Piotrsko:Pretty sure he likes it twitchy, probably a feature for him, not a design fault. Judging by the planes reactions, I suspect he is intentionally over controlling via the surface deflections not bad aero stability.
what motor/prop does it use? I might build that
Also plans coming soon to a site near you
Good to hear that there is at lest one potential builderwow! what a beautiful model and wonderful flier, i'm in when the plans come out!
C-pack motor, 10x4.5 prop 1.3 3s battery is what I've usedwhat motor/prop does it use? I might build that
Thanks for the info—I don’t have a C pack free right now, but I’m looking forward to the plans! Maybe I can build a mini version or something. I love the clean lines!Good to hear that there is at lest one potential builder
C-pack motor, 10x4.5 prop 1.3 3s battery is what I've used
Thanks buddy 👍 in the UK we call it “reheat” but for me it’s always gonna be afterburners 😂🫣 turn n burn babyLoving the afterburners. I watched a documentary about the RAF a while back, and it gave me a new found respect for the modern jets.
Over and hour on the ZOHD drift with HD FPV, and 20 minutes LOS on a Strix Nano Goblin
These are NOT meant to be fast flyers. It is well known that they will become an unrecoverable lawn dart if they overspeed. Unfortunately, I did not realize that till AFTER I picked one up. They also fly best with some sort of stabilization. I got it to fly kinda OK on RAW pwm, but it was not something you would want to take your eyes off of for even half a second for fear that it would do something unexpected and you would not have time to react. I even broke the tail boom and had to replace it after a bad launch on my third flight.Glad yours works! I’ve had it with mine and I’m not fixing it again, although I finally figured out what was going wrong.
A few weeks ago I was flying it in windy conditions and doing ok. Suddenly it goes completely vertical and drills straight into the ground from about 50 feet up. I was going fast, it wasn’t a stall. I couldn’t find any immediate issues, so I glued it back together.
Last week I took it out to remaiden. When I did the control surface check, I noticed that the elevator would only go down, not up. I took a look and found that a little white pushrod guide for the elevator had come loose at the rear of the fuselage, and was jamming the servo. I popped it back into place and it seemed pretty sturdy. Since I hadn’t seen this when I tested after the crash, I assumed that this was hangar rash. Spoiler alert, it was not. 😂
So of course I fly it again and it goes fine for five minutes, then suddenly it violently lawn darts again. This time I immediately check that pushrod guide, and of course it has popped out again. So yeah, it was my fault for not immediately realizing that the pushrod guide was the initial problem, but it’s also a design flaw that has probably torpedoed a bunch of these. Keep an eye on it, and probably use some super glue to make sure the pushrod guide never moves!
In the photo, the part to watch out for is the white hour glass shaped bit. That’s supposed to be fully shoved up into the tail assembly tube, but it has come loose and moved forward. You can see how if the servo tries to push backwards it will jam up against it.