Solid aluminum step. 3/16" dia. It is removable just by opening the door and loosening a bolt. If it gets bumped, no sweat, it will just swing back.
Announcement
Collapse
No announcement yet.
1/3-Scale Cessna 185 ~ by Gunny Bumburs at Aviation Concepts
Collapse
X
-
-
Lets see, where did I leave off? Ok... The rudder torque rod is from 3/8" dia. thick wall aluminum with a 3/16" dia. solid rod. In order to get the throw (travel) a 4-40 ball link "ball" will be soldered onto a 4-40 stud bolt for the control horn. The head of the socket head bolt and cone wedge spacer will get in the way of the required travel. stay tuned for that....
Gunny
Aviation Concepts rc
Comment
-
So while the epoxy is drying on the above step. I decided now is a great time to glue on the base plate with the mounting lugs. This is from 1/8" thick birch aircraft ply. I've seen these made out of lite ply on too many ARF models and they would break off easy. Then a little carving and sanding. Boy, contest balsa sands like butta!
Gunny
Aviation Concepts rc
- Likes 1
Comment
-
So... the fin and rudder is removable, but remember the servo is mounted in the fuselage tail cone. So by removing the tail cone and unhooking the Sullivan aluminum removable ball link is a jiffy. The ball links and rudder pushrod will be included in the kit.
Gunny
Aviation Concepts rc
- Likes 1
Comment
-
Awesome Gunny. I tried to send an email a couple of times, but it might be getting kicked over to spam, which happen a lot with my yahoo email. Anyways, I will give you a call tomorrow. Looking forward to getting one of these kits!
Comment
-
Now the stab and elev construction begins. 3 sheets of 1/2" thick balsa needs to cut out. Quick work of this is done on the band saw. Rough trimming only is required and the parts will be sanded after they are glued to the tail. Contest balsa carves and sands really nice and fast. Picture 3 shows the elev servo mounts. Access is through the the root opening. The last picture is showing a balsa horn support blocks. (top and bottom.
Gunny
Aviation Concepts rc
Comment
Comment