Blue Origin launched its New Glenn rocket from Cape Canaveral on April 19 at 13:25 German summer time, carrying AST SpaceMobile’s Bluebird 7 satellite into orbit.
The mission tested Blue Origin’s booster recovery capability
The booster separated three minutes after liftoff as planned, marking a key step in Blue Origin’s effort to match SpaceX’s success with orbital-class rocket landings.
This flight used the same heavy-lift booster that achieved Blue Origin’s first successful orbital booster return in November, aiming to prove reusability under similar conditions.
Bluebird 7 aims to provide direct-to-device satellite connectivity
AST SpaceMobile’s satellite is designed to communicate directly with standard mobile phones without requiring ground-based towers or special receivers, unlike Starlink or Amazon’s Leo project.
Each Bluebird satellite covers a larger area than comparable systems due to its size of approximately 220 square meters, though fewer are needed for global coverage.
AST SpaceMobile plans to expand its satellite constellation in 2026
The company intends to station between 45 and 60 Bluebird satellites in orbit this year to build out its direct-to-cell network.
How does Bluebird 7 differ from Starlink in terms of user equipment?
Bluebird 7 connects directly to unmodified mobile phones, while Starlink requires users to have a dedicated terminal or receiver to access its service.
What is the significance of the booster landing attempt for Blue Origin?
A successful landing would demonstrate Blue Origin’s ability to reuse orbital-class boosters, a capability previously demonstrated only by SpaceX, strengthening its position in the launch market.
