This Is Why Elon Musk Returned to the Project Almost Everyone Had Forgotten (And Something Changed)

Amazing Reality

Elon Musk’s biggest bets are hitting major turning points: a possible Hyperloop between Austin and San Antonio, Starship reaching orbit with satellites, Optimus robot production ramping up, and Tesla Semi deliveries finally rolling. Which promises are becoming reality—and which are still a long way off? Let’s find out.  Subscribe for more tech updates! Tell us in the comments what you liked most about the video! #Technology #Space #Tesla #Innovation  👉 This channel was created in collaboration with https://www.youtube.com/@realidadeimpressionante   • The Inspired Business Technology de RomanSenykMusic  0:01 - Musk’s Ambitious Projects Reach Turning Points 1:28 - Hyperloop Returns to Texas 5:43 - Hyperloop’s Origins and Global Progress 11:26 - Starship Reaches Orbit With Satellites 17:00 - Optimus Production Scales Up 19:49 - Tesla Semi Deliveries Begin 21:45 - Musk’s Projects Face the Real-World Test

Transcript

00:01Elon Musk just claimed that one of his companies is working on a system capable of connecting two

00:06major cities at over 200 miles per hour, sort of floating on the tracks. And this is a technology

00:12proposed over a decade ago, which envisioned people traveling in high-speed pods, practically

00:18levitating inside massive tubes with almost all the air removed. And is this project finally

00:24going to change how we actually move around? Because while Elon Musk is trying to bring back

00:29one of his most ambitious ideas, another idea of his, has just reached a historic milestone

00:35out there in space, you know? It's Starship, which finally entered orbit carrying real satellites.

00:41And at the same time, reports say that Tesla is reportedly producing hundreds of humanoid

00:45robots a week. Yeah, it looks like several of Elon Musk's most ambitious bets are reaching a

00:50turning point almost at the same time. But which of them will actually manage to bridge the gap

00:55between a promise, which he's been making for a long time, right, and the real world?

00:59The one we live in? That's what we're going to figure out right now.

01:08Elon Musk spent years betting on technologies that seemed way ahead of their time.

01:14Reusable rockets, self-driving cars, humanoid robots, and one that is so ambitious that for a

01:20while it seemed like Musk himself had given up on it. Except now he's back, and not just to talk

01:26about

01:27this project. Musk has just stated that one of his companies is working on a system capable of

01:32connecting two major cities at over 200 miles per hour ahead, significantly reducing a journey that

01:37could take hours to under 30 minutes. And the most interesting thing is that he chose a very specific

01:42word to describe what is being developed. Hyperloop? Yes, that Hyperloop.

01:49A system unveiled by Musk over a decade ago, which promised to transport people at extremely high

01:54speeds through tubes, and which, after a few years of prototypes, different companies, tests,

01:59and promises virtually vanished from the spotlight. Except now something has changed, you see?

02:05On September 20th, Musk stated that the boring company is working on a simple precursor to the

02:11Hyperloop. The idea would be to connect Austin to San Antonio, Texas. According to him, the speed would

02:17exceed 322 kilometers per year on a trip that, in the worst traffic jams, could take up to two and

02:22a

02:22half hours. But with this system, it would be reduced to under 30 minutes. Shortly after, something even

02:28more interesting happened. You see, the boring company itself responded publicly, saying it would be very

02:33excited and honored to indeed build this massive infrastructure. But a social media post could still just be

02:40another ambitious idea from Elon Musk, right? Except there's another clue. His tunneling company in

02:46the United States is looking for a professional to fill a very specific position, Hyperloop operations

02:52manager. And you can tell it's not a generic opening, right? The description says the company is

02:57specifically evaluating a Hyperloop precursor between Austin and San Antonio. And the hired professional

03:02must participate in operational planning, work with engineers and officials, and oversee what the

03:07company itself describes as a potential construction and operation of the Hyperloop there in Texas.

03:13In other words, this time we don't just have Elon Musk talking a big game and bringing back an old

03:19idea from a post he had already made. There is indeed a company evaluating the project, there is a route

03:24being

03:25considered, there is a defined speed, and there is even a specific hiring underway related to its possible

03:30construction and operation. And then we come to the question that probably brought a lot of people to

03:36this point in the video. Has construction of the Hyperloop started yet? Not yet. There is no public

03:41evidence that work on this connection has already begun. Neither have they released a definitive route,

03:46stations, budget, or construction schedule. It's important to say this because there's a huge difference

03:51between evaluating a project and actually starting to build it, okay? But it would also be wrong to say that

03:57nothing happened, that it was just a baseless claim by Elon Musk. Because there is another detail that

04:03makes this return quite different from what was happening before, okay? The boring company today is

04:07not the same company that existed back when Elon Musk started talking about digging huge underground

04:11networks. Yes, it has already built tunnels, and today it operates a real transportation system in

04:17Las Vegas. Obviously, despite the name, what they build there is still very far from being a Hyperloop.

