Electrification has been coming to the global automotive industry for several years, but some brands are only now starting to join this more sustainable trend. This is the case of Ferrari, which in 2026 will launch the first 100% electric model on the market. A milestone that represents a before and after stage in the history of the car company whose origins go back to Maranello, Italy.
The company has already released some technical details, although it has not yet revealed the final design of the car. The model, called Elettrica, will be equipped with four electric motors (Two on the front axle with a power of 105 kW and two in the rear with a power of 310 kW) Entirely developed by Ferrari. These drives offer a combined power of 830 kilowatts, which translates to more than 1,000 horsepower.
These engines They are completely independent of each other, According to the brand, they promise instant response and absolute control at every wheel. Regarding its performance, Ferrari has achieved amazing numbers for an electric car: it accelerates from 0 to 100 km/h in 2.5 seconds and reaches a top speed of 310 km/h. The declared autonomy is about 520 km.
underground, The Elettrica has a 122 kWh battery – which allows for a center of gravity 80 mm lower than models equipped with a combustion engine -, It consists of 15 modules each containing 14 cells, allowing operation at 880 volts It supports charging powers of up to 350 kilowatts. The cells have a high power density (305 Wh/kg) and the full package delivers 195 Wh/kg, a configuration that seeks to balance performance, autonomy and thermal efficiency.
At the same time, the construction of the structure has another innovative aspect It will be manufactured using 75% recycled aluminum, a decision aimed at improving efficiency And enhancing the sustainable look that the brand wants to imprint in this new electric phase.
In view of this proposal, Many fans may wonder what will happen to the distinctive sound of gasoline cars. Ferrari will not seek to recreate it artificially, But it will apply its own approach through a sensor on the rear axle that will pick up the engines’ natural vibrations and amplify them – in a similar way to how an electric guitar works – to provide a sort of comment Real for the driver and enhances the sense of dynamic response.
Therefore, Under normal driving conditions, the sound is not heard, but when the car is pushed, an original tone appears. Derived exclusively from running the rear engines.