Tips on rigidity
I’m building a small scale (700mm wingspan) tailwheel aircraft and in order to get the best out of it, I want to increase the rigidity of the tail (horizontal and vertical stabilizers)
Any tips?
I’m building a small scale (700mm wingspan) tailwheel aircraft and in order to get the best out of it, I want to increase the rigidity of the tail (horizontal and vertical stabilizers)
Any tips?
Stats:
weight: 434g
wingspan: 1054mm
wcl: 6.44
4x 9g servos
ar620 receiver
spektrum dx-6e radio
Tips are appreciated for V2
I’m going to maiden my jet and RV-7 today. is this weather ok?
What should I do? I just bought this FPV setup today but when I was unplugging the battery, the battery lead and antenna came off. What can I do?
This is V2 of my EDF.
Stats:
Maiden soon! wind was too heavy for today (17 kts gusting 23)
This is V2 of my barely flying EDF. hopefully with these modifications she’ll ‘fly’ a bit better.
Specs:
Maiden on Sunday, May 3rd ~2:30 pm if the weather is ok.
To everyone who said it wouldn’t fly, take a look at de Havilland Comet, the V-173, the F4 Phantom, the V-22, heck, even the Wright Flyer. Those aircraft were believed to be failure, littered with what were thought to be problem, yet they weren’t, but innovation.
To those who said ‘good luck’ your contributions were beyond what I would have hoped for. Thank you.
Does anyone have any tips before the maiden? it’s a 3s 2200 mAh powering a 50mm EDF. the jet has a wingspan of about 800mm and weighs about 290g.
All tips are appreciate, this is also my first EDF build.