It’s one thing to create a thrust vectoring mount with a flight computer, but it’s a whole different level when you create an app to control it. That’s incredible dude!
Such a beautiful design.. You take great strides to have both form and function work and look great.. One suggestion.. anytime you need to secure wires or connections from separation due to heat/vibration, etc. use heat shrink wraps.. they are very inexpensive, look professional and will last for far longer than the tape. Great job!
please make this open source. 350$ for the pcb is a little steep. I understand you have overhead costs but most of us are just budget minded enthusiasts
@@antonbriggs5680 Most of the people interested in this already have 3D printers. I realized that he also includes the 3D parts and servos so I can understand his price more than before.
WOW WOW WOW!!!! ok stopping here. did u just use a power drill on those tiny m3.5 screws and when it bottomed out, just kept on drivn? stripped. next vid
Does your software, and flight computer work with any servo? So if I had my own mount, and servos with the same connectors, your software will work? Thanks
Van's Videos same, but in this video he kind of shows how it works which gives anyone with a bit of determination (prob more than I have) a pretty good base to start off of.
Good Day to you sir..Im an education student and love to play with rockets..but the problem is I dont know how to start up...what book should I read, especially in guidance and stabilization system..
Just a shot in the dark; have you thought of using stepper motors as an alternative to servo motors? They are a bit more challenging to incorporate into your system, but I believe they will provide smoother and more accurate actuation. Would like to hear your thoughts on that!
To achieve this you can. (1) Create a brass disc 12 inch diameter 1 inch thick (1a) Drill holes in the disc insert barrel magnets with north pole to outside edge. (2) Create a brass disc 12 inch diameter 1 inch thick (2a) Drill a hole 5/8 inch by 4 inches (from the outer ring toward center axis) every 60 degrees. (1b) insert ( 1/2 inch X 1 inch) barrel magnet into all 6 holes. (2c) There must be room for magnets to slide. (2d) Insert ( 5/8 inch X 1/4 inch) graphite plugs. (3) Place disc inside of brass ring with an inside diameter of 12 and 1/8 in (3a) Mount around the outer ring electrical magnets every 45 degrees. (3b) 8 electrical magnets at. ( 1) North),( 2) North East ),( 3 )East),(4)South East) ,(5)South),(6)South West),(7)West),(8)North West) (4) . When energized putting the gyro out of balanced creating a forward thrust. (4a) Depending on which electrical magnet is energized . Concerning Gravity created by centrifugal force. (1) Because gravity and magnetic flux are unrelated. (2) We can consider using a balanced wheel, with freely mounted magnets ( a) With north poles facing outward (b) on outer edge (c) mounted in side a framework (3) With permanently mounted electral magnets in frame (a) with the north poles toward the wheel in different locations around edges of said wheel (b) As the wheel spins creating centrifugal force (c) power added to the electrical magnet (4) Will cause the centrifugal energy to flow to opposite side of the wheel causing vehicle to move in that direction. You can use this configeration to shift the center of the wheels gravity thus creating foward thrust which can be aimed in any direction. Which can in effect Defeat gravity.
You can download 3d printed files of tvc from k nine technology channel . I am also building it . 😇 if you need any help with flight computer and flight software. U cn watch my channel .or msg me 😇
Not necessarily. A gyroscope could keep track of the rockets rotation and just rotate the thrust vector accordingly. The rocket would still rotate, but it wouldn't effect it's trajectory (as long as it's not too fast for the servos to keep up).
hey, guy. please include one non metric faster in each of your builds. pick a trampled system of your choice. try and keep a bit of culture alive, eh? watching metric sycophants lose their shit gets me so damned hard. ;) anywho, just a suggestion. you make great videos.
I think you already know about a channel called Canine Rocket Technologies Watch this video : th-cam.com/video/S7yW75RWK4c/w-d-xo.html In this video wich you want as to be your future TVC Mount .
![[UNCUT] The Loyal Pin ปิ่นภักดิ์ EP.15 (1/4)](http://i.ytimg.com/vi/TLBjiHvkKtE/mqdefault.jpg)
It’s one thing to create a thrust vectoring mount with a flight computer, but it’s a whole different level when you create an app to control it. That’s incredible dude!
Simple and clear instructions anyone can follow, what a fantastic kit and instructional video.
