Elon Musk Reveals NEW UPDATE of Starship's Forward Flap DESIGN After Launch 5.

as we dive into spacex's rapid development Journey one thing stands out above all speed speed in Innovation speed in execution this pace is driven by the company's Relentless pursuit of pushing the boundaries of what is possible following the successful catch of the super heavy booster SpaceX wasted no time and immediately started discussing new versions of Starship each packed with upgrades that promise to enhance its already impressive capabilities from new catching mechanisms to groundbreaking designs the next evolution of Starship is already on the horizon in this episode we'll explore the new upgrades SpaceX has planned for Starship and examine how these improvements will impact the future of space exploration only on great SpaceX let's first turn our attention to the recent test flights the s30 Prototype played a pivotal role in Flight 5's success showcasing impressive advancements but as is often the case with cuttingedge technology there's still room for improvement so what exactly can we expect from the next generation of Starship in the recent test flight the s30 Prototype was pivotal to the success of flight 5 working in tandem with the B12 booster thanks to improvements in the heat shield system s30 performed admirably throughout most of its Journey opening up exciting possibilities for full catching attempts in the future however as with all Cutting Edge technology there are still some challenges to overcome toward the end of the flight the flap joint experienced Burns though less severe than in previous tests this indicates that while design upgrades have already proven beneficial further refinements are still needed since the version one prototypes are near completion implementing drastic changes to the current design would be difficult at this stage this is where the focus shifts to the V2 versions which will incorporate more significant upgrades speaking of next gen the V2 prototypes are already making waves with s33 and s34 leading the charge they bring some exciting updates to the table one area in particular that's seeing a lot of change is the forward flaps musk has been hinting at these adjustments for a while and now we're finally seeing them come to life the first of the V2 prototypes s33 and s34 have already been produced and they introduced several notable design changes particularly concerning the forward flaps musk had been teasing these changes as far back as 2021 when he mentioned that forward flaps will change a lot in upcoming versions of Starship smaller and more Leeward however despite those discussions the new flap design wasn't applied to the later V1 models after the issues encountered with the flaps in Flight 4 this design revision resurfaced musk elaborated stating that a new version of Starship would shift the forward flaps leward and improving reliability ease of manufacturing and payload capacity to orbit recently musk provided more context I'm so glad we finally fixed the forward flap design the old one was killing me it was too large and heavy positioned at 180° which caused issues during the high heating Hypersonic phase of flight the new design solves those problems now what makes these forward flaps so important the new smaller flap design is a game changer for Starship these changes will not only improve maneuverability during flight but also boost overall reliability let's take a closer look at the advantages this new design brings to the table while the V2 forward flap is significantly smaller reducing the static aerodynamic demands that affect navigation and the critical flip maneuver during descent this design minimizes the risk of damage during flight and simplifies Manufacturing which will increase operational flexibility in terms of shape the edges of the flap have been adjusted to improve Pro aerodynamic impact its position has been optimized by moving it closer to the top of the ship enhancing directional control during flight unlike the older design where the flaps were symmetrically placed at 180° the new configuration shifts the flaps Leeward to about 120 to 140° this positioning offers better protection during atmospheric re-entry reducing the potential for damage like what was observed in Flight 4 these changes are expected to improve both the efficiency and reliability of one of the starship's most sensitive systems making future flights safer and more predictable but it's not just the flaps that are seeing improvements SpaceX is also reinforcing critical areas like the joints and heat shields these upgrades are vital for protecting the ship during re-entry and ensuring the vehicle's longevity The Joint between the flap and the ship has been optimized becoming smaller while maintaining its Effectiveness and reducing impact forces meanwhile the upgraded heat shield has demonstrated its ability to protect the ship during re-entry in recent tests however more improvements are expected to ensure the ship can withstand the extreme conditions of space and re-entry consistently if SpaceX can ensure the reliability of these systems the chances of successfully