That's fantastic, my friend! I loved it! 😃 The bottom part is the best! 😂 Anyway, looking forward to see it flying! Stay safe there with your family! 🖖😊
in video description: 100 x 50 equals 2:1 you may know that correct cg location Can Always be determined by the use of a Ratio (of the chord length). in this case, cg should be located near the neutral point; eg., the 1/4-chord line. d
320 elevons are HUGE.! unless there is a Reason to not do so, the mass of the (elevon) servos should be located Near the cg line.! otherwise, the amount of tail-heaviness in the model's dom will be increased. maybe you could show folks how to control elevons if they don't have a computerized tx. hint - a single* aileron servo must be mounted on a 'sliding tray'. * because two servos would weigh twice as much. d
The whole point of the huge elevons is to annoy armchair aerodynamicists!! ruclips.net/video/Vgf_JwnbSrc/видео.html ruclips.net/video/Y2pwgJU5bfM/видео.html
That's fantastic, my friend! I loved it! 😃
The bottom part is the best! 😂
Anyway, looking forward to see it flying!
Stay safe there with your family! 🖖😊
Thanks Mario, wait until you see what I put in the yellow square on the bottom!! Thanks for watching, have a great day!
Man that's so amazing 👏 I love it!!!! Certainly can't wait for the maiden flight,keep up the fantastic work
Hey thanks! Will be even more amazing if it flies!! Have a great day!
in video description: 100 x 50 equals 2:1 you may know that correct cg location Can Always be determined by the use of a Ratio (of the chord length). in this case, cg should be located near the neutral point; eg., the 1/4-chord line. d
You were not paying attention, the sheet was cut to 750 x 50!! fwcg.3dzone.dk/ gives 100mm as the CG.
320 elevons are HUGE.! unless there is a Reason to not do so, the mass of the (elevon) servos should be located Near the cg line.! otherwise, the amount of tail-heaviness in the model's dom will be increased. maybe you could show folks how to control elevons if they don't have a computerized tx. hint - a single* aileron servo must be mounted on a 'sliding tray'. * because two servos would weigh twice as much. d
The whole point of the huge elevons is to annoy armchair aerodynamicists!! ruclips.net/video/Vgf_JwnbSrc/видео.html ruclips.net/video/Y2pwgJU5bfM/видео.html