Комментарии:
Who the hell is Humphrey, and why do engineers try to steal his cycle?
ОтветитьHOLY MOLY!!
ОтветитьLittle fella is hungry!
ОтветитьWith engines like these NASA could revisit the Venture Star design perhaps?
ОтветитьThats a lot of damage
ОтветитьErry noice.
ОтветитьWhile SpaceX is busy finding new corners to cut, NASA and ESA are busy developing new technologies. Pity the SpaceX simps can’t see that.
ОтветитьWaste those tax dollars!
Ответитьwhat does it do
ОтветитьWhat's the ISP?
Ответитьnasa loves their foil lol
Ответитьnever before have i seen a hyperfixation return like this. welcome back, my younger self
ОтветитьThere was a lot of shielding flying off the tubing, the way the shielding is applied is not aerodynamic at all and looks like it was just slapped on there without any real care. Made the test of the engine look amateur.
ОтветитьImagine being strapped to that sucker. A test pilots dream!
ОтветитьWhat street corner is this on? What's with the traffic light in the background?
Ответитьand now we know where china stole "their breakthrough"
Ответитьthink of the difference between a camp fire and an exploding propane tank. that's the potential efficiency gain this has over regular rocket engines - the reaction is much much more powerful for the same amount of fuel. we just have to learn to control that detonation so it doesn't blow apart the engine - bit tricky that.
ОтветитьThe most fascinating thing about these kinds of tests is that when it seems that they're about to break the engineers just push it more and the engine delivers. Fascinating.
ОтветитьTeacher: Ah come on kids, this maths test is no rocketsience.
The Test : 🎉
noice
ОтветитьNow do a reignition test with that thing. How many times can you reignite it and how much cool down does it need before re ignition?
ОтветитьWow ❤
ОтветитьWow, something I've read about good 10 years ago, now being real and tested, good to see progress!
ОтветитьSo how was the measured performance and where were the Slow Mo Guys?
ОтветитьOmg
ОтветитьМало по малу мы свалим а вы тут останетесь.
ОтветитьIt would be great if it could be used on a jet plane.
ОтветитьA problem faced by rocket engine in 1960 turned into a new engine in 2023....this shows what new technological developments can achieve
ОтветитьПищевая фольга полетела , кто то накосячил 😊
ОтветитьBet the old timer NASA engineers are loving this. Took long enough? 50 years?
ОтветитьМы с пацанами такие паяльные лампы ещё в 80-х во дворе жгли 😂😂😂. Мы не знали, что это перспективный детонационный двигатель! 😅😅😅
ОтветитьI just love how this rde looks like it wants to tear apart everything on the intake side to break free
ОтветитьI'm just wondering, does this test affect earth rotation?
ОтветитьNGAD thanks you for your contribution.
ОтветитьWhat type of fuel and how much is used per second?
Is the thrust variable?
If anyone knows where I could find that info I’d appreciate it.
Merry Christmas all!!
I’m in love 😲
ОтветитьNew favorite machine noise, here.
ОтветитьLooks exactly like a naboo starfighter engine.
ОтветитьThat sound is awesome😂
ОтветитьWow!
ОтветитьSend the blueprints to SpaceX for a 500 percent improvement
Ответитьgreat maybe they can soon finally land on the moon 😂
ОтветитьCongrats! This is a true engineering feat!
ОтветитьThe tinfoil flapping around and getting burned by the rocket is hilarious.
Ответить6000lbs!? What’s the scale of it, it only looks around a foot in diameter.
ОтветитьHow about a video of a complete launch instead of a cutout as the "rocket" arcs back down
ОтветитьThere’s a made in China sticker on it 😂
Ответитьthe pitch seems to be around the highest G-note on our piano ...so maybe around 3100Hz
ОтветитьZefram Cochrane approved 🛸🛸
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