Blue Origin plans new Florida launch pads to increase New Glenn flights

Blue Origin plans new Florida launch pads to increase New Glenn flights

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Blue Origin has said it will build more launch pads on Florida’s Space Coast. The goal is to ramp up the flight rate of its New Glenn rockets while the company recovers from a catastrophic test fire explosion in May. The announcement came in mid October 2026, as part of a wider set of infrastructure plans.

The details cover pads, factories, ships and payload buildings. Some pieces are already under construction, and others are still only intentions. Here’s what has been confirmed so far, and what hasn’t.

Two additional pads at Cape Canaveral

Two additional pads at Cape Canaveral (By Bill Ingalls, Public domain)
Two additional pads at Cape Canaveral (By Bill Ingalls, Public domain)

Blue Origin plans two additional launch pads for New Glenn in Florida, along with new production, recovery and payload processing facilities. The pads would be added at Cape Canaveral, where two others are already under construction.

The announcement did not reveal the exact locations of the new pad facilities. So for now, the number is clear, but the map isn’t.

A design borrowed from Launch Complex 36

A design borrowed from Launch Complex 36 (By NASA/Ames Research Center, Public domain)
A design borrowed from Launch Complex 36 (By NASA/Ames Research Center, Public domain)

The new pads would be modeled after Blue Origin facilities at Launch Complex 36 at Cape Canaveral Space Force Station. The company plans to use the same design and construction approach demonstrated at Launch Complex 36B to site and build them.

Reusing a template makes sense for a company trying to build quickly. A proven layout can cut design time, though it doesn’t remove the work of pouring concrete and raising towers.

The explosion that set the stage

The explosion that set the stage (Image Credits: Unsplash)
The explosion that set the stage (Image Credits: Unsplash)

The May explosion happened days before a planned mission carrying Amazon satellites, and it badly damaged the pad. The rocket had lifted off three times since its 2025 debut.

Reporting indicates a problem with one of the vehicle’s BE-4 engines triggered the failure, which destroyed both the rocket and its only launch site, Launch Complex 36A. That single point of failure helps explain why more pads are now a priority.

Rebuilding LC-36A and finishing LC-36B

Rebuilding LC-36A and finishing LC-36B (By Photo credit: NASA/Jerry Cannon, Public domain)
Rebuilding LC-36A and finishing LC-36B (By Photo credit: NASA/Jerry Cannon, Public domain)

LC-36A is being rebuilt after the static test fire explosion and serves the New Glenn 7×2 rocket, while LC-36B is under construction to support the 9×4 variant. Blue Origin describes LC-36B as the operational home for New Glenn 9×4.

The company is targeting a return to flight in early 2027. Earlier statements had pointed to the end of 2026, so the timeline appears to have shifted, though it’s worth checking for further updates.

What the 9×4 variant brings

What the 9x4 variant brings (This image was released by the United States Space Force with the ID 251113-X-NY190-1022 (next).
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The larger 9×4 New Glenn has nine first stage engines, compared with seven on the 7×2 version. It is designed to carry 70 metric tons to low Earth orbit and more than 20 tons to trans lunar injection.

The 9×4 also has four BE-3U engines on its upper stage. Blue Origin hasn’t given a debut date for it.

A $330 million upper stage factory expansion

A $330 million upper stage factory expansion (Image Credits: Unsplash)
A $330 million upper stage factory expansion (Image Credits: Unsplash)

At Rocket Park, a 1.37 million square foot manufacturing campus near NASA’s Kennedy Space Center, teams are building the production capability for a higher flight rate. A $330 million expansion now underway will support manufacturing of the 9×4 second stage.

When it’s finished in summer 2027, it will allow production of up to 150 upper stages a year. Upper stages are expendable, so a high launch rate demands a steady supply of them.

More ships and a four bay payload facility

More ships and a four bay payload facility (Navsource Archives (https://www.navsource.net/archives/10/06/100651301.jpg), Public domain)
More ships and a four bay payload facility (Navsource Archives (https://www.navsource.net/archives/10/06/100651301.jpg), Public domain)

Blue Origin plans to add two landing ships to recover the first stage, expanding a fleet that currently has one. More ships would let boosters return more often without waiting on a single vessel.

A customer integration facility planned with the U.S. Space Force would have four payload bays, so teams can prepare several missions at once. Parallel preparation is a key part of flying many times a month.

Higher launch limits and the weekly cadence goal

Higher launch limits and the weekly cadence goal (Image Credits: Pexels)
Higher launch limits and the weekly cadence goal (Image Credits: Pexels)

Blue Origin aims to raise the annual launch limit for LC-36 from 12 to 50. That would be a large jump, and it would need regulatory approval.

Ian Richardson, the company’s senior vice president of operations, said the infrastructure is designed to support multiple flights per week by the end of the decade. Given that the rocket has flown only three times, that’s an ambitious target.

Money, footprint and competition

Money, footprint and competition (This image was released by the United States Space Force with the ID 251113-X-NY190-1037 (next).
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Blue Origin has invested about $3 billion in Florida facilities. Its footprint spans more than 20 sites across Brevard and Orange counties, with more than 5,000 employees in the state. The company also recently raised $10 billion in an oversubscribed funding round, valuing it at $140 billion.

The expansion comes as Blue Origin tries to ramp up its cadence amid stiff competition from SpaceX for commercial and government customers. The next milestone is New Glenn’s return to flight from a rebuilt LC-36A.

Lorand Pottino, B.Sc. Weather Policy
About the author
Lorand Pottino, B.Sc. Weather Policy
Lorand is a weather policy expert specializing in climate resilience and sustainable adaptation. He develops data-driven strategies to mitigate extreme weather risks and support long-term environmental stability.

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