Such a beautiful design.. You take great strides to have both form and function work and look great.. One suggestion.. anytime you need to secure wires or connections from separation due to heat/vibration, etc. use heat shrink wraps.. they are very inexpensive, look professional and will last for far longer than the tape. Great job!
I’ve always wanted to do thrust vectoring but I just didn’t have the skills to do it. Thanks so much!
literally the best channel on TH-cam
Ok i need 9 of these, 9 flight computers, a big ass pipe, and paint.
same
falcon 9?
I think my love of amateur rocketry just got re-ignited... and yes the pun was intended
@@Bitron_1 it's till amateur, and matrix isn't talking about bps space they are talking about themselves
Amazing, thanks for producing these!
what kind of servo motors are those?
When you stripped the screw sockets my soul died. As necessary as it was. My soul still died
please make this open source. 350$ for the pcb is a little steep. I understand you have overhead costs but most of us are just budget minded enthusiasts
I'm pretty sure a 3d printer plus 3d material plus your time will cost more. You can always have a less expensive hobby.
$350 for the PCB is indeed expensive. You can get laptop computers cheaper than that.
@@brainmind4070 Then get a laptop and watch him on TH-cam doing the things you wish you were doing.
@@logical128 he can put the pricetag he wants, There are tons of open source arduino rocket projects that im looking into so to each his own
@@antonbriggs5680 Most of the people interested in this already have 3D printers. I realized that he also includes the 3D parts and servos so I can understand his price more than before.
WOW WOW WOW!!!! ok stopping here. did u just use a power drill on those tiny m3.5 screws and when it bottomed out, just kept on drivn? stripped. next vid
Love it!!! But at almost 400$ im ganna have to pass
I’m planning on making a Sub-Orbital SSTO
to start with
Is it possible I could purchase one of those vectors?!
Wouldn't that be an SSTSO?
It wouldn’t be an ssto because it stands for single stage to orbit
I designed one of these myself for 50mm body tubes and 18mm engines.
Does your software, and flight computer work with any servo?
So if I had my own mount, and servos with the same connectors, your software will work?
Thanks
It most definitely should lol. I know you probably don't need the answer anymore, but this is for anyone else who has the same question
Wish you would give us the files to 3D print this. But i get it you gotta fund your crazy projects somehow
Van's Videos same, but in this video he kind of shows how it works which gives anyone with a bit of determination (prob more than I have) a pretty good base to start off of.
He is selling the files for the tvc
Perfect, and the rocket?
can I download the stl files for these so I can print them myself?
The STL files will be available through the BPS Patreon as part of the Landing Model Rockets video series in the next few months!
Logical what is the Blip or Blop ?
rafael guida thks
@@frenchtm5001 flight computer
Good Day to you sir..Im an education student and love to play with rockets..but the problem is I dont know how to start up...what book should I read, especially in guidance and stabilization system..
You're probably on the NSA's short list.
goku more like faa
@@alexcarrera102 cf. rcmodelreviews. the guy was contacted by several national agencies after making a rocket's guidance schematic public.
hi, which nailgun you used?
What servos are you using?
Hey Joe ,What is the servo used in that , SG90 or something else
Ohh my,where do you buy it or print?
This is just amazing!!!
are these gonna be back in stock? it currently says on the store page their sold out. REALLY want one of these!
can you tell me how the rocket pressure center is calculated
You don’t need to calculate it for tvc
can you plz mention all the electronics used, i want to used it for nozle gimble
why don't you start your own rocket company? like spacex?
Because I bet this guy dosnt have another billion dollar company to sell to start it:p
Bps space is a company
Be realistic.
Are there in alternate design ideas from DIY stuff..?
5:07 How he is trying to put it back turned around ^^
When are you going to start selling the kits online again?
Sir is heat sink necessary in the rocket
where did you get the screws and bolts? is there a list of sizes
Pls can you bring this back
Thank you!☺️💖☺️💖☺️💖☺️
Where can I buy the flight computer and thrust vector
He said gimbal 74 times
Seems all rocket kits are sold out.
This is so cool!
Just a shot in the dark; have you thought of using stepper motors as an alternative to servo motors?
They are a bit more challenging to incorporate into your system, but I believe they will provide smoother and more accurate actuation.
Would like to hear your thoughts on that!
Is there a way to get the assembly of just a servo for Onshape?
This is so cool
Solid!
In the future once this is back in stock, will there be an option to by the mount on it's own?
