Lyten Debuts Lithium-Sulfur Drone Batteries for Protection


New battery platform helps nationwide safety with light-weight, long-endurance vitality programs for protection UAVs

Lyten Prioritizes U.S. Protection Wants with Light-weight Battery Innovation

Lyten, a California-based battery producer and supermaterial developer, has introduced a brand new initiative to help U.S. nationwide safety via the manufacturing of next-generation lithium-sulfur (Li-S) batteries for drones. The corporate is allocating manufacturing capability at its San Jose amenities to serve the protection, UAV, and satellite tv for pc sectors.

The initiative is designed to assist meet two key objectives of the U.S. Division of Protection: decreasing reliance on international provide chains and enabling the deployment of higher-performing unmanned programs. Lyten’s batteries are each sourced and produced in the US.

“Protection initiatives more and more depend on unmanned, autonomous programs, but almost all these programs are powered by uncooked supplies and batteries sourced from geopolitical rivals,” stated Dan Prepare dinner, Lyten Co-Founder and CEO. “We constructed Lyten’s lithium-sulfur battery platform to resolve precisely this downside – to offer light-weight, excessive efficiency battery energy that’s domestically sourced and domestically manufactured in the US.”

Demonstrated Efficiency in Actual-World UAV Testing

Lyten lately demonstrated its battery efficiency in a profitable flight of an American-built drone. The plane, developed by Titan Dynamics with battery pack integration by Improve Vitality, accomplished a flight in Palos Verdes, California. The 3D-printed UAV featured an 8.5-foot wingspan and flew at speeds as much as 86 mph for over three hours.

The corporate’s subsequent lithium-sulfur battery launch, anticipated in July 2025, is concentrating on as much as 8 hours of flight time utilizing the identical platform.

Lyten Debuts Lithium-Sulfur Drone Batteries for ProtectionLyten’s Li-S batteries are freed from nickel, manganese, cobalt, and graphite—supplies usually sourced from Chinese language provide chains. This makes the product compliant with the Nationwide Protection Authorization Act (NDAA), whereas providing better endurance, payload capability, and operational vary.

Battery Know-how Designed for Strategic Purposes

The corporate’s lithium-sulfur battery know-how affords potential advantages past drones. “Light-weight propulsion is of crucial significance to so many industries,” stated Celina Mikolajczak, Lyten’s Chief Battery Know-how Officer. “Satellites, drones, EVs, and micromobility can all dramatically enhance in efficiency with lighter weight batteries. We’ve got designed the lithium-sulfur battery platform to offer this light-weight efficiency, whereas avoiding supplies topic to rising geopolitical and provide chain constraints.”

Lyten is at present accepting orders for its newest UAV battery, and its lithium-sulfur platform has already attracted the eye of the Protection Innovation Unit. An indication of the know-how aboard the Worldwide House Station is scheduled for launch later in 2025. Lyten’s battery programs have achieved over 3,000 cost cycles for satellite tv for pc functions.

About Lyten

Based in 2015, Lyten has developed a proprietary supplies platform generally known as Lyten 3D Graphene, used to create decarbonizing merchandise together with its Li-S batteries. With over $425 million in fairness funding and greater than 520 patents granted or pending, the corporate continues to develop its manufacturing presence in California. Lyten’s latest acquisition of Northvolt’s San Leandro plant will assist scale manufacturing to satisfy elevated demand.

Along with its work in UAVs, Lyten has introduced plans to combine its know-how into AEVEX Aerospace platforms and Stellantis’ Chrysler Halcyon EV. The corporate has additionally been acknowledged by Quick Firm and Time for its innovation in inexperienced vitality know-how.

Learn extra:



Related Articles

LEAVE A REPLY

Please enter your comment!
Please enter your name here

Latest Articles