04:22The vehicles still use wheels, there is no low pressure tube, and the speeds are incomparably lower.

04:27But Musk now has something he didn't have when he introduced the Hyperloop to the world.

04:32A company that is his own and specializes in building tunnels and transporting people inside them.

04:37Maybe that also explains a word that appears a lot in Musk's statement and that could easily go unnoticed.

04:43He didn't say that the boring company is building the full Hyperloop,

04:47he called the project a precursor to a true Hyperloop, and that difference could be crucial. Instead of already

04:53starting out trying to reach the extremely high speeds imagined in the original concept,

04:57his idea would be to first create something simpler, capable of exceeding 200 miles per hour

05:03and connecting two real cities. And if that really works, it will be an intermediate step between the

05:08tunnels that the boring company has actually already built and is operating and what Musk envisioned for

05:14the Hyperloop back then, the Hyperloop of the future. And that's precisely where something

05:19changed in this whole story. Hyperloop construction hasn't started between Austin and San Antonio yet,

05:24as we've seen. The project could still change, be delayed or simply never get off the ground.

05:29But after years of virtually disappearing from Musk's public plans,

05:32it's being studied again inside a company that Musk himself already controls. He owns that company.

05:38And maybe there's a bigger reason why he's looking back at this technology right now.

05:43Because while Elon Musk seemed to have put the Hyperloop aside, other people didn't. Other people were

05:49working on projects similar to that. Companies kept developing pots, universities built prototypes,

05:56new test tracks popped up out there, and some projects even started targeting cargo transport.

06:02And some even put people, human beings, inside those pods to run tests. The Hyperloop that Musk

06:07introduced to the world over a decade ago never came to exist the way he envisioned and he never

06:12built it himself. But it never completely died either, as we can see, right? And to understand why this

06:19idea keeps coming back and why Musk decided to look at it again right now, we need to go back

06:23a

06:23little bit to the moment it all started back then. Let's take a look!

06:32In August 2013 Musk published a document of just over 50 pages. For those of you who said Musk didn't

06:37create anything, this he did create. He imagined and described it. It was an idea that really seemed

06:42straight out of science fiction. The original proposal envisioned pods transporting people through

06:48extremely low pressure tubes by removing almost all the air from the path aerodynamic drag would simply

06:53plummet. And without that huge obstacle a pod could reach much higher speeds while consuming less energy?

07:00In a project presented at that time, Musk envisioned a connection between Los Angeles and San Francisco

07:05about 350 miles that could be covered in approximately 35 minutes with speeds reaching close to 750 miles per

07:12order. But perhaps the most curious part of that story happened right after. Musk didn't create a company to sell

07:19the

07:19hyperloop. He practically did the opposite. The project, his idea, was presented as open source, allowing

07:26engineers, universities and other companies to use that concept as a starting point and try to improve upon it.

07:33Musk said he was too busy with Tesla and SpaceX to develop a new transportation system on his own.

07:39And that was when the hyperloop stopped being just an Elon Musk idea. Several companies started to emerge

07:44trying to figure out if that could really work. Elon Musk's own SpaceX later built a test track about 1

07:50.5

07:51kilometers long there in California and created an international competition for university teams

07:56to develop their own pods. Over 700 teams even signed up in the early stages. For a few years it

08:03seemed like

08:03a race had begun, right? Projects emerged in the United States, in Europe and in Asia. Some companies were

08:10betting on passenger transport. Others, however, realized that maybe the first commercial use would

08:15be much less glamorous. For them, moving cargo was the right way to go. And some of these ideas went

08:20pretty far, you know? Virgin Hyperloop, for example, actually put people inside an experimental pod in

08:262020. But two years later, it abandoned passenger development and started focusing all its efforts on

08:32cargo. At the end of 2023, the company shut down its operations. Yes, it seemed like a sign that the

08:38Hyperloop dream was starting to fade away. But it didn't disappear completely. In Europe, different

08:44groups continued developing parts of the technology. The European Hyperloop Center in the Netherlands

08:49built a tubular test track approximately 420 meters long. And Hart Hyperloop even demonstrated

08:55levitation and propulsion systems and even a technology capable of allowing the pods to switch routes

09:01within a future Hyperloop network. Other companies took different paths. Hyperloop TT, for instance,

09:06developed full-scale prototypes and began working simultaneously on passenger and freight systems.

