Nice

Thanks man I love this channel one of the best I’ve ever watched

😊😊😊😊

may I make a suggestion, next time when producing a 3D printed pulsejet, split it in two, then plaster the inside halfs, then attach them to each other.

Love you Integza! Happy to have found your amazing channel!

Hawklight was the first thing I thought too when his plastic was melting, before Integza brought it up. Makes me wonder if there was a way to make Hawklight so that when it solidifies it's as hard as plastic. What do you think?

It's the man himself

It is indeed, Alex is a genius!

@@integza In theory the material you used is way better than steel, since a lot less heat escapes trough the engine walls. If you could find a way to increase the exhaust speed it may even reach a decent impulse, but I think some cfd simulation is needed to do so. Anyway, this is an amazing video

"" I KNOW YOUR ADDRESS"

i must assume that this is a thing i`ve been thinking about a long time my friend are fan of this guy, so i have seen many vids from integza, he is funny :) this is a great idea

yea, but anyway, please, keep yourself safe, don't get the virus we want you strong 💪

Zor aka qoyil

we have seen a solar roof from Tesla Motors but it is actually will be more interesting to see it from Nikola Tesla

You just won a 3D printer @Arsentiy Falinskiy ! Send me your info (Name, Address, Zip Code, Phone Number) to integza@gmail.com . Also leave a code here and send it to my email so I know its you :D

It sounds like an angry Chihuahua

*Inetzga

@@aarondewindt you sureeeee

He deserve the 3d printer and you should get a welder that combine tig and mid...

Intezga

22:03

he is portuguese, he has a portuguese accent, you gotta chill bro

@@YoungPhysicistsClub1729 His accent is adorable!

It looked like the solder at the "T" juction was melting during the final run of the jet too. Might need an air gap there.

make a circuit is not the same as weld large piece of metals, they are totally different solding metods

Well, i don't think you can really call that soldering, more like metal- hot gluing

@@corpi9951 What is soldering but hot gluing with metal?

Like because zero two

I know who you are, where you live, and I just built a fire cannon...

memable :D

ulys g *make carbon fiber*

@@TheBurritoLord pretty sure he didnt make the carbon fiber :P he created a composite with it

This is completely true

Profile pic fits perfectly !

I can see that I started watching when he did the tesla turbine and since then I've learned so much about tesla that I never knew thought he was just a electrical engineer 😳 such a under appreciated channel but still evidence the KZfaq algorithm isn't totally useless as watching Johnny q90 making a tesla turbine brought me here

Oh I think he knows it

When he marries a pigeon, we'll know for sure.

Adam Shinbrot what about William osman, he did burn his house down

@@Volt64bolt nope a wildfire does :D

i mean he is experimenting with a plastic jet engine in the ATTIC of a wood frame home.

i do believe i just had a stroke during the writing of that

I thought the thing on your hand was a nug

Yes. I thought of the mosquito smoking machine.

@@JefeInquisidorGOW Is that nug really a frog? Too small to see clearly.

It sounds more like a shitty engine on a cheap-ass diy straight pipe

@@zoltaerdei9857 Well at first, it sounded a bit like a really good straight piped V8, but towards the end, I agree... it did sound like a crappy engine.

Wow good idea!!

Ye it is a good ide

Ye very interesting

You may get highest

Ye he a genius

+Integza This, and use the heated water to spin a turbine. make a generator using a pulse jet engine. pulse jet water heater. make tea or cook some tomato puree with hot water.

Yeah but there is one problem, how good of a heat conductor filament is, because if it's not good enough material will be washed away before it can dissipate the heat, but it could help make it survive just a little bit longer

​@@idont3282 good point, anyway I'm sure it will work

My guess would be that the balloon doesnt pop because the hot water quickly and laminarly flows away from the heat source. Perhaps the wall of a jet engine as well as the geometry would not allow the heat to dissipate properly into the water. Also due to the excessive heat even if the water somehow circulated it would eventually overheat as well. However i do agree liquid cooling is likely the only reasonable option for a 3d printed engine. But hes gonna need a pump like nasa uses to circulate alot of water in and out to cool off.

it happened

Bah. You can make great pulsejet engines out of ceramics!

I know it’s metal is common when you look up pulse jet

@@goblinslayerman2374, metal is easy to fabricate, but many other heat resistant materials can be used.

Dude, I said that before you!

Well I posted it before I scrolled through the comments

collin furzz did that kzfaq.info/get/bejne/mLF4rZqotNDGaas.html

That would be cool!

This comment should have more likes

If its just a model then sure, but a real working hoverboard doesnt exist...

@@orue5499 like you know a lot about that topic

@@patrickohennesy6539 Do you?

Not exactly topfuel but more like grandads old v8 truck starting after 30 years and the exhaust falls off. But i get what your sayin!

Ya ain't feeling that in your chest are ya

Dod you misspell his name on purpose?

Oh shoot I better call the FBI!

@@johnbickford9221 yeah, don't worry

Also you should make some sort of jet fighter with that engine or at least a mini Colin Furze pulse jet engine motorbike!

It is not. And no, sorry, I can’t in good conscience thumbs-up this one, as I LIKE Integza, and I would t even with that horror on my worst enemies! Blech!

The man must be my long lost estranged brother (actually slightly plausible story), and I wouldn't want anyone to eat a tomato 🤮

Yes, but only with my grandma's tomatoes. They're seriously good.

@@ArtemisKitty I'm a bit of a sadist, so I can in good conscience thumbs this up. And I too hate 'madoes.

Integza, the fate of the 'mato awaits you my friend!

Pretty nice idea

It could be difficult, but the result amazing...

I believe it could be easier to build a 2stroke engine

Compressing and containing the explosion would be much harder than a pulse jet that essentially doesnt have to contain any of the explosion

Petroleum would eat the plastic. Not to mention you would need to compress the air and fuel to combust. It would melt under the heat as well.

