#USA #Mountain View #Muon Space #Missile Tracking #SpaceWERX

Muon Space Awarded Phase II Contract for Enhanced Missile Tracking

In a groundbreaking move, Muon Space, a prominent name in the domain of space systems, recently announced its securement of a $1.9 million Phase II contract under the Small Business Innovation Research (SBIR) program. This award comes from SpaceWERX, which is the innovation division of the U.S. Space Force, aimed at advancing the Space Development Agency’s (SDA) capabilities in missile warning and tracking (MW/MT) in low Earth orbit.

Founded in 2021, Muon Space specializes in mission-optimized satellite constellations and has a mission to deliver critical data to support real-time decision-making in space. The latest project involves adapting Muon’s advanced infrared payload, known as the Quickbeam™, for national security applications, enhancing not only resilience but also improving deployment speed and reducing costs associated with achieving these capabilities.

The Quickbeam™ payload leverages advanced features such as multispectral electro-optical/infrared (EO/IR) capabilities and dynamic scanning architectures, designed specifically to identify and mitigate emerging threats to missile tracking systems. With these features, the new system promises to deliver higher sensitivity while being cost-effective compared to existing solutions.

Streamlined Processes for Innovation

The awarded contract is a part of the SDA’s efforts to streamline the SBIR program, intending to make it more accessible for small businesses. The collaboration between the Air Force Research Laboratory (AFRL) and SpaceWERX aims to accelerate innovation while optimizing the process involved in proposal submissions to awards, thereby enhancing the experience for small businesses in the defense sector.

Since initiating the Open Topic SBIR/STTR program in 2018, the Department of the Air Force has expanded both the scope of innovations it funds and the range of companies eligible to apply, allowing Muon to play a pivotal role in delivering innovations that strengthen national defense.

Technological Advancements and Resilience

Under the terms of this new contract, Muon Space is tasked with further developing its Quickbeam™ payload to suit high-sensitivity MW/MT applications. This involves tuning the sensor architecture for improved performance across specific spectral bands, as well as optimizing the filter design to meet mission-specific requirements.

The scalable XL-class platform utilized by Muon can house multiple sensors, which is a strategic advantage for offering near-continuous global coverage without incurring high costs and risks often associated with traditional systems. Jonny Dyer, CEO of Muon Space, underscored the significance of this contract, stating, “This Direct to Phase II SBIR award validates our approach of adapting proven commercial space technology for critical defense applications.”

Future Prospects

As Muon Space continues its innovative work, it stands at the forefront of developing capabilities that may redefine how national defense is conducted in space. The integration of commercial technologies into defense platforms not only promises greater efficiency but also presents an exciting future for satellite constellations focused on national security applications. With advanced capabilities, the company aims to deliver solutions not just for today’s challenges but also for future threats that may arise in the complex arena of space.

As we advance into the next stage of satellite technology, Muon's commitment and adaptability in driving innovation reflect the vital role small businesses play in assisting the U.S. defense ecosystem.

For continuous updates, visit Muon Space.

Conclusion

Muon Space and its recent Phase II contract is a vital step toward a comprehensive missile tracking system that plays a crucial role in ensuring national security. As technology evolves, so too will the strategies employed to safeguard nations, making efforts like those from Muon Space not just relevant but essential in the coming years.