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Dynamix Systems
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Добавлен 26 май 2022
Tutorials about SolidWorks, 3D Printers, RC Planes, Drones, CNC Machines, and more...
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Direct Shaft Coupling VS Stock Horns and Arms for micro servos
00:00 Intro
00:25 Stock Horns Downsides
01:15 Direct Shaft Couplers Advantages
01:50 What's The Price?
You can support me to create more by donating:
TRC20 link:
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#shorts #3dprinteddrone #3dprinting #rcplane #solidworks #drone
#dronedesign #rcplanedesigne #cnc #uav #uavdesign
Instagram: dynamix.ir
CGTrader: www.cgtrader.com/dynamix-systems
GrabCAD: grabcad.com/dynamix.systems-1
00:25 Stock Horns Downsides
01:15 Direct Shaft Couplers Advantages
01:50 What's The Price?
You can support me to create more by donating:
TRC20 link:
TPevMzsRXTX5PcPLgSHQbin9PHWSbZNQ3g
Donate NEO:
NT9Ph6PvbbnhVgKFkCHdSrjTeHpjnc5rVw
#shorts #3dprinteddrone #3dprinting #rcplane #solidworks #drone
#dronedesign #rcplanedesigne #cnc #uav #uavdesign
Instagram: dynamix.ir
CGTrader: www.cgtrader.com/dynamix-systems
GrabCAD: grabcad.com/dynamix.systems-1
Просмотров: 46 433
Видео
USG-1 GUNDOW | Loitering Munition Concept
Просмотров 777Месяц назад
Disclaimer: This is not an advertisement for services to design, manufacture, sell, or promote the use of any weapon or military equipment. This is just a conceptual design and an expression of my ideas and abilities in the design field. You can support me to create more by donating: TRC20 link: TPevMzsRXTX5PcPLgSHQbin9PHWSbZNQ3g Donate NEO: NT9Ph6PvbbnhVgKFkCHdSrjTeHpjnc5rVw #shorts #3dprinted...
DIY Motorized Camera Slider
Просмотров 244Месяц назад
In this video, I make a DIY Motorized Camera Slider from scrap 3D Printer parts and some 3D Printed parts I designed in SolidWorks. You can support me to create more by donating: TRC20 link: TPevMzsRXTX5PcPLgSHQbin9PHWSbZNQ3g Donate NEO: NT9Ph6PvbbnhVgKFkCHdSrjTeHpjnc5rVw Sponsored by: FUTEK www.futek.com #shorts #3dprinteddrone #3dprinting #rcplane #solidworks #drone #dronedesign #rcplanedesig...
DIY 3D Printed Drone Design In SolidWorks (Part 14: Slicer and Printing Tutorial)
Просмотров 2,5 тыс.5 месяцев назад
Hello RUclips! I'm back with great news! In this episode, I explain my process for printing the parts of the RC Plane that we designed before. and thanks to FUTEK, our sponsor, I got a 3D Printer, filmmaking equipment, tools, and materials to keep up and continue this channel with more topics and content. Also, we will have the maiden flight of our UAV soon... Check out FUTEK.com to find out mo...
DIY 3D Printed Drone Design In SolidWorks (Part 13: Splitting Parts)
Просмотров 2,2 тыс.8 месяцев назад
Hello RUclips! After almost five months, I came back with a new episode! In this video, I explain How To Split Parts In SolidWorks to Fit into 3D Printer. 00:00 Intro 00:46 Step 1: Measurement 01:30 Step 2: Defining Split Tools 02:05 Step 3: Bonding Reinforcement Features 14:40 Step 4: Alignment Features 20:00 Step 5: Splitting The Main Part Into Divided Pieces 21:50 Step 6: Final Edit For Divi...
