It only took Houston-based KULR Technology five weeks to develop a prototype of a next-generation battery system for directed-energy weapons.
Using digital simulations and specialized in-house techniques, the company said it designed a 400V battery capable of withstanding demanding operational conditions.
The engineering team behind it reportedly managed everything internally, from layout to testing, giving KULR full control over design and quality while avoiding delays or dependencies from outside partners.
This end-to-end approach allowed the company to push the product from purchase order to a working prototype in just over a month.
“Leveraging our in-house manufacturing capabilities at our Webster, Texas facility, we accelerated development and brought this program to life with exceptional speed and precision,” said KULR Engineering Vice President Peter Hughes.
The new laser weapon battery is set to enter production next year.
A Growing Industry
The development of KULR’s high-capacity tech comes as the directed-energy weapons market is expected to expand from $7.9 billion to nearly $40 billion over the next decade, according to India-based Future Market Insights.
Rising defense budgets and ongoing modernization programs are driving this growth, with the US Army and other militaries testing laser systems to keep pace with evolving threats.
As laser weapons become more widespread, the company is framing its new high-capacity battery as a tool to meet high energy demands without compromising safety.
“KULR continues to demonstrate its capability to meet the stringent timelines and performance expectations of next generation directed energy systems,” the company stated.
