Blue Origin setback and NASA’s lunar plans

On April 19, 2026, Blue Origin executed the third flight of its New Glenn launcher from Cape Canaveral and achieved a milestone by reusing its first-stage booster. The booster landed on a sea barge after separation. The launch demonstrated reusability at scale, yet the mission suffered an upper-stage anomaly that left AST SpaceMobile’s BlueBird 7 in a lower-than-planned orbit; the satellite powered on but its onboard propulsion could not restore a sustainable altitude.

Federal regulators have required Blue Origin to lead a formal investigation under FAA oversight, and New Glenn flights are on hold while engineers analyse telemetry and hardware. Preliminary information points to an upper-stage engine underproducing thrust during the second-stage sequence, and the upper stage and its payload reentered the atmosphere before corrective action could be taken. The FAA will decide when New Glenn can fly again based on safety findings.

BlueBird 7 carried an unusually large phased-array antenna—about 2,400 square feet—intended to enable direct-to-phone broadband, and AST has said it will deorbit the spacecraft and seek insurance recovery. New Glenn itself stands roughly 322 feet tall and was designed to lift heavy payloads and, importantly, to launch Blue Origin’s Blue Moon lander for NASA’s Artemis partnership. AST has planned a multi-launch campaign and aimed to deploy about 45 satellites by the end of 2026.

Because NASA has contracted with commercial firms for lunar landers and allocated roughly $3.4 billion toward Blue Origin’s Blue Moon development, the grounding of New Glenn introduces practical scheduling pressure for uncrewed demonstrations and integration activities; nevertheless, the investigation will determine the path to resume flights and to safeguard future lunar cargo deliveries.