Astroscale Unveils Revolutionary $25 Million Orbital Refueling Craft for the Space Force

Orbital operations company Astroscale has revealed new details about its approach to refueling satellites in space, as part of a $25.5 million project exploring the concept with the Space Force. The concept of on-orbit servicing and repair is attractive to anyone who doesn’t want to see a $100 million investment literally burn up. Astroscale won a Space Force contract last Summer to explore the possibility in orbit, and the company just published how it plans to do so. After refueling it, the APS-R will back off and perform an inspection of the client satellite, looking for any fuel leaks or other issues its operators might want to check. No doubt we’ll hear more about this and other space sustainability projects well before then.

The Orbital Operations Company known as Astroscale has recently disclosed new information regarding their approach to refueling satellites in space. The company has secured a $25.5 million contract with the Space Force to explore this groundbreaking concept, with their solution being compared to a AAA truck traveling at the incredible speed of 25,000 miles per hour.

The idea of on-orbit servicing and repair is appealing to anyone who wants to protect their investment of $100 million from burning up. While many satellites remain functional after years in space, they often deplete their fuel and can no longer maintain their assigned altitude and trajectory. As a result, they must be allowed to deorbit, essentially rendering them useless.

Traditionally, the only option would be to launch another $100 million satellite. However, companies like Astroscale and OrbitFab have proposed a more cost-effective solution: refueling the satellites in space for a fraction of the cost. This could potentially save millions of dollars and prolong the lifespan of these valuable assets.

Although most satellites are not currently designed with refueling capabilities, this could easily change in the near future. The process of how to accomplish this task is still an open question, but Astroscale is determined to find a solution. Last summer, the company was awarded a contract by the Space Force to explore the possibility of in-orbit refueling, and they have now revealed their plans for doing so.

The Astroscale Prototype Servicer for Refueling, also known as APS-R, is a relatively small satellite, roughly the size of a gas pump. It will ascend to geosynchronous orbit, approximately 300 kilometers above Earth, and then descend to rendezvous with a “prepared client” that has the correct refueling port. The specific client is still undetermined, but the company is actively working on finding a suitable candidate.

Once the client satellite has been refueled, the APS-R will conduct a thorough inspection, looking for any fuel leaks or other potential issues. Then, it will ascend back up to geosynchronous orbit to rendezvous with the Defense Innovation Unit RAPIDS fuel depot, essentially an orbital gas station.

Some alternative concepts for space-based refueling involve storing all the fuel on the craft itself, rather than acting as an emergency shuttle between the station and the customer – hence the AAA comparison. However, as the military has deemed a giant, geostationary pressure vessel filled with hydrazine to be the safer option, Astroscale has opted to follow this approach. It is possible that a self-contained version could be developed for non-military use in the future.

This joint project, with costs split roughly down the middle, is still only in the “concept of operations” phase. However, Astroscale plans to have it fully operational by 2026. Undoubtedly, we will hear more about this and other space sustainability projects well before then.

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Max Chen

Max Chen is an AI expert and journalist with a focus on the ethical and societal implications of emerging technologies. He has a background in computer science and is known for his clear and concise writing on complex technical topics. He has also written extensively on the potential risks and benefits of AI, and is a frequent speaker on the subject at industry conferences and events.

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