Love the use of simple materials, a tweak I might throw out is sand, or hot wire , shape a more fluid air foil, it could add to the efficiency of flight. And maybe a stiffer tail boom, add a rolled piece of foam around the bamboo to stiffen for a less delayed control input.
You definitely know your material, sir. Yes you are correct on the tail boom. Even though it is a 1/4" diameter basswood, it is kinda flimsy. It still worked though. For the airfoil, I will try a smoother curves, next time. 😊
@@bitesizerc6735 awesome. I think it's a perfect platform to learn to fly. No need for SAFE or any other gyro. It's self stabilizing and no ailerons so much less roll abilities. He should have a blast with it!
Thank you. Lines were drawn directly on the foam-board, during build process with just rough sketch I did on paper as a guide. I will do a digital plan so I can share. 😊
Building one rn but threw out the middle foam part for now because i have no way to get it where i live, so made a fully foamboard one. The whole construction without the electronics is about 120g-130g. Bit tail heavy as a chuck glider tho... Also streamlined the nose a bit and will add a removable wing for easy transport. Good looking craft, nice job dude.
Elevons move the pitch and roll axis on a plane, while ruddervators move the pitch and yaw axis. Therefore since this plane doesn't have a roll axis, ruddervators is the correct terminology.
Love the use of simple materials, a tweak I might throw out is sand, or hot wire , shape a more fluid air foil, it could add to the efficiency of flight.
And maybe a stiffer tail boom, add a rolled piece of foam around the bamboo to stiffen for a less delayed control input.
You definitely know your material, sir. Yes you are correct on the tail boom. Even though it is a 1/4" diameter basswood, it is kinda flimsy. It still worked though. For the airfoil, I will try a smoother curves, next time. 😊
Great modell and great work.
@@manololligomez6145 Thank you so much.
Nice. Beginner's need something that flys slow and stable to learn to fly.
I still love planes that fly slow. Relaxes me, and I pretty much enjoy looking at it in the air.
Definitely going to build something similar for my son. Just need to make sure we get the motor angle correct.
I built that one for my brother-in-law who wanted to try RC planes. He hadn't flown that thing yet. Weather permits, it would be this weekend.
@@bitesizerc6735 awesome. I think it's a perfect platform to learn to fly. No need for SAFE or any other gyro. It's self stabilizing and no ailerons so much less roll abilities. He should have a blast with it!
@@FlyTimeRC Thank you. 🙂
Nice plane, thanks for sharing. Also watched the P-51 video. I might build that one.
Thank you so much for subscribing, CC Cagley.
The V-tail trainer is an easy build one and easy to fly. 😊
Love the design, hope you can make a built video/plans
Thank you. Lines were drawn directly on the foam-board, during build process with just rough sketch I did on paper as a guide. I will do a digital plan so I can share. 😊
@@bitesizerc6735 Congratulations on the project. Very cool. Will you make the plant available?
@@demetriusvasconcelos5866 yes, I will upload the plans for this build. Soon.
Building one rn but threw out the middle foam part for now because i have no way to get it where i live, so made a fully foamboard one. The whole construction without the electronics is about 120g-130g. Bit tail heavy as a chuck glider tho...
Also streamlined the nose a bit and will add a removable wing for easy transport. Good looking craft, nice job dude.
Nice build!
Thank you so much.
Thanks bro..nice. work I also work same size rc plane with 180 dc motor as soon possible I. Will upload video.
@@amitmeena6316 Looking forward to it.
Perfect!! Thank you for sharing!
Looks great! 😊
Keep on keeping on.
❤Nice work like the others planes..
Thank you so much.
Nice..bro.yu should upload making video..
I will try to, next time, bro. Thank you for the comment.
THEY ARE CALLED ELEVONS STOP MAKING UP WORDS LMFAO HE SAID RUDDEVATOR IM DEAD!!!!!!!
Elevons move the pitch and roll axis on a plane, while ruddervators move the pitch and yaw axis. Therefore since this plane doesn't have a roll axis, ruddervators is the correct terminology.