Stoke Space New-Gen NOVA Rocket Copying Both SpaceX Falcon 9 and even Starship! Elon Musk laughs…

Here we go again. SpaceX has spent years redefining what a rocket can do, and now more companies are trying to follow that path. One of the most interesting is Stoke Space. You may remember its early Hopper 2 prototype, which looked remarkably similar to SpaceX's Starhopper. But Stoke has come a long way since then. The company is now developing Nova around one ambitious idea. Full reusability. And this isn't just another small launch vehicle. Stoke is already working on Nova Block 2, a dramatically larger rocket with more engines, more propellant, and more payload capacity. The goal? A fully reusable two-stage rocket capable of carrying around 15 tons into low Earth orbit. That's an enormous ambition, and Stoke is putting serious money behind it. The company has secured another billion dollars in funding with Nova Block 1 targeted for its first launch in 2027, followed by Block 2 in 2029. By then, SpaceX could be operating Starship on a completely different scale. So, is Stoke simply following SpaceX's blueprint, or could Nova become a genuine competitor by pursuing the same revolution that made SpaceX so dominant? Let's take a closer look on today's episode. It's safe to say the aerospace industry is becoming more competitive by the year, and at the center of that competition is SpaceX, the benchmark that almost every new launch company is trying to match or surpass. One of the more interesting contenders is Stokespace. Years ago, the company introduced Hopper 2, a prototype that looked remarkably similar to SpaceX's Starhopper. That earned Stokespace plenty of comparisons to SpaceX, but the company has since moved far beyond that early prototype. Stokespace introduced Nova, a two-stage rocket designed from the beginning with full reusability in mind. The original version, known as Pathfinder or Block 1, stands about 40.2 meters tall and 4.2 meters in diameter, with a 3.81 meter wide first stage. Its booster uses seven Zenith engines, but now Stokespace is preparing something much bigger. Recently, the company showcased a completely new version called Nova Block 2, and just one look at the new hardware tells us that Stokespace is thinking much bigger. Stokespace released a 3D model comparing the Block 2 second stage directly with Block 1. The difference is enormous. The Block 2 hardware appears roughly twice the size of the original conical upper stage with a significantly larger propellant tank. The company also revealed a model of the complete rocket. Block 2 is expected to be dramatically taller than Block 1, although its final height hasn't been disclosed yet. Its diameter is approximately 4.6 meters, while the payload fairing could reach around 5 meters. The booster also appears to use two large propellant tanks, giving it a very different look from the original design. And visually, there's an interesting comparison. Block 2's configuration looks somewhat like a Falcon 9, but its stainless steel construction, methalox propellant, and emphasis on full reusability make the concept feel much closer to what SpaceX is ultimately trying to achieve with Starship. The engine configuration is also getting much more ambitious. Current diagrams show up to 14 engines on the Block 2 booster, potentially arranged in configurations such as 9x5 or 9x4x1. The second stage is changing dramatically as well. Stokes Space says it will use 12 independent engines, each incorporating two thrust chambers, replacing the arrangement used on Block 1. The company also plans to use 24 hydrogen booster chambers as part of the second stage propulsion system. All of these changes are aimed at one major objective, more payload. Stokes Space says a reusable Nova Block 2 could eventually deliver around 15 tons to low Earth orbit, increasing to approximately 22 tons when expendable. The removal of the tapered upper stage design also appears to be primarily about one thing, increasing propellant capacity. And that's the hardware. Now, let's talk about the bigger ambition behind it. Stokes Space's own announcement makes the goal very clear. Stokes Space raises Series E to accelerate fully reusable launch. And that phrase is important. Because while Nova Block 2 may visually resemble some elements of conventional rockets, its ultimate goal is much closer to Starship. Again, that is full reusability. SpaceX has already demonstrated partial reusability at an extraordinary scale with Falcon 9. Now, Starship is attempting to take that concept to its logical extreme by recovering both stages. That has inspired an entire generation of competitors. Blue Origin's New Glenn, China's Jiuquan 3 and Long March 10B, and Rocket Lab's Neutron are all pursuing reusable architectures. But most of these systems will still rely on some form of partial reusability. If Stokes Space can actually make Nova Block 2 fully reusable, it could become one of the first serious competitors attempting to challenge SpaceX at the same level. And the reason is obvious. Reusability can dramatically reduce launch costs while increasing launch frequency. Push that concept to both stages and the potential becomes even more significant. Stokes Space also appears to be investing heavily in the technology needed to make that possible, including an upgraded actively cooled heat shield for the upper stage. That is another area where the influence of Starship's development becomes difficult to ignore. But there's a major difference between designing a fully reusable rocket on paper and actually flying one. And Stokes Space still has a long road ahead. The company is currently targeting 2029 for the first launch of Nova Block 2. So how does Stokes plan to get there? Money. A lot of it. In the