Gary Zhou 
Key Points
- đ Toyotaâs luxury brand, Lexus, will lead the Japanese automaker in adopting Teslaâs Gigacasting techniques for electric vehicle (EV) production.
- đ The upcoming Lexus LF-ZC will utilize Gigacasting to simplify the manufacturing process for next-generation EVs.
- đ Lexus plans to launch a production model of the LF-ZC EV in 2026 and aims to offer only battery-electric vehicles (BEVs) by 2035.
- đ Gigacasting, known for reducing parts needed in automobile manufacturing, has been previously adopted or tested by companies like Volvo, Hyundai, Ford, and General Motors (GM).
- âď¸ Teslaâs massive âGiga Pressesâ play a crucial role in building large underbodies for the Model Y, inspiring other automakers to explore similar casting techniques.
Toyota luxury brand Lexus will lead the Japanese automaker into the use of Teslaâs Gigacasting techniques, after a handful of companies have announced plans this year to invest in transitioning to the technology for future electric vehicle (EV) production.
Toyota said it would adopt Gigacasting manufacturing techniques earlier this year, and Lexus President Takashi Watanabe said at the recent Japan Mobility Show that the company would use Gigacasting to produce the upcoming LF-ZC (via Automotive News). The company also shared a concept photo of the vehicle, saying that it expects to launch a production model of the EV in 2026.
âGigacasting will play a very big role in the LF-ZC, as we want to drastically simplify the manufacturing process of our next-generation EVs,â Watanabe said.
The company also shared a few concept images of the vehicle, as can be seen below and on the Lexus website.
Lexus will also lead the Toyota shift into EVs, as the luxury brand will get its first EVs a year earlier than the parent company, which plans to debut its first battery-electric models in 2027. In addition, Lexus plans to offer only battery-electric vehicles (BEVs) by 2035.
The LF-ZC, which stands for âLexus Future Zero-Emission Catalyst,â is expected to build on previous development of the RZ line, which the automaker launched earlier this year.
Tesla uses its massive âGiga Pressesâ to build two large underbodies for the Model Y, which are then connected to a central underbody comprising stamped sheet metal and aluminum parts. The large-scale casting process significantly reduces parts needed to manufacture automobiles, and several automakers are now taking notice.
Earlier this month, reports noted that Volvo is working with Teslaâs casting machine supplier, while the manufacturing process is also being adopted, or at least tested, by Hyundai, Ford and General Motors (GM).
