When a RC Car Designer discovers a new dimension.
Ok, guys, I am a bloody beginner in the drone hobby - so please be gentle to me. Coming from the RC Car Racing Scene as racer and as designer, I want to make my own race drone. There are for sure some influences in design from the RC Car Racing. So I spend some time to make my own drone as good as possible - at least on the paper. I hope, I can show you the build process over the next weeks and months. Carbon parts and 3D print parts are on order - electronics are already here. Let´s see, how it comes together! Later I will explain some design aspects. Comments are welcome!
UPDATE: 3D printed parts from Shapeways and Carbon Fibre parts arrived. Today I was able to assemble the frame for a test build and check, if everything fits. And yes, it fits very well! I have put the complete frame including battery on the scale and we have 470g flight ready. Now the adventure with wiring begins! I am pretty happy with the result so far. It look fantastic in real! Thanks for your comments!
Flight Controller |
Airbot Omnibus F7 V2 Flight Controller
(2 builds)
Getfpv.com
|
$45.99 |
ESCs |
4 x Individual Drone ESCs for - RaceDayQuads
(4 builds)
Racedayquads.com
|
$39.96 |
Motors |
4 x XING X2207 2-6S FPV NextGen Motor (unibell)
Iflight-rc.com
|
$79.96 |
FPV Camera |
RunCam Racer 2
(5 builds)
Quadracer.co
|
$52.90 |
FPV Transmitter |
TBS Unify Pro 5G8 V3 (SMA)
(197 builds)
Getfpv.com
|
See Site |
Hello there! Thank you very much for your comments! I have added some pictures for better understanding the design. I will consider all your input. But parts are on the way to me - so no chance to change things at this moment. The 3D plastic parts comes from highest quality Shapeways material (HP printer). From my experience this material is very strong, flexible and has a very fine resolution. Yes, the feet could break - but I want to give them a try. The battery is a hardcase lipo from the german brand SLS - and yes, it is probably a rebranded Gens Ace battery. I like hardcase batteries! It will be hold in place by a large o-ring. I made some guides in the main frame to hold it in place. The front/rear arms are made from one-piece, what give the whole frame a lot of durability. They are from 5mm carbon fibre material. The inserts for the motors has a 5 degree angle. You can change the position to angle the motor to the inside/outside, to the front, or to the rear. I am not sure, if this will change the flight characteristics, but this is something for testing. I also made inserts with zero degree for standard position. By the way, the 8 inserts weights only 4 grams total. talking about total weight, after my calculations this 5 inch quad will weight around 490 grams in total. Once I have everything here will will know the truth. I hope, you guys enjoy this build as I do! Please keep up your comments and all your help! thanks you!
I would never expected someone inexperienced with quads to have come up with something like this, this is so impressive. not got a lot to add to the other comments, except maybe about antenna orientation
Love the tenacious approach, jump in the deep end!
Quads are a study in minimilism , If we keep making them with the same materials amd techniques , they all end up similar.
The carbon fibre plate we use is not in my opinion well suited to the structures we are creating , if designed and constructed properly a 60 to 80 gram frame should be , dare i say it un brakeable.
Good work
if i'm not mystaken thats a hardcase battery on the bottom https://www.genstattu.com/tattu-1300mah-14-8v-75c-4s1p-hardcase-lipo-battery.html
the arms dont look like they have enough material suppoting them where they attach. it might be a good idea to look at other frames and see what they do well. also thnk about what your doing differently to other frames.
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Little update for you guys!