Space exploration enterprise Starfish Space and the leading satellite operator Intelsat have embarked on a satellite servicing partnership with the potential to revolutionize how satellites are managed and operated.
In this groundbreaking alliance, Starfish plans to deploy its innovative Otter spacecraft to elevate the orbit of an active Intelsat satellite in geostationary orbit (GEO) by harnessing the propulsion capabilities aboard the Otter. This mission, scheduled for 2026, is set to extend the satellite’s service life by several years and represents Starfish’s premiere commercial application of the Otter spacecraft.
Starfish co-founder Trevor Bennett expressed in a recent dialogue that the initiative is not just about a singular mission but about fostering a broad market for satellite servicing that could become integral to routine satellite fleet operations for commercial entities.
The mission is structured in two phases: initially, the Otter will approach a decommissioned Intelsat satellite in the GEO “graveyard” orbit, a region for satellites at the end of their operational period, to prove its docking ability. Following this, the Otter will engage with an Intelsat satellite nearing its service conclusion, to elevate its orbit with the Otter’s in-built propulsion system.
With this pioneering Intelsat mission, Starfish is poised to unlock a nascent market for in-orbit satellite services that encompasses life extension and end-of-life management. Starfish envisions a future dotted with Otter spacecraft ready to offer these essential services on-demand. Bennett highlighted the company’s investment in crucial technologies including maneuverability, robotics, and software to scale operations and enable rapid development.
Big satellite corporations are closely monitoring emerging startups like Starfish, which promise to transform the economic landscape for satellite operations. The ability to extend the operational lifespan of costly satellites, originally designed for two decades of service, represents a significant financial advantage.
“Decision-making flexibility regarding spacecraft management is a constant consideration for operators,” said Bennett. He noted a keen interest in solutions that offer operators the agility to extend the life of an asset, relocate it, or otherwise dynamically manage their space assets.
Previously, Starfish introduced a diminutive prototype of their Otter service vehicle, nicknamed Otter Pup, which completed its mission earlier this year. Despite unforeseen challenges preventing a docking trial, the mission successfully demonstrated rendezvous and imaging capabilities with a D-Orbit spacecraft. A continued effort in this direction, Starfish intends to launch another Otter Pup into low Earth orbit in 2025, and another distinct Otter mission is planned for 2026 under a $37.5 million agreement with the Space Force.
Bennett envisions a future where satellite servicing in orbit becomes commonplace and integrated into the routine of space operations. “Our aim is for satellite interactions in orbit to become standard practice, moving beyond the novelty and excitement of today to a future where complex space maneuvers are simply part of the day-to-day,” Bennett explained.
Compiled by Techarena.au.
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