DIY 3D Printed Drone Design In SolidWorks (Part 12: Tail And Elevator)
Просмотров 2,1 тыс.Год назад
DIY 3D Printed Drone Design In SolidWorks (Part 12: Tail And Elevator)
DIY 3D Printed Drone Design In SolidWorks (Part 11: Access Hatch II)
Просмотров 1,3 тыс.Год назад
DIY 3D Printed Drone Design In SolidWorks (Part 11: Access Hatch II)
DIY 3D Printed Drone Design In SolidWorks (Part 10: Access Hatch I)
Просмотров 1,6 тыс.Год назад
DIY 3D Printed Drone Design In SolidWorks (Part 10: Access Hatch I)
DIY 3D Printed Drone Design In SolidWorks (Part 9: Tail And Elevator Servo Mounts)
Просмотров 1,2 тыс.Год назад
DIY 3D Printed Drone Design In SolidWorks (Part 9: Tail And Elevator Servo Mounts)
DIY 3D Printed Drone Design In SolidWorks (Part 8: Wing Box and Servo Mounts)
Просмотров 2,2 тыс.Год назад
DIY 3D Printed Drone Design In SolidWorks (Part 8: Wing Box and Servo Mounts)
DIY 3D Printed Drone Design In SolidWorks (Part 7: Aileron)
Просмотров 2 тыс.Год назад
DIY 3D Printed Drone Design In SolidWorks (Part 7: Aileron)
DIY 3D Printed Drone Design In SolidWorks (Part 6: Structure | Wing)
Просмотров 7 тыс.Год назад
DIY 3D Printed Drone Design In SolidWorks (Part 6: Structure | Wing)
How to design a quad rotor drone in SolidWorks (Mistral Xherpa Flyer)
Просмотров 955Год назад
How to design a quad rotor drone in SolidWorks (Mistral Xherpa Flyer)
DIY 3D Printed Drone Design In SolidWorks (Part 5: Structure | Fuselage)
Просмотров 4,1 тыс.Год назад
DIY 3D Printed Drone Design In SolidWorks (Part 5: Structure | Fuselage)
DIY 3D Printed Drone Design In SolidWorks (Part 4: Slice & Export Main Parts)
Просмотров 2,6 тыс.Год назад
DIY 3D Printed Drone Design In SolidWorks (Part 4: Slice & Export Main Parts)
DIY 3D Printed Drone Design In SolidWorks (Part 3: Aerodynamics Analysis)
Просмотров 4,6 тыс.Год назад
DIY 3D Printed Drone Design In SolidWorks (Part 3: Aerodynamics Analysis)
DIY 3D Printed Drone Design In SolidWorks (Part 2: Winglets And Tail Tips)
Просмотров 2,5 тыс.Год назад
DIY 3D Printed Drone Design In SolidWorks (Part 2: Winglets And Tail Tips)
DIY 3D Printed Drone Design In SolidWorks (Part 1: Concept)
Просмотров 10 тыс.Год назад
DIY 3D Printed Drone Design In SolidWorks (Part 1: Concept)
Designing a 3D Printed Drone in SolidWorks - Part 2
Просмотров 2,4 тыс.Год назад
Designing a 3D Printed Drone in SolidWorks - Part 2
Designing a 3D Printed Drone in SolidWorks - Part 1
Просмотров 10 тыс.2 года назад
Designing a 3D Printed Drone in SolidWorks - Part 1
How are you going to aim? No guidance system is visible on the model.
Waiting for the maiden flight of this airplane. Thanks
I hope so too. ♥
idk man, direct drive seems too much torque input on the servo gears, thats why you have the setup thats current to increase torque pressure at the aileron flaps whatever increasing precision on throws you still need gear reduction to have more force onto the surfaces to turn the airplanes when they are moving fast. however its very interesting but unecessary.
The gearbox inside the servo has a 6-stage gearbox to increase torque. I feel like the issue among hobbyists is more about obsession than performance. by the way, this coupling has its application and is not meant to replace everything. Thanks for your comment. ♥
Good , but what about "center of mass"?
Thanks, It should be considered during the design step.
Hello Friend, I completed the design. Can I put it for sale on Cgtrader?
STEP File Of DIY Coupler: www.dynamixsystems.com/direct-shaft-coupling-vs-stock-horn-and-arms-for-micro-servos/
Did you get around to printing a test iteration and just try fly it to see how it performs?
Nope! I moved to another design: ruclips.net/video/BhjcJDu1nKQ/видео.html&pp=gAQBiAQB
Так можно поступать, если орган управления имеет достаточную жëсткость на кручение. В противном случае на скорости мы можем получить флаттер и лишиться этих органов управления. Сервоприводы начали ставить в крыло, а потом в оперение (когда они стали маленькими) именно для того, чтобы распределить нагрузку кручения по длине органа управления. Раньше, момент передавали через качалки, тяги и торсионы, в то время, все знали, что такое флаттер. Сейчас есть более изящные решения, например торсион в середине крыла.
Да, в данном случае я использовал трубки из углеволокна диаметром 3 мм, и на этой длине он не перекручивался, а это тоже способствовало прочности конструкции. Спасибо за ваш комментарий.
files for test ???
Download it from here: www.dynamixsystems.com/direct-shaft-coupling-vs-stock-horn-and-arms-for-micro-servos/
nice job !!
