100 Series
KULR ONE® Space, a meticulously crafted lithium-ion battery system engineered to excel in space applications
200 Series
300-LT Series
KULR ONE® Space LT, a meticulously crafted lithium-ion battery system engineered to excel in space applications
400 Series
An advanced lithium-ion battery system engineered for UAV/UAM applications.
At KULR we offer a full spectrum of in-house capabilities for custom lithium-ion battery design, testing, analysis, prototyping, and production.
Prevent cell-to-cell propagation due to thermal runaway
Safe. Intelligent. Flight Ready.
Flight ready cells with associated initial lot assessment (ILA), lot acceptance testing (LAT), and WI 037 screening
Low temperature initiation of thermal runaway
Total battery thermal runaway and propagation containment for storage and transportation.
Absorb high heat fluxes and remit steadily over time.
High performance z-axis oriented carbon Fiber Thermal Interface Material
Using carbon fiber velvet, generate powerful electron pulses by field emission.
Quality screening of lithium-ion cells is essential for crewed vehicle applications, where safety, reliability, and performance are critical.
KULR’s Test and Analysis Division can provide services with a multichannel cell level electrical cyclers with up to 120 A per cell capability.
KULR’s Test and Analysis Division can provide services with a multichannel battery module electrical cycler with 200V 200A capability.
Thermal Desktop and SINDA/FLUINT – a premier software suite for modeling space radiation-driven thermal environments and spacecraft performance.
KULR VIBE™ is a cutting-edge, software-driven precision balancing and vibration reduction solution designed for rotary systems, enhancing performance, safety, and efficiency.
Designed for lithium-ion batteries up to 300 Wh
The KULR Xero Vibe® Fan is the ultimate cooling solution for AI farms, data centers, and high-performance server environments.
Heat Sinks and Their Role in Thermal Management
Why Off-the-Shelf Lithium-Ion Cells Aren’t Enough for High-Reliability Applications
How Impingement Zone Mapping Helps You Design Safer Batteries
How KULR-Powered Wearable Robots Will Make Warehouse & Manufacturing Jobs Safer
555 Forge River RoadUnit 100Webster, TX 77598Phone: +1 (858) 866- 8478
4863 Shawline StreetSuite BSan Diego, CA 92111Phone: +1 (858) 866- 8478
