Published 2026-10-19 · Cyclone Bolt

Blue Origin plans to add more New Glenn launch pads on Florida's Space Coast and is building a $330 million upper-stage factory at its Rocket Park campus, the company said on October 16, 2026. The plan was laid out in a post by Ian Richardson, Blue Origin's Senior Vice President of Operations, who wrote that the infrastructure is designed to support multiple flights per week by the end of the decade.

Spaceflight Now reported the same day that the announcement comes as the company recovers from a test fire explosion in May, and that it did not reveal the exact locations of the new pads.

The manufacturing expansion at Rocket Park

Rocket Park is Blue Origin's 1.37-million-square-foot manufacturing campus near NASA's Kennedy Space Center. According to the company, the $330 million expansion there is already underway and will support manufacturing of the second stage for the New Glenn 9x4 variant of the rocket. When the facility is complete in the summer of 2027, Blue Origin says it will allow annual production of up to 150 upper stages. Spaceflight Now described the 9x4 as having nine BE-4 engines on the first stage and four BE-3U engines on the upper stage.

Richardson wrote that the company is investing in automated machining, welding, material handling and inspection tools, and in fairing preparation, chemical processing, tooling and storage. He also said the investments build the capability to bring in raw materials and make nearly all of the company's components, systems and products in-house, paired with a network of external supplier partners to keep its factories supplied as the production rate rises.

Launch pads, landing platforms and a Space Force facility

Blue Origin currently has two pads at Launch Complex 36 at Cape Canaveral Space Force Station. LC-36B is under construction and will be the operational home for New Glenn 9x4, according to the company. Beyond those two, Blue Origin says it plans additional New Glenn pads on the Space Coast for capacity and resiliency, and that they will be sited and built by replicating the design and construction approach used for LC-36B.

The company has also asked for an increase in its permitted launch rate at LC-36 from 12 to 50 launches per year. Spaceflight Now reported that the Federal Aviation Administration is in the middle of a 30-day public comment period on that request, with a virtual public hearing scheduled for October 22 and comments closing on October 30.

Other work described in the post includes:

  • A customer integration facility being built in partnership with the United States Space Force at Cape Canaveral Space Force Station, which Blue Origin says will support both the 7x2 and 9x4 vehicles, including national security missions.
  • A new vertical integration facility, now under construction, for New Glenn 9x4.
  • Use of the company's vertical integration facility at Cape Canaveral Space Force Station as a booster processing facility, receiving recovered first stages, inspecting them and preparing them for refurbishment.
  • Two more sea-based landing platforms, in addition to Jacklyn at Port Canaveral.

Blue Origin says it has invested more than $3 billion in facilities and infrastructure in Florida, with more than 5,000 employees and 500 Florida suppliers across more than 20 sites in Brevard and Orange Counties. Spaceflight Now also reported that founder Jeff Bezos said earlier this month that the company is still pushing to fly the New Glenn 7x2 again before the end of the year.

What a launch-rate buildout means for bolting and fastener supply

Most of what Blue Origin described is construction and industrial equipment rather than flight hardware: pads, integration buildings, a factory, landing vessels and the tooling to run them. That kind of work consumes threaded products in the same way a power plant or a large industrial project does.

Launch pad and facility construction typically involves anchor bolts and structural bolting for foundations, towers, steel framing and equipment supports. Propellant, pressurant and fluid systems on a pad run through piping and vessels with flanged connections, and piping specifications on industrial projects commonly call for stud bolts and heavy hex nuts made to ASTM grades, with low-temperature grades specified where the service is cold. Buyers on these projects generally expect material test reports and traceability to the heat of material with each shipment, and the specification for every joint comes from the project's engineer, not the supplier.

The plan to replicate one pad design across several sites is also worth noting from a procurement standpoint. A repeated design tends to mean repeated bills of material, which lets buyers consolidate hardware orders and plan for the shorts that show up at the end of each build.

Flight hardware is a separate category. Fasteners and machined parts for a launch vehicle, or for an aerospace and defense program that flies on one, are bought against drawings and specifications set by the program, and buyers commonly require a supplier quality system certified to AS9100, lot traceability and certificates of conformance. Where national security missions are involved, primes usually flow down DFARS clauses to their suppliers, including the rules on where specialty metals are melted.

Where Cyclone Bolt fits

Cyclone Bolt is a Houston, Texas manufacturer of fasteners, threaded products and custom machined components, established in 2016. Its certifications include AS9100D, AS9120B, ISO 9001:2015, API Spec Q1, API 20E and API 20F. Cyclone Bolt supplies DFARS-compliant material, a statement that refers to material sourcing only, and its CAGE code is 8HH90. Cyclone welcomes aerospace and defense conversations of any size: large contracts, small contracts and one-off projects.

This article reports on a public company announcement and does not describe Cyclone's own work. To discuss a bolting or machined-component requirement, request a quote with your drawings, specifications and delivery dates.

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