
Reach Labs: Pioneering scalable, long-range wireless power networks for diverse sectors.
Reach Labs differentiates on industrial-scale range and delivered power rather than short-range proximity charging, using real-time software-optimized beam control to steer energy to multiple devices at once. Its point-to-multipoint and mesh architecture contrasts with charging mats and pads that require close contact with a single receiver.
The systems are built in rugged form factors for fixed and mobile use across enterprise and defense environments. Validation through in-flight drone charging work and an Air Force energy campaign gives the company field credibility that consumer charging startups lack.
Source: reachpower.com
Reach Labs is positioned against growing demand for always-on power in warehouses and factories, where wireless sensors and robotics automation need continuous charging without human intervention. The company also targets drone-as-first-responder missions and defense autonomous systems that benefit from remote energy delivery.
Alliance activity around smart buildings, radio-frequency and millimeter-wave co-development, and drone-swarm demonstrations points to widening deployment paths, with a long-term vision extending to space-based power beaming. Growth depends on bringing receiver integration costs down and proving field reliability at scale.
Source: reachpower.com
Reach Labs builds a wireless power system composed of a transmitter unit with an adaptive antenna array, a microcontroller, and communications hardware paired with receivers that combine antennas, power control, and energy storage. A management dashboard provides monitoring, device authorization, and scheduling across the deployment.
The platform delivers power from microwatts to kilowatts in a point-to-multipoint arrangement for defense, manufacturing and logistics, and public safety customers. Packaged solutions target fixed and mobile equipment that must stay charged without wired connections or battery swaps.
Source: reachpower.com