individual driving situation depends on variable factors such as ambient temperature, temperature / charging / conditioning status or physical ageing of the high-voltage battery. Availability of maximum power requires a specific high voltage battery temperature of between 23-50ºC and a battery charge level greater than 55% to deliver around 170kW for 58kWh (62kWh Gross) battery, and temperature of between 23-50ºC and a battery charge level greater than 85% to deliver around 170kW for 77kWh (82kWh Gross) Battery. Any deviations from the aforementioned parameters can lead to reduced power output and even to the overboost not being available at all. 

Engine specifications vary from country to country. Please consult the Efficiency Labelling for each engine/battery according to your local requirements.

The values mentioned are the result of the type approval of the selected model, in accordance with Regulation CE 2018/858. The available power (kW) and acceleration of the model depends on the state of charge of the battery and its temperature. 

²The accurate range for your vehicle will vary according to a number of different factors which include the route, weather conditions, vehicle load (occupants + luggage), battery age and condition, optional equipment (alloys, tyres, etc.), the use of peripheral energy consumption systems such as heating, air conditioning and heated seats, as well as your driving style. The indicated range has been calculated in compliance with the WLTP regulation which sets out standard test conditions applicable to all car manufacturers. This ensures that the values calculated in accordance with this regulation are comparable for all vehicles.

³The indicated (net) energy content of the battery represents a typical value, regardless of the vehicle. This figure is calculated under specific conditions, including a consistent usage pattern that reflects the usable energy content of the battery. However, the actual dischargeable energy may vary depending on the driving profile and battery temperature.

The vehicle's actual dischargeable energy, certified under WLTP regulations, corresponds to the usable dischargeable energy.

⁴Estimated value considering a charge between 10% and 80% using a 185kW DC  for the 79 kWh battery package. The charging time of your vehicle may vary due to multiple factors, including but not limited to weather conditions, the age, and the condition of the battery. Accordingly, the charging time provided should not be interpreted as an exact measurement, but rather as a general estimate. This information is for guidance purposes only and does not constitute a guarantee of charging performance.

⁵Estimated value considering a charge between 0% and 100% using a 11 kW AC outlet for the 79 kWh battery package. The charging time of your vehicle may vary due to multiple factors, including but not limited to weather conditions, the age, and the condition of the battery. Accordingly, the charging time provided should not be interpreted as an exact measurement, but rather as a general estimate. This information is for guidance purposes only and does not constitute a guarantee of charging performance.