09:11One of its most interesting projects didn't even involve people. You see? Here in Brazil, the company

09:17took part in a study to apply the technology to port logistics, while in Italy, a project called

09:22HyperTransfer advanced through feasibility studies to pursue a connection based on this technology.

09:28And there is a reason why this freight has become so interesting.

09:32A pod transporting containers doesn't need to offer passenger comfort, nor does it need windows,

09:37bathrooms, or complex evacuation systems for dozens of people in case of an accident.

09:43And this allows testing part of the infrastructure, while some of the hardest problems in human

09:46transport continue to be solved. Even so, no one has yet built that Hyperloop network mask envisioned

09:51back in 2013. And that detail matters quite a bit, you know? Because in 2025, a study presented by

09:59the European Commission concluded that the technology had already advanced beyond the simple design

10:04phase, with prototypes and real test facilities already built. But it also highlighted major obstacles,

10:11high infrastructure costs, uncertainty about the economic model, and also the absence of a unified

10:15regulatory framework. In other words, after 13 years, the Hyperloop managed to validate several

10:21pieces of the puzzle. What no one has been able to prove yet is whether all of them can work

10:25together over

10:26hundreds of kilometers of tubes transporting thousands of people every day and at an economically viable

10:32price. And maybe that's precisely why Musk's recent statement is so interesting. Because this time he's not

10:38talking about immediately building that nearly 1,200 kilometers per hour Hyperloop imagined back in 2013.

10:44He talked about a precursor, a simpler system, above 320 kilometers per rush connecting two real cities.

10:51Maybe the strategy now is much less ambitious for the first step, right? Instead of trying to build

10:57the entire future all at once, building something smaller that proves the concept can work in the

11:03real world is the path he's taking now. And there is an irony in all of this. 13 years after

11:09handing over

11:09the idea for others to try and build it, Elon Musk might be returning precisely to try to do what

11:14his own

11:14company now claims it's capable of doing. And this wouldn't be the first time an idea from Elon Musk spent

11:20years racking up tests, delays, and doubts before hitting a milestone that seemed distant. Because

11:26while the Hyperloop tries once more to find a way off the drawing board, another Musk project has just

11:32done exactly that, only hundreds of kilometers above the Earth.

11:41On September 28, Starship left the launch pad in Texas to carry out its 14th flight. But this time, there

11:50was

11:50something fundamentally different. In the previous 13 flights, SpaceX had deliberately kept Starship on

11:56suborbital trajectories. It reached space, conducted tests, and returned. This time, the goal was to complete the

12:03the step that transforms this huge experimental vehicle into something capable of actually carrying

12:09payloads to space entering Earth's orbit. And for a few minutes, it seemed like that might not happen.

12:14After the separation of the massive super heavy booster, one of Starship's six Raptor engines

12:19shut down earlier than planned during the ascent.

12:22The other five engines kept running and partially made up for the loss. But the issue raised an important

12:27question. Would it be safe to put that ship into orbit, knowing it would need to restart the engine

12:32to be able to return? And for a few minutes, it seemed like SpaceX might give up on the attempt

12:37to enter orbit and just let Starship coast along. And for a few minutes, it seemed like SpaceX might give

12:42up on the attempt to

12:42enter orbit and just let Starship coast along. Despite this, Musk's engineers kept analyzing the systems,

12:46and minutes later, a new decision was made. There was enough redundancy, Starship could go for it.

12:51About 25 minutes after launch, one of Starship's engines was reignited in space. And then something

12:57happened that SpaceX had been pursuing for a few years, you know? Starship entered Earth's orbit for

13:04the first time. But maybe the most important detail is that it wasn't there just to prove it could make

13:09it.

13:09That we already knew. Inside the ship were 26 real working Starlink V3 satellites. And yes, Starship had

13:17already carried this type of satellite before. But on that occasion, they were on a sub-orbital

13:21trajectory and ended up re-entering the atmosphere. This time it was different. Shortly after reaching

13:28orbit, Starship opened its payload bay and began releasing them. All 26 were deployed and SpaceX

13:34established contact with all of them. And that turned the flight into something different from

13:39practically everything. Everything we had seen previously with Starship. Until then, each launch was

13:44essentially a huge experiment. This time, in addition to still being a test, Starship was

13:50carrying out its first mission with a real aerospace payload. And according to information from Reuters,

13:55its first mission, revenue generating. And there's a reason why these satellites are important, you see?