Thanks for the visit
Nice idea and video
Glad you liked it
The flight control surface must move small angle with large force that is the reason for the 4 bar linkage try flying your plane and you will quickly realize that you have too much control authority cool plane btw
Thanks, I'll try and share the results soon.
And how do I do precise 10°?
Its name is "Direct Shaft Coupler", and by this means, we should choose it when we have our desired torque amount and precision before the coupling system.
If the plane is 3d printed the coupler could included be in the moving surface
The coupler and the control surface can be printed in one piece when its axis is placed directly on the servo output during installation. But most of the time, the trailing edges of fins and wings are not thick enough to accommodate the servo inside them.
With 3d printing, you could easily build a small gear, or belt drive, "reducer", instead of the usual "horn" setup.
You said external and a liability to damage at the same time showed an essentially high quality heavy duty bulletproof adjustable post, servo and horn. What you are doing mught be good for lightweight stuff but scale up and your method is going to nee heavy duty precise expensive servos. Also your method does not allow the mechanical resolution adjustment (already mentioned but very important). Still great work developing what you are doing it definitely has it's place and im sure will be incorporated into modern 3d printed scratch builds. Also the video was pretty well done.
hello my friend, Thank you for your comment and the information you mentioned.
This is ONE of the solutions and it does not REPALCE taditional linkages. Definitely has its uses and I have used similar setups of direct drive. The degree of MECHANICAL fine tuning can be one of the many things to be considered ! The usermust evaluate all pros and cons for the given application. a redo can prove quite the b!#ch. Kudos to a nice video and great work done on this system ❤❤❤❤
Yes, that's right. I am also planning to do some work on the development of servos suitable for this application. I hope it goes well. Thank you for your comment.
The problem is that a servo needs to rotate between 40 and 45 degrees either side of center while the surface may only need to deflect 20 degrees. If you turn the servo travel down to 50% in your transmitter, you’re decreasing the resolution by 50%. That’s not a good trade.
Yep, especially with these cheap servos, resolution is a bit concerning.
Awesome!
Thank you! Cheers!
Very COoL. Thank you
Glad you liked it!
If by "price" you mean drawbacks, you forgot one. With this setup, you can't control the ratio and with many models, one to one will result in too much throw.
Your 100% wrong. Turbine guys use this on there rudders and Elevators
@@Mikeylikesit1968 What does turbine guys using this on their elevators and rudders have to do with me being 100% wrong about many models needing less than 100% throw? I presume you realize that turbine guys typically have big wallets that can buy radios with electronically adjustable throws? Many people fly cheap and require a mechanical ratio reduction since they can't reduce the throws via the radio and many servos have 90° of rotation which would split to 45° each way on the control surfaces. That's too much throw for many models.
@Andy-df5fj Nobody is using cheap transmitters anymore. All transmitters out there can do that. Flysky transmitters can do it. I have a Radiomaster that can do that
Hi👋 As I mentioned, at 01:35 the torque will remain the same unless you change the ratio of horns to something than 1:1, and with this coupler, it's always 1:1. Thanks for your comment. ♥
@Mikeylikesit1968 Actually you are wrong. With a linkage, you can set rate and differential and travel. One to o e loses the torque multiplication through leverage. Reducing travel in the radio reduces resolution. You could probably differential with curves, but why?
It must be remembered that most models don't use a 1-1 servo horn ratio, and gain both torque and precision at the expense of speed. This is essential for models that have high speeds and loads. If you use direct drive like this on a fast or highly surface loaded model you will need to choose a very high spec servo(and therefore expensive). For lighter and slower models this method is great for it's simplicity.
Hello, my friend, Thanks for your mention. 👍
Stunt planes solve that whit a leading edge part on the moving flap. it acts like powerd steering . the leading edge will naturally pull the other way so less power needed on the control surface. Most of the time the controll surfaces looks like a L shape where the food is the leeding edge part. Even a lot of ship rudders are used like that so they dont need heavy steering power.
@@Dragon69FlyTeam Go ahead and make that happen on a flying wing.
btw how did you keep the screw in? did you 3d print threads or did you self tap the hole?
That's the same screw that comes with the servo to mount the horn on it and I've cut the central toothed fixture of the horn and glued it in the coupler.
wow bro! by the way I like the pointer so bad😂👉
So I'll give you it's left hand! 😂🤌
Hello, how did you draw the couplings for the servo? Do you have a solidworks file?
