One month after the New Glenn anomaly that severely damaged Launch Complex-36 at Cape Canaveral Space Force Station, Blue Origin has conducted an intensive cleanup and recovery effort at the site.
Despite widespread predictions of a 12- to 18-month stand-down, CEO Dave Limp continues to assert that the company aims to return the vehicle to flight before the end of 2026. The rapid progress includes assessment of the anomaly, structural repairs, and a shift to a new hybrid concept of operations (CONOPS) for future launches.
Early analysis by Blue Origin points to the aft section of the first stage as the origin of the anomaly, consistent with publicly available video footage of the event. The company has remained circumspect in its public statements regarding the root cause while the investigation continues.
While major infrastructure elements such as the lightning tower were lost, critical systems, including the tank farm, sustained only limited damage.
Post-incident flyover imagery showed that many complex pad facilities escaped with relatively minor impact.
In the weeks since the event, a large-scale debris removal and recovery operation has been underway.
Flight hardware stored in the Horizontal Integration Facility at the time of the anomaly—including three New Glenn second stages and the first-stage booster “Never Tell Me The Odds,” the first New Glenn vehicle to be reflown—has been transported back to Blue Origin’s Exploration Park campus.
Crews were also seen manually opening the facility doors approximately one week after the event to facilitate removal, after which interior views of the hangar became visible.
At the pad itself, multiple cranes have been deployed for cleanup and initial repair work.
In addition to smaller units observed in early June, Blue Origin has brought in a Demag CC 8800 heavy-lift crawler crane.
This specific crane previously supported major lifting operations at SpaceX’s Starbase and NASA’s Mobile Launcher-2 (ML-2). It was erected over the June 27–28 weekend, suggesting its primary role will be in the reconstruction phase rather than initial cleanup.
Limp has indicated that the Vehicle Access Tower (also referred to as the Support Tower or Umbilical Tower in various contexts) will be dismantled segment by segment. Each section will be modified on the ground in parallel before reassembly.
This approach contrasts with an earlier statement that the tower would be “repaired in place,” which has since been interpreted as ground-level refurbishment and upgrade rather than in-situ fixes while standing.
On June 30, the CC 8800 was observed lifting a load spreader toward the tower, though the lift was ultimately aborted. The activity nevertheless signals an accelerated pace of work.
Portions of the tank farm that experienced damage during the anomaly appear to have returned to at least partial operation, evidenced by an active flare stack. Flare stacks safely combust excess methane, hydrogen, or other propellants to prevent pressure buildup.
The recovery vessel Jacklyn, which had been occupying limited dock space at Port Canaveral, was relocated.
On June 30, the support ship Harvey Stone began towing Jacklyn to sea with an aft simulator aboard, potentially for crew proficiency training in recovery operations or to reduce port fees.
Blue Origin has outlined a five-phase recovery plan for its return to flight.
See Also
- Blue Origin Forum Section
- L2 Blue Origin Section
- NSF Store
- Click Here to Join L2
Phase 1, site security, is complete, as is Phase 2, which covered recovery and debris removal. Phase 3, focused on CONOPS design and major repairs, is currently in progress. Phases 4 (systems integration) and 5 (flight readiness) remain as open items.
Limp has emphasized that vehicle production continues at the company’s manufacturing facilities, stating: “We’re continuing to build vehicles at rate in our world-class manufacturing facilities, maintaining flight readiness, and preparing to come back stronger than before.”
This approach is intended to ensure a ready fleet once the pad returns to operational status.
The company is transitioning New Glenn to a hybrid horizontal-vertical integration approach for the current 7×2 configuration (seven first-stage engines, two second-stage engines).
First and second stages will continue to be mated horizontally in the integration facility. The combined stack will then be transported on a simplified transporter to the new static launch mount area.
There, a standard crane will lift the stack, rotate it to vertical orientation, and place it onto the launch mount.
This process mirrors the reverse of booster recovery operations previously performed with Jacklyn. Notably, renders indicate the vehicle will be rotated 90 degrees relative to its previous pad orientation. This adjustment aligns the umbilical interfaces with the tower, eliminating the need for large swing arms.
Once the core stack is vertical, new access platforms on the tower will support payload fairing installation via crane.
The fairings, with payload already encapsulated, will be lifted and mated to the top of the vehicle.
Publicly released renders provide an initial view of the revised pad configuration and operations but remain low-fidelity. Several umbilicals and ground support connections are not depicted, and certain elements appear simplified.
Some static images on Blue Origin’s website show signs of digital alteration, including inconsistencies in booster strakes, livery text, and structural details.
As reconstruction of Launch Complex-36A advances through Phase 3 and beyond, additional details and imagery of actual hardware are anticipated.
The accelerated timeline, if maintained, would represent one of the more rapid recoveries from a major pad anomaly in recent launch history.
(Lead Image via NSF’s Jerry Pike).
