KULR Technology Group Integrates Factorial Solid-State Cells into U.S. Drone Battery Packs, Showcases Demo
KULR•KULR Technology Group has integrated Factorial Inc.’s solid-state and lithium-metal battery cells into its advanced drone battery packs, optimizing safety, thermal management and pack design for U.S. unmanned aircraft systems. The companies demonstrated these high-energy, high-power solutions at XPONENTIAL 2026 in Detroit.
1. Partnership for Next-Gen Drone Batteries
KULR Technology Group has begun integrating Factorial Inc.’s next-generation solid-state and lithium-metal battery cells into its advanced drone battery packs. The collaboration leverages KULR’s expertise in battery safety, thermal management and custom pack design to optimize performance for U.S. unmanned aircraft systems.
2. Technical Advantages of Solid-State Cells
Factorial’s solid-state and lithium-metal technologies deliver higher energy density and pulse power while reducing weight and complexity. These cells aim to overcome endurance and safety limitations of conventional lithium-ion systems across commercial, industrial and defense drone applications.
3. XPONENTIAL 2026 Demonstration
At XPONENTIAL 2026 in Detroit, KULR and Factorial showcased initial battery pack demonstrations that highlighted sustained high-power output and robust thermal control under demanding flight profiles. The live demos illustrated potential improvements in range, reliability and safety for next-gen UAS platforms.
4. Strategic Expansion of KULR ONE Platform
This integration advances KULR’s strategy to broaden its KULR ONE platform into mission-critical drone, eVTOL and electric aviation markets. The company aims to certify these pack solutions for rigorous aerospace and defense environments where manufacturability and safety are paramount.
