So many skills into this project! Chemistry, Physics, Electronic, Mechanic, Aerodynamics, 3D Design, 3D Printing, Robotics, and so on!!! In fact... Rocketry!!!
Oh my god this is BEAUTIFUL. All the simulation and checks, making custom motors and a vectored nozzle bell along with actuated fins?! Hats off to you, will be watching this very intently.
@@Azdine. a lot tbh. You'd need to learn sth close to the machine like C++ then also modelling software and I have also seen some simulations. You'd need a working knowledge of Engineering principles.
If anyone is interested in the translation at 0:16 : 1. Fairing 2. Parachute 3. Main Payload Bay 4. Avionics Bay 5. "Steering Engine Compartment" (Thrust Vector Control Mount) Computer: a. Flight Control Computer b. GPS c. Camera d. Wireless Data Transmission System e. Lithium Battery 6. Solid Rocket Motor 7. Thrust Vector Control Mechanism (Nozzle extension connected to the TVC mount using push rods)
@@swegmastur614 for this type of rocket you get more control with thrust vector than trying to move the entire rocket. I'm sure there were more reasons back then but it's been 2 years and I honestly don't remember.
I think that you are the first one doing nozzle thrust vectoring at the model rocket level. Quite impressed that you are building everything including your motor grains !!!!!
Seeing your comment made me realize I hadn't seen vectored nozzles on model rockets. This was an amazing rocket for many reasons. The vectored nozzle certainly was one of them. I'm also impressed. What a fantastic rocket!
In awe of the combination of artistry and science applied here. Complete awe. I have an interest in cubesat, microsat, miniaturized travellers on this level for long term trips like to Mars. So much to learn/know. Anyhow, incredible design and incredible build. You set the bar very very high.
Just got this video in my recommendations and honestly it's amazing !!! That design is really interesting with the trust vector control that seems to work really well. Good job 👏
Absolutely beautiful, very nice work! One of the best hobby rockets I've ever seen, especially love the small, lightweight design! I thought that was a liquid fuel tank there for a minute.. almost had a heart attack lol. Still absolutely beautiful system... thrust vectoring is very cool!
Very impressive work. I wonder about the fin control. The thrust vectoring could keep the rocket flying straight at launch (or change its direction.) If the center of pressure of the rocket is ahead of the center of gravity following motor burnout it seems fin control would be needed during the unpowered portion of the flight in order to control its trajectory. Unless the rocket was flying in vacuum. Some pictures of failed rocket launches where the engines fail show the rocket flying sideways prior to self-destruction.
It's very awesome sir. Hat's off to u and your incredible skills. All in one package. It would have been great if you could please post all the steps you performed in very deep manner.
Vectoring mid way wing fins need motors with thrust variable compensation controls. Wider at base. To accommodate motors and then edge at the top like a wing vectoring motorised fin.
Literally, ,, my mouth is wide open 😮😮😮,,, everything is soo professional, good engineering a good modeling and simulation, a good design, ... which program did u code it. Iive it man i hope a good future for you 🙏
Thank you for uploading. I got the chance to witness a rocket launch in 2018. Amazing experience. I posted a pretty cool montage of the trip to my page.
This way it creates a tunneling effect or vortex spiral around the rocket to creat tunnel propulsive Invisible tube that equalise and from yes additional thrust through less friction.
This is incredible, fantastic work!
Thank you for the compliment！ I'm a big fan of you and got a lot of inspiration from your channel！
I agree! Its amazing!!!
Amazing. Really insane.😯😯😯😮😮😮 I suggest you to use English language in your diagrams. That may help you to increase audience.
So when are you going to start making mach diamond engines Joe?
Very well done
So many skills into this project! Chemistry, Physics, Electronic, Mechanic, Aerodynamics, 3D Design, 3D Printing, Robotics, and so on!!! In fact... Rocketry!!!
ece engineer
= Engineering
+ programming.. well it includes on robotics..
That's why it's Called Rocket Science .
Exactly. You are right. Werner Von Brown, 80 years later and into a garage with manual workshop and so many knowledge and a lot off skills
Oh my god this is BEAUTIFUL. All the simulation and checks, making custom motors and a vectored nozzle bell along with actuated fins?! Hats off to you, will be watching this very intently.
Hello, i want to start something like that but I don’t know nothing about programmation and modeling, which type of programs are used here ?
@@Azdine. a lot tbh. You'd need to learn sth close to the machine like C++ then also modelling software and I have also seen some simulations. You'd need a working knowledge of Engineering principles.
