Blue Origin’s latest launch of its heavy-lift rocket, New Glenn, marked a significant milestone by successfully reusing an orbital-class booster for the first time. The launch took place at Cape Canaveral and aimed to demonstrate the rocket’s reusability and capability for future missions. However, the mission ended on a disappointing note when the upper stage failed, overshadowing the success of the booster recovery.

Historic Reflight of the New Glenn Booster

The third flight of New Glenn launched early Sunday morning, with the main goal of reusing the first stage booster. Standing 321 feet tall, the rocket fired its seven methane-fueled BE-4 engines at 7:25 am EDT, initiating its ascent from Florida’s Cape Canaveral Space Force Station. The engines, each delivering over half a million pounds of thrust, pushed the rocket through the sound barrier within about a minute and a half.

Three minutes into the flight, the booster detached and began its descent back to Earth, a crucial step in testing its reusability. This marked the first time Blue Origin successfully recovered and flew the same orbital booster, a key goal for reducing launch costs and increasing turnaround speed for future missions.

Upper Stage Failure Clouds the Mission

While the booster reflight was a success, the mission took a turn for the worse after the upper stage ignited. Powered by two BE-3U engines running on liquid hydrogen and oxygen, the upper stage was supposed to deliver its payload to orbit. Unfortunately, it experienced a failure that prevented the payload from reaching its intended orbit.

The exact cause of the upper stage failure remains under investigation, but the incident is a setback for Blue Origin’s ambitions. The company has been working to establish New Glenn as a reliable, reusable heavy-lift option, especially for NASA’s Artemis lunar program, which relies heavily on launch vehicles like New Glenn.

This partial success underscores the challenges of developing large, reusable rockets. While reusing the booster is a major step forward, a reliable upper stage is equally crucial to making the entire system viable for commercial and government missions alike.

Despite the setback, Blue Origin emphasized the importance of the milestone. The company views the successful reflight as a critical learning step, and investigations into the upper stage failure are underway. The company remains committed to advancing its reusable rocket technology and aims to overcome the obstacles faced during this flight.

Inspired by

• https://arstechnica.com/space/2026/04/errant-upper-stage-spoils-blue-origins-success-in-reusing-new-glenn-booster/