14:00The new Starlink V3s are much larger and more capable than the previous generation. According to

14:06SpaceX, each of them can add about 1TB per second account of capacity to its network. The company also

14:12claims that a single mission with these satellites can add about 10 times the capacity provided by a

14:16typical Starlink V2 mini launch using the Falcon 9. And this is where we begin to understand why

14:22putting Starship into orbit changes this project of Elon Musk so much. The goal was never simply to

14:27build the biggest rocket possible. SpaceX has always wanted to create a huge reusable vehicle capable of

14:34repeatedly carrying large amounts of cargo into space. And the Starlinks might just be the very first

14:39customers of this system. When Starship is fully operational, Musk plans to place dozens of these

14:45new satellites into orbit with each launch. And this allows SpaceX to expand its own constellation using

14:51the rocket that it built itself. But the flight also showed that Starship hasn't quite reached the

14:56end of its development yet, you see? The mission was supposed to last almost 10 hours and complete

15:00roughly 6 orbits around Earth. Because of the problem we mentioned earlier with the propulsion system,

15:05SpaceX decided to shorten it to about 3 hours. Starship performed at the orbit burn, re-entered the

15:12atmosphere and ended the flight with a controlled splashdown in the Pacific, north of Hawaii.

15:16Super Heavy also returned toward the ocean, but it experienced issues during the landing burn sequence

15:22and ended in a hard splashdown in the Gulf. Therefore, Flight 14 was both a milestone and a reminder

15:29of the scale of the challenge that still lies ahead. Starship finally proved that it can reach orbit

15:34while carrying a real payload. But it still needs to demonstrate repeatability, solve the propulsion

15:39issues and, most importantly, achieve one of the hardest parts of the original promise,

15:44coming back and being rapidly reused. This matters a lot because, in addition to the Starlink satellites,

15:51NASA intends to use a version of Starship as a lunar lander for the Artemis program. Before that,

15:56however, SpaceX still has to demonstrate much more complex operations in space. Meanwhile,

16:00the cause of the issue that occurred during the flight remains under investigation.

16:04Yeah, my friends, for quite a while we watched Starships blow up both in the skies and on the

16:10ground as well. Later, we watched those ships reach space. We saw the Super Heavy return and get

16:15caught by the tower itself, Mechazilla, and we saw the Starship perform re-entries and make a controlled

16:20landing in the ocean. And now, for the first time, we've seen Starship reach orbit and deploy a real

16:25operational payload up there. That's just how some of Elon Musk's most ambitious projects seem to be

16:31evolving, isn't it? First, there's an idea that seems over the top, impossible to build. Then come

16:37the prototypes, the delays, the failures, and that fear that it won't work out. Until, at some point,

16:43it starts working so well, well enough, that a completely different question arises. How do we

16:49manufacture this at scale and start making a lot more money and really become a trillionaire like the guy is?

16:55And that is a question Elon Musk isn't trying to answer just with rockets, okay?

17:00Because inside Tesla's facilities, another project that for years we saw moving slowly on stages and in

17:06demos is supposedly starting to enter a completely different phase. According to new reports,

17:12the company has reportedly been secretly producing hundreds of Optimus robots for weeks in its factories.

17:23In August of this year, Tesla's line in Fremont reportedly produced several hundred Optimus robots

17:29per week. Just a few months earlier, during the second quarter, the pace was still just a few dozen,

17:34at least according to what was announced. In other words, in a short time, production reportedly

17:38increased approximately 10 times. And the plans are even more ambitious. According to people familiar with

17:44the program, Tesla wants to reach an automated line capable of manufacturing more than a thousand

17:49Optimus robots per week by the end of this year. But there is a very important detail. These robots

17:55aren't leaving the factories to work in people's homes just yet, okay? Most of them would be staying

18:00within Tesla itself, being used for testing, training, and data collection. And there's a very

18:04clear reason for that. Producing hundreds of robotic bodies is one thing. Making hundreds of these robots

18:11capable of working reliably is a completely different story. And one of the biggest problems is said to be

18:16precisely in the hands. In addition to them, the Optimus' forearms reported he used more than a hundred

18:21small components. And some of these parts still need to be assembled manually. And ramping up production

