Panasonic sets 2029 humanoid production goal, leading with batteries

Panasonic Holdings plans to develop humanoid robots and begin producing them by 2029, marketing them first for factory production lines and warehouses, Nikkei Asia reported on October 5, 2026, in an interview with group chief AI officer Akira Sakakibara. It puts a production date on a humanoid programme at a group that so far sells components for such robots rather than the robots themselves, and it leads with the one component where Panasonic claims a track record: the battery.

Sakakibara said batteries made by subsidiary Panasonic Energy had not been involved in any serious fire incidents to date, and called battery fire risk a barrier to wider humanoid adoption, according to Humanoids Daily’s account of the interview. Asked about concrete results, he said there was “nothing we can disclose yet.”

The plan has an organisational home. Panasonic Holdings’ AI & Robotics Research Lab began operating on October 1 under Sakakibara, under a reorganisation the company announced on August 28. The release says the lab brings together talent and technology in AI, robotics, cloud and data to strengthen the group’s shared technology base. It does not mention humanoids; the 2029 target comes from the Nikkei interview, not from a company filing.

Why is Panasonic leading with battery safety?

Because that is where it has something to sell before it has a robot. A humanoid working among factory staff carries a lithium-ion pack, and Sakakibara’s argument is that the fire risk of that pack is what keeps buyers cautious. Panasonic Energy made the same link on September 16, when it opened its Energy Innovation Square R&D hub in Kadoma, Osaka: “emerging applications such as drones, robotaxis and humanoid robots are expected to further broaden battery use.” A year earlier, Panasonic said it would ship samples of solid-state batteries in the fiscal year ending March 2027, aimed first at uses including industrial robots, Bloomberg reported.

Panasonic also already sells humanoid parts: power-management devices, thermal materials, tactile pressure sensors and compact motors. The 2029 plan moves it from supplier to system maker.

The safety pitch has limits. The no-serious-fire record is company-reported and covers Panasonic Energy’s cells, not a robot that does not yet exist. Battery safety is also one constraint among several; manipulation reliability and unit cost decide most factory purchases, and Panasonic has disclosed nothing on either.

Where does Panasonic fit in Japan’s humanoid push?

The timing matches its peers. Kawasaki Heavy Industries’ roadmap for its Kaleido humanoid expects humanoids to work mainly in controlled environments such as factories and plants around 2030, moving to unstructured sites such as disaster zones around 2040. Panasonic’s 2029 production target lands in the same window and the same setting.

Around both, Japan is building the layers next to the robot body. The J-HRTI consortium brought its Kanto Data Factory into full operation on August 26 with 35 humanoids collecting teleoperation data. Yaskawa runs AI-equipped MOTOMAN NEXT arms on its own assembly line, reporting screw-fastening success above 99.9%. The bodies in that data factory, though, are AgiBot G1 and G2 units from China.

That is the gap Panasonic is aiming at. Chinese humanoids are already sold to order: Unitree’s G1 lists at $13,500, per our price tracker. Panasonic has three years, no public prototype and a battery argument. The next disclosure that would make the 2029 date concrete is a prototype or a manufacturing partner. As of October 7, Panasonic has named neither.