In the midst of a technological revolution, Ursa Major has just signed a notable contract of $12.5 million with the US Navy and the Department of Defense. This innovative collaboration aims to develop rocket engines with solid fuel, made using printing 3D, a breakthrough that promises to transform the aerospace landscape. Ursa Major’s expertise in the field is put to the test, notably with the success of the maiden flight of their engine Hadley, which takes a giant step towards more efficient and modern propulsion solutions.
Recently, Ursa Major achieved a masterstroke by landing a contract for $12.5 million from the United States Navy and the Department of Defense. This financing marks a significant turning point in the aerospace field, allowing the company to develop solid fuel rocket engines which integrate printing technologies 3D. This initiative highlights recent advances by the United States in modernizing its military and technological capabilities.
The innovative partnership with the US Navy
The partnership between Ursa Major and the US Navy is part of the program Naval Energetics Systems and Technologies (NEST). This program aims to strengthen the operational capabilities of the Navy by improving the manufacturing of rocket engines. Thanks to the allocated funds, the company will be able to explore new production methods optimized by printing 3D, which offers the possibility of producing complex parts more quickly and at a reduced cost.
A major breakthrough with 3D printing
Ursa Major establishes itself as a pioneer in the field of printing 3D in aerospace. Their recent successes, including the successful flight of their engine Hadley, show the effectiveness and viability of this technology in the creation of rocket engines. Using metals like stainless steel and titanium, the company proves that printing 3D not only accelerates the development process, but also improves engine performance.
Implications for missile production
With this collaboration, the United States seeks to accelerate missile production by modernizing their military supply chain. Using printing 3D to manufacture engines, the US Navy aims to reduce its response times and improve its ability to adapt to potential threats. This move highlights the importance of integrating innovative technologies into the military sector in order to remain competitive on the global stage.
The promise of a new era in aerospace
This $12.5 million contract represents a strategic investment in the future of aerospace and defense. The engines created by Ursa Major could play a key role in many missions, from satellite launches to military operations. By pushing the boundaries of printing technology 3D, the company positions the United States as a key player in aerospace innovation.
Ursa Major’s first successes
Since starting its advanced manufacturing laboratory in October 2021, Ursa Major demonstrated its know-how and ability to produce new generation rocket engines. Financial support from 3 million dollars received during this period played a crucial role in establishing its facilities and expertise. With the new contract, the company is preparing to take an even more ambitious step, thus consolidating its position in the aerospace market.
- Subject : Ursa Major and its partnership with the US Navy
- Contract amount: $12.5 million
- Technology used: 3D printing
- Product type: Rocket engines
- Organizations involved: US Navy and Department of Defense
- Objective : Develop solid propellant engines
- Advantages of 3D printing: Acceleration of the manufacturing process
- Development : Prototype for the Naval Energetics Systems and Technologies (NEST) program
- Innovation : Improving U.S. Aerospace Capabilities
- History: Successful first flight of the Hadley engine