You're thinking about a Gauss-cannon not a railgun. The railgun uses lorentz-force to accellerate projectiles and the gauss-cannon uses elektromagnets to either pull magnetic projectiles or push non-magnetic projectiles(through induction) down the barrel. And as an additional bonus fact there was a patent for a gauss-cannon that was called a plasma-cannon because it shot aluminium-projectiles that were not only propelled by the inductive forces but also superheated into a plasma-like state. (If I remembered correctly). Either way it would be interesting to see him build that.

.... And he wears lipstick

Not from the land of tesla?

Amazing hahahah

Combined to a well-trimmed tesla-turbine-generator, it may, one day help decentralized electricity generation, simpler than any diesel-generator, and, for sure, simpler than the turbine of an electricity plant. And on the basis of the Wankel, the liquid engine was born, which doesn´t have the shortcomings of the Wankel. The US-military seems to love it, anyway... No knowledge is ever in vain, and always has a purpose. And what gets abandoned, gets abandoned because investors don´t find a way to make money of it, and not always cause it was "bad".

remember sarin,multinational corps "largely abandoned forms of power generation because" they cant make rich multinational corps insane profits and so cant make rich people even richer. making a bit more diy power than you want to store and use is perfectly doable today with a little effort and a cheap buck/boost pcb on each device , especially as most devices you want to use/set and forget use 3.3/5/12v dc as their primary source now.

Wankel engines are not simple and involve a lot more maintenance than normal combustion engines

Riley Cook yeah lmao, apex seals are little pissers

@@whatitis5646 the liquid engine has the seals on the case insted of the rotor, where they are actively cooled. the only problem that rotaries have, is always the suboptimal shape of the combustion chamber. and they are much easier to maintain than pistins, if u take the seals out of the equation. as said, liquid engine.

I'm sure that is below his interest level fluid coupling is nothing to gawk at

God that sounds so damn complicated.

wifelikecow I still think it is possible to do

@@nedimcolak1974 Oh, I never said impossible, but the complexity of what goes on in a torque converter and making sure every part functions as it should would just make my head hurt.

now that's a video id like to see! "3d printed pulse jet drone!"

@@collosiskdway i thought about a wing design like the GO P60, a wing made by Gotha in late 1945. It uses a single jet egine in a top-pusher config, this way its away from the main fuselage and the heat is cold down by flowing air

@Integza feel free to take this approach if you build a drone/plane with your pulse jet engine, good luck

I want the fail footage

@@overalltommy5376 99% failure, 1% success ;)

I think that's more a Michael Reeves project

Dean's Drawings Colin Furze made a pulsejet-powered bicycle. Probably the loudest bicycle ever made XD Also tomatoes are great. Without them, how could we eat pasta or pizza?

Tomatoes are tasty above the clouds I hear(seriously)

@@stheil sauce, paste, puree, they're the shiznit but just plain old raw ,might as well be rotten cuz all they're good for is throwing at second amendment killa Kamilla and Bulshitn Biden hahaha

Me too. Ill try to vuild a small furnache in a metal bucket where i can melt metal in. I mean in the tests sarlite resisted the 1.200°C from the Butane torch and alumunium melts a around 800-900°C i think. And sine this version of starlite is just heat resistant dough, its easy to shape.

​@@odeldodelhorst7549 Eh, pardon my very long comment here, but I realized at the end just how long I was typing XD But using this in a furnace is a good idea I'd say, just know you may have to redo the coating every so many hours of usage time. From appearances alone, it seems to me that this doughy Starlite is a combination of an Ablative material as well as an Intumescent material. It slowly sheds itself once the outermost layer gets too hot (much like a rocket's heat shield), but before that point is reached it inflates slightly as the surface layer generates an insulative gas with low thermal conductivity, thus allowing the hot gases to mostly deflect away. In this case it creates carbon bubbles that are filled with carbon dioxide, and those eventually break down from the heat and then form new carbon bubbles also filled with carbon dioxide, and each time it does this, a tiny fraction is shaved away, yielding a sacrificial material that also protects itself rather well. In my own opinion, the original Starlite was likely going to be an extremely expensive material that generates a heavy gas with very low thermal conductivity within tiny bubbles of ceramic and polymer. It'd act like a very high temperature heat shield backed by a very insulative gas, thus yielding a surface that hardly conducts heat at all, in fact might even radiate heat faster than it absorbs it in most situations (aka jet engine or blow torch) thanks to charring producing the ideal surface for black-body radiation. For price comparison, a fire resistant paint, known as an Intumescent Paint, costs somewhere between 4 to 12 dollars per square foot, and its rather simple in chemistry, so with what we know about Starlite I'd presume it to be well over 10 times the price had it been made commercially. Its like the difference between coating your car's engine bay in regular thermal tape compared to coating it in pure gold foil.

@@Avetho ah ok. Thank you for youre advice. Im probabilly going to make starlite and coat it in this "living room furnace" goop that you can buy at a Hardware store.

That woule AWESOME.

That sounds like a good idea

What You Do: Cut the tomato in slices, then cut each slice into smaller pieces. Put half the chopped tomato (including seeds and juice) in each beaker. Mash the tomato pieces with a spoon to make a pulpy mixture. Insert a copper and zinc electrode into each beaker, making sure that they do not touch. You have now made two battery cells! Set one beaker aside for the moment. In the remaining beaker, clip one wire lead to the zinc electrode and another to the copper electrode. Hold the headphones near your ears, then touch the loose ends of the wire leads to the metal end of the headphone cord. If you look closely at the headphone plug, there will be several sections. Try touching the wires to different sections until you can hear the crackle of electricity that is being produced by your tomato battery cell.