China should produce the control system in mass production, so we can purchase it cheap. well done
@@shahrisemanbg3364 which leads to the spreading of certain controlled technology…
Well done with the with the entire project and especially the roll stabilization. Now, I won’t be so dizzy
If anyone is interested in the translation at 0:16 :
1. Fairing
2. Parachute
3. Main Payload Bay
4. Avionics Bay
5. "Steering Engine Compartment" (Thrust Vector Control Mount)
Computer:
a. Flight Control Computer
b. GPS
c. Camera
d. Wireless Data Transmission System
e. Lithium Battery
6. Solid Rocket Motor
7. Thrust Vector Control Mechanism (Nozzle extension connected to the TVC mount using push rods)
Thx
Thank you so much
You have saved human kind
Im interested pls help us. We are also working in this section. What are the testing software you used . Pls share this information with us.
Thanks for your help. But I need testing software
Love that you are using true thrust vectoring rather than gimbling the entire motor. It's a very eloquent design. Looks really sturdy as well.
I agree it's really impressive. (Although gimbaling the entire motor is still true thrust vectoring lol.)
What are the advantages of doing this vs the latter?
@@swegmastur614 for this type of rocket you get more control with thrust vector than trying to move the entire rocket. I'm sure there were more reasons back then but it's been 2 years and I honestly don't remember.
This guy made this incredible machine by himself this is incredible .
I think that you are the first one doing nozzle thrust vectoring at the model rocket level. Quite impressed that you are building everything including your motor grains !!!!!
Seeing your comment made me realize I hadn't seen vectored nozzles on model rockets.
This was an amazing rocket for many reasons. The vectored nozzle certainly was one of them. I'm also impressed.
What a fantastic rocket!
If this guy isn't working for the ccp just imagine the talent they have
In awe of the combination of artistry and science applied here. Complete awe. I have an interest in cubesat, microsat, miniaturized travellers on this level for long term trips like to Mars. So much to learn/know. Anyhow, incredible design and incredible build. You set the bar very very high.
Absolute madlad. Great job. Even if it didn’t fly, it would be outstanding. This actually works and gets off the ground quite well.
Just got this video in my recommendations and honestly it's amazing !!! That design is really interesting with the trust vector control that seems to work really well.
Good job 👏
I love how normal people are basically building missiles now and days!
he knows everything how can he be normal lol
yes. soon we will be printing ak47 at home. just downloading from internet.
In a 3d repository
@@xxCRODxx and don't you think that building a rocket is more complex than that
@@xxCRODxx yo it already is possibl
@@xxCRODxx its possible bro. 3d printed weapons are a thing
WOOOOOOOOOOOOOOW this is so underrated and deserves way more views
Awesome project there, can't believe i just saw this brilliant video now, almost a year after publication... Dude you rock 🤘🤘
Nice work! That vectored nozzle saved the day on the initial boost!
It is inspiring seeing the work of people like you. Great job.
Those exhaust shock diamonds look very impressive!! truly Awesome!!
Peoples like you will change the world never stop 😉😉😉😉😉
Ok this is one of the coolest videos I’ve seen
Great job. An amazing rocket and your control systems are really something.
Great job! You're quite the rocket master.
Damn the thrust vector control seems super reliable and much more efficient. Just moving the nozzle instead of whole solid motor
Absolutely beautiful, very nice work!
One of the best hobby rockets I've ever seen, especially love the small, lightweight design!
I thought that was a liquid fuel tank there for a minute.. almost had a heart attack lol. Still absolutely beautiful system... thrust vectoring is very cool!
liquid fuel ona model rocket? never seen one.
@@mersenne2486 Boston University has made some liquid fuel model rockets
Very appreciable work. I am inspired by this video to make one.Thankyou.
Mach diamonds visible in the exhaust stream of a homemade solid-propellant rocket engine is pretty impressive. :)
It is small but powerful 💪
It's Speed is 👌
open source? deserves 1 million views!
Tremendous project. Love the craftmanship and original design
7:45 nice dataloger for more upgrade and fix problems u are a Genius
That’s poetry in motion my friend lol
You got talent! where are you from?
It will be cool to watch you build Mark two(2), which can land itself
Wow your showing data which is more valuable 🥰🥰🥰 thanks for sharing , good luck
Amazing work! I was surprised it flew so high given the fuel source!
Wait, how did u get it?
You are genius. Good job 👍
The Thrust Vectoring Mount looks legit, and the fuel looks powerful as well.
