Lexus has announced a strategic manufacturing roadmap to produce an electric vehicle within China by 2027, utilizing advanced gigacasting technology to streamline vehicle assembly and reduce structural weight, according to reporting by Top Gear Philippines.
A regional manufacturing lead for Toyota and Lexus, speaking anonymously in the initial company roadmap documents, confirmed the shift toward localized production to meet Chinese market regulatory requirements and optimize supply chain logistics within the region.
While the 2027 launch date and gigacasting implementation have been officially confirmed by the company manufacturing roadmap, the specific factory location within China and the projected production capacity for the 2027 model year have not been finalized.
The integration of gigacasting represents a major production methodology transition for the luxury brand. This development mirrors Tesla's adoption of gigacasting at Giga Shanghai, which significantly reduced production costs and manufacturing complexity for the Model Y.
By replacing numerous stamped and welded metal parts with massive single-piece aluminum castings, Lexus aims to reduce vehicle weight, improve structural rigidity, and accelerate assembly timelines at its future Chinese operational facilities.
The strategic pivot by the Japanese luxury brand comes amid intense competition in the world's largest electric vehicle market. Local Chinese automotive competitors have criticized the late entry of legacy Japanese brands into the gigacasting space, citing a potential innovation gap compared to domestic manufacturers like BYD, which have utilized large-scale casting techniques for years.
Lexus supply chain partners in the Asia-Pacific region will need to transition to larger-scale casting components to support the new manufacturing process. Tier-1 and Tier-2 component suppliers must invest in high-tonnage casting presses and specialized metallurgical testing equipment to meet the stringent structural specifications required for gigacast vehicle architectures.
