Orbital Robotics has raised about $310,000 [GeekWire, Jun 2026]. Its founders have already sent robots to space, though not under the company’s banner [YouTube, 2026]. Now the Seattle startup is betting that same technical lineage can build a business out of capturing and servicing satellites.
Founded in 2024, the company is building intelligent robotic infrastructure for in-space servicing, autonomous capture, and orbital logistics [Orbital Robotics, retrieved 2024]. Its core product is an AI-controlled robotic arm system designed for tasks like satellite refueling, repair, and debris removal.
The robotic wedge into orbital logistics
The company’s initial wedge is precision capture. Using computer vision and guidance software, its robotic arms are designed to autonomously grapple with spacecraft, a foundational capability for any subsequent servicing operation [YouTube, retrieved 2024].
From that capture function, a service model unfolds. Orbital Robotics outlines use cases including extending satellite life through refueling, performing repairs, deorbiting defunct hardware, and even assembling larger structures in orbit [Orbital Robotics, retrieved 2024].
A team forged in commercial space
The technical credibility stems from its founders. Aaron Borger, also known as Cy Borg, is CEO, while Doug Kohl serves as COO [LinkedIn, retrieved 2026]. Both are veterans of Jeff Bezos’ Blue Origin space venture [GeekWire, Jun 2026]. The broader team includes engineers from Blue Origin and SpaceX, according to the company’s website [Orbital Robotics, retrieved 2024].
| Role | Name | Background |
|---|---|---|
| Co-founder & CEO | Aaron "Cy Borg" Borger | Blue Origin veteran [GeekWire, Jun 2026] |
| Co-founder & COO | Doug Kohl | Blue Origin veteran [GeekWire, Jun 2026] |
| Engineering Team | Not individually named | Includes veterans from Blue Origin and SpaceX [Orbital Robotics, retrieved 2024] |
Early traction and a high-profile target
Despite its infancy, Orbital Robotics is already pursuing partnerships that could serve as powerful demonstrations. The company has announced an exploratory collaboration with Sophia Space on concepts for on-orbit AI compute and robotic manufacturing [Sophia Space, retrieved 2024].
More notably, it is publicly recruiting partners for a potential effort to support the 35-year-old Hubble Space Telescope, aiming to prevent a mission-ending descent [GeekWire, Jun 2026]. A successful bid on a NASA-related mission, even a study contract, would be a significant validation event.
The capital-intensive reality
The ambition is vast, but the path is lined with technical and financial hurdles. The space robotics sector is notoriously capital-intensive, with long development cycles between prototype and revenue-generating mission. The company’s disclosed funding of approximately $310,000 is a modest start for hardware that must survive the vacuum of space [GeekWire, Jun 2026].
- Technical risk. Autonomous capture in dynamic orbital environments is an unsolved problem at commercial scale.
- Customer adoption. Satellite operators must be convinced to trust a new, unproven external service with their multimillion-dollar assets.
- Competitive landscape. Established aerospace primes and a growing field of in-space servicing startups are all eyeing the same market opportunity.
The company’s current strategy of seeking collaborative missions, like the Hubble concept, is a pragmatic way to de-risk its technology development while building a track record. The question is whether that approach can generate enough momentum to secure the substantial Series A round it will inevitably need.