Benchmark wins $4.9 million award for ASCENT propulsion systems

Benchmark Space Systems, a company specializing in spacecraft propulsion systems, has been awarded a $4.9 million contract by the Air Force Research Laboratory (AFRL) to develop propulsion systems for the ASCENT (Advanced Satellite Concepts ENabling Technologies) monopropellant. The two-year award, announced on September 5, aims to advance the development of innovative propulsion systems for spacecraft.

The ASCENT program is focused on developing advanced technologies for satellite propulsion, with an emphasis on improving efficiency and reducing costs. Monopropellant propulsion systems are a key area of focus for the program, as they offer several advantages over traditional multi-propellant systems. Monopropellants are simpler and more reliable, as they require fewer components and are less prone to leaks or other malfunctions. They also offer better performance and efficiency, as they can be tailored to specific mission requirements.

Under the terms of the contract, Benchmark Space Systems will develop a monopropellant propulsion system that is compatible with the ASCENT program’s requirements. The company will also work closely with AFRL researchers to ensure that the system is integrated with the overall ASCENT architecture.

“We are thrilled to receive this award and to have the opportunity to work with the Air Force Research Laboratory on this exciting project,” said John Elbon, CEO of Benchmark Space Systems. “Our team has a wealth of experience in developing innovative propulsion systems for spacecraft, and we look forward to applying our expertise to support the ASCENT program.”

The award is the latest in a series of successes for Benchmark Space Systems, which has established itself as a leading provider of spacecraft propulsion systems. The company’s products have been used in a variety of missions, including satellite constellations, space exploration, and scientific research.

The ASCENT program is part of the Air Force’s efforts to develop next-generation space technologies that can provide a strategic advantage for the United States. The program is focused on addressing key technology gaps in areas such as propulsion, power, and communications. By investing in research and development, the Air Force hopes to create new opportunities for space-based capabilities that can support national security and defense.

The award to Benchmark Space Systems is a significant milestone for the ASCENT program, as it marks the first time that a monopropellant propulsion system has been developed specifically for the program. The system is expected to play a critical role in enabling the program’s goals of improving efficiency and reducing costs.

“The ASCENT program is a vital part of our efforts to maintain a strategic advantage in space,” said Dr. Kelly H. Geyer, Chief Scientist at AFRL. “We are excited to work with Benchmark Space Systems on this project, and we look forward to seeing the impact that their innovative propulsion system will have on our ability to perform complex missions in space.”

The award is also a testament to the growing importance of private sector companies in the development of space technologies. As the space industry continues to evolve, partnerships between government agencies and private companies are becoming increasingly common. The collaboration between AFRL and Benchmark Space Systems is just one example of how these partnerships can drive innovation and advance the state of the art in space technology.

In conclusion, the $4.9 million award to Benchmark Space Systems is a significant milestone for both the company and the ASCENT program. The development of a monopropellant propulsion system has the potential to transform the way that spacecraft are designed and operated, and it marks an important step forward in the evolution of space technology. As the space industry continues to grow and mature, partnerships between government agencies and private companies will play an increasingly important role in driving innovation and advancing the state of the art.