Updated October 24, 2026 This refresh replaces obsolete launch timelines and corrects earlier conflations of robotic and crewed Blue Moon missions. Original illustrations are retained; they are not photographs of new milestones. October 24 update: more launch capacity is planned, not yet delivered Blue Origin has added a larger infrastructure plan to the launch-recovery story behind VIPER. In an October 16 announcement reported by Spaceflight Now , the company outlined additional Florida launch pads, two new landing vessels, booster servicing infrastructure and more upper-stage manufacturing. Its stated ambition is infrastructure supporting multiple flights per week by the end of the decade. That is a capacity objective, not an achieved launch rate or a reserved VIPER flight. The report distinguishes the pad being rebuilt from the next vehicle configuration. LC-36A supports New Glenn 7x2 and was being rebuilt after the May static-fire explosion. LC-36B was under construction for the larger 9x4 variant. The exact locations of the additional announced pads were not disclosed. Blue Origin also described a $330 million, 1.37-million-square-foot Rocket Park expansion for 9x4 upper-stage production, with completion anticipated in summer 2027 and capacity for up to 150 upper stages annually. Planned factory capacity must not be mistaken for completed stages, delivered rockets or lunar missions. A proposed launch ceiling is not a flight manifest Spaceflight Now reported that the FAA was seeking public input on a request to raise the permitted LC-36A launch cadence from 12 to 50 flights. The reported public-comment deadline is October 30. As of this October 24 review, that deadline is still ahead; the article does not establish that the requested increase has been approved. Environmental review, permission to conduct more launches, actual launch readiness and customer scheduling are different steps. Neither a higher ceiling nor a new landing vessel would by itself qualify the Blue Moon lander to carry NASA’s rover. For VIPER, these investments matter because lunar transport depends on a functioning launch and recovery system as well as a lander. More pads could eventually reduce dependence on one launch position, while additional marine assets and servicing facilities could support booster turnaround. Those are potential operational benefits, not evidence that the near-term recovery is complete. The October 16 report still described a company goal of returning the 7x2 rocket to flight before year-end. It did not announce a VIPER launch date. The delivery gates have not changed in the reviewed award NASA’s CS-7 announcement still separates the base task for rover accommodations and offload demonstration from an option for delivery and safe deployment. The agency says it will decide on that option after reviewing the base task and the first Blue Moon MK1 flight. A launch-infrastructure announcement does not document that decision. The most useful next evidence is therefore specific: a completed return to flight, the outcome of the first MK1 mission, NASA acceptance of the required base work and an explicit decision on the rover delivery option. NASA’s award identifies a late-2027 landing needed for the targeted 100-day science window. This update retains that published target without inventing a replacement date. It also keeps the October 9 offload rehearsal below separate from later launch-system plans: one concerns getting the rover off its lander, the other concerns getting missions off Earth. October 12 update: a full rover offload rehearsal, not a lunar delivery clearance Blue Origin reported on October 9 that it had completed a joint risk-reduction campaign with NASA, running a full offload of a VIPER Mobility Ground Research Unit (MGRU) using a flight-like offloader. The company said the complete sequence ran end-to-end in nominal and off-nominal cases across the full range of lander tilt angles, with joint mission operations and NASA commanding the rover remotely. This is a concrete advance in the interface between the lander and rover, rather than another launch-date forecast. Read Blue Origin’s original test announcement . The distinction between test hardware and flight hardware is important. The vehicle described in the announcement is a mobility research unit, not confirmation that the flight rover has been deployed from a flight-ready lunar lander. Blue Origin said its flight offloader was still being fabricated. The post does not publish numerical tilt limits, test acceptance criteria or an independent NASA certification, so those details should not be inferred from the phrase “full range.” A safe landing is only one part of delivering a rover. The rover must transition from its stowed position to the surface without a clearance problem or a deployment fault, and the operations teams must coordinate that sequence. Testing off-nominal cases addresses the possibility that touchdown leaves the lander in a less convenient attitude than a level laboratory setup. Remote NASA commanding also exercises the operational handoff between the commercial delivery team and the agency that will operate VIPER. These are the practical reasons an offload rehearsal matters to the science mission. How the rehearsal fits NASA’s conditional award NASA’s CS-7 award has a total potential value of $190 million. Its base task specifically covers payload accommodations and a demonstration of how Blue Origin’s flight design will offload the rover. The October test therefore addresses an activity named in the award, but a company report of a completed campaign does not establish that NASA has formally accepted all base-task work. NASA’s award announcement says the agency will decide on the delivery option after execution and review of the base task and Blue Origin’s first Blue Moon MK1 flight. The resulting checklist has several separate gates: finish and qualify the flight deployment hardware, complete NASA’s base-task review, demonstrate the first MK1 flight, and secure the delivery-option decision. Launch capability and the follow-on mission schedule remain dependencies too. The October 9 statement announces none of those other gates as complete. It should not be read as a revised launch date, a successful Moon landing or an exercised delivery option. NASA’s published plan remains a second MK1 lander carrying VIPER to the south-pole region for a late-2027 landing and a targeted 100-day science window. That is a planning target from the award, not a guarantee created by the ground test. The September launch-pad recovery context below remains relevant, while this October update adds evidence that rover deployment work is advancing in parallel. The next useful documentation would identify flight-offloader completion, NASA’s review outcome and the first MK1 mission result. October 2 update: the launch pad is now part of VIPER’s critical path VIPER’s delivery plan still runs through Blue Origin, but the schedule problem has changed since this article’s May update. On September 28, Blue Origin chief executive Dave Limp said the company still saw a path to launch New Glenn before the end of 2026. He also said hundreds of people were rebuilding Launch Complex 36. That is a return-to-flight objective, not a confirmed launch date for the Blue Moon pathfinder or for VIPER. FLORIDA TODAY reported his remarks at Rocket Park . The immediate cause of that rebuilding effort was the May 28 New Glenn explosion during a prelaunch engine test. The rocket and its transporter-erector were destroyed, and the launch infrastructure was damaged. Spaceflight Now’s June account explained why the company could not fly from its existing Cape pad until repairs were complete. September reporting identified an anomaly in a main oxygen valve on a BE-4 engine as the cause. This is a launch-system setback, not evidence that VIPER’s science instruments failed. For the rover, the consequence is a sequence of