*NOTE* Apologies for not mentioning a different ''mark to mark'' measurement for your V-Tail template at 12:15 The basic math for calculating the measurement for your cut: sin(45) * fuselage width in inches Or you could calculate: 0.707 * fuselage width in inches For a 3'' fuselage width, your measurement will be: sin(45) * 3 = 2.121'' For a 2.5'' fuselage width, your measurement will be: (sin45) * 2.5 = 1.767'' For a 2'' fuselage width, your measurement will be: sin(45) * 2 = 1.414''
Amazing work my friend I'm just getting into building my own planes i was going the conventional route but thanks to you I've changed my course you're design's are amazing I hope more people get to see your channel truly brilliant thank you....P.j
Nathan, this was a great great video! I've been flying rc planes for about 12 years and I've never built or flown a v tail plane. I think it's about time I try it. I really like the look of your yellow and black v tail pusher plane. I'm going to follow your videos and I'm going to build one. Thanks for these awesome videos!!!!
Thanks for sharing your knowledge and experience. The cost of foam planes used to be a cheaper alternative to balsa, now even it is getting up there in price. My next FPV airframe will be made using your foam board techniques.
I'm designing a 1600mm wing span V tail RC plane and I also concluded that the length of the stabilizer should be around 300mm based on some basic wind tunnel testing I performed at home. Interesting stuff mate.
@@AeroStuffFPV I made a some scale models with a rough CG where the actual plane would have it. I then pinned the models from the 1/4 chord line (allowing free pitch and yaw rotation). Then I observed the stability in the wind tunnel (air speed of 10 to 15 m/s). A large tail would be too heavy and provide too much downward force making flight unstable. A small tail would not provide enough correcting force and the model would pitch down. I have a video of this experiment, I'll post it on my YT channel later (I don't have any videos on YT yet).
@@AeroStuffFPV I must add, I'm not an expert, my wind tunnel is very basic (home made) but it allows me to do some fun experiments. Great videos mate. Cheers from Australia.
Fantastic models, they look great and they look like they fly great, going to build one for myself. Generally how far back are the wings located from the nose of the fuselage and what is the basic length of the fuselage. Great Job, you've got inspired. Keep Going.
Thanks! The wings are located at the CoG (Center of Gravity). If all the components are loaded in the fuselage and I balance it on my hand, I’ll eventually find a balancing point somewhere on the fuselage. That is where I’ll mount my wing. (Basic fuselage length is 950mm to 1100mm)
Hi AeroSTUFF FPV - ingenious idea your construction ! I'm trying to build a replica - but you never (?) show how you build the rudders (on the wings or on the V-tail) in detail ... Do you cut before or after ? Do you cut halfway into the foam ? Do you glue afterwards with tape ? => Could you give a reference to one of your videos (or even create a small sequence) ? THANKS !
Great Video sir, we are making a MQ 9 drone modal any suggestions for that. Also which BLDC you used in this vid. (What Motor and power supply should we use in MQ9 Modal).
Hi, Thanks man! I recommend you watching my latest build video “How to make a V-Tail aircraft for FPV” - It is a Long Range FPV model similar to an MQ-9 - Motor and other specs are mentioned in those videos. Good luck on the build
Thank you for the very informative video. May I ask what mix do you use. I am using a Spektrum radio if that makes any difference. Again, thank you for the video.
Hey really love the videos you've been making, looking at getting into making some of these, do you have links for some of the comments like the tape and electronics? Thanks!
Thanks so much for the great upload. It's a very informative and well made video! I'm not sure I understand the maths in your comment, is that to determine 110° angle of the v-tail? Do you have a link to v-tail aerodynamics or general 'rules of thumb?' Thanks again - keep them coming! :)
Thanks! The math (sin45) is used to determine the 45° angle per side (all adding up to a 90° diagonally). I don’t use any complicated maths to make the V-Tails. It’s just the template technique, reïnforcement and servo (ruddervators) imput
Nicely Done, You are a skilled builder and I love this design, I think I'm gonna build one.. only smaller. One question though. Why not cut halfway through the foamboard and then crush / open it like the main wing wing with the ruler corner and fold it to the inside instead of the outside then there won't be a gap that needs filling I'm thinking way less finger burns with that hot glue.
Good idea I don’t know why, but I never did it the opposite way. Whenever I build another V-Tail in the (near/far) future, I’ll try this method. Thank you!
Hi, Thanks! It was determined by the CG. (I loaded up everything on the plane before mounting the wing-joining-rods and found the CG at 50% of the fuselage tube (1m fuselage length) I dont have the black-red-white model anymore, but now you know how I did it.
