Blue Origin Boosts New Glenn Rocket with More Power and Payload

Just days after its second successful launch, Blue Origin is already charting a course for a significantly more powerful New Glenn rocket. The company revealed plans to upgrade its massive booster, introducing a super heavy-lift variant designed to drastically increase its payload capacity and launch frequency.

Key Takeaways:

Blue Origin Unveils Super Heavy-Lift New Glenn Rocket Variant detail
AI Analysis: Blue Origin Unveils Super Heavy-Lift New Glenn Rocket Variant

  • Blue Origin is developing a super heavy-lift version of its New Glenn rocket.
  • This upgraded variant will feature nine BE-4 engines on the first stage and four on the second.
  • Enhancements aim to boost payload performance, launch cadence, and reliability.
  • Phased upgrades will begin with the third New Glenn launch in early 2026.

A Bigger, More Powerful Beast: The 9×4 Variant

The most striking development is the evolution of the New Glenn rocket into what Blue Origin terms the “9×4” variant. This signifies a substantial increase in engine count: the first stage will be powered by nine BE-4 engines (up from the current seven), and the second stage will boast four (up from two). This configuration is engineered to transform New Glenn into a true super heavy-lift launch vehicle, capable of lofting significantly larger payloads to orbit and beyond.

Accelerating Launch Cadence and Reliability

Beyond the engine count, Blue Origin is implementing a suite of enhancements aimed at improving overall mission performance. These upgrades are designed not only to increase the amount of cargo New Glenn can carry but also to accelerate the rate at which launches can occur. The company emphasizes that these changes are being phased in to enhance reliability, a critical factor for any major launch provider.

Editor’s Take: A Bold Step Towards Orbital Dominance

Blue Origin’s swift move to upgrade New Glenn so soon after its second flight signals a clear ambition to compete at the highest echelons of the launch market. The transition to a super heavy-lift capability is a strategic imperative, essential for tackling ambitious projects like lunar missions, interplanetary probes, and large satellite constellations. By focusing on iterative design and phased enhancements, Blue Origin appears determined to build a robust and reliable launch system that can challenge established players. This aggressive roadmap suggests a company confident in its technology and eager to capitalize on the burgeoning space economy.


This article was based on reporting from Ars Technica. A huge shoutout to their team for the original coverage.

Read the full story at Ars Technica

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