same announcement, Stokes Space revealed that it has raised 1 billion US dollars in Series E funding, bringing its total funding to approximately 2.3 billion dollars. That's a serious war chest for any company, especially one that's still working toward its first orbital launch. The funding will support two major efforts. First, Stokes wants to accelerate development of Nova Block 2. That means building the vehicle, upgrading existing hardware, expanding its testing infrastructure, and continuing development of the LC-14 launch pad. But Block 2 isn't the only thing getting attention. Stokes Space also plans to push ahead with Block 1 or Pathfinder. The company is targeting its first Block 1 launch in 2027, followed by additional flights throughout 2027 and 2028. Those missions should provide critical flight data before Stokes attempts to take the much larger Block 2 into the sky in 2029. And honestly, that's an ambitious schedule. Stokes Space isn't simply trying to build another rocket. It's trying to develop an entirely reusable launch system from the ground up. And if the company can actually execute that plan, Nova could become much more than an interesting starship lookalike. It could become a genuine competitor. The question is whether Stokes Space can turn that impressive concept into hardware that actually flies. So have they actually beaten SpaceX yet? Not quite. Nova Block 2 could become a formidable competitor in the fully reusable rocket race. But for now, it still faces some serious disadvantages. First, there's payload capacity. Stokes Space expects Block 2 to deliver around 15 tons to low Earth orbit when fully reusable, or roughly 22 to 23 tons in an expendable configuration. That's respectable, but it's still below Falcon 9's approximately 18.5 ton LEO capacity in its current partially reusable configuration. And in a launch market where customers care heavily about cost per kilogram, every ton matters. There's also a strategic problem. Nova Block 2 sits somewhere between Falcon 9 and Starship. Falcon 9 is already mature, highly reliable, and backed by hundreds of successful launches. Starship, meanwhile, is being designed for payloads exceeding 100 tons and extremely high launch cadence. Stokes is essentially trying to occupy the middle. The problem? It could end up being too large to dominate a specialized market, but too small to directly challenge Starship's super heavy capabilities. Then there's the question of booster recovery. The published Block 2 design doesn't clearly show a grid-finned system comparable to Falcon 9's. That leaves some uncertainty about how Stokes plans to control and precisely guide the booster during atmospheric reentry and landing. SpaceX has spent years turning that process into a highly refined operation. Stokes still has to prove it can do the same, and perhaps the biggest disadvantage is simply time. Block 2 isn't currently expected to fly until 2029. By then, SpaceX could have Starship operating at a completely different level, with higher flight cadence, improved reliability, rapid turnaround, and significantly lower launch costs. If Starship captures a large portion of the heavy lift market before Nova arrives, Stokes' window to establish itself could become much smaller. So, can Nova Block 2 defeat SpaceX? Not anytime soon. But that doesn't mean SpaceX can afford to ignore Stokes. Competition is exactly what pushes aerospace companies to move faster. SpaceX still needs Falcon 9 to remain reliable and economically competitive for commercial and defense customers. And at the same time, Starship needs to keep advancing toward rapid reuse, higher launch cadence, and full operational maturity. Because if Stokes Space actually succeeds in delivering a fully reusable Nova, SpaceX won't be facing another company simply copying its rockets. It'll be facing a competitor pursuing the same fundamental revolution. And in the long run, that could be much more important than how Nova Block 2 looks today. Nevertheless, Stokes Space has emerged as a serious new contender in the aerospace industry. Its biggest advantage is clear, full reusability. While many established companies are still dealing with technical setbacks and schedule delays, Stokes is building both Pathfinder and Nova Block 2 around rapid turnaround, low operating costs, and complete reusability. And with a billion dollars in fresh funding, the company now has the resources to move much faster. Just look at some of its competitors. Blue Origin's New Glenn suffered a major setback after a hot fire incident damaged the vehicle and launch infrastructure, forcing months of repairs and pushing the program's schedule further out. ULA's Vulcan Centaur has also faced delays following problems involving its solid rocket boosters and BE-4 engines. Every delay creates an opening, and that could give Stokes Space valuable time to develop its technology, build flight experience, attract customers, and establish itself before the market becomes even more crowded. Of course, Stokes still has to prove that Nova can actually deliver on its promises. The race is heating up, and Stokes Space may be one of the companies we need to watch very closely. SpaceX has the lead, but for the first time, the next generation of rockets is coming for that lead from every direction. So, hit subscribe and stay locked in because the rocket race is about to get a lot more intense. And tell me in the comments, could Stokes Space actually catch SpaceX? Because if Nova works, SpaceX may finally find the one thing it can't afford to ignore, a rocket built to beat it at its own game. And that could change the space race forever. In any case, folks, this has been Kevin from GreatSpaceX. Thank you so much for watching, and I'll see you in the next one.