Mesodyne, a leading defense technology startup and the developer of solid-state portable power generators for small unmanned autonomous vehicles and mobile platforms, announced today that it was awarded a Phase II SBIR through the Army xTech SBIR Autonomy program. Over the course of the next 18 months, Mesodyne will partner with a drone manufacturer to integrate its novel thermophotovoltaic LightCell power generator into a Group 2 fixed wing sUAS system. The program will culminate with live operational demonstrations for Army stakeholders. This award builds upon the work sponsored by the ARMY xTech Prime Phase II SBIR and AFWERX Agility Prime Phase II SBIR to advance the integration of the LightCell power generator in several sUAS platforms. 

“Energy generation is a key challenge for both industry and the Department of Defense. We are seeing more traction than ever with our LightCell for a broad array of applications as users demand more power in smaller packages and in inaccessible locations.” said Mesodyne Co-Founder and Chief Executive Officer Dr. Veronika Stelmakh, who added, “We are thrilled to partner again with the Army to continue the development of the LightCell and enable silent, reliable, extended endurance performance in sUAS platforms using a variety of fuels, including JP-8.”

About Army xTech program

xTech connects the Army with businesses through prize competitions, breaking down traditional barriers to working with the Army. Bringing these groups together not only spurs innovation and accelerates technology development for the Army, but provides businesses a unique collaboration opportunity. In addition to cash prizes, businesses are given opportunities to receive follow-on contracts and direct exposure to Army experts and commercial stakeholders – supplying businesses with key networking, education and mentorship opportunities. Learn more at https://www.xtech.army.mil/competition/xtechsbir-autonomy/

Source: https://www.mesodyne.com/article/mesodyne-awarded-army-phase-ii-sbir-contract-for-integration-of-lightcell-power-generator-into-uas-system