ROCKLIN, CA (Orbital Assembly Corporation PR) — Orbital Assembly Corporation (OAC), the only company advancing the development and operation of a commercially viable, space-based business park with gravity, has named Andre Bormanis, scientist, Star Trek TV series writer and television producer to its advisory board.

Bormanis has had a lifelong focus on space and science including as a writer, technical consultant, and producer on Star Trek: The Next Generation, Star Trek: Deep Space Nine, Star Trek: Voyager, and Star Trek: Enterprise. 

He is also co-author, with Dr. Logsdon, of “Emerging Policy Issues for Long-Term Human Space Exploration: Background Paper” and co-editor, also with John Logsdon, of Conference Proceedings: Emerging Policy Issues for Long-Term Human Space Exploration, by the Space Policy Institute. Bormanis has also written numerous articles on astronomy and space science.

HUNTSVILLE, Ala., March 23, 2022 (OAC PR) — Orbital Assembly Corporation (OAC), the only company advancing the development and operation of the first commercially viable, space-based business park with gravity, is relocating its headquarters and facilities from Rocklin, California to Huntsville, Alabama, home of the U.S. Space and Rocket Center.

The company negotiated $3 million worth of incentives from state and local governments to develop the Gravity Ring, which is also an essential structural component of its future Pioneer and Voyager space parks.

LACONIA, NH, January 12, 2022 (Rogue Space Systems PR) — Rogue Space Systems Corporation today announced the signing of a Memorandum of Understanding (MOU) with Orbital Assembly Corporation (OAC), the world’s first large-scale space construction company, to lease Orbital Robot (Orbots™) for its gravity-enabled platforms.

Along with the MOU, Rogue has also received OAC’s initial payment for the services covered under the agreement, a major milestone for the industry. Rogue is the first US-based space startup to secure a paying commercial customer for this type of orbital services. This also accelerates OAC’s efforts to deliver critical service resources for upcoming missions. This mission will demonstrate the construction of gravity-enabled structures Success will clearly demonstrate Orbital Assembly’s construction capabilities facilitated with Rogue Orbots.