Lexus brings back LFA name for new electric supercar built on Toyota GR GT platform
Nameplate Returns: The Lexus LFA nameplate returns for an electric supercar concept that replaces the combustion engine of the original V10 model. Lexus bases this new LFA Concept on the Toyota GR GT sportscar platform. Lexus earlier previewed this direction with the Sport Concept. The company states the LFA name is not tied to internal combustion engines. Lexus and Toyota will develop the model together. Shared Platform: The electric LFA Concept is developed alongside the V8-powered Toyota GR GT, which produces 650hp. The Lexus version uses an aluminium-intensive structure and gains packaging flexibility from its EV layout. Lexus confirms bespoke exterior design and a minimalist cockpit. A yoke suggests steer-by-wire similar to the Lexus RZ. Lexus presents the concept as part of its future BEV strategy. Dimensions Confirmed: Lexus states the LFA Concept measures 4,690mm long, 2,040mm wide and 1,195mm tall, with a 2,725mm wheelbase. Its footprint aligns with the Aston Martin DB12 and Bentley Continental GT, but its low height suggests batteries are not placed under the floor. The profile resembles the original LFA. Lexus says all components aim for aerodynamic performance and balanced packaging. Solid-State Possibility: Toyota indicates its first solid-state battery will enter a high-power EV in about two years, and the LFA Concept is a likely candidate. Solid-state batteries could provide double the power, triple the range and reduced space use. Toyota sees the LFA as a suitable low-volume model for initial deployment and cost offset before wider rollout across the product line. Concept Evolution: The new LFA Concept appeared earlier as the Lexus Sport Concept, retaining identical body lines, wheel designs and light clusters. Lexus now provides dimensions confirming its two-seat layout and low silhouette. The minimalist cabin includes a yoke with a tri-screen display and driver-focused controls placed on the steering wheel. Lexus positions these elements for intuitive operation. Structural Approach: Lexus confirms the all-aluminium body structure is shared with the Toyota GR GT, and the concept targets a fusion of driving performance influenced by the GR GT and GR GT3. The model employs an all-electric drivetrain and lacks specific powertrain data. Lexus emphasises the LFA name symbolises technologies engineers must preserve and pass to future generations, reflecting the brand philosophy. Heritage Principle: Lexus links the new concept to Toyota’s “Shikinen Sengu” principle, which promotes passing car-making skills from veterans to younger engineers. The LFA Concept follows the Toyota 2000GT and original LFA in this lineage. Lexus aims to combine performance and styling while advancing electrification. The company presents the concept as part of continued efforts to refine BEV development skills. Immersive Intent: Lexus describes “Discover Immersion” as the guiding value of the LFA Concept. The car aims to merge aerodynamic performance with sculptural form to create an immersive driving experience. The cockpit uses an ideal driving position for unity between driver and vehicle. Lexus designs functional features to extend driver awareness and create a purposeful interface shaped by performance needs. Design Balance: The LFA Concept uses the GR GT aluminium frame to maximise sports-car performance with classic coupe proportions. Its low, flowing silhouette echoes the original LFA. Lexus targets universal appeal across cultures while supporting next-generation styling. The interior maintains simplicity and places functional components around the driver. The steering layout enables blind-touch operation for intuitive sports-car control. Future Direction: Lexus confirms the concept as a BEV sports car shown earlier at Monterey Car Week and the Japan Mobility Show in 2025, now renamed with partial specifications. It seats two and carries the published dimensions. Lexus has announced no launch timeline. The company continues developing electrification technologies and inherited engineering skills, seeking production readiness while exploring high-performance BEV potential.
2025-12-05T10:02:39Z