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Blue Origin Makes History with New Glenn Rocket Reuse, Bringing Fresh Momentum to the Space Industry

Blue Origin successfully reused the first-stage booster of its New Glenn rocket for a second flight and landing. Following SpaceX, this practical application of reuse technology contributes to reducing space access costs. However, issues arose with the orbital insertion of the payload satellite.

April 19, 2026 4 min read

TITLE: Blue Origin Makes History with New Glenn Rocket Reuse, Bringing Fresh Momentum to the Space Industry SLUG: blue-origin-new-glenn-reusable-rocket-milestone CATEGORY: gadget EXCERPT: Blue Origin successfully reused the first-stage booster of its New Glenn rocket for a second flight and landing. Following SpaceX, this practical application of reuse technology contributes to reducing space access costs. However, issues arose with the orbital insertion of the payload satellite. TAGS: Blue Origin, New Glenn, Rocket Reuse, Space Technology, Space Business IMAGE_KEYWORDS: rocket, launch, landing, space, booster, reuse, Blue Origin, launchpad

Blue Origin’s Successful New Glenn Reuse: A Sign of Cost Reduction and Intensifying Competition

On April 19, 2026, American space company Blue Origin announced the successful reuse of the first-stage booster of its heavy-lift rocket “New Glenn,” completing a second launch and landing. This marks a historic milestone for the company, signifying the practical implementation of reusable rocket technology following SpaceX. However, it also revealed that the mission was not a complete success, as the payload, AST SpaceMobile’s communication satellite “BlueBird 7,” was inserted into a lower-than-planned orbit. This news reaffirms the importance of reuse technology in the space industry while simultaneously highlighting the complexity of the technical challenges involved.

Technical Background: New Glenn and the Philosophy of Reusable Design

New Glenn is a heavy-lift rocket that Blue Origin has been developing since the 2010s, measuring approximately 98 meters in length and 7 meters in diameter. Named after astronaut John Glenn, its payload capacity to LEO (Low Earth Orbit) is up to 45 tons, placing it in the same class as SpaceX’s Falcon Heavy. A notable feature is the reusable design of its first-stage booster. It is equipped with seven BE-4 engines (a closed-cycle system using methane/oxygen propellant), employs a flip maneuver for attitude control during atmospheric reentry, and performs vertical landing by deploying landing legs. This is similar to SpaceX’s Falcon 9, but New Glenn is larger, and its landing barge is also scaled up.

Blue Origin has previously demonstrated reuse technology with its suborbital tourism rocket “New Shepard,” but New Glenn represents the first reuse of a heavy-lift rocket capable of orbital insertion. This success indicates that the technology the company has cultivated over many years has reached a practical stage. CEO Bob Smith stated in a statement, “This is the start of a new chapter in the era of reuse,” indicating an intention to accelerate future plans.

Mission Details: The Dual Nature of Success and Challenges

The launch was conducted at 10:00 AM local time from SLC-36 at the Cape Canaveral Space Force Station in Florida, USA. The payload was the “space-based tower” BlueBird 7, developed by AST SpaceMobile, intended to be the core of a satellite network capable of direct communication with mobile phones. The launch itself proceeded smoothly, with New Glenn ascending toward its planned orbit. After separation, the first-stage booster underwent atmospheric reentry and successfully landed on the Atlantic Ocean landing barge “Jacqueline.” Live footage showed the booster deploying its landing legs to maintain a stable attitude while descending under thrust, filling the control room with cheers.

However, a problem occurred with the second stage’s performance. The burn time of the second stage’s BE-3U engines (using liquid hydrogen/oxygen propellant) was shorter than designed. Consequently, the satellite was inserted into an orbit of approximately 180 km, lower than the planned altitude of 200 km. AST SpaceMobile CEO Abel Avellan explained at a press conference, “The orbit is lower, but the satellite is healthy, and we will attempt to transition to the planned altitude using onboard propellant for orbital correction.” This issue is attributed to insufficient calibration of the second stage’s sensors or control software, and Blue Origin is conducting a detailed analysis.

The success of reuse directly contributes to reducing launch costs. With traditional expendable rockets, the entire manufacturing cost of the first stage is lost after a single flight. If reuse becomes possible, the majority of that cost can be recovered. SpaceX has publicly stated that reusing a Falcon 9 reduces costs by about 60%, and a similar effect is expected for New Glenn. However, this orbital issue demonstrates that reuse technology impacts overall mission reliability, not just “landing success.”