Unexpected! Blue Origin revealed New Glenn completed for NASA Mars Mission but...

Just months after its inaugural orbital flight, Blue Origin is already gearing up for the next major milestone. Preparations for the second New Glenn launch are in full swing with significant hardware activity underway and plans taking shape, particularly around the highly anticipated NASA Mars mission. Naturally, several major challenges still lie ahead on the path to flight. So, how is Blue Origin progressing with preparations for New Glenn's second mission? What objectives are in sight, and what hurdles must be cleared to get there? Let's dive in on today's episode of Great SpaceX to find out. It's safe to say that Blue Origin entered the orbital launch race earlier this year with bold determination. Their first New Glenn mission reflected some of the company's most ambitious goals to date, successfully deploying a payload into orbit and landing the massive booster on a drone ship. As we know, Blue Origin succeeded in achieving orbital insertion and payload deployment, while the booster landing attempt fell short. Following the mission, the company promptly launched a mishap investigation to determine what went wrong and how to improve for future flights. That investigation concluded by the end of March with the root causes identified and corrective actions mapped out. With that behind them, Blue Origin is now wasting no time moving forward. The company has kicked off early preparations for the second flight of New Glenn. On X, Blue Origin CEO Dave Limp shared a major update images of New Glenn's second stage on route to the company's integration facility in Florida. Limp wrote, "Great to see New Glenn's second stage on the move again in Florida and arriving at our integration facility. Next up will be a hot fire of our two BE3US on this second stage as we prepare for NG2." Blue Origin also chimed in with a post reading, "GS2, is that you?" Today, New Glenn's second stage is moving to our integration facility. This update suggests that the second stage is now set for inspection and testing. If it has already been fitted with its BE3U engines covered in the images by a black protective shroud, the next step will be a hot fire test, likely similar to the one conducted last year. The test will involve firing two BE3U engines which together produce approximately 346,000 lbs or 157 metric tons of thrust. If the test is successful, the stage will return to the factory to be mated with a first stage booster. Once fully integrated, the rocket will move to the launchpad for a series of final checks and full stack rehearsals leading up to the flight. This progress with the second stage is crucial for Blue Origin. A report from last year suggested that second stage components from the second and third flights had experienced failures during earlier tests, prompting doubts about New Glenn's readiness and development timeline. by advancing with the second stage. Now, the company has taken a visible step in dispelling those concerns. Regarding the schedule, both Blue Origin and Dave Limp have indicated that assuming no major setbacks occur during testing, the company is targeting a launch in late spring, likely near the end of May. That gives the team just over a month to finalize preparations for New Glenn's second flight. Naturally, this upcoming mission will aim higher than the first. The goals are not only to reach orbit again and deploy a payload, but also to execute a much more complex mission. This time, New Glenn is set to launch NASA's Escapade mission, short for escape and plasma acceleration and dynamics explorers. This mission consists of two spacecraft bound for Mars designed to study the red planet's magneettosphere and its interactions with solar wind. Interestingly, Escapade was originally planned for New Glenn's debut launch, which was tentatively scheduled for October of 2024. However, that mission was later switched to the Blue Ring payload, pushing Escapade to New Glenn's second flight. After delays pushed Blue Ring's flight to January of 2025, Blue Origin and NASA finally settled on launching Escapade with the next available mission now slated for this spring. For Blue Origin, this is a mission of immense importance. Launching Interplanetary Spacecraft for NASA is a milestone few commercial launch providers achieve early on. If successful, it'll not only demonstrate New Glenn's capability, but also strengthen Blue Origin's profile as a trusted partner for future high value government missions, including eventual Mars payloads. Moreover, success with Escapade will be a key requirement for New Glenn to gain certification for official NASA, military, and government flights. That certification is essential for launching future missions such as the Blue Moon Mark1 lunar lander in August and fulfilling the US Space Force's National Security Space Launch contracts. On the subject of NSL, Blue Origin has been making steady progress. The Space Force estimates Blue Origin will conduct up to seven launches under this phase with a total contract value of $2.4 4 billion US. With all this in mind, the second flight of New Glenn is far more than just another test. It's a pivotal moment for Blue Origin's future in commercial and government space flight. Success is not optional. It's essential. And of course, none of this will be easy. Blue Origin still faces a number of critical challenges before New Glenn is ready to fly again. First and foremost, while the second stage has shown visible signs of progress, there is no guarantee that the issues it faced last year have been fully resolved. Blue Origin will need to devote significant time and resources to carefully inspect and test this stage. This is particularly important because the second stage was the part of the vehicle that successfully placed the payload into orbit during the first mission. preserving that success is crucial. If any new problems