It's based on the dimension of the servo and CF tube that I selected for the model. I'll share the STP file on the website soon: DynamixSystems.com
this video is amazing.nice
Just like yourself bro! ♥
Brother your videos are truly an inspiration. There is progress with my uav. Ive just began the design phase. Will update you once I am ready to 3d print it.
Thanks bro! I'm available anytime, just say the word! ♥
Fantastic work my friend. I just finished with sizing my tail dimensions now im progressing to the design and cfd anaysis
Nice to hear that!
Awesome work my friend ❤
Thanks brother! ♥
Perfect idea 💡 👌
🥂👌
thank you so much for making this ive been working on a similar project and ive been stuck on this part
Happy to help! :) ♥
The best engineer❤
The best 😮🎉
Please give me your email so I can contact you or your personal number 😊❤
how are the servos attached to the elevators?
@@philly4953 Direct shaft coupling.
👌🏻
Wow😍🫶🏻
Hello, is there a list of materials required to assemble the parts taken from the 3D printer? If there is, can you share it with me?
@@ferhataksin4081 Hi, check out this link, there is a complete list of what you need: www.cgtrader.com/designers/Dynamix-Systems
@@ferhataksin4081 BTW, the correct dimensions of wing: starts with 100mm on the root and ends with 85mm on the wingtip.
Hello, how many mm did you separate the wings?
Hi, It depends on your 3D Printer capacity, I did 180mm for each section as my 3D printer can reach up to 220mm max.
@@dynamixsystems You also made the wings 180 mm, right?
@@ferhataksin4081 Yes.
very very nice video
Cheers! ♥
bro this is awesome so we got the rocket starter and then a electric motor (bldc) pretty nice
Thanks! ♥
You have uploaded any video of landing in Solidworks for tutorial.
No, but I made a note to do it. I didn't think it would be interesting to anyone.
Hello, is there a video of the assembly of 3D printer printouts?
Unfortunately not, but I'll make one for the second version of this design in future.
@@dynamixsystems okey thank you
But Mondern tanks have APS (Active Proction Suite) which can counter high munitions like Rocects and Missiles.
Yes, But drones were very successful in the Ukraine war, both Russians and Ukrainians. they precisely target the weak points of various targets. BTW, the target in this animation is just for demonstration. :)
I think it depends upon the way it travels while being hit out APS and it should follow perfect top mode of attack about 90 degree. Gundow uav is aerodynamic and stealthy. If it practically made it can take out the modern tanks.
@@savalakanekar95574 APS will NOT trigger on something like a loitering munition. It is programmed not to as if it were capable of sensing and triggering on loitering munitions, it would also trigger on things as simple as birds flying nearby. However, drones like this are going to be very noticeable to something like IRST. It’s pretty much a radar for a surface-to-air system except it uses a camera. Almost all modern IFV’s have one and im sure some tanks too. Add that to how loud the Loitering munitions can get and you *could* get an easy target.
Dimensions of drone?
Wing span is1500mm and fuselage is 1000mm long.
Thanks for dimensions. Nice design
@@savalakanekar95574 Very welcome my friend. ♥
Good 👍
Thank you! Cheers!
Hello my friend, What is the length of the wing in mm?
Good day my friend! The wing span is 1060mm and 30mm of the each wingtip is the winglet. that's because I wanted to integrate both wings an fuselage with 1m carbon fiber tube.
@@dynamixsystems Is the length of the wing in this video 500 mm?
Hello, how did you separate the winglets from the wing?
Yes, because I wanted to put navigation lights inside of it.
@@dynamixsystems Winglet, can you tell me how she left the wing?
@@ferhataksin4081 The same Split command. once you split a body into divided sections, you can save all of them as new files externally.
@@dynamixsystems Thank You
@@ferhataksin4081 Welcome, my friend.
The access cover will be 20 mm, right? Or will it be 31 mm?
The distance between top of the canopy dome and the lower edge was around 31mm. If you saw I set a dimension on 20mm anywhere on it's sketch, that is the main reference number and 31mm is caused by that.
@@dynamixsystems Man, unfortunately I can't understand.
Hello my friend, I completed your project. My drawing is finished. I can now offer it for sale. Do you give permission?
Congratulations! Go ahead, No problem. ♥
Hello, how did you separate the wings?
Hi, by defining some planes parallel to the Right Plane and using them as a cut tool in the Direct Editing>Split command.
Hello, how many mm is the tail from the body?
It's 220mm. BTW, all the dimensions are available in this video: ruclips.net/video/BhjcJDu1nKQ/видео.htmlsi=hkd9ocMDxRnCD8Vx