Blue Origin, headquartered in Kent, Washington, is preparing to resume operations with its New Glenn heavy-lift rocket following a launch mishap that occurred five weeks ago. The upcoming mission will deploy 48 satellites for Amazon Leo’s expanding broadband constellation into low Earth orbit.
This launch represents a significant milestone as it will be the first occasion that Blue Origin has carried Amazon satellites into space, creating a novel partnership between two prominent enterprises established by Jeff Bezos. The mission will also establish a record for the highest number of Leo broadband satellites deployed in a single launch operation.
The flight has been designated NG-4 for the rocket and LN-01 for the payload. Dave Limp, CEO of Blue Origin, expressed his pride in supporting the Leo team through a social media post. Limp previously served as an Amazon executive overseeing the Amazon Leo program, which was originally called Project Kuiper, before moving to Blue Origin in 2023.
This mission marks the fourth flight for a New Glenn rocket. The first-stage booster carries the nickname “No, It’s Necessary,” referencing a memorable line from the science fiction film
“Interstellar” that describes a crucial space operation.
Flight operations were suspended following last month’s failed launch attempt from Florida, which involved an AST SpaceMobile satellite. However, the Federal Aviation Administration recently approved the company’s return to flight status after reviewing an investigation conducted by Blue Origin. The investigation determined that a cryogenic leak caused a hydraulic line to freeze, resulting in a thrust problem during the second-stage engine operation.
Blue Origin developed nine corrective measures to prevent similar incidents, receiving FAA authorization to resume launches. According to an FAA advisory, the launch window could open as soon as next week.
Amazon Leo presently operates slightly more than 300 satellites in orbit, with plans to launch thousands of additional satellites over the next three years. The company’s original Federal Communications Commission license required more than 1,600 satellites to be deployed by June 30, though Amazon has requested a two-year extension for this deadline.
United Launch Alliance’s Atlas 5 rockets have handled the majority of satellite launches to date, but deployment rates are anticipated to double in the coming year. This acceleration will involve heavy-lift vehicles including New Glenn, ULA’s Vulcan, and Arianespace’s Ariane 6. Amazon has secured 24 New Glenn launch missions for satellite deployment operations.
The satellite broadband internet service from Amazon Leo is scheduled to begin commercial operations this summer, initially covering mid-northern and mid-southern latitude regions. Service areas will expand as additional satellites reach orbit. Pricing information has not yet been announced.
SpaceX’s Starlink network currently leads the satellite broadband sector with over 10,000 satellites in low Earth orbit and more than 12 million subscribers. Interestingly, SpaceX also provides launch services for Amazon Leo, demonstrating how competitors can collaborate within the space industry.
Additional developments include Amazon’s detailed filing with the FCC regarding its planned acquisition of Globalstar and its
direct-to-device satellite constellation. The plan, requiring FCC approval, involves Apple transferring its 20% Globalstar stake to Amazon through a newly created subsidiary named “Grapefruit.” Globalstar’s infrastructure and satellite service licenses would transfer to Amazon, which would then apply for its own license to operate a global direct-to-device satellite system for mobile connectivity. This system would complement Amazon Leo’s broadband service. The $10.8 billion acquisition, announced last month, is expected to finalize in 2027.
The FAA also announced it will oversee an investigation into last week’s Starship V3 rocket test by SpaceX. During that test, the Super Heavy first-stage booster’s engines failed to fire correctly after stage separation during what was planned as a controlled descent and ocean landing. The booster tumbled during atmospheric reentry and disintegrated, with debris falling into the Gulf of Mexico. Starship’s return to flight operations depends on the FAA confirming that any systems, processes, or procedures related to the mishap will not endanger public safety.