Lyten launches drone battery unit as it targets longer endurance and U.S. supply chains
Lyten has launched a new business initiative focused on drone batteries, aiming to bring its lightweight lithium-sulfur technology into defense and commercial unmanned aircraft.
The California battery developer said its cells powered a recent flight of Titan Dynamics' Blackbird unmanned aircraft for more than three hours, while the drone performed a range of maneuvers at speeds of up to 86 miles per hour. For that test, Lyten's cells were assembled into a battery pack by Upgrade Energy and installed on Titan's 3D-printed Blackbird drone. Titan says the aircraft has a range of more than 300 miles, can carry nearly six pounds of payload and is compact enough to fit in a Pelican cargo case. The flight marks an early proof point for Lyten as drone makers seek lighter propulsion systems that can extend endurance without sacrificing operational performance.
Lyten said it plans to introduce a new battery platform toward the end of the second quarter, designed to support longer drone missions and broader commercial use. The company also expects another flight test with Titan's aircraft, targeting as much as eight hours of endurance, in late second quarter or early third quarter. To support that push, Lyten said it is dedicating production capacity at its California facilities to high-endurance drone propulsion batteries intended for defense applications. The company said its lithium-sulfur chemistry does not use nickel, cobalt, manganese or graphite, materials it argues are heavily tied to Chinese supply chains.
Lyten is pitching the effort as a fully domestic manufacturing chain. Its battery cells are made in the United States, Upgrade Energy integrated the pack in Los Angeles, and Titan produces its drones domestically through 3D printing. Lyten said that creates an end-to-end U.S.-sourced and U.S.-manufactured drone system that is compliant with National Defense Authorization Act sourcing requirements and offers stronger supply-chain security. The company is also working to integrate its batteries into AEVEX Aerospace unmanned aircraft systems. Separately, Lyten said its lithium-sulfur cells are scheduled to be demonstrated aboard the International Space Station after a launch later this year.
The move highlights how battery technology is becoming a strategic battleground in the drone market. If Lyten can deliver the planned eight-hour flight test and scale production, it could strengthen U.S.-based options for long-endurance drones in both military and commercial sectors.