legodragonxp
Active member
Many years ago a member of my club gave a similar plane to my kids. Basically it‘s a power glider, more throttle means more lift so it goes up, and throttle differential controls the heading. Change the angle on the horizontal stabilizer would increase the AOA and cause stall. The only way to make it climbs faster is to increase the pitch on the props.
Sounds like a successful first flight, how does it fly considering its controlled by only 2 motors and no servos?
As TDL says, it is a powered stable glider with a auto leveling differential thrust in roll. When trimmed out right, low speed you descend, medium speed to maintain altitude, high speed you climb. Turning is by differential thrust. At high rates your turning circle is about 100ft in diameter in ideal conditions (whatever those are).
Mine needs some trim tuning. When you assemble the vertical stabilizer there is some play on the angle of attack on the horizontal stabilizer. I followed the instructions for my altitude above sea level, but it is a little too tame. I spliced in a shim in to the tail so I added mass aft of CG and tweaked the horizontal stab about a millimeter to increase pitch. It helped a lot, for a while. Then I snapped off the nose wheel again and the tape added cancelled about half the gain. I think I am going to add pieces of tape to the tail next time to shift the CG back until I get a better performance.
Day 2: I almost was taken down by a hawk during one orbit. He only made one pass before a small bird started to harass him.