Key facts
- Aurex Chief Executive Officer Warren Kohm stated that sea-based launch is needed to maintain U.S. launch cadence and strategic defense posture.
- Domestic terrestrial spaceports face annual flight capacity under 500 launches, while projected satellite deployment demand exceeds 200,000 payloads over the next decade.
- Shifting launch operations to the open ocean allows rocket operators to create new flight azimuths, secure clear downrange safety corridors, and keep pads available away from populated areas.
- The Gateway platforms had already been chosen for a collaborative maritime launch architecture involving Lockheed Martin and Firefly Aerospace before this partnership.
On Nov. 10, 2026, Seagate Space and Aurex announced a strategic partnership to develop turnkey offshore orbital launch capabilities in St. Petersburg, Florida.
The deal links Seagate Space’s mobile Gateway spaceports with Aurex’s LaunchReady mission engineering framework. The combination gives commercial and national security customers dedicated sea-based launch corridors under the alliance. satnews.com explains that the arrangement combines physical infrastructure with secure mission management. 256 Today says the companies aim to expand access to space by moving operations beyond land-based spaceports that face geographic restrictions and scheduling limitations.
St. Petersburg, Florida is home to Seagate Space. The firm builds maritime infrastructure supporting offshore launches, spacecraft recovery, and space logistics. Huntsville serves as headquarters for Aurex. Aurex’s offerings cover engineering, testing, and technical services for customers in defense, space, and national security.
Domestic terrestrial spaceports face annual flight capacity under 500 launches. Projected satellite deployment demand exceeds 200,000 payloads over the next decade. The capacity figure covers yearly flights at domestic terrestrial spaceports, and the deployment demand counts individual payloads across a ten-year span.
Seagate Space’s website reports that U.S. orbital launches have climbed more than 125% in recent years and projects that they will double by 2027, overwhelming land-based ranges. Moving launch operations to the open ocean lets rocket operators create new flight azimuths and secure clear downrange safety corridors. It also keeps pads available away from populated areas.
The platforms are constructed from modular steel float units. They use dynamic positioning along with automated ballasting to counter wave motion. The arrangement keeps the pad stable during fueling and liftoff. The platforms hold design approval in principle from the American Bureau of Shipping.
Before this partnership, the Gateway platforms had already been chosen for a collaborative maritime launch architecture involving Lockheed Martin and Firefly Aerospace.
Aurex Chief Executive Officer Warren Kohm said sea-based launch is needed to maintain U.S. launch cadence and strategic defense posture. Kohm made the remark while discussing the strategic partnership. satnews.com frames the partnership as directly targeting capacity bottlenecks at domestic terrestrial spaceports.
“Offshore launch is essential to sustaining America’s launch cadence and strategic defense posture”
Aurex integrates LaunchReady to manage payload encapsulation, autonomous flight safety, secure telemetry routing, and Communications Security compliance under the National Space Cybersecurity Policy. LaunchReady ensures COMSEC compliance under that policy.
Aurex integrates the service into the offshore offering to manage secure telemetry routing and autonomous flight safety. LaunchReady will let Aurex offer mission planning, engineering, secure communications, cybersecurity, payload integration, and launch operations support. Customers can use it to coordinate complex missions from planning to execution.
Initial partnership efforts will cover missile defense and hypersonic testing. They will also cover responsive space access and recurring offshore launches for multiple customers. The mobile Gateway platforms support orbital and suborbital launches plus hypersonic testing at offshore locations. The source says the platforms overcome geographic and scheduling limitations of traditional spaceports.
The partnership backs Project Neptune, a collegiate spaceflight effort at the University of Central Florida. satnews.com says Project Neptune is a collegiate spaceflight initiative led by the University of Central Florida. The partnership supports the initiative to test the offshore operational model.
Seagate Space provides engineering integration for a student-built rocket targeting the Kármán line. The maritime demonstration off Florida’s Gulf Coast takes place in May 2027. Kohm also said customers need capabilities that work together to move their missions forward.
“Our customers need capabilities that work together to move their missions forward” The companies did not reveal financial terms, launch locations, or a schedule for the initial offshore campaign, 256 Today reported.
Join the discussion