Lexus is officially resurrecting its most hallowed nameplate, but it is compliant with modern times. The screaming V10 engine that defined the original icon is swapped for a battery pack. While expectations are that this model will crown Toyota as one of the first legacy manufacturers to turn to solid-state battery packs, that part of the story remains under wraps. 

Lexus has officially confirmed that the “Lexus Sport Concept,” previously shown at Monterey Car Week, will adopt the LFA moniker as it transitions toward a production target around 2029. 

A high-stakes bet

By attaching the LFA badge to a battery-electric vehicle, Lexus is making a high-stakes bet that it can replicate the emotional resonance of its combustion predecessor through silence and software rather than the 9,000-rpm acoustics of a V10. That engine was related to Toyota’s parent company’s efforts in Formula 1.

However, the upcoming LFA is not a standalone model. The electric LFA is being developed in tandem with the Toyota GR GT, a track-focused machine that will reportedly utilize a 641-horsepower twin-turbo V8. 

Multi-energy strategy

Both vehicles share their lightweight aluminum chassis and core structural mechanics. Yet, they diverge completely on propulsion, effectively offering their wealthy buyers a choice between the mechanical past and the digital future on the same platform.

It’s part of the multi-energy strategy the Toyota Group has always embraced on the auto sector’s path toward electrification.

The executive at Toyota has a Japanese label to frame this dual development. They call it ”Shikinen Sengu,” a philosophy of passing techniques from one generation to the next. Ideally, this ensures that the driving dynamics honed on the racetrack-ready GR GT translate to the electric Lexus.

Lower than usual

Technically, the concept presents intriguing deviations from standard electric car architecture. Standing just under 1.2 meters tall, the LFA Concept sits significantly lower than most electric vehicles, which typically stack batteries under the floor. 

This profile suggests Lexus engineers are employing a “mid-ship” battery layout behind the seats or relying on next-generation energy storage. Toyota has previously indicated plans to debut solid-state batteries in a high-performance vehicle by 2027, making the production LFA a prime candidate for this technology.

Such a system would be necessary to maintain the low center of gravity and weight targets required to compete with the combustion-powered GR GT. But, as said, there’s no news on that yet.

Minimalist approach

On the inside, the cabin rejects the screen-heavy trends of the luxury segment in favor of a minimalist approach. A yoke-style steering wheel connects to the steer-by-wire system introduced on the RZ crossover, while the driver is cocooned in a cockpit designed to limit distractions. Physical switchgear is positioned for blind-touch operation, emphasizing driving engagement over infotainment.

While the arrival of the production model is still years away, the immediate question remains whether the LFA name can hold its value without the soundtrack that made it famous.

Hopefully, the habits of rich customers will have shifted to charging by the time the LFA enters the market. Or will it follow in the footsteps of its forefather, which struggled to find customers for its limited run of 550 units?