China's battery company CATL is reported to have developed a dedicated battery targeting the U.S. electric pickup truck market. U.S. automakers have already begun testing the battery, raising interest in CATL's prospects for entering the U.S. market.

InsideEVs reported on Sept. 21 local time that CATL designed a taller-shaped battery to match the body structure and cargo demands of U.S. pickup trucks. CATL is reviewing ways to enter the market by licensing its technology to U.S. manufacturers rather than building its own production facilities.

A feature of the development is that CATL has made large pickup trucks, rather than the U.S. passenger electric vehicle market, a separate target. Pickup trucks are larger than passenger cars and have wider cargo space, requiring a different design for battery packaging.

Liangbo Zhu (주링보), chief technology officer for CATL's international business unit, said in an interview with the Financial Times that U.S. automakers have already tested the battery. He did not disclose the names of the companies. He said the U.S. market is in a geopolitically intense environment but still offers huge business opportunities.

Many steps remain before actual commercialization. CATL has not disclosed the battery's chemical composition or specific size, performance or mass-production timing. No U.S. automaker that has decided to adopt it has been confirmed. For now, it is closer to a stage where CATL has shown its willingness to enter the U.S. pickup truck market than one where a specific supply contract has been signed.

Technology licensing premised on local production is widely cited as the likely route to the U.S. market. Zhu also mentioned that transferring technology to U.S. manufacturers could be one path to entry.

Examples already exist of battery production in the United States using CATL technology. Ford's next-generation electric pickup truck, the "Fathom", is set to use LFP battery cells produced in Michigan, and those cells are made based on CATL technology.

It has not been confirmed whether that battery is in the same family as the pickup-specific design disclosed this time. Even so, it is an example showing that CATL technology can be applied to pickup trucks in the form of batteries produced locally in the United States.

This is not the first time CATL has outlined plans to enter the U.S. market. CATL Chairman Robin Zeng previously said the company could build a local plant if it were allowed in the United States. Tesla also has a precedent in Nevada of using a license structure similar to CATL's LFP-related production technology. That production was limited to cells for energy storage systems, not vehicle batteries.

The biggest variable blocking CATL's entry into the United States is politics and regulation rather than technological competitiveness. The United States applies high tariffs and strict localization requirements to Chinese-made products, and the possibility of national security-related regulation targeting Chinese companies remains.

The U.S. government included CATL in January 2025 among targets of suspected military links. CATL strongly denied the allegation and previously said it could take legal action if necessary. Even if production takes place locally in the United States, debate could continue over the fact that the origin of the battery technology is China.

Even so, CATL's move to design a separate battery for U.S. pickup trucks is interpreted as a signal it still sees strong growth potential in the local market. With pickup trucks accounting for a large share of the U.S. auto market, competition over the battery supply chain could intensify further if the electric pickup market expands.

Whether it is actually adopted is expected to be decided by U.S. automakers, along with local production structures, trade policy and the stance on regulation targeting China. If CATL enters via technology licensing, it can highlight the benefits of U.S. production and job creation, but political backlash over dependence on Chinese technology remains a variable.