The electric Alpine A110 is no longer a theoretical proposition.
The battery-powered version of the French automaker’s beloved sports car made its public debut at the Goodwood Festival of Speed on Thursday. The car on display is only a “development mule,” according to the company, but it represents the first time the EV has been seen in motion.
BWT Alpine Formula One Team driver Pierre Gasly was at the wheel of the car, which will be called the A110 Future, as it tackled Goodwood’s famous hill climb. The driver, who had the event’s organizer, the Duke of Richmond, in the passenger seat, was instructed to take it easy, according to Top Gear, but video of the run shows the car having no difficulty navigating the 1.17-mile course and its nine turns.
“Alpine continues to show that an electric sports car can be lighter, sharper, and really enjoyable to drive,” Gasly said in a statement. “I am certainly excited to see what the future holds and I hope everyone enjoyed this show today.”
Alpine referring to the electric A110 at Goodwood as a development mule suggests that the vehicle remains a work in progress. Despite this, we do have one important concrete detail about the car, which is that it will utilize the all-new Alpine Performance Platform. The modular setup swaps out the last-gen A110’s 1.8-liter turbocharged inline-four for two electric motors, both of which are positioned on the rear axle.
Those motors, which Alpine has dubbed the “dual E-motor,” are fed by an 800-volt battery system. The pack is split between both ends of the vehicle, with 25 percent of power directed to the front and 75 percent to the rear. The rear bias, along with a torque vectoring system, plays a key role in ensuring that the EV handles like a traditional mid-engine sports car—which the first two iterations of the A110 were—while also leaving open the possibility of the addition of a frontward motor in the future.
Last year, Alpine CEO Philippe Krief told Road & Track that the automaker was targeting an output of 464 hp for the A110 Future, which gives it more than 100 horses more than the most potent model from the car’s second generation, the A110 R Ultime. The marque is also prioritizing keeping its weight below 3,000 lbs, which would make it significantly lighter than the majority of performance-oriented EVs currently on the market.
Facts Only
* The battery-powered version of the Alpine A110 debuted at the Goodwood Festival of Speed.
* Pierre Gasly drove the car during the hill climb.
* The vehicle was named the A110 Future.
* The car uses the new Alpine Performance Platform.
* The powertrain features two electric motors on the rear axle, dubbed the "dual E-motor."
* The system is fed by an 800-volt battery split between the front (25%) and rear (75%) of the vehicle.
* A torque vectoring system and rear bias are used for handling.
* Alpine targeted a power output of 464 hp for the A10 Future.
* The marque prioritizes keeping the weight below 3,000 lbs.
* The setup replaces the previous 1.8-liter turbocharged inline-four.
Executive Summary
Full Take
The presentation frames a technological evolution where performance and design objectives—lightness, sharpness, and enjoyment—are achieved through electrification and novel powertrain architecture. The designation of the vehicle as a "development mule" manages expectations by positioning it as an iterative step rather than a final product, which controls the narrative around immediate performance claims while hinting at deeper engineering changes. The technical specifications reveal a design choice that prioritizes dynamic handling reminiscent of classic mid-engine layouts through rear-axle motor placement and torque vectoring, opening up future design flexibility. This suggests a deliberate tension between established sports car feel and novel EV physics. The pursuit of sub-3,000 lb weight further places this effort in direct competition with current market trends for lighter EVs. The pattern observed is the deployment of technological specifics (800V system, dual motors, torque vectoring) not just as specifications, but as mechanisms to justify a desirable aesthetic and performance outcome, subtly guiding the perception of innovation.
What assumptions about tradition versus novelty drive the engineering decisions in this powertrain layout? How does labeling an iteration a "mule" affect the perception of commitment from the manufacturer? If weight reduction is a key goal for EVs, what are the unforeseen trade-offs introduced by concentrating power and battery mass in this specific rear arrangement when future architectures might favor front-wheel drive or different suspension philosophies?
Sentinel — Human
The text reads like standard automotive journalism, effectively balancing the public spectacle with specific engineering details provided by the company.