TL/DR: This not real steam, it’s just a motorized model with water misters. I’m sad to say but this is fake. The steam here is not real steam. Let me explain abit. The “steam” in this video is actually mist from water, not steam. Another major thing is that the “steam” is dropping? Steam rises in the air, it doesn’t drop down because REAL steam is hot and that’s why it rises. 2nd, steam engines need something called “cylinders” to function. They make the rods turn and make the wheels turn too. When looking at this model, there are no cylinders inside the frame or outside the frame to power it. 3rd and most obvious is that Lego can’t handle steam pressure. As you can see in this video, there is a small firebox section on the engine, the green blob dropping down just infront of the cab. If the fire was there to make steam in the boiler, it would be way to weak to make any steam to power any rods. Plus, how would you reload fuel on that thing? The cab is too small and you can’t put any fuel into the “firebox”. 4th, do you see all of that water everywhere? It’s only in the areas of the “Steam generators”. Also, this dude is literally touching and placing his hand on the boiler of the engine like it’s nothing. That boiler would have burned your hand if it was actually under steam. In conclusion, please dont believe everything you see on the internet.
Thank you for the detailed explanation. Steam here refers to steam made of water. Therefore, you can call it real steam. Of course, the steam in a tiny small Lego locomotive is not generated in the same way as it is done in a real 200 tons steam locomotive. I think most viewers understand und know this.
@@nugru I see and respect what you are trying to say, I have been following how steam engines work for many many years. My only problem is that you call it “Real steam” in the title. By seeing that, you would assume that it means it’s running REAL STEAM, since it’s literally a model STEAM ENGINE. I would just clarify alittle more on what kind of steam you are talking about. Btw, steam is water. Water in gas form is steam. This is not steam, but mist, mist and steam are completely different things. If you contained this mist in a boiler, it wouldn’t make any pressure at all, that’s what makes steam so speical, it tries to escape any confines that it is put in. So the description of “Real steam” still makes no sense. If you want to follow me up on anything else that I am not understanding correctly, please inform me, I am not trying to be rude or sassy p, just providing information on this topic.
2 words
AWESOME and AMAZING!
I wish I was that creative. Keep up the good work!
Hello, ... thanks for your comment 👋
Nice! What kind of stream generator did you use?
U stupid?
Wow amazing
Awesome stuff!
This makes me happy.
This channel made me who I am
You watch this guy too?
1 it’s water vapor not steam 2 it’s coming out of the safety valves 3 cool video
It would be cool if it did move,but it’s cool either way
Hello, ... in June there will be a video with this train moving in our garden and at the swimming pool. So stay tuned to this channel ...
TL/DR: This not real steam, it’s just a motorized model with water misters.
I’m sad to say but this is fake. The steam here is not real steam. Let me explain abit. The “steam” in this video is actually mist from water, not steam. Another major thing is that the “steam” is dropping? Steam rises in the air, it doesn’t drop down because REAL steam is hot and that’s why it rises.
2nd, steam engines need something called “cylinders” to function. They make the rods turn and make the wheels turn too. When looking at this model, there are no cylinders inside the frame or outside the frame to power it.
3rd and most obvious is that Lego can’t handle steam pressure. As you can see in this video, there is a small firebox section on the engine, the green blob dropping down just infront of the cab. If the fire was there to make steam in the boiler, it would be way to weak to make any steam to power any rods. Plus, how would you reload fuel on that thing? The cab is too small and you can’t put any fuel into the “firebox”.
4th, do you see all of that water everywhere? It’s only in the areas of the “Steam generators”. Also, this dude is literally touching and placing his hand on the boiler of the engine like it’s nothing. That boiler would have burned your hand if it was actually under steam.
In conclusion, please dont believe everything you see on the internet.
Thank you for the detailed explanation. Steam here refers to steam made of water. Therefore, you can call it real steam. Of course, the steam in a tiny small Lego locomotive is not generated in the same way as it is done in a real 200 tons steam locomotive. I think most viewers understand und know this.
@@nugru I see and respect what you are trying to say, I have been following how steam engines work for many many years. My only problem is that you call it “Real steam” in the title. By seeing that, you would assume that it means it’s running REAL STEAM, since it’s literally a model STEAM ENGINE. I would just clarify alittle more on what kind of steam you are talking about.
Btw, steam is water. Water in gas form is steam. This is not steam, but mist, mist and steam are completely different things. If you contained this mist in a boiler, it wouldn’t make any pressure at all, that’s what makes steam so speical, it tries to escape any confines that it is put in. So the description of “Real steam” still makes no sense. If you want to follow me up on anything else that I am not understanding correctly, please inform me, I am not trying to be rude or sassy p, just providing information on this topic.
Even tho most of us would understand thanks for the explanation. It gives a better understanding how steam works
Why so few comments?