Administrator Jared Isaacman said preparations for the low-Earth-orbit docking rehearsal remain on schedule as Blue Origin repairs its Florida launch facility and SpaceX advances Starship testing.
By yourNEWS Media Newsroom.
NASA is maintaining its 2027 schedule for Artemis III despite delays affecting privately developed lunar landers and damage caused by a Blue Origin rocket explosion during a launchpad test in May, Administrator Jared Isaacman said Monday.
The mission will not attempt a lunar landing. Instead, four astronauts will travel aboard NASA’s Orion capsule into low Earth orbit to rehearse rendezvous and docking procedures with test versions of the two commercial vehicles being developed to carry crews between lunar orbit and the moon’s surface.
“We are still very much planning for that,” Isaacman told Reuters during the Farnborough Airshow when asked about the 2027 timetable.
“The parts that are in NASA’s greatest control, which would be all things SLS and Orion related, are doing incredibly well.”
Artemis III is intended to validate systems and procedures considered essential for later missions, including NASA’s planned return of astronauts to the moon in 2028.
The broader Artemis program combines government-built spacecraft with vehicles supplied by private aerospace companies. NASA’s Space Launch System rocket will carry the crew aboard Orion, a deep-space capsule manufactured by Lockheed Martin.
SpaceX, led by Elon Musk, is developing the Starship Human Landing System. Jeff Bezos’ Blue Origin is building the Blue Moon lander as another option for moving astronauts between lunar orbit and the surface.
Both lander programs have encountered schedule delays, prompting some aerospace executives to question whether the vehicles will be prepared for the 2027 orbital rehearsal.
Those concerns increased after an uncrewed Blue Origin New Glenn rocket exploded during a hot-fire test in May, damaging the company’s only Florida launchpad.
Blue Origin has said it plans to repair the facility and resume launches before the end of the year.
Isaacman expressed confidence that the company has enough time to complete the work and support NASA’s schedule.
“Plan A is launching on New Glenn, and they have a year to do that,” he said. “So I’m very confident they’ll be able to achieve it.”
NASA has also developed contingency options intended to prevent further New Glenn delays from derailing progress on the lunar lander program, Isaacman said. He did not provide details about those alternatives.
The agency is simultaneously monitoring SpaceX’s next Starship test flight, which is expected this week.
NASA officials will pay particular attention to the performance of Starship’s Raptor engines and heat shield. Both systems are essential to SpaceX’s goal of making the enormous launch vehicle fully reusable.
Reliable engine operation is necessary for launch, orbital maneuvers and landing, while the heat shield must protect the spacecraft from the extreme temperatures generated during atmospheric reentry.
SpaceX’s development progress is particularly important to NASA because Starship is central to the agency’s initial lunar-landing architecture.
Isaacman said SpaceX’s record-setting $75 billion initial public offering in June could strengthen the company’s ability to resolve technical challenges and meet its commitments to NASA.
“We have a critical partner of NASA that’s now very well capitalized,” he said. “The more firepower and resources they have available to throw at a problem is a good thing.”
NASA’s timetable is unfolding amid increased international competition over lunar exploration.
The United States is seeking to return astronauts to the moon before China, while European governments are pursuing greater independence in launch systems and other space capabilities.
At the Farnborough Airshow, Isaacman urged U.S. allies to direct their investments toward capabilities that would accelerate shared missions rather than duplicating programs already being developed by NASA and American companies.
“Every contribution has to help us achieve our goal faster,” he said.
Isaacman questioned whether Europe would advance the joint effort by creating a separate lunar lander when American companies are already building two such systems.
“We need our international partners to contribute in ways that enable the mission that are not overlapping,” he said.
His comments reflect NASA’s preference for an international division of responsibilities in which participating countries supply distinct systems, infrastructure or expertise.
Under that approach, foreign partners could fill technical and operational gaps without spending resources to reproduce capabilities already available within the Artemis program.
The immediate focus remains Artemis III and its planned orbital rehearsal. The mission is expected to test whether Orion can successfully approach and dock with commercial landing vehicles before astronauts depend on those systems around the moon.
Although Blue Origin’s launchpad repairs and the development schedules of both landers remain potential sources of delay, Isaacman said NASA-controlled elements of the program continue to perform well.
The agency is therefore proceeding with the 2027 target while monitoring commercial partners and preparing alternatives should additional technical problems arise.
Original article
Comments