GuRu Wireless Breaks Ground with the Largest Synchronized mm-Wave Power Array

GuRu Wireless Sets New Standards in Wireless Power Technology

In a remarkable leap for wireless power technology, GuRu Wireless, Inc. has announced the successful integration of more than 70,000 synchronized and electronically phase-controlled transmitters into its latest Generator Unit (GU) array. This milestone represents the highest publicly known number of mm-Wave wireless power transmitters operating in a single phased array to date, showcasing the company's leadership in advanced wireless power solutions for national security, defense, and commercial applications.

GuRu's innovative 24GHz Generator Unit (GU) exemplifies a modular, tiled architecture allowing for precise, mission-specific radio frequency (RF) power delivery. Built entirely on a proprietary hardware and software stack, this modular phased array is powered by a patented system architecture and custom-designed millimeter-wave RFIC, enabling efficient and coordinated wireless energy transmission at an unprecedented scale.

"This phased array is a game changer for wireless power technology, showcasing our exceptional capability to deliver high-precision wireless energy at a scale never before seen," stated Behrooz Abiri, Co-Founder and CTO of GuRu Wireless. He emphasized that the architecture can be adapted to arrays of any size, tailored to meet specific power, distance, and mission requirements of supported systems.

From compact mobile deployments to wide-area coverage, GuRu's transmitter arrays and receivers can be customized to meet the evolving demands of small unmanned aerial systems (sUAS) utilized for persistent intelligence, surveillance, and reconnaissance (ISR) operations. The successful testing has demonstrated 96+ hours of continuous flight for Group 1 drones without the need for battery swaps or landings, addressing a critical capability gap and marking a significant paradigm shift in ISR operations—especially in environments requiring persistence, mobility, and stealth.

Abiri further explained, "Our current transmitter can deliver over a kilowatt of continuous power at distances exceeding 100 meters, allowing for in-flight recharging of sUAS during mission-critical applications. For persistent ISR operations, we need to wirelessly deliver at least 500 watts to an aerial vehicle while it's still airborne, ensuring that the onboard battery recharges in real-time. This operation must also conform to strict size, weight, and power (SWaP) constraints typical of small UAVs. Our recent demonstrations have proven this wireless power transfer capability to an aerial vehicle under controlled conditions, and we plan to showcase this technology publicly in relevant outdoor settings in the near future."

GuRu Wireless envisions delivering a fully integrated, end-to-end persistent ISR system solution that combines wireless power, aerial vehicles, and ISR payloads into a cohesive system designed for sustained mission performance. The company is actively collaborating with U.S. defense and national security stakeholders to transition its technology from advanced prototyping to operational deployment in varied contexts, including border surveillance, base protection, maritime domain awareness, and counter-UAS defense.

About GuRu Wireless

Founded in 2017 by a team of scientists and engineers from Caltech, GuRu Wireless, Inc. specializes in developing advanced wireless power solutions that remove energy constraints in mission-critical systems spanning national security, defense, and commercial applications. Their leading 24GHz phased array platform enables precise, long-range power beaming to static and mobile systems, including airborne platforms. Currently, the company is focused on delivering fully integrated persistent ISR solutions while engaging with partners for custom applications across diverse industries. For more information, visit www.guru.inc and follow them on LinkedIn. Notably, GuRu Wireless and its logo are registered trademarks in the United States and other countries.