Air Force Engages in Wireless Power Technology Development for Drones

The U.S. Air Force has taken a significant step in unmanned aerial systems (UAS) technology by awarding a Phase I Small Business Technology Transfer (STTR) contract to Reach Power and the University of Nebraska-Lincoln on August 4, 2026. This contract aims to develop innovative wireless power-beaming technology tailored specifically for small drones, addressing one of the persistent challenges faced in drone operations: power management.

Managed through AFWERX, the Air Force's innovation arm focused on accelerating technology advancements, the project aims to enhance the capabilities of drones in conducting intelligence, surveillance, and reconnaissance (ISR) missions. Traditional drones rely on battery power, which can limit their flight duration and operational effectiveness, especially in contested or remote environments. The concept introduced through this contract allows drones to recharge wirelessly while perched, eliminating the cumbersome process of battery swaps and extending their operational capacity.

The implications of this technology development are profound. Drones equipped with wireless power-beaming capabilities could operate as persistent mission nodes, thereby integrating more robust communication and sensing functionalities while on duty. As Dr. Brittany Duncan, Director of the NIMBUS Lab, stated, "The project will specifically evaluate how perched drones can serve as persistent mission nodes for both communications and sensing." This statement underscores the strategic importance of sustained drone operations in enhancing battlefield communications and situational awareness.

Elevating the endurance of drones not only improves their ISR capabilities but also aligns with the Air Force's growing interest in using technology to ensure a tactical advantage in future engagements. With the demand for advanced power solutions in unmanned systems on the rise, this contract hints at further procurement opportunities that may arise in related sectors, particularly for those specializing in ISR platforms and drone communications systems. Contractors focusing on these areas should prepare for shifts in procurement patterns as the Air Force continues to seek innovative technologies that boost operational readiness.

The management of this STTR contract through AFWERX and the Air Force Research Laboratory (AFRL) highlights the Air Force's commitment to transitioning rapid technological advancements into operational practices. This triad of government, academia, and industry collaboration could serve as a model for future initiatives aimed at harnessing cutting-edge research to solve complex military challenges. Companies, particularly small businesses that focus on emerging technologies, should view this contract as a potential gateway to engage with the government's innovation ecosystem and secure partnerships that can pave the way for future funding opportunities.

Moreover, this decision signals a mutual benefit for both the participating companies and the Air Force. By leveraging university research, the STTR contract strengthens ties between the academic sector and military applications, allowing for innovative solutions to be developed in a timely manner. Interested parties, such as companies and research institutions, should closely monitor this project and consider how they might position themselves in upcoming STTR or SBIR programs focusing on next-generation endurance technologies for drones.

In summary, the award granted by the Air Force to Reach Power and the University of Nebraska-Lincoln highlights a noteworthy investment in developing next-gen drone capabilities. As U.S. defense strategies increasingly rely on agile and effective technology, this wireless power-beaming initiative reflects a clear path toward the future of unmanned systems in military operations.

• The U.S. Air Force awarded a Phase I STTR contract on August 4, 2026.
• The contract is held by Reach Power and the University of Nebraska-Lincoln.
• Focus is on wireless power-beaming technology for small UAS.
• The project aims to enhance persistent ISR capabilities by allowing drones to recharge wirelessly.
• Managed by AFWERX, the project underscores a push for rapid defense technology innovation.
• Future procurements may focus on power solutions and drone technologies as a result.