18:27while maintaining the necessary precision is allegedly one of Tesla's major current challenges. But there's

18:33another problem that's even bigger, the robot's intelligence. Optimus can already learn certain

18:39tasks, but there's still a pretty big gap between repeating something it was trained to do and being

18:44able to handle different objects, positions, and situations on its own. That's why so many of these

18:50manufactured robots remain within Tesla itself. The more they work and are trained, the more data

18:55a company can collect to try to improve its future models. The initial strategy, according to reports,

19:01would be to put the first Optimus units to work in controlled environments, such as Tesla's own

19:05factories and warehouses, before considering much more unpredictable applications. This presents Elon

19:11Musk's company with a rather curious challenge. He himself has already stated that he believes his

19:16Optimus robots could in the future become far more important to the company than its own electric

19:20vehicles. But to get there, Tesla needs to prove two very important things. They can manufacture

19:26humanoids by the thousands, and that these thousands of humanoid robots can do something

19:31genuinely useful. And there is a very interesting coincidence happening right inside Tesla itself.

19:36While one line tries to turn a robot that for years was merely a promise into something produced

19:42at scale. Another Musk project has just crossed that threshold after nearly a decade of waiting and

19:48promises. And it was unveiled back in 2017. Who remembers that? And it was supposed to enter production in 2019.

19:55It spent years piling up delays, and now it's finally starting to reach customers.

20:05And this time we're not talking about robots, we're not talking about self-driving trucks, okay?

20:10It's the Tesla Semi that has finally arrived. When Elon Musk unveiled this vehicle back in 2017,

20:16the promise to deliver it quickly didn't pan out. Delays followed along with battery issues and several years

20:22where only a limited number of these trucks hit the roads out there.

20:27Now, nearly nine years after the original unveiling, Tesla has begun a new phase of deliveries for this

20:33semi-truck to customers like PepsiCo, DHL, and UPS. And all of this is happening while they prepped their

20:39Nevada factory for much larger production, according to reports. And this truck that finally made it to

20:43production has changed quite a bit since that first unveiling. The longest-range version promises around 500

20:49miles per charge, while a second configuration gets close to 320 miles. And for a vehicle of this

20:56size, perhaps just as important as the range is the time it takes to recharge. The new mega-chargers can

21:03reach up to 1.2 megawatts and, according to Tesla, recover up to 60% of range in about 30

21:09minutes.

21:10Now, the challenge is no longer just proving that an electric semi can cover hundreds of miles. It's

21:15about finding out if it can do this every day, hauling tons of freight at a cost and with enough

21:21real-world viability to convince major fleets to abandon the diesel they currently rely on. And Tesla's

21:27already preparing to scale up production significantly, you know. The Nevada factory was designed specifically

21:32for a capacity of up to 50,000 trucks per year. But making promises is one thing. Reaching that

21:39capacity is another. The company hasn't yet revealed the detailed production timeline or the final price

21:44tag for the semi in this new phase. And maybe that's a good way to look at everything we saw

21:48in this

21:48episode. The Hyperloop is back, but it still needs to prove it can get off the drawing board. Starship

21:53finally made it to orbit with an actual payload, right? But it still needs to become rapidly reusable.

22:00Optimus has already started being produced in larger numbers, while Tesla is trying to get the

22:05robot's hands right and also the intelligence needed to make this robot truly useful. And the

22:09semi-truck shows us just how long it can take between presenting the future on stage and actually putting

22:15it into the real world, doesn't it? Of course, there are still other technologies that Elon Musk and his

22:19teams have been working on, and some of them really have the potential to advance much faster than we're

22:24expecting. Others could take decades, and some of them might simply never arrive, at least not the

22:30way we've been imagining around here, right? But there's something curious happening right now.

22:36Reusable rockets, humanoid robots, electric trucks, and even underground transit systems that are being

22:43shown as engineering problems that someone is actually trying to solve nowadays, you see?

22:49And maybe the next few years will reveal which of these beds will actually manage to cross this

22:53final frontier, because imagining the future is relatively easy, isn't it? I do that a lot here,

22:58and you probably do too, don't you? The hard part is building it. If you enjoyed this episode,

23:02you know the drill, right? Leave a like, make sure you're subscribed, and on your screen there are two

23:06new suggestions, one here and another one here. Just click on it, and I'll see you in the next one.

23:11Okay, thanks a lot, appreciate it, and bye-bye. See you in a bit, I'm waiting for you over there.

Category

Transcript

Recommended