KULR Technology and Nara Space Team Up on CubeSat Power for Artemis II
KULR Technology Group, Inc. (NYSE American: KULR), a leader in sustainable energy management, announced a new contract to supply advanced battery systems to Nara Space for an upcoming CubeSat mission connected to the Artemis II initiative. The initial award is valued at close to $1 million and could grow to a total of $1.5 million as additional options are exercised. For KULR, the collaboration underscores a widening role in aerospace technology and next?generation energy solutions.
Why This Contract Matters
Beyond its dollar value, the agreement highlights KULR’s expanding presence in space programs. The Company will deliver 20793?rated battery systems—hardware designed to meet strict aerospace requirements—demonstrating a sustained focus on reliability and innovation. As commercial and government space activity increases, so does the need for safe, dependable power. Market analyses anticipate the Space Battery Market could reach $25.14 billion by 2032, pointing to meaningful long?term demand for solutions like KULR’s.
Strategic Investment in Space-Ready Design
KULR has steadily invested in end?to?end design services tailored for space. The work spans detailed thermal modeling, careful cell selection, and fault?tolerant architectures—capabilities that matter most when human spaceflight is in the loop. The Company’s ability to deliver a fully compliant battery system on an accelerated schedule reflects a deliberate push to combine engineering rigor with speed.
K1S Architecture Speeds Certification and Delivery
A core part of the program is KULR ONE Space (K1S), a customizable architecture built to help customers move faster toward 20793 certification. By standardizing key elements while allowing mission?specific tailoring, the K1S framework targets a swift four?month turnaround. That timeline is central to meeting Nara Space’s milestones without compromising safety or performance.
Built Around Safety and Performance
The awarded contract reinforces KULR’s focus on systems that meet rigorous safety requirements and demanding performance specs, particularly for missions tied to human spaceflight. Execution of the program is subject to ongoing reviews from NASA, and those evaluations may lead to additional testing options being exercised as the project advances.
What KULR’s Team Is Saying
Dr. Will Walker, Chief Technology Officer at KULR Technology Group, emphasized the importance of a turn?key approach. He pointed to the K1S architecture as the centerpiece of current battery design efforts—an approach meant to align with NASA’s timeline and streamline integration for future missions.
Nara Space’s Confidence in KULR
Ted Krupp, KULR’s VP of Sales and Marketing, noted that Nara Space selected KULR for its ability to deliver quickly and for its strong working relationships within NASA. Those factors help ensure the CubeSat will be ready for its role in the upcoming Artemis II mission.
Looking Ahead for KULR Technology Group
KULR continues to focus on space?grade energy solutions that are safe, efficient, and delivered on time. The development and delivery of advanced battery systems for missions like this speak to a broader goal: enabling dependable power in orbit while building a foundation for future space exploration. With active projects and growing partnerships, the Company is positioned to contribute meaningfully to sustainable energy technologies in space.
Frequently Asked Questions
What’s the core takeaway from KULR’s contract with Nara Space?
It’s a concrete step that places KULR’s 20793?rated battery systems on an Artemis II?related CubeSat mission, reinforcing the Company’s role in space programs that require tight timelines and stringent safety standards.
How does the KULR ONE Space (K1S) architecture help customers?
K1S offers a customizable, turn?key platform that shortens the path to 20793 certification. In practice, that means faster development, clearer compliance, and a targeted four?month turnaround for delivery.
What does the market outlook look like for space batteries?
Analysts project strong growth, with the Space Battery Market expected to reach about $25.14 billion by 2032, driven by rising demand for reliable, high?performance power in space.
Who are the key partners involved in this effort?
KULR is working with Nara Space and collaborating with KASI and NASA in support of the Artemis II mission, aligning engineering work with program requirements and reviews.
How does KULR address safety in its battery systems?
The Company designs for safety from the start, using thermal modeling, deliberate cell selection, and fault tolerance strategies tailored for space and, where applicable, human spaceflight. Ongoing NASA evaluations can also trigger additional testing to validate performance.