Thanks for the fantastic video, I have a question please. in the video, u said showed on the screen for a 71" wingspan ---> use 33.75cm V-Tail but when u build ur V-Tail the wingspan was 63" and u did the V-Tail 35 cm??? is not the ratio should increase with the wingspan so how the V-Tail of 71" is shorter than V-tail for 63". thanks
If your V-Tail ratio is shorter than the recommended, you could add additional vertical stabilizers between the V-Tail and wing. This compensates the yaw stability
Great video. I have some questions. What should be the size of v tail for an 2.8m wingspan? Can you have a formula for this. Also which angle do you place the v tails? And how do you determine the location of the v tails? Could you explain them clearly please? I need your knowledge and experience. Thank you.
@@abcdefgh-kb1cu There is also a ratio on that: Per 2'' increased chord of the main wing, You'll add 1'' to the root and tip of the V-Tail. Example: 5'' chord armin wing has 6'' root & 3'' tip - But a 7'' chord wing has a 7'' root & 4'' tip
*NOTE*
Apologies for not mentioning a different ''mark to mark'' measurement for your V-Tail template at 12:15
The basic math for calculating the measurement for your cut: sin(45) * fuselage width in inches
Or you could calculate: 0.707 * fuselage width in inches
For a 3'' fuselage width, your measurement will be: sin(45) * 3 = 2.121''
For a 2.5'' fuselage width, your measurement will be: (sin45) * 2.5 = 1.767''
For a 2'' fuselage width, your measurement will be: sin(45) * 2 = 1.414''
RESPECT = GREAT JOB TEACHING OTHERS
RESPECT = FOR BEING HUMBLE AND FRIENDLY SHOWING YOUR KNOWLEDGE TO US
Amazing work my friend I'm just getting into building my own planes i was going the conventional route but thanks to you I've changed my course you're design's are amazing I hope more people get to see your channel truly brilliant thank you....P.j
Nathan, this was a great great video! I've been flying rc planes for about 12 years and I've never built or flown a v tail plane. I think it's about time I try it. I really like the look of your yellow and black v tail pusher plane. I'm going to follow your videos and I'm going to build one. Thanks for these awesome videos!!!!
Thank you for this kind comment! Good luck on your build!💨 Keep me updated!
Thanks for sharing your knowledge and experience. The cost of foam planes used to be a cheaper alternative to balsa, now even it is getting up there in price. My next FPV airframe will be made using your foam board techniques.
Thanks man! Good luck on your model.
That's a nice looking plane. I might have to make one of these.
I'm designing a 1600mm wing span V tail RC plane and I also concluded that the length of the stabilizer should be around 300mm based on some basic wind tunnel testing I performed at home. Interesting stuff mate.
Interesting! But what did you analyze in the wind tunnel?
@@AeroStuffFPV I made a some scale models with a rough CG where the actual plane would have it. I then pinned the models from the 1/4 chord line (allowing free pitch and yaw rotation). Then I observed the stability in the wind tunnel (air speed of 10 to 15 m/s). A large tail would be too heavy and provide too much downward force making flight unstable. A small tail would not provide enough correcting force and the model would pitch down. I have a video of this experiment, I'll post it on my YT channel later (I don't have any videos on YT yet).
@@AeroStuffFPV I must add, I'm not an expert, my wind tunnel is very basic (home made) but it allows me to do some fun experiments. Great videos mate. Cheers from Australia.
Есть ли смысл создавать аэродинамическую форму крыла для v-trail?
Great tutorial mate. Cheers from Australia 🇦🇺🇦🇺🇦🇺🇦🇺🇦🇺🇦🇺👍🙂
Fantastic models, they look great and they look like they fly great, going to build one for myself. Generally how far back are the wings located from the nose of the fuselage and what is the basic length of the fuselage. Great Job, you've got inspired. Keep Going.
Thanks! The wings are located at the CoG (Center of Gravity). If all the components are loaded in the fuselage and I balance it on my hand, I’ll eventually find a balancing point somewhere on the fuselage.
That is where I’ll mount my wing.
(Basic fuselage length is 950mm to 1100mm)
@@AeroStuffFPV ok, makes sense, Thank You...
Its beautiful
Thank you , great video as always.
Very good video. You use all the same stuff I do. I have always admired V-tails ✈
Thanks man!
Thank you for your effort making this video, very inspiring.
Hi AeroSTUFF FPV - ingenious idea your construction !
I'm trying to build a replica - but you never (?) show how you build the rudders (on the wings or on the V-tail) in detail ...
Do you cut before or after ?
Do you cut halfway into the foam ?
Do you glue afterwards with tape ?
=> Could you give a reference to one of your videos (or even create a small sequence) ?
THANKS !
good idea
Great Video sir, we are making a MQ 9 drone modal any suggestions for that. Also which BLDC you used in this vid.
