Karma Automotive and Factorial Inc. announced the launch of what the companies describe as the first commercial solid-state battery program in the United States focused on electric vehicles (EVs).
The collaboration will integrate Factorial’s solid-state battery technology into Karma’s next-generation vehicle platform, beginning with the all-electric Karma Kaveya. The vehicle is positioned as a high-performance ultra-luxury electric coupe and is currently planned for US market introduction in late 2027.
By combining Karma’s American-based engineering, vehicle design, and production capabilities with Factorial’s domestically developed solid-state battery platform, the partnership aims to support domestic innovation in advanced EV technologies. The program is intended to validate solid-state battery technology within a production passenger vehicle environment while advancing electric and hybrid vehicle development.
Factorial’s solid-state battery technology is based on a high-energy electrolyte system designed to support increased driving range and improved vehicle efficiency compared to conventional lithium-ion batteries. These characteristics align with the performance and packaging requirements of Karma’s next-generation vehicle architecture.
The solid-state cells are designed to be compatible with existing lithium-ion battery manufacturing infrastructure. According to the companies, the technology can leverage up to 80 percent of current lithium-ion production equipment, which is intended to support a more efficient transition to commercial-scale manufacturing.
Through this collaboration, Factorial’s solid-state battery cells will be integrated into a US-designed and engineered ultra-luxury vehicle platform. The program is positioned as a step toward broader commercialization of solid-state battery technology within the US automotive manufacturing ecosystem.
Filed Under: Batteries, Technology News