Toyota has reportedly suspended development of an electric Lexus saloon that was due to enter production from late 2026 using a new gigacasting process. The Japanese manufacturer first presented the concept model in 2023 under the name Lexus LF-ZC.The Lexus LF-ZC study at its presentation in late 2023.Image: ToyotaAccording to Nikkei Asia, Toyota has fully discontinued development of the production version of its battery-electric Lexus saloon. If the report proves accurate, the Lexus LF-ZC concept unveiled at the end of 2023 will not progress into a market-ready production model.Toyota originally planned to launch the battery-electric saloon for the Lexus brand in late 2026 before postponing the market introduction to mid-2027. The latest reports now indicate that the company will not build the model at all.Toyota had originally planned to build the vehicle at a factory in Japan’s Aichi Prefecture using gigacasting technology, which combines multiple components into large aluminium sections through a casting process. Despite cancelling the model, Nikkei reports that Toyota will continue its research and development work on gigacasting and solid-state batteries.According to the report, the company could still introduce next-generation electric vehicles at a later stage, potentially with a stronger emphasis on other body styles such as SUVs.Alongside gigacasting, Lexus had reportedly planned a further production overhaul for its future electric models, at least according to the presentation of the LF-ZC concept in 2023. The company intended to replace the conventional assembly line with a ‘self-driving assembly line,’ effectively an autonomous carrier system.Lexus expected the concept to provide greater flexibility in factory planning, reduce lead times for mass production and lower investment costs.asia.nikkei.com
Toyota reportedly pauses plans for electric Lexus saloon - electrive.com
Toyota has reportedly suspended development of an electric Lexus saloon that was due to enter production from late 2026 using a new gigacasting process. The










