Italian firm Automobili Estrema has fully revealed the Fulminea, an all-electric hypercar with a power output of 1.5 megawatts, equal to 2040bhp.
The brand says it will be the first car in the world to have a hybrid battery pack using both solid-state cells and ultra-capacitors, which will power four electric motors. A 0-62mph time of around 2.0sec is claimed and Estrema expects the hypercar to dispatch 0-200mph in less than 10.0sec.
Roberto Olivo, Estrema’s chief operating officer, was hesitant to give a top speed figure, but noted the car would potentially be limited to around 217mph.
In September of this year, the Fulminea will attempt to break the world record at the Nurburgring for a production electric car after the first production models are introduced in June 2023.
The company has launched a crowndfunding campaign to produce a documentary following the hypercar’s journey from its establishment to a Nordschleife lap record.
The car’s design has largely been inspired by aspects of nature, including the rear lights, which are said to resemble the form of a peregrine falcon.
“The inspiration was not just in nature, but the symbol we have adopted, which is the lightning bolt. ‘Fulminea’ means ‘lightning fast’ in Italian, and the lightning bolt is a symbol of electricity, speed and clean energy,” Olivo said.
The Fulminea’s battery pack, developed with partner IMECAR Elektronic, has a capacity of 100kWh, giving an expected WLTP range of 323 miles, and weighs 300kg, contributing to a total kerb weight of 1500kg.
Estrema also claims new levels of rapid charging with the Fulminea. “We want to keep the charging rate at the highest possible level,” said CEO Gianfranco Pizzuto. “Our target is 10% to 80% in about 15 minutes.”
The car is expected to hit the market in the second half of 2023 with just 61 examples to be produced, costing around £2 million each. Solid-state batteries are a technology yet to be widely rolled out to production cars, with large car companies investing significantly to develop a new approach towards electric mobility.