Elon Musk Revealed Next-Gen Starship TWICE Bigger than Ever…

Starship Elon musk's colossal rocket for space exploration unmatched in size and potential the current version is already the largest launch system ever flown but future versions will be even bigger capable of carrying hundreds of people or hundreds of tons in payload into space but here's the kicker SpaceX is quietly developing a massive 4.0 Starship far larger than anything we've seen how powerful could it be get ready this Revelation might just blow your mind only on today's episode of great SpaceX SpaceX the Aerospace Pioneer founded by Elon Musk has earned a reputation for revolutionizing the commercial rocket industry with groundbreaking reusable rocket technology over the the years the company has established a pattern of developing progressively larger and more capable launch Vehicles its current Flagship the Starship stands as the largest and most ambitious system in its lineup the latest iteration of Starship to fly is version one an engineering Marvel that boasts a towering height of 121 m in its two-stage configuration this makes it taller than the legendary Saturn 5 rocket Starship is powered by Raptor engine which are renowned for their industry-leading thrust to weight ratio establishing spacex's leadership in propulsion technology looking ahead SpaceX plans to test the next Generation Starship version 2 in 2025 with a pale of capacity of 100 tons to orbit and significant upgrades particularly in re-entry performance V2 represents a major Leap Forward one of the most notable improvements in V2 is the redesign of the forward flap system in earlier versions and concept illustrations the forward flaps were placed 180° apart mirroring the AFT flaps however this configuration created stability challenges during descent as the forward flaps generated lift that caused the vehicle's nose to pitch upward requiring compensatory adjustments from the AFT flaps although starship's flaps can retract parts of the forward flaps and the static Arrow component remained exposed during descent adding drag while this extra drag aided the heavier apt section it was counterproductive for the forward portion of the vehicle musk acknowledged this issue in a tweet stating by the way there's a slight error with forward flap design moving section is needed for control but passive section is counterproductive as it pushes nose backwards new design rotates forward flaps to leward and further forward to improve moment arm maybe around 120° apart to address this the for flaps and V2 have been completely relocated the new design places them on the leward side of the spacecraft ensuring that the static arrow is almost entirely shielded from oncoming airflow when retracted the flaps are nearly hidden behind the nose cone minimizing drag and improving aerodynamic efficiency this change not only resolves The Descent stability issues but also enhances overall performance beyond the forward flaps SpaceX has reinforced or upgraded numerous components in V2 to improve durability and functionality for example the nose cone and header tank have been made sturdier and new systems like the Pez dispenser for satellite deployment and specialized components for a launch Tower catch mechanism during Landing have been integrated these enhancements are part of spacex's commitment to making Starship not only reusable but also robust enough to handle repeated missions with minimal maintenance however spacex's ambition don't stop with V2 the company is already planning an even larger version Starship V3 this future iteration is expected to Eclipse its predecessors in every measurable way with a projected height of 150 M V3 will become the tallest rocket ever built surpassing all previous records this additional height will translate into an unprecedented cargo capacity potentially doubling that of V2 to put this into perspective constructing the International Space Station required 60 space shuttle flights to transport 420 tons of material Starship V3 could accomplish the same feat in just two flights powering this massive rocket will be an array of raptor engines capable of generating a staggering 10,000 tons of thrust at sea level this level of performance will make V3 a true Workhorse for both commercial and scientific missions enabling SpaceX to tackle larger payloads and more complex missions than ever before perhaps the most astonishing aspect of V3 is its cost while one might expect such an advanced rocket to come with a hefty price tag SpaceX aims to make it the most cost-effective rocket in history incredibly v3's estimated launch cost is only 2 to3 million us far less than that of Falcon 1 spacex's first rocket which at the time cost $10 million per launch this remarkable cost reduction is made possible by the complete reusability of the rocket and an optimized design that minimizes refurbishment time and expenses between flights this affordability has the potential to transform the commercial Aerospace industry making space more accessible than ever before with these advancements Starship V3 represents a pivotal moment in Aerospace history its combination of size performance and cost efficiency promises to redefine the possibilities of space exploration and Commercial Services as SpaceX continues to push the boundaries of what Rockets can achieve the future of space travel looks more exciting and accessible than ever surely the current Starship already feels like the Pinnacle of launch systems but in musk's vision for multiplanetary colonization no spacecraft is too big and now musk has hinted at the next version of Starship featuring a staggering diameter of 18 m double the width of the current Design This upgrade would not just make it wider than the Saturn's first stage at 10 m and the Soviet Union's N1 rocket at 17 M it would Crown it as the widest rocket ever constructed doubling the diameter means quadrupling the cargo capacity for a vehicle of the same height allowing this version of Starship to transport four times more cargo or passengers than the current iteration imagine an entire space station launched in a single Mission however such a leap in size requires proportional increases in fuel and structural weight demanding an equally massive leap in thrust the current super heavy booster powered by 33 rptor V2 engines producing 230 tons of thrust each already offers an unparalleled liftoff capability however for the 18m Starship SpaceX would likely need over 130 engines but there's more with raptor 3's thrust already climbing to 280 tons and plans for 300 tons this this next Generation Starship could achieve the needed thrust with fewer engines musk might even introduce a new larger engine with a more powerful turbine reducing the complexity and maintenance of managing hundreds