catching the ship post flight will greatly increase achieving full reusability for Starship is a critical milestone for SpaceX and these upgrades represent the next steps toward that goal and if you think the upgrade stopped there think again SpaceX has even bigger plans for the future and I mean that literally the concept of Starship 2.0 has resurfaced with Elon Musk hinting at a massive new version of the rocket twice the diameter of the current model this colossal spacecraft could revolutionize space travel as we know it in a recent conversation on X musk confirmed that the idea of an even larger Starship which he first revealed in 2019 is still very much on the table 2.0 would be massive with a diameter of 18 m double the 99 M diameter of the current Starship it's almost impossible to grasp the scale of a rocket that large this next Generation system would dwarf even NASA's Sea Dragon which was considered one of the largest rocket Concepts ever planned the advantages of Starship 2.0 would be Monumental especially in terms of pay capacity and efficiency for Mars missions musk has repeatedly emphasized that sending large amounts of cargo to Mars will require thousands of flights over the next decade Starship 2.0 could dramatically reduce that number allowing for fewer trips with greater payloads but what would it take to build such a behemoth building a rocket of this magnetude will require serious upgrades especially when it comes to engine power as SpaceX continues to refine its Raptor engines the next gen Starship could push the boundaries of what's possible in space exploration but what will it take to bring Starship 2.0 to life while Raptor 2 engines currently power the V1 prototypes future versions are expected to use the Raptor 3 engines which will offer even more Power a Rocket the size of Starship 2.0 will need much more powerful engines musk has already mentioned that future engine upgrades could increase thrust as high as 330 tons per Engine with 33 engines that would result in a total thrust surpassing 10,000 tons if SpaceX decides to increase the number of engines further the thrust could reach unprecedented levels providing Starship 2.0 with the power necessary for interplanetary travel the Starship vacuum vacum version designed for operations in space would likely see significant upgrades as well ensuring the ship can carry out long duration missions the real question is would this power be enough for a nextg Starship so what does the future hold for SpaceX whether it's refining today's prototypes are creating a giant nextg rocket spacex's priority Remains the Same mastering full reusability if they can achieve this with the current versions we're in for a spectacular display of innovation but the real question is what comes after that if SpaceX succeeds in Catching both stages the new Launchpad will need to be truly enormous tall enough to accommodate stacking launching and Landing operations such a Launchpad would undoubtedly be an engineering Marvel capable of supporting the immense scale and power of future Starship launches can you imagine watching Starship 2.0 land back on Earth after a successful Mission to Mars the scale of that event would be unprecedented in human history in the meantime SpaceX is focused on achieving full reusability with the current V1 versions two more test pairs remain S31 B13 and s32 b14 musk has hinted that SpaceX may attempt to catch Starship as early as next year likely using these V1 prototypes with just two V1 pairs remaining SpaceX is preparing for the ultimate test catching Starship musk has indicated that this could happen as early as next year and that will Mark a turning point in the company's journey toward full reusability so what can we expect from these crucial upcoming tests many have wondered why SpaceX continues to pursue catching attempts with the V1 prototypes which don't include the new upgrades planned for v2 the answer lies in the need to prove critical systems like the heat shield before moving on to the next phase of development even if the current designs don't succeed in every test they provide invaluable data that will help SpaceX refine the V2 models and push closer to full reusability the next big leap could come as soon as flight 6 or 7 while these flights carry risk successful tests will pave the way for even more ambitious goals including inspace refueling lunar missions and eventually Journeys to Mars and that brings us to the end of today's episode we are on the brink of something extraordinary a new era in space exploration the company's speed in developing and upgrading its technology is unmatched over the next few months we'll see a series of groundbreaking missions crazy upgrades and unprecedented advancements in rocket science Starship V2 and eventually Starship 2.0 will be at the heart of this revolution as we look forward to what's next one thing is certain SpaceX is pushing the boundaries like never before are you ready for what's coming that wraps up today's episode of great SpaceX thanks for tuning in until next time keep looking up because the future of space exploration is about to reach New Heights