Blue Origin Moves New Glenn's Next Launch to January 2027
Blue Origin now plans to launch its next New Glenn rocket in January 2027. CEO Dave Limp told employees about the revised timeline in a memo, according to CNBC. The new window is about 10 days later than the company's earlier target.
That earlier target was December. In October, Jeff Bezos said Blue Origin was aiming for a December New Glenn launch. The schedule now runs into the new year. The company attributes the shift to delays in rebuilding its Cape Canaveral launch facility, according to Yahoo Finance.
The damage dates to May, when an explosion hit the New Glenn launchpad ahead of a flight intended to carry Amazon Leo satellites. Limp cited bad weather as affecting the rebuild. The Financial Times reported that severe weather over the summer complicated the launchpad effort.
In July, Bezos and Limp said Blue Origin was determined to return New Glenn to flight later in 2026. That goal has now moved into 2027.
Blue Origin has also been building the infrastructure behind the vehicle. On October 16, the company announced a $330 million expansion in Florida to support manufacturing of New Glenn's 9x4 second stage, the upper section of the rocket that carries the payload toward orbit. Completion is scheduled for summer 2027. In November 2025, the company announced upgrades designed to increase payload performance and launch cadence (how often the rocket can fly) while enhancing reliability. In July 2026, the company and NASA agreed to test New Glenn at Stennis Space Center.
The company's satellite plans rest on the same hardware. In January, Blue Origin introduced TeraWave, a 6 Tbps (terabits per second) space-based network for global connectivity. Deployment of that satellite constellation, a fleet of satellites working as one system, will begin in Q4 2027.
The broader context here is a dependency chain. A ten-day slip looks small on a calendar, but the January date falls months before the second-stage manufacturing expansion is scheduled to finish, and the TeraWave deployment start is roughly ten months after the new launch target. The pad rebuild, the factory expansion, the NASA test campaign and the satellite network all draw on the same engineering and operations capacity. Whether the January target holds will say something about how far that capacity stretches.
In my view, the more useful measure for the next few months is whether the pad work reaches the point where a vehicle can be stacked and tested on schedule, rather than the date itself. Launch-site rebuilds rarely move in a straight line, and weather over a Florida summer is a known variable. The payload and cadence upgrades announced in 2025 are meant to make the vehicle more available once it is flying regularly, and the Florida expansion is meant to help production keep pace. If those pieces arrive as planned, the slip becomes a one-time setback in the record of a new heavy-lift rocket. If they do not, the same calendar will be read differently.
