Ursa Major Receives $28.6 Million Contract from U.S. Air Force
The U.S. Air Force Research Laboratory's Rocket Propulsion Division has awarded Ursa Major a substantial contract valued at $28,565,857. This contract focuses on developing cutting-edge solutions in responsive space, hypersonic, and on-orbit propulsion technologies. The development will build on successful prior work aimed at maturing advanced liquid rocket engines, leading up to an exciting flight demonstration.
Innovative Propulsion Solutions
Dan Jablonsky, CEO of Ursa Major, highlighted the importance of this contract, stating that the company will lead the integration of a tactical flight demonstrator that showcases the potential of a storable liquid rocket system intended for hypersonic applications. This innovation positions Ursa Major's Draper rocket engine as a game-changer for military operations, providing a hypersonic capability that can be manufactured on a larger scale while maintaining cost-effectiveness.
Understanding the Draper Propulsion System
The Draper propulsion system merges the advantages of long-term storable solid rocket motors with the advanced features of liquid systems, such as active throttle control and extended operational ranges. This combination is crucial for maneuverability and flexibility in hypersonic applications. Designed as a tactical variant of the already successful Hadley system, Draper significantly enhances the simulation of hypersonic threats and fills essential gaps in the nation's hypersonic defense capabilities.
Key Specifications of the Draper Engine
Boasting a thrust of 4,000 pounds, the Draper engine employs a closed catalyst cycle and utilizes non-cryogenic fuels, optimizing long-term storability. The company has celebrated various successful hotfire tests, completing over 200 trials, with its maiden flight on the horizon. This engine signifies a vital advancement for military and space applications alike, exemplifying Ursa Major's commitment to innovation.
About Ursa Major
Established as a leader in aerospace and defense, Ursa Major specializes in offering advanced solutions for hypersonic, tactical missile, and space mobility systems. Utilizing state-of-the-art digital and additive manufacturing technologies, the organization excels in delivering cost-effective, high-performance products. Its impressive capabilities span hypersonic propulsion, on-orbit solutions, and solid rocket motors.
The clientele of Ursa Major includes a diverse array of commercial space technology firms, major aerospace and defense organizations, along with government contracts. The company has successfully attracted top engineering talent from leading aerospace programs and universities. With core values centered on innovation and reliability, Ursa Major has made a name for itself in the industry.
Ursa Major is headquartered in Berthoud, Colorado, and operates additive manufacturing facilities in Youngstown, Ohio. Its commitment to excellence has earned the company recognition as one of the best workplaces in Colorado for three consecutive years, reflecting its strong corporate culture and dedication to its employees.
Frequently Asked Questions
What is the primary focus of the contract awarded to Ursa Major?
The contract focuses on developing hypersonic, responsive space, and on-orbit propulsion technologies.
What is the significance of the Draper engine?
The Draper engine is designed to provide a storable liquid rocket system for hypersonic applications, enhancing military capabilities.
How many hotfire tests has the Draper engine undergone?
The Draper engine has successfully completed over 200 hotfire tests, indicating its reliability and readiness for flight.
Where is Ursa Major headquartered?
Ursa Major is headquartered in Berthoud, Colorado, with additional facilities in Youngstown, Ohio.
What innovative technologies does Ursa Major utilize?
Ursa Major employs advanced digital and additive manufacturing techniques to produce high-performance aerospace solutions efficiently.
