Blue Origin achieved a significant technical milestone on April 19, 2026, by successfully landing a flight-proven New Glenn first-stage booster for the first time. The recovery of the 98-meter-tall vehicle marks a pivotal step in the company’s efforts to establish a reusable heavy-lift launch architecture. However, the mission was characterized as a partial success after the rocket’s upper stage failed to deliver its satellite payload to the targeted coordinates, resulting in what officials described as an off-nominal orbit.
The New Glenn vehicle, designated B1002.2 for this mission, lifted off from Launch Complex 36 at Cape Canaveral Space Force Station at 14:15 UTC. The first stage, powered by seven BE-4 liquefied natural gas and liquid oxygen engines, performed its ascent and separation sequences as planned. Following separation, the booster executed a series of maneuvers to land vertically on the sea-based recovery platform, Jacklyn, situated in the Atlantic Ocean. This landing confirms the structural integrity of the New Glenn airframe and the reliability of its landing gear systems after previous flight exposure.
While the first-stage recovery was successful, telemetry data from the second stage indicated a performance deviation during the second burn of the BE-3U hydrogen-fueled engine. The mission intended to place a commercial telecommunications satellite into a geostationary transfer orbit with an apogee of 35,786 kilometers. Instead, the payload was deployed into an elliptical orbit with a significantly lower apogee of approximately 22,000 kilometers. Blue Origin engineers are currently investigating whether the anomaly was caused by a propellant flow issue or a software-related guidance error in the upper stage.
The satellite operator, which has not been publicly named, confirmed that it has established contact with the spacecraft. Technical teams are evaluating the satellite’s remaining fuel reserves to determine if its onboard propulsion system can compensate for the orbital shortfall. If the satellite must use its own thrusters to reach the correct altitude, its operational lifespan could be reduced by several years due to the unplanned propellant consumption.
This mission represents the fourth total flight for the New Glenn program and the first attempt at booster reuse. The New Glenn is designed to carry 45 metric tons to low Earth orbit, making it a critical component of the heavy-lift market. Blue Origin stated that data from the BE-3U engine will be analyzed before the next scheduled launch to ensure the reliability of the upper-stage configuration.