I am a newby and found this very helpful, I'm in the process of building a pizza box flyer (plans by leadfeather on rcgroups) even tho I'm not to the servo install yet it's nice to know ahead of time, thanks for taking the time to present this
I love your videos, Tim. The style is welcoming and your content is thorough with a great mix of history and practicality. Now onto make a bat wing for my daughter!
David: My wife does a tremendous job with her iPhone and the video work. Ref the flight of the square flyer, I was thinking about the same thing . . . this thing is actually flying ?? 😁 Tim
Thanks this was a great explanation. As long as I can use elevator in a turn then I have plenty of maneuverability. I can just see landings being a little bit harder without rudder for fine touch in fast fixed wings. I had an idea this was how it worked but you made it easy and I have same radio currently.
Hi Tim, Thanks for you video, I found this very interesting as I am new the RC planes. Recently I built a similar type of plane with only the elevons and no rudder. During my test flight, every time I tried to turn left or right the plane spins. From several experiments and crashes, it seems I need to slight turn to the desired direction and also lift up the plane while doing so. However, my experience is limited and found that turning any direction is a problem and I just can't get it right? Could you share your experience or techniques for turning with just elevons? Thank you.
Hi Zosla: For normal sport flyers, no real need for rudder in flight (although rudder helps ground ops a bit 😊). Turns with elevons should work just fine. See my foam board F-22, no rudders just elevons. My guess, almost for sure, is you have way too much elevon throw which is putting you into a spiral really as opposed to a spin. Reduce control throw and I think you’ll be OK. Tim
Hello, quick question. I fly quadcopters normally and the roll seems backwards on wings. Aka roll left, on controller and elevon left goes up on craft. That means it rolls right? This opposite to quads?
i have a question, in conventional aircraft design the ailerons are in main wing, and elevator in rear wing, can the ailerons move in opposite direction of elevator for giving better pitch movement so plane can become super manurable or it may crash?
Smit: Moving ailerons like that would really not work, as the main function of ailerons is for roll control. If you would like more pitch authority, either make a larger elevator or give the elevator additional throw. Tim
THANK YOU SO MUCH. I cannot tell you how much this helped!!
AD: You're welcome! 😁 Tim
Love the square flyer. Looks like a flying old school album cover. Thanks for the info
👍🏻😊 Tim
I am a newby and found this very helpful, I'm in the process of building a pizza box flyer (plans by leadfeather on rcgroups) even tho I'm not to the servo install yet it's nice to know ahead of time, thanks for taking the time to present this
Good luck! Tim
I love your videos, Tim. The style is welcoming and your content is thorough with a great mix of history and practicality. Now onto make a bat wing for my daughter!
Sanka: Thanks for checking in and your kind words! Tim
you made my day!. straightforward and chrystal clear!
Luca: Glad things worked out! Tim
HA HA, every time your Wife yells "it flies", it reminds me of Frankenstein, "IT'S ALIVE". I think she was surprised it flew.
David: My wife does a tremendous job with her iPhone and the video work. Ref the flight of the square flyer, I was thinking about the same thing . . . this thing is actually flying ?? 😁 Tim
Thanks this was a great explanation. As long as I can use elevator in a turn then I have plenty of maneuverability. I can just see landings being a little bit harder without rudder for fine touch in fast fixed wings. I had an idea this was how it worked but you made it easy and I have same radio currently.
OBX: Sounds good, thanks! Tim
Thanks. I dont use this for rc planes but I use this in a plane building game.
WB: Very good! Tim
very good explanation. I wondered how a squire shape model fly. it is just like aledin's matt
😊👍🏻 Tim
Hi Tim,
Thanks for you video, I found this very interesting as I am new the RC planes. Recently I built a similar type of plane with only the elevons and no rudder. During my test flight, every time I tried to turn left or right the plane spins. From several experiments and crashes, it seems I need to slight turn to the desired direction and also lift up the plane while doing so. However, my experience is limited and found that turning any direction is a problem and I just can't get it right?
Could you share your experience or techniques for turning with just elevons? Thank you.
Hi Zosla: For normal sport flyers, no real need for rudder in flight (although rudder helps ground ops a bit 😊). Turns with elevons should work just fine. See my foam board F-22, no rudders just elevons. My guess, almost for sure, is you have way too much elevon throw which is putting you into a spiral really as opposed to a spin. Reduce control throw and I think you’ll be OK. Tim
Hello, quick question. I fly quadcopters normally and the roll seems backwards on wings. Aka roll left, on controller and elevon left goes up on craft. That means it rolls right?
This opposite to quads?
Paul: Apologies, I am simply not a quadcopter flyer. 😟 Can anyone assist?
thank you so much for this.
👍🏻😉 Tim
i have a question, in conventional aircraft design the ailerons are in main wing, and elevator in rear wing, can the ailerons move in opposite direction of elevator for giving better pitch movement so plane can become super manurable or it may crash?
Smit: Moving ailerons like that would really not work, as the main function of ailerons is for roll control. If you would like more pitch authority, either make a larger elevator or give the elevator additional throw. Tim
@@TimMcKay56 can i put canards then my plane will look like su30 mki jet
You can try! Tim
@@TimMcKay56 thanks sir
you never showed us what happens to the control surfaces when you corner the sticks!
Early days of the channel. Will do next time! Tim