of engines per flight but honestly why even make a big rocket like this the answer lies in spacex's ultimate goal colonizing Mars establishing a permanent settlement on Mars will demand transporting vast quantities of cargo and thousands of people SpaceX envisions launching thousands of Starships during each 26mon Mars transfer window however this ambitious plan requires launching thousands of orbital tanker missions just to refuel these ships in space it's a logistical Challenge on an unprecedented scale yet a larger Starship could significantly simplify this process in fact musk's 2016 interplanetary transport system proposal which involved 12 m in diameter already hinted at his intent to scale beyond the current Starship an 18m version could carry four times the payload reducing the number of Mars bound Starships from a th000 to just 250 per C OD similarly the number of tanker flights could drop by over 3,750 potentially eliminating the need for orbital refueling Depots altogether this scale up would not only make Mars colonization more feasible but also streamline resource allocation for lunar missions building a sustainable Mars colony requires more than just varying people infrastructure habitats food supplies and equipment must all be transported in bulk a larger Starship would accommodate these needs enabling fewer launches and ensuring the settlement has everything required for long-term survival additionally the 18m Starship could revolutionize lunar missions delivering an entire basis infrastructure in a single flight accelerating Humanity's efforts to establish a permanent presence on the moon in general and the US's along with other Allied nations in particular but don't get me wrong this next Generation Starship isn't just about size it's about capability with its immense cargo capacity unprecedented thrust and groundbreaking efficiency the 18m Starship will transform space exploration and push the boundaries of what's possible whether it's Mars the moon or beond this colossal spacecraft could redefine Humanity's place in the cosmos and with such outstanding advantages why hasn't SpaceX already built this super large version of Starship the answer lies in the sheer complexity and challenges involved an 18m diameter Starship would be an entirely different vehicle requiring substantial changes across all stages of development and operation to begin with SpaceX would need a new production site tailored to its immense size this would necessitate constructing larger meab Bay expanded tank farms and thicker steel rings than those currently used the launch and testing infrastructure would also need to be reimagined the existing Launchpad and water Dill system are unlikely to handle the heat and vibrations produced by 130 Raptor engines firing simultaneously while SpaceX has a track record of rapidly upgrading its systems achieving the necessary robustness for such a colossal rocket remains a formidable challenge case in point starship's current mechazilla launch Tower is designed to catch Starship and its super heavy booster during Landing however capturing a vehicle four times the size and mass of the current Starship would be incredibly difficult a potential solution would be to forego the tower entirely and revert to the traditional Landing method and transportation poses another significant obstacle no existing routes are large enough to accommodate a ship of this size to address this SpaceX would need to minimize Transportation requirements by building and launching the rocket directly at its production site the largest hurdle however is a bureaucratic one launching a rocket of this magnitude would require years of environmental testing and Regulatory approval issues like shock waves emissions from burned Fuel and human safety must be rigorously evaluated before such a giant rocket could be cleared for operational use the idea of such a large spacecraft might seem like a far-off dream but it actually has historical roots in 1962 Captain Robert C Truax a rocket engineer in the United States Navy proposed an ambitious design for a giant spacecraft called The Sea Dragon at 150 M tall and 23 m in diameter the Sea Dragon was a two-stage sea launch orbital super heavy lift vehicle it had the remarkable ability to deliver 550 metric tons or 1.2 million pounds into low earth orbit making it one of the most powerful launch systems ever conceived trax's goal was to create a lowcost heavy lift launcher that would be both effective and affordable this concept known as the big dumb booster focused on minimizing operational expenses H TR was ahead of his time to achieve this true ax envisioned the rocket being launched from the ocean drastically reducing the need for complex ground infrastructure a large ballast tank system would be attached to the base of the first stage engine allowing the rocket to be lifted into a vertical position for launch this design also placed the Rocket's payload just above the waterline making it much easier to access before LIF off Truax had tested this basic concept with earlier projects such as the CB and seahorse showing promising results the sieg Dragon design was crafted from robust and simple materials such as 8 mm steel sheeting keeping costs low and construction straightforward the rocket was planned to be built at a Seaside Shipyard where it could then be towed out to sea for launch one of the most Innovative aspects of the Sea Dragon was its focus on reusability the system was designed for Passive re-entry allowing rocket sections to be recovered and refurbished for future launches this approach could have significantly reduced the cost of space launches making the Sea Dragon a potentially game-changing vehicle however the Sea Dragon project was ultimately Shel it was introduced during a time when the Apollo program was winding down and the Vietnam War was consuming a significant portion of the US budget as a result NASA disbanded its future projects Branch effectively halting most manned Mars Landing initiatives without the necessary funding and backing aerojet now known as aerojet Rocket dine was forced to abandon the Sea Dragon concept although a spacecraft of that scale is unlikely to debut in the immediate future the concept has not been entirely forgotten musk has expressed his interest in larger spacecraft and while the development of a version of Starship larger than what is currently envisioned may not occur for at least another decade musk has not ruled out the possibility if you share the excitement of seeing such a massive vehicle come to life comment release the beast down below the future of space exploration is closer than we think and with that everyone thank you so much for tuning in as always this has been Kevin from great SpaceX until next time keep looking up