Chromatic 3D Materials Advances 3D Printed Rocket Propellant for Defense Applications
Chromatic 3D Materials has successfully tested a 3D printed rocket propellant capable of withstanding over 1800 psi, potentially enhancing U.S. defense capabilities. This innovation allows for on-demand production, reducing reliance on traditional supply chains.
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Chromatic 3D Materials achieved a significant milestone with its 3D printed rocket propellant, successfully demonstrating static fire tests at the IS4S test range in Opelika, Alabama. The propellant can endure combustion pressures exceeding 1800 psi and matches the performance of leading conventional propellants, with potential to propel 90% of the U.S. rocket arsenal.
The company’s RX-AM™ technology facilitates a safer, faster production method, improving agility in defense supply chains. By allowing for direct printing of propellant onto structural components, Chromatic's approach enhances thrust, range, and mission flexibility, offering a pathway for next-generation propulsion systems.
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