emerge, it could undermine one of the most important achievements in the company's history. In parallel, attention must also shift toward the first stage booster. So far, Blue Origin has not yet revealed when this component will be rolled out or whether it has been fully outfitted with its suite of BE4 engines. These engines, which are among the most complex parts of the vehicle, have not had their current status disclosed. Blue Origin must not only prepare the booster for integration and testing, but also implement necessary upgrades to correct the issues that led to the failure during the last landing attempt. According to the FAA's investigation report, the approximate cause of that failure was the inability of New Glenn's first stage to restart the engines, preventing a re-entry burn from occurring and resulting in the loss of the stage. Blue Origin echoed this on their own update, confirming the ambitious attempt to land the booster was unsuccessful due to our three BE4 engines not reigniting properly. These revelations suggest that despite its successful performance on the ULA Vulcan rocket earlier in 2024, the BE4 still has reliability issues that need to be addressed when integrated with New Glenn. Engine development is notoriously difficult, and transitioning from success on one launch vehicle to another is never a guaranteed process. To tackle this, the FAA has laid out seven corrective actions for Blue Origin. These steps, as stated by the agency and confirmed by the company, will focus on propellant management and engine bleed control improvements. Dave Limp added that this work will increase our chances of landing the booster on our next flight. These technical challenges are essential if the company hopes to eventually make New Glenn's booster reusable. a key feature for reducing costs and achieving long-term viability. Another significant challenge is the compressed timeline. Blue Origin is attempting to move from its first to second launch in just over a month. While the previous flight was delayed by licensing processes and lack of experience, this next one still involves a host of complex tasks. stage separation, hot fire testing, launch rehearsals, and more. Even without regulatory hurdles, the sheer amount of technical preparation required in such a short time remains daunting. In short, while Blue Origin is clearly making strides, the road to New Glenn's second flight is still filled with critical, technical, and logistical hurdles. The company will need to act quickly, but also carefully if it wants to meet its schedule and more importantly succeed. And when discussing Blue Origin's new Glenn, it's only natural to compare it to SpaceX's Starship, the two heavyweights in the modern space race. At first glance, Blue Origin can claim an edge in one key area. New Glenn has already reached orbit and successfully deployed payloads. In its next flight, the vehicle is expected to carry real operational payloads again, including NASA's Escapade mission to Mars. Meanwhile, Starship is still completing its development flights and hasn't yet reached the stage of launching real customer payloads. However, in nearly every other aspect, SpaceX holds a clear advantage. SpaceX is already preparing for its ninth Starship flight with a launch expected later this month, almost certainly ahead of New Glenn's second flight. More importantly, flight 9 is set to feature a reused Superheavy booster, marking SpaceX's first step toward partial reusability. That is a major milestone considering that full reusability has always been Starship's ultimate goal. While New Glenn 2 will attempt a booster landing, still an essential achievement, it'll be a firsttime attempt with no guarantee of recovery. In contrast, SpaceX is already pushing the envelope by demonstrating booster reuse, a leap forward in cost-effective space flight. Looking ahead, flight 10 could be even more significant. If flight 9 succeeds, 10 may take place as soon as May. The hardware appears ready. Booster 16 has completed its initial testing while ship 36 is nearly finalized. The timeline now depends largely on how successful Flight 9 turns out to be. So, the race is on. Will Flight 10 or New Glenn 2 launch first? Let us know what you think in the comments section down below. But regardless of the launch order, the goals of Flight 10 dramatically outpace New Glenn. SpaceX hopes that this mission will be where the Starship upper stage is caught by the iconic Mechazilla arms on the launch tower, marking the first full stage recovery attempt in history. If successful, it would cement SpaceX's position as the undisputed leader in reusable launch systems, placing them far ahead of Blue Origin and others. That said, SpaceX still faces formidable challenges. They must first secure a flawless flight 9, resolving the technical issues that have plagued the ship's recent preparations. Then comes the pressure of perfecting the hardware and techniques needed for flight 10, especially the complex Mechazilla catch maneuver, which demands precise timing, coordination, and reliability. Both companies have bold goals and high stakes. Regardless, the upcoming New Glenn flight marks a pivotal moment for Blue Origin. With high stakes goals like orbital payload deployment and a potential Mars mission for NASA, this mission could significantly elevate the company's standing in the space industry. However, the technical and time-sensitive challenges ahead are immense. The next month will truly test Blue Origin's readiness, resilience, and ability to deliver on its ambitions. Let's see how far they can go. Otherwise, folks, this has been Kevin from Great SpaceX. Don't forget to like the video and subscribe if you haven't already to stay up to date with yours truly in the latest details of SpaceX's progress. Thank you so much for tuning in and remember, curiosity, imagination, and inspiration will always follow you as long as you keep looking up.