Amazing! Keep posting your videos!
what CAD software is that? Amazing work
Amazing work this guy put in his rocket!
Nice to see some people working on high power TVC rockets
Bps’s flight 10 on sprint was hpr, on an H13
back in 2020 no one knew that this would turn into a space company in 2030.
Very impressive work. I wonder about the fin control. The thrust vectoring could keep the rocket flying straight at launch (or change its direction.) If the center of pressure of the rocket is ahead of the center of gravity following motor burnout it seems fin control would be needed during the unpowered portion of the flight in order to control its trajectory. Unless the rocket was flying in vacuum. Some pictures of failed rocket launches where the engines fail show the rocket flying sideways prior to self-destruction.
People loving science will agree........this is the real beauty 😍
Amazing work done ✅ by you really appreciate your efforts 👍keep it up
This is truly impressive! Do you have any plans to attempt landing?
Outstanding!!! Best show in town.
THIS, now THIS IS IMPRESSIVE!
It's very awesome sir. Hat's off to u and your incredible skills. All in one package. It would have been great if you could please post all the steps you performed in very deep manner.
Very impressive. Love the mach diamonds!
Outstanding job, congratulations to all involved! Thanks for including some instrumentation graphs and the comments about successful guidance.
Really amazing technology after watching this video I fell in love with science and good job for the detail explanation
好, maybe you could use this TVC for hybrids, and land it ^^
Don't know, whether a hybrid rocket ever landed.
Amazing ! They have succeeded in the first try!
Great job !!! The whole project is just super !!!
I guess this guy can make guided rockets.
wow nice ! R U gona build 2 stage as well?
The gimbal system is super cool!
grats ! ! your rocket is amazing !
twitted ! ;)
Did you work with it alone?
Great job, man!!
Vectoring mid way wing fins need motors with thrust variable compensation controls. Wider at base. To accommodate motors and then edge at the top like a wing vectoring motorised fin.
Literally, ,, my mouth is wide open 😮😮😮,,, everything is soo professional, good engineering a good modeling and simulation, a good design, ... which program did u code it.
Iive it man i hope a good future for you 🙏
Incredible! Imagine if someone make this small ships land like falcon 9. Wow
Perfect work mn ..this is the most innovative and creative video ive seen all year. Bro you're genius for sure . Respect +++
An amazing job well done. Congrats on this
nice talent and very good project greetings from Argentina
Fantastic ,you are a master in informatic ,electronic ,design ,aeromautic ....
You are amazing
Impressive work! You deserve way more than 175 subscribers. Do you post your designs and code online?
Great roll control. Thank you
Where can you buy that thrust vectoring nozzle from? Can someone send a link or name a website??
Very cool, truly professional approach for a hobby project!
Oh my god, this is amazing, teach us all how you made this!!!
Which simulator do you use brother .
Awesome work would love to see it with English subtitles
So good Work 🔝🙆♂️🚀
I like this type of edit and technology. Video
Cool! Are you going to make a tourtorialvideo of how you made it?
Congratulations on your success! You truly are an inspiration!
Excellent, good but so good job !! I think this was a team !!
Thank you for uploading. I got the chance to witness a rocket launch in 2018. Amazing experience. I posted a pretty cool montage of the trip to my page.
This rocket is superb and fantastic work
Incredible! Hope you guys will successfully apply it to a bigger prototype.
Can’t believe you are but a college freshman. Bravo!
You're amazing 💖
不错，是工程师级别了高端DIY。感谢分享!
oh stop, the music, it's all so heroic, I think I'm gonna cwy, ah shoot, I'm cwying. queeeeeef!
I know it's hard to execute, but I wish the people filming this from multiple Angles would do better tracking shots 🙈 Awesome Work!
Fantastic work excellent video keep'em coming
Cool, looks amazing. now you just need it to land on its own again....
This guy is a genius
Your a incredible intteligen man😎😎😎
This way it creates a tunneling effect or vortex spiral around the rocket to creat tunnel propulsive Invisible tube that equalise and from yes additional thrust through less friction.
What an amazing project!
Great work. Keep Building, Keep pushing forward !
Maybe review the ergol recipies because that black smoke doesn't seem very efficient.
Absolutely Awesome work! Wow!
I think this was very useful for research development process relating to science , like rockets which gives information from the satellites
What type of programming is used in it???
Please give us the all parts name. 🙂🙂🙏
Crazy how stable it was under the chute. Barely spun
Basically creating a tornado effect lifting the rocket.