(What Motor and power supply should we use in MQ9 Modal).
Hi,
Thanks man! I recommend you watching my latest build video “How to make a V-Tail aircraft for FPV” - It is a Long Range FPV model similar to an MQ-9 - Motor and other specs are mentioned in those videos.
Good luck on the build
Thank you for the very informative video. May I ask what mix do you use. I am using a Spektrum radio if that makes any difference. Again, thank you for the video.
Excellent videos, thank you!
One suggestion: please don’t mix your units. Even as an American, I prefer the metric units.
Awesome channel!
Hi, what kind of tape are you using to cover the wings? Thanxs
Hello Sir, may i ask? do you any video show how to build the fuselage and the wing please? Thanks!
I was wounding if you just turn prop around or reverse motor? Thank you
Hey really love the videos you've been making, looking at getting into making some of these, do you have links for some of the comments like the tape and electronics?
Thanks!
Thanks so much for the great upload. It's a very informative and well made video! I'm not sure I understand the maths in your comment, is that to determine 110° angle of the v-tail? Do you have a link to v-tail aerodynamics or general 'rules of thumb?' Thanks again - keep them coming! :)
Thanks! The math (sin45) is used to determine the 45° angle per side (all adding up to a 90° diagonally).
I don’t use any complicated maths to make the V-Tails. It’s just the template technique, reïnforcement and servo (ruddervators) imput
@Hugh Davis Thanks man! 90 degrees have worked flawless on my FPV designs. Let's hope this video will get recommended alot :)
Nicely Done,
You are a skilled builder and I love this design, I think I'm gonna build one.. only smaller. One question though. Why not cut halfway through the foamboard and then crush / open it like the main wing wing with the ruler corner and fold it to the inside instead of the outside then there won't be a gap that needs filling I'm thinking way less finger burns with that hot glue.
Good idea
I don’t know why, but I never did it the opposite way. Whenever I build another V-Tail in the (near/far) future, I’ll try this method.
Thank you!
What material are the tail and body made of?
Where do you get those plastic cards that you use for reinforcement on the v tail? Also what are they called?
Office/ID Cards from AliExpress
Hi. Really nice plane and instruction! I would like to build one but got some question. What is the distance between main wing LE to v-tail LE?
Hi, Thanks! It was determined by the CG.
(I loaded up everything on the plane before mounting the wing-joining-rods and found the CG at 50% of the fuselage tube (1m fuselage length)
I dont have the black-red-white model anymore, but now you know how I did it.
Thanks for the fantastic video, I have a question please.
in the video, u said showed on the screen for a 71" wingspan ---> use 33.75cm V-Tail
but when u build ur V-Tail the wingspan was 63" and u did the V-Tail 35 cm??? is not the ratio should increase with the wingspan so how the V-Tail of 71" is shorter than V-tail for 63".
thanks
It is all recommended (Minimal V-Tail to Wing ratio)
If your V-Tail ratio is shorter than the recommended, you could add additional vertical stabilizers between the V-Tail and wing. This compensates the yaw stability
@@AeroStuffFPV whats the ratio between the vtail and the wing, and where is the source of this information i would like to read more about this plz
Dear what is wcl of this plane please let me know
Great video. I have some questions. What should be the size of v tail for an 2.8m wingspan? Can you have a formula for this. Also which angle do you place the v tails? And how do you determine the location of the v tails? Could you explain them clearly please? I need your knowledge and experience. Thank you.
Per 0.2m increase in total wingspan, you’ll increase 3.75cm of the V-Tail (per side) - I mentioned it at the beginning of the video as well.
@@AeroStuffFPV And should we hold the root and tip chord of the tail same as 7 and 4 inches?
@@abcdefgh-kb1cu There is also a ratio on that: Per 2'' increased chord of the main wing, You'll add 1'' to the root and tip of the V-Tail.
Example: 5'' chord armin wing has 6'' root & 3'' tip - But a 7'' chord wing has a 7'' root & 4'' tip
@@AeroStuffFPV thank you so much for the all information and help.
I noticed you make your own control rods? What size wire? Thank you
It’s 0.8mm steel wire from aliexpress
@@AeroStuffFPV thanks
@@AeroStuffFPV I cut the v tail. Taped it. But the taping is not smooth. Will it effect the performance too much?
My friends, is it possible to know the width of the wing and not the length?
But how you launch it in the air? I mean doesn't the propellers hit on hand wile hand launching it?
No. There is more than 8'' of clearance between my hand and the tips of the propeller.
amazing work , can set PDF file plane print >.
Thanks! Unfortunately no PDF’s
thank you Mr.@@AeroStuffFPV
How to land this plane?
Just land it like a foam-plane without landing gear
can you give me a drawing of it?
I don’t have any drawings