Blue Origin Targets April 12 for New Glenn's First Booster Reuse, Carrying the Largest Commercial Satellite Ever to Orbit
New Glenn-3 will refly the booster that landed after delivering NASA's ESCAPADE Mars probes, deploying AST SpaceMobile's 2,400-square-foot BlueBird 7 direct-to-device satellite.
Overview
Blue Origin is targeting no earlier than April 12, 2026, for the launch of New Glenn-3 (NG-3), a mission that will attempt to refly an orbital-class booster for the first time in the company’s history while delivering the largest commercial communications satellite ever deployed in low Earth orbit, according to NextBigFuture. The launch window extends through April 14, with liftoff scheduled from Launch Complex 36 at Cape Canaveral Space Force Station.
The mission carries AST SpaceMobile’s BlueBird 7, a next-generation Block 2 satellite designed to deliver cellular broadband directly to unmodified smartphones from orbit. If successful, the flight will validate two milestones that Blue Origin needs to compete for commercial and government launch contracts at scale: rapid booster turnaround and the ability to loft heavy, oversized payloads.
First Booster Reuse
The first stage assigned to NG-3, nicknamed “Never Tell Me The Odds,” last flew in November 2025 when it delivered NASA’s twin ESCAPADE Mars probes before landing on the drone ship Jacklyn, according to Space.com. That landing marked the first successful recovery of a New Glenn booster and only the program’s second orbital flight.
Blue Origin has refurbished the booster in roughly five months, a pace the company views as a necessary proof point for customers evaluating the rocket’s long-term economics. The booster is designed for a minimum of 25 flights and is powered by seven methane-fueled BE-4 engines, according to SatNews. A successful reflight would make New Glenn only the second orbital rocket family, after SpaceX’s Falcon 9, to demonstrate first-stage reuse on a commercial mission.
The BlueBird 7 Satellite
BlueBird 7 is the second Block 2 satellite in AST SpaceMobile’s direct-to-device constellation. The spacecraft features a phased array antenna spanning approximately 2,400 square feet (223 square meters), making it the largest commercial communications array ever deployed in low Earth orbit, according to NextBigFuture. The satellite weighs 6,100 kilograms and is powered by the proprietary AST5000 application-specific integrated circuit, which supports 10 GHz of processing bandwidth and peak data speeds of up to 120 Mbps.
The Block 2 generation delivers up to ten times the bandwidth capacity of the first-generation BlueBird satellites and supports beam capacity of up to 40 MHz, according to SatNews. AST SpaceMobile’s satellite architecture is 95 percent vertically integrated, with primary manufacturing completed at the company’s facilities in Midland, Texas.
The satellite was encapsulated within New Glenn’s payload fairing in February 2026, marking the formal technical handover ahead of launch.
Constellation and Coverage Goals
AST SpaceMobile’s constellation is designed to deliver continuous cellular broadband coverage supporting voice, data, and video applications to standard smartphones without requiring any hardware modifications. The company is targeting over 5,600 cells providing approximately 100 percent U.S. nationwide coverage, according to NextBigFuture.
BlueBirds 8 through 29 are in various stages of production, with assembly of 40 satellites targeted for completion by mid-2026. New Glenn’s seven-meter fairing can accommodate up to eight Block 2 satellites per mission, a capacity that would allow AST SpaceMobile to scale the constellation rapidly once Blue Origin increases its launch cadence, according to SatNews.
Competitive Context
The NG-3 mission arrives as the direct-to-device satellite market intensifies. SpaceX recently rebranded its direct-to-cell service as Starlink Mobile and announced V2 satellites also targeting 150 Mbps speeds, backed by a $17 billion EchoStar spectrum acquisition that gives it dedicated mid-band capacity.
AST SpaceMobile’s approach differs in that it relies on massive phased array antennas rather than dedicated spectrum, working through partnerships with existing carriers including AT&T. The company is targeting 45 to 60 satellites in orbit by the end of 2026 to establish continuous U.S. and global coverage, according to SatNews.
What Remains Uncertain
Blue Origin has not disclosed the full results of the booster’s post-flight inspection or provided specifics on what refurbishment entailed. The company also has not confirmed whether it plans to attempt another booster landing on this flight, though the mission profile to low Earth orbit would typically allow for a landing attempt. Whether the roughly five-month turnaround can be compressed to support the higher cadence needed for constellation deployment remains an open question.