stx44 wrote:So I bit the bullet and picked up an Edge kit today.
I must admit to being very impressed after unboxing- its a very comprehensive kit, well presented, and the laser cutting is a thing of beauty....
However, I must also admit to being a little intimidated.... I have never built a symmetrical profile wing before. And this will be my first keel-and-former build in 30+ years -Ive been doing 900 kits , and one Javelin since returning to the hobby.
I think you'll find it easier than what you've been used to. The only area where I made errors had to recut and reglue a few parts was with the base wing formers on the fuse. There are no enlarged balloon details of the areas, so you have to look VERY carefully at the fine lines on the CAD drawing to see exactly how the wing base formers and stringers sit on the fuse keels and mate against each other.
I managed to get mine flying as an rc conversion to the point where it flys okay if flown carefully, but is difficult to regain control (tall grass was a good thing there in still having it
) if whipped around at all. Probably a lot of it has to do with weight. No small models like weight, but some have been more controllable than others with a bit of weight. If done again, I would have foregone the scale appearance of the 1/32" sheeted fuse and painted over Microlite covering, and just built it stock without painting the pre-colored covering. Probably would fly a lot better if 1/2oz lighter, which I could have easily managed. I'm sure you can get it flying decently as a lighter, rubber powered plane.
As you said, it would be nice if there was more info from people flying this plane on rubber power. The plane has a large positive wing incidence angle in relation to the horizontal stabilizer. The cowl face also sets the prop at a similar high incidence angle, pretty much matching the wing setting. I found that the plane needed this high upthrust angle, in relation to the stab. This all seemed to make the plane speed sensitive to trim. The other issue was that the forward CG setting caused the plane to nose drop when power was removed. Of course mine is a heavier rc version with a motor in the nose. I would imagine that a lighter rubber powered plane could be trimmed reasonably well, as the speed should not vary drastically. The lighter models also seem to tolerate a more aft CG and still be stable. I know that mine would have had a better landing glide if the CG was more AFT, since I had to pull up hard on the elevator during landing when the power was reduced.