KULR Technology Group, Inc. announced the Company recently leveraged its battery production capabilities at its newly instituted Webster, Texas facility to support NASA with rapid technical aid and production assistance to help prepare the administration?s R5 flight battery for its quickly approaching Firefly mission. R5, or Realizing Rapid, Reduced-cost high-Risk Research, refers to CubeSats designed to operate in Low Earth Orbit (LEO) at an affordable cost. Project objectives require the R5 teams to rely on commercial-off-the-shelf (COTS) components whenever possible.

A recent round of testing revealed that the battery design required a more robust electrical interconnect (busbar) to supplement the COTS nature of the design. Within six hours of engagement, the KULR team was able to provide NASA?s R5 Team with a solution which successfully passed additional testing the following week. This engagement in particular highlights the collaborative spirit and mindset that drives the Company?s Webster, Texas facility where the singular goal is to provide rapid turnaround energy storage solutions, whether it be for KULR?s commercially marketed KULR ONE Space platform or something entirely customized, such as NASA?s R5 program.

KULR?s current facility infrastructure was designed and built upon a goal of providing a holistic approach to battery design in the form of KULR ONE Design Solutions (K1-DS). With K1-DS, KULR can provide in-house and custom battery Design, Testing Services, Analysis/Modeling, Abuse Testing, Cell-Level Characterization and Cycling, Fabrication, and Production Services, all in-one-shop. KULR's comprehensive services, coupled with rapid response turnaround, uniquely position the Company to provide battery solutions for the space industry.