1System Warbird Pod
Weighing just 3 Oz complete with motor, battery, receiver, servo and ESC - it makes for a remarkably easy and light control system. The 1 System Warbird Pod will slide into the nose of all the WWII models.
It requires the HobbyKing 2.4Ghz 3 channel receiver UBEC, the Zippy 350mah 2s lipo, a 10a ESC, https://www.ebay.com/i/281672722536?chn=ps or https://www.banggood.com/QX-Motor-QA2205-1400KV-1800KV-2-3S-130W-18A-F3P-Outrunner-Brushless-Motor-For-RC-Airplane-p-1323468.html?rmmds=buy&ID=47984&cur_warehouse=CN and the Hectronix 9g micro servo.
The pod is secured in the plane with a bamboo dowel.
Cut out foam board parts, and get some 1/16" plywood. Trial fit components and then hot melt glue the pod. You will build in 3 degrees right thrust and 2 degree down thrust which worked for the testing. From there you can shim the motor if needed. If the motor turns backwards, swap any two motor wires with the ESC wires.
It requires the HobbyKing 2.4Ghz 3 channel receiver UBEC, the Zippy 350mah 2s lipo, a 10a ESC, https://www.ebay.com/i/281672722536?chn=ps or https://www.banggood.com/QX-Motor-QA2205-1400KV-1800KV-2-3S-130W-18A-F3P-Outrunner-Brushless-Motor-For-RC-Airplane-p-1323468.html?rmmds=buy&ID=47984&cur_warehouse=CN and the Hectronix 9g micro servo.
The pod is secured in the plane with a bamboo dowel.
Cut out foam board parts, and get some 1/16" plywood. Trial fit components and then hot melt glue the pod. You will build in 3 degrees right thrust and 2 degree down thrust which worked for the testing. From there you can shim the motor if needed. If the motor turns backwards, swap any two motor wires with the ESC wires.
| 1system_warbird_pod_.pdf |