You can buy the 3d design files to 3d print them
When will you stock up some Signal R2? :( Currently they're out of stock :(
He has lots of stock. It’s just very difficult to manage both sales and rockets at the same time.
Will you just sell the signal 2 and not the autogyro
It’s called tvc but he isn’t doing that and I believe he never will
@@fullflowaerospace okay thank you
@@tswgdynamics8185 your welcome!
Were can i buy the kit at ???plz help @joebenard
Now I get it
do you have to have a spent motor?
To achieve this you can.
(1) Create a brass disc 12 inch diameter 1 inch thick
(1a) Drill holes in the disc insert barrel magnets with north pole to outside edge.
(2) Create a brass disc 12 inch diameter 1 inch thick
(2a) Drill a hole 5/8 inch by 4 inches (from the outer ring toward center axis) every 60 degrees.
(1b) insert ( 1/2 inch X 1 inch) barrel magnet into all 6 holes.
(2c) There must be room for magnets to slide.
(2d) Insert ( 5/8 inch X 1/4 inch) graphite plugs.
(3) Place disc inside of brass ring with an inside diameter of 12 and 1/8 in
(3a) Mount around the outer ring electrical magnets every 45 degrees.
(3b) 8 electrical magnets at.
( 1) North),( 2) North East ),( 3 )East),(4)South East)
,(5)South),(6)South West),(7)West),(8)North West)
(4) . When energized putting the gyro out of balanced creating a forward thrust.
(4a) Depending on which electrical magnet is energized .
Concerning Gravity created by centrifugal force.
(1) Because gravity and magnetic flux are unrelated.
(2) We can consider using a balanced wheel,
with freely mounted magnets
( a) With north poles facing outward
(b) on outer edge
(c) mounted in side a framework
(3) With permanently mounted electral magnets in frame
(a) with the north poles toward the wheel
in different locations around edges of said wheel
(b) As the wheel spins creating centrifugal force
(c) power added to the electrical magnet
(4) Will cause the centrifugal
energy to flow to opposite side of
the wheel causing vehicle to move in that direction.
You can use this configeration to shift the center of the wheels gravity thus creating foward thrust which can be aimed in any direction. Which can in effect Defeat gravity.
What is it programmed with? Id rather make my own design and it's also sold out
Well the PCB is made with eagleCAD, and coded in C++ and arduino.
whats the name of that rocket motor?
idk why im watching this if i dont have the kit
Can u please share the details about the dimensions u have taken during 3D printing...
You can download 3d printed files of tvc from k nine technology channel . I am also building it . 😇 if you need any help with flight computer and flight software. U cn watch my channel .or msg me 😇
Is there anywhere I can buy these mounts? Curious because I don't own a 3d printer
Nope.
can someone tell
me the whole part of thrust vectoring motor
Do you think something like this would be possible in a hybrid engine
Yes but Hybrids are usually too heavy, and a TVC mount wouldn't help.
Techno-creativity they call it.
Whish to have a son and share this things with him.
Thanks.
the thing cost $350
So cool
Can you please give the link for the 3D models in ur description?
From where get it please tell me
How to buy one?
How to purchase this gaject
what do I do if they dont ship to my address
My mount seems to tilt more to the right then it does to the left. Does anybody know how to fix this?
Would this application work with-in a Dynamic Monopole Sphere vortex? any1 test this?
you are a fucking genius
make more
Interesting. You have to control roll, too, to do anything useful with this. How is that accomplished?
Not necessarily. A gyroscope could keep track of the rockets rotation and just rotate the thrust vector accordingly. The rocket would still rotate, but it wouldn't effect it's trajectory (as long as it's not too fast for the servos to keep up).
Griffin affect its. Other than that you're right.
Hi bro
Robinson Jose Young Mary Hernandez Matthew
hey, guy.
please include one non metric faster in each of your builds.
pick a trampled system of your choice.
try and keep a bit of culture alive, eh?
watching metric sycophants lose their shit gets me so damned hard. ;)
anywho, just a suggestion.
you make great videos.
Thurst would rip apart that plastic, if need or models out of somthing much stronger
I think you already know about a channel called Canine Rocket Technologies
Watch this video : th-cam.com/video/S7yW75RWK4c/w-d-xo.html In this video wich you want as to be your future TVC Mount .
men you make
shipments to mexico :(