The substantial majority of Voyager Technologies’ full-year 2024 revenue came from government contracts.

Voyager Technologies acquired Astrobotic on June 2, 2026.

Voyager Technologies’ vertical integration strategy is intended to eliminate sub-tier markups and retain margin that currently flows to suppliers.

Voyager Technologies went public in 2024 as a holding company for a portfolio of space and defense businesses.

Astrobotic’s Peregrine Mission One launched in January 2024 and suffered a propellant leak that prevented landing.

Firefly Aerospace’s Blue Ghost Mission 1 was the first fully successful commercial soft landing in history.

Firefly Aerospace’s Blue Ghost Mission 1 landed on the lunar surface on March 2, 2025 in Mare Crisium and operated for approximately 14 Earth days.

Voyager Technologies intends to scale Astrobotic’s lunar delivery and reusable rocket programs in support of NASA’s Moon Base architecture.

Firefly Aerospace’s Blue Ghost Mission 1 completed a successful touchdown in Mare Crisium.

Firefly Aerospace’s launch business provides a partial revenue floor independent of Commercial Lunar Payload Services task order timing.

NASA’s Moon Base architecture requires regular, affordable logistics runs to the lunar surface and eventually to a cislunar gateway.

Astrobotic’s ongoing Griffin program creates a dependency that Voyager Technologies must absorb after the acquisition.

Voyager Technologies seeks to integrate spacecraft manufacturing, mission operations, and payload integration under one roof.

Firefly Aerospace’s Blue Ghost Mission 1 landed on the lunar surface on March 2, 2025.

Firefly Aerospace’s Blue Ghost Mission 1 operated for approximately 14 Earth days before lunar night ended operations.

Voyager Technologies announced the acquisition of Astrobotic on June 2, 2026.

The ZQ-3 Y2 launch is being discussed as potentially possible within Q2.

LandSpace's new post implies that ZQ-3's static fire test will occur in the next few days.

ICEYE’s global government solutions vice president Andy Read said that its always-on SAR monitoring gives NVE a constant view of flood impacts across Norway in all conditions.

ICEYE’s Flood Rapid Impact service provides automatic updates on flooded area extent as often as once every 6 hours during active events.

ICEYE’s contract with NVE strengthens its position in government services for natural-disaster management, infrastructure resilience, and environmental monitoring.

NVE will use the service to monitor, document, and analyze floods along Norwegian river systems.

ICEYE’s Flood Insights service provides water-depth estimates and impact assessments with updates every 24 hours during an emergency.

NVE will use the new service to improve hydraulic model calibration and flood-risk maps.

ICEYE was selected by the Norwegian Water Resources and Energy Directorate (NVE) to provide a national flood monitoring service for Norway, including the Svalbard islands.

The initial term of the ICEYE flood monitoring service is 1 year with the option to extend for 2 additional years.

The ICEYE flood monitoring project started in February 2026.

ICEYE’s satellite revisit capability over Norway can reach up to 12 acquisitions per day.

NVE will share flood-monitoring data with other public authorities and Norwegian municipalities.

The NVE contract was awarded through a public tender.

Altus-1 is expected to launch as a rideshare payload.

Intuitive Machines’ Maryland team is delivering hardware for Altus-1, the company’s first data relay satellite.

Intuitive Machines’ new facility will be located at BWI Tech Park in Linthicum, Maryland.

Intuitive Machines plans to nearly double its Maryland headcount with the move to close to 100 employees.

Intuitive Machines participates in the Maryland Department of Labor’s Lighthouse AI Internship Program.

A $1 million Maryland state grant will fund Intuitive Machines’ relocation of its lunar robotics and mechanisms operation to a new 69,000-square-foot facility in Anne Arundel County, Maryland.

In 2025, Intuitive Machines received a $202,150 grant through the Maryland Manufacturing 4.0 program.

Intuitive Machines is developing the IM-3 Rover Deployment Mechanism, a 360-degree pan-tilt camera for lunar situational awareness, and the Main Engine Gimbal in Maryland.

Altus-1 is intended to support an integrated space-to-ground network for Artemis and sustained cislunar operations.

Intuitive Machines previously completed a 21,000-square-foot build-out at Cromwell Business Park in Maryland.

Intuitive Machines’ Maryland operation has produced hardware flown on the IM-1 and IM-2 missions.

The new Intuitive Machines facility in Linthicum will add laboratories, office space, and in-house assembly, integration, and test capabilities.

Intuitive Machines’ Maryland operation builds robotics and mechanisms for the company’s Nova-C lunar landers.

Researchers at NASA’s Ames Research Center in California’s Silicon Valley will design, build, and integrate the Aeolus payload.

The Doppler Wind and Temperature Sounder will measure wind and temperature profiles from the surface to approximately 37 miles altitude.

NASA will use Aeolus data to inform entry, descent, and landing systems for future crewed Mars missions.

NASA will send the Aeolus atmospheric instrument suite to Mars aboard a Relativity Space spacecraft.

NASA and Relativity Space formed a public-private partnership for the Aeolus Mars mission.

Relativity Space will supply the spacecraft, launch vehicle, and cruise operations for the Aeolus mission to Mars.

GATS collaborated on development of the Doppler Wind and Temperature Sounder.