Advanced Batteries for Mission-Critical Flight

Commercial drones and autonomous aircraft depend on battery technology that delivers exceptional reliability, lightweight performance, and operational safety.

Beyond Boundaries

High-Density, Durable Battery Systems for Advanced Drone Platforms

Whether supporting inspection, logistics, emergency response or defense operations, drone operators require battery systems capable of delivering consistent power across challenging environments. Beam’s expertise in battery engineering and thermal management helps improve flight performance, maximize operating time and support dependable operation in the field.

High energy density
Lightweight design — passive thermal management with no pumps, fans or coolant
Four-layer protection architecture
Custom packs designed to the airframe, not adapted to it
Drone Power

Thermal Management in Weight-Constrained Platforms

On an airframe, Every gram added for thermal management reduces payload or endurance. Beam’s patented Phase Change Composite (PCC™) is a passive material. It has no pump, no fan, no coolant and no control software — Because PCC is passive, it does not depend on pumps, fans or control software to activate.
Every pack is built with a four-layer protection architecture, designed so that a single-cell event does not become a pack-level event. On an aircraft, that is not a maintenance consideration.

Experience in Deployed Systems

• Beam is supplying batteries for undersea and aerial drones as well as terrestrial robots.
• Beam is currently delivering a batteries for a global drone operator running lifesaving aerial missions.
• Prior publicly announced programs include a $927,000 autonomous delivery drone order, an $847,000 recreational watercraft order, and a mobile robotics order.

Inspection, logistics, public safety, defense, infrastructure monitoring and industrial operations

Tell us the airframe and the mission

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