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Battery System Design Automation for NASA Lunar Rocket Launch Mission
IndX supported a leading aerospace battery manufacturer with design automation, structural analysis and thermal testing for a critical NASA lunar mission battery system.
As NASA prepared for a historic mission to return astronauts to the moon, a leading U.S. aerospace battery manufacturer was tasked with delivering the power technology needed to support critical spacecraft operations and help ensure crew safety. With decades of experience developing advanced battery systems for military aircraft and spacecraft, the organization plays an essential role in some of the aerospace industry's most demanding applications.
For this mission, the challenge extended beyond designing a high-performance battery system. Strict requirements for size, weight and thermal performance had to be met while maintaining the reliability standards required for human spaceflight. As mission objectives evolved throughout development, the engineering team faced the added complexity of adapting designs, validating performance and supporting multiple iterations within a highly demanding timeline.
To successfully navigate these challenges, the manufacturer partnered with IndX, drawing on specialized Design Automation capabilities, aerospace engineering expertise and battery manufacturing knowledge. Working collaboratively throughout the project, the teams focused on developing and optimizing a battery system capable of meeting NASA's evolving requirements while supporting the success of a landmark lunar mission.
Building on the customer's existing 3D battery models, IndX partnered closely with the team to develop a comprehensive battery system design and the manufacturing instructions needed to bring it to life. Once production began, specialists worked on-site at the customer's facility, conducting structural and thermal analyses to evaluate performance and ensure the system could meet the rigorous demands of a NASA lunar mission.
Throughout development, findings were regularly shared with customer teams and project stakeholders through collaborative design reviews. These insights informed ongoing refinements to the battery system, helping optimize performance while adapting to changing mission requirements. As NASA's specifications for size, weight and temperature evolved, the battery system underwent four complete redesign and manufacturing cycles, each requiring careful analysis, validation and engineering expertise.
The project's success was made possible through a combination of aerospace engineering knowledge, battery manufacturing expertise and advanced Design Automation capabilities. By helping the customer navigate complex technical challenges and rapidly changing requirements, Engineering Industries eXcellence played a key role in delivering a mission-critical battery system that supported a successful NASA rocket launch. The engagement demonstrated the value of combining deep industry experience with a collaborative approach to solving some of the most demanding engineering challenges in aerospace.
