Starfish Space's Otter spacecraft can no longer talk to the ground, and NASA says the communications loss cannot be recovered.

The spacecraft launched October 1 from Vandenberg Space Force Base under a $15 million NASA Small Business Innovation Research Phase III agreement for the Sspicy mission — the Small Spacecraft Propulsion and Inspection Capability.

Otter was still in its commissioning phase, preparing for operations planned in 2027, when the link went down. Troubleshooting by NASA and Starfish determined the failure came from the spacecraft's fault protection system, and it prevented any re-establishment of a two-way connection.

The NASA mission status update ends the demonstration before Otter ever reached the inspection work it was built for.

Sspicy was designed as the first flight integrating Starfish's full technology stack in a single spacecraft bus, built by Astro Digital of Santa Clara, California.

According to Aviation Week, the integrated systems included Manta, an articulating robot arm for thruster pointing; Nautilus, a docking mechanism that could mate with spacecraft not designed for docking; Cetacean, a navigation package using computer vision and a stereoscopic camera system; and Cephalopod, autonomous guidance and control software that evaluated abort and approach decisions as Otter neared objects of interest.

The two-year mission's goals were to accelerate technologies for in-space servicing, assembly and manufacturing while giving NASA data on the characteristics of orbital debris in low Earth orbit.

The Otter failure lands just weeks after another high-profile commercial servicing disappointment.

Katalyst Space's LINK spacecraft, launched July 3 on a $30 million NASA contract to capture the decaying Swift observatory and boost it to a higher orbit, suffered reaction-wheel failures and propulsion problems that nixed the planned August rendezvous; LINK itself reentered Earth's atmosphere in September.

The back-to-back setbacks show how immature robotic servicing remains — even as NASA frames each as a high-risk, high-reward investment.

Despite the loss, NASA officials publicly defended the investment model behind Sspicy.

"Commercial capabilities like Starfish's are critical for a competitive U.S. space economy and strong American leadership in low Earth orbit," said Greg Stover, director of NASA's Advanced Research and Technology Division, according to Aviation Week.

He argued that technology demonstrations let the agency quickly test new systems, learn from their performance and iterate.

The Swift boost effort drew similar framing: NASA Administrator Jared Isaacman said the LINK outcome "does not change why this mission was worth attempting," with lessons feeding the satellite-servicing missions that follow.

NASA's update notes that Starfish intends to keep gathering information for the agency on its technologies' performance, along with orbital debris inspection data in low Earth orbit, during future Otter missions — meaning the Sspicy objectives survive the spacecraft itself.

The need is growing: a 2025 report found at least three large dead satellites or spent rocket bodies fall back to Earth every day on average, a number space.com notes is bound to rise as megaconstellations expand.

Inspection, docking and debris-removal capabilities like Starfish's are the tools meant to manage that environment.

There is no indication from NASA's update that contact with Otter will be re-attempted; the fault protection issue prevented re-establishing a two-way link, and the mission is described as unrecoverable.

Starfish's future flights will carry the same Manta, Nautilus, Cetacean and Cephalopod technologies, giving the company a path to redeem the demonstration.

Meanwhile, the Swift-LINK experience continues to shape policy conversation: Times of India reports the failed rescue has renewed discussion about satellite servicing and orbital debris management, including questions about Hubble, whose orbit is also gradually declining.