New to R/C aviation - lots of questions (& pictures) - New to me 1/4 Scale Piper Cub
About a year ago I purchased (and saved) a 1/4 scale Piper Cub with a massive gas motor. The previous owner had intended to use it as a revenue builder for his R/C club where people could shoot paint balls at it until it crashed. The builder looks like they had some interesting skills working with what was available. As you might see in the pics their work, especially soldering, was not the best. The wings are not covered in fabric unlike the fuselage.
I'm very new into the R/C world so I have a lot of questions. I used to fly as a private pilot and I’m mechanically inclined. I’d like to think these skills will help me to be successful with R/C aircraft. When I bought this cub I decided I would try to get it back into the air on a minimal budget. Then the following week I bought the Phoenix Simulator with an included DX6i Transmitter.
The Aircraft:
The Motor:
Known Issues/concerns - Engine:
1 - only the two upper motor mounts were attached (lowers will be secured during reinstall)
2 - fuel tank needs to be installed
3 - need/want to identify the motor (who made it, specs, mixture required, idle RPM, max RPMs, fuel consumption, displacement) It seems comparable to a Zenoah G38 but I believe the seller said it was a 45 or 50+; I can likely measure the cylinder bore to ID this - I have a ZEN manual I will begin to review
4 - custom made exhaust has holes and is corroded. Made of aluminum, I'm gong to clean and repair with JB Weld
5 - this might be a re
6 - Ignition system - most important - the builder installed a switch that in the labeled "off" position closes the circuit between the green wire and the red wire. Would it make sense to install an electric switch/relay component I can switch with the flap switch on the transmitter to brake the circuit and shut down the motor?
Known Issues/concerns - Air-frame:
A - Left wing - balsa wood support for aileron separated from internal structure, skin damaged (glue and tape)
B - Rudder support - separated (JB Weld - initially)
C - Rudder hinge pins - not fully installed (further evaluation required)
D - I'm a little disturbed by the minor amount of up elevator I will have. The protractor was zeroed the the plane of the horizontal stabilizer. The servo was rotated full up elevator and the extent of travel was 13.5°, down was substantially higher, nearly 40°. Does this seem reasonable? Too me, this would indicate the plane was setup to fly with down elevator.
More to follow, too late to continue tonight. Thank you.
About a year ago I purchased (and saved) a 1/4 scale Piper Cub with a massive gas motor. The previous owner had intended to use it as a revenue builder for his R/C club where people could shoot paint balls at it until it crashed. The builder looks like they had some interesting skills working with what was available. As you might see in the pics their work, especially soldering, was not the best. The wings are not covered in fabric unlike the fuselage.
I'm very new into the R/C world so I have a lot of questions. I used to fly as a private pilot and I’m mechanically inclined. I’d like to think these skills will help me to be successful with R/C aircraft. When I bought this cub I decided I would try to get it back into the air on a minimal budget. Then the following week I bought the Phoenix Simulator with an included DX6i Transmitter.
The Aircraft:
The Motor:
Known Issues/concerns - Engine:
1 - only the two upper motor mounts were attached (lowers will be secured during reinstall)
2 - fuel tank needs to be installed
3 - need/want to identify the motor (who made it, specs, mixture required, idle RPM, max RPMs, fuel consumption, displacement) It seems comparable to a Zenoah G38 but I believe the seller said it was a 45 or 50+; I can likely measure the cylinder bore to ID this - I have a ZEN manual I will begin to review
4 - custom made exhaust has holes and is corroded. Made of aluminum, I'm gong to clean and repair with JB Weld
5 - this might be a re
6 - Ignition system - most important - the builder installed a switch that in the labeled "off" position closes the circuit between the green wire and the red wire. Would it make sense to install an electric switch/relay component I can switch with the flap switch on the transmitter to brake the circuit and shut down the motor?
Known Issues/concerns - Air-frame:
A - Left wing - balsa wood support for aileron separated from internal structure, skin damaged (glue and tape)
B - Rudder support - separated (JB Weld - initially)
C - Rudder hinge pins - not fully installed (further evaluation required)
D - I'm a little disturbed by the minor amount of up elevator I will have. The protractor was zeroed the the plane of the horizontal stabilizer. The servo was rotated full up elevator and the extent of travel was 13.5°, down was substantially higher, nearly 40°. Does this seem reasonable? Too me, this would indicate the plane was setup to fly with down elevator.
More to follow, too late to continue tonight. Thank you.