SouthernWorldwide.com – Despite a recent catastrophic launch pad explosion, Blue Origin has expressed confidence in resuming New Glenn rocket launches before the end of the year, indicating that the damage sustained is less severe than initially anticipated.
Blue Origin CEO Dave Limp shared positive updates via the social media platform X, stating that critical components at launch pad 36 at Cape Canaveral Space Force Station, including propellant tanks and a nearby processing hangar, emerged from the incident largely intact.
The main support gantry, while damaged, is deemed repairable in its current location, avoiding the need for a complete replacement.
“Now that we’ve had access to the pad and integration facility, we can share some good news,” Limp stated. “The propellant farm, oxygen, liquid hydrogen, and LNG [cryogenic methane] tanks are all in good shape. This is fortunate because these are items with very long lead times.”
“The water tower is also good. The large support tower is damaged, but it can be repaired in place rather than being torn down and replaced.”
The New Glenn rocket involved in last Thursday’s explosion was destroyed, along with its transporter-erector, which is used to position the rocket on the launch pad and orient it vertically. However, Limp confirmed that another New Glenn first-stage booster and three upper stages, stored within a large hangar-like “integration facility” at the base of the pad, appear undamaged.
“We had already been working on eliminating our transporter-erector in favor of an alternative vertical (rocket assembly capability), and we will now proceed directly to that; therefore, we do not need a new transporter-erector,” he explained.
While the cause of the explosion remains under investigation, Limp concluded his post with a resolute statement: “We will fly again before the end of this year. Gradatim Ferociter.” This Latin phrase, which serves as Blue Origin’s motto, translates to “step by step, ferociously.”
Blue Origin was in the process of preparing for the third New Glenn launch, scheduled for later this month, which was intended to deploy a cluster of Amazon Leo internet satellites into orbit. During a test firing of the first stage engines last Thursday, engineers loaded both stages with supercooled liquid methane and oxygen to verify readiness for flight. The Leo satellites were not on board during this test.
“Hot-fire” tests are a standard procedure in the rocket industry, allowing engineers to assess launch-day fueling processes, the booster’s propulsion system, and crucial ground and flight software while the rocket is securely attached to the launch pad.
However, last Thursday’s event deviated significantly from the routine.
As the New Glenn’s seven BE-4 engines began to ignite and increase thrust, a fire erupted at the base of the booster. Moments later, the rocket detonated in a massive fireball, causing ground vibrations felt for miles and a spectacle visible across the Florida peninsula.
Helicopter footage captured by photojournalists the following day revealed the destruction of the rocket and its transporter-erector. Additionally, some support beams at the base of the main gantry appeared bent or dislodged, and a separate lightning tower had collapsed amidst the debris.
In contrast to rival SpaceX, which operates two launch pads in Florida and one in California, Blue Origin currently possesses only pad 36. The company had already outlined plans to construct a second pad at Cape Canaveral and another at Vandenberg Space Force Base in California.
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However, in the immediate future, New Glenn launches cannot proceed until pad 36 is operational again. This situation presents a challenge for NASA’s Artemis moon program and its objective to land astronauts on the lunar surface ahead of China, which has stated its intention to achieve a crewed lunar landing by the end of the decade.
To maintain momentum in this self-proclaimed “space race,” NASA is counting on both SpaceX and Blue Origin to launch new lunar landers into Earth orbit next year for rendezvous and docking tests with Artemis astronauts aboard an Orion capsule.
Should these tests prove successful, NASA anticipates launching one, and potentially two, astronaut lunar landing missions in 2028. This would be followed by two missions annually before commencing the assembly of a lunar base near the moon’s south pole, enabling astronauts to reside and conduct research for extended periods.
Blue Origin’s lunar lander offers NASA an alternative to SpaceX’s offering, which is a variant of the company’s Starship rocket. SpaceX has encountered its own challenges in perfecting the Super Heavy-Starship rocket required to launch its lander, and it remains uncertain whether they will be ready for the planned Artemis III Earth-orbit test flight next year.
Furthermore, Blue Origin’s New Glenn rocket is slated to launch prototype rovers and other scientific payloads to the moon via an uncrewed cargo lander, under contracts announced just two days prior to last week’s explosion.
NASA Administrator Jared Isaacman remains optimistic about the prospect of landing Artemis astronauts on the moon in 2028, regardless of the available landing technology.
“Blue Origin leadership has responded incredibly quickly, and NASA will do all we can to assist with root cause analysis and accelerate pad recovery timelines while remaining extremely focused on progressing the lander,” he commented on X.
Kennedy Space Center Director Brian Hughes, who recently assumed the role, informed the Space Florida board of directors on Tuesday that NASA is “doubling down on the lunar lander.”
“We will be working with Blue and X lunar lander technology, and all of that is designed to keep us on track, meet the President’s goal, which is to have American boots back on the moon before the end of 2028,” he stated. “Again, this is not merely something to boast about; it is a crucial demonstration of our nation’s capabilities.”
Limp’s commitment to resuming flights by year-end suggests that the “root cause” of the explosion may not involve an engine issue requiring extensive correction and testing, or at least not a significant design flaw.
This would be favorable news for United Launch Alliance (ULA), a joint venture between Boeing and Lockheed Martin. ULA utilizes Blue Origin’s BE-4 engines for the first stage of its new Vulcan rocket.
A prolonged investigation into an engine failure would pose a setback for ULA. However, the BE-4 engines have not yet been implicated in the New Glenn mishap.
