
Powering the Frontier: Long Range Wireless Energy for UAVs, Defense, Autonomy & Space
KinetixBeam delivers precision wireless power through cutting-edge phased arrays and metasurface lenses, powering UAVs and lunar assets seamlessly, safely, and in motion. Our scalable solution energizes everything from sensors to humanoids, enabling uninterrupted performance across dynamic missions.

Revolutionizing Energy Delivery for Unmanned Systems
Deliver sustainable and efficient energy solutions to power unmanned systems, ensuring reliable and long-lasting performance. Our innovative technology is designed to meet the energy demands of modern autonomous systems, enabling seamless operations and extended mission durations.
Advanced Power Solutions for Space Exploration Missions
Leverage cutting-edge energy delivery systems for space exploration missions, ensuring continuous and uninterrupted power supply in the most challenging environments. Our solutions are engineered to meet the rigorous demands of space exploration, providing unparalleled reliability and performance.
Optimized Energy Transfer for Defense Applications
Enhance the efficiency and effectiveness of energy transfer in defense applications with our adaptable and versatile solutions. Our technology optimizes energy delivery to defense platforms, ensuring sustained power for critical operations and mission-critical systems.
Empowering Humanoids with Intelligent Energy Delivery
Enable next-generation humanoid and autonomous systems to operate with advanced wireless energy transmission. KinetixBeam’s precision power solutions accelerate energy delivery using phased arrays and metasurface lenses, maximizing performance, mobility, and operational efficiency across dynamic environments.
Tailored Energy Solutions for UAVs
Customized energy solutions for UAVs that optimize performance and endurance. Our tailored approach ensures seamless integration of energy delivery systems, empowering UAVs to accomplish diverse missions with extended operational capabilities.





