Blue Origin conducted the first flight of a reused New Glenn first-stage booster on Sunday, April 19, 2026, from Launch Complex 36 at Cape Canaveral Space Force Station. While the mission achieved a primary milestone in booster recovery and reuse, the flight ended in a partial failure after the upper stage failed to deliver its payload to the intended coordinates. The uncrewed mission was designed to demonstrate the rapid turnaround capabilities of the New Glenn heavy-lift vehicle, which is central to the company’s long-term orbital strategy.
The New Glenn booster, powered by seven BE-4 liquefied natural gas and liquid oxygen engines, successfully lifted off at 10:14 AM ET. This specific first-stage booster had previously been recovered following a maiden flight in late 2025. Telemetry data confirmed that the first stage performed nominally, executing a controlled separation at an altitude of approximately 75 kilometers. The booster then performed a series of restartable engine burns to navigate to the landing platform Jacklyn, located in the Atlantic Ocean. This successful touchdown marks the first time Blue Origin has recovered a booster of this class for subsequent reuse, matching a capability previously held only by SpaceX’s Falcon 9 and Falcon Heavy systems.
However, the mission encountered technical difficulties during the second-stage phase of flight. The upper stage, which utilizes two BE-3U hydrogen-fueled engines, experienced an early shutdown during its second planned burn. According to official mission data, the engines cut out approximately 14.2 seconds before the targeted velocity was achieved. As a result, the primary payload—the Aether-1 telecommunications satellite—was deployed into a suboptimal elliptical orbit. The satellite’s current perigee is reported to be 180 kilometers, significantly lower than the 300-kilometer minimum required for a stable geostationary transfer orbit.
The Aether-1 satellite, owned by a consortium of international telecommunications providers, was intended to provide high-speed data services across the Pacific corridor. While the satellite is currently operational and responding to ground commands, mission controllers indicate that it will likely need to expend a significant portion of its onboard fuel reserves to raise its orbit to the correct altitude. This unplanned maneuver is expected to reduce the satellite’s operational lifespan from an estimated 15 years to approximately nine years.
Blue Origin has convened an Internal Review Board to investigate the second-stage anomaly. In a technical brief released Sunday afternoon, the company stated that initial indicators point to a sensor malfunction in the fuel-mixture controller. There were no reported injuries or damage to ground infrastructure. The company has not yet provided a timeline for its next New Glenn launch, which was originally scheduled for mid-summer.