Document your build like a pro. Fill in the fields, drop in a photo, hit print — you get a clean one-page PDF spec sheet for your airplane. Your work saves automatically in your browser.
| Type | — |
| Wingspan | — |
| Length | — |
| Material | — |
| Weight | — |
| Wing | — |
| Mount | — |
| Fuselage | — |
| Tail | — |
| Controls | — |
| Motor | — |
| ESC | — |
| Propeller | — |
| Servos | — |
| Transmitter | — |
| Receiver | — |
| Battery | — |
Every builder eventually forgets the exact motor, prop, or CG that made a plane fly right — and then can't reproduce it after a crash. A one-page spec sheet fixes that. Fill in your dimensions, electronics, and setup, add a photo, and print a clean reference you can keep in your field box or hand to someone copying your build.
The details that matter for repeating a good flight: wingspan and weight, the full power system (motor, ESC, battery, prop), servo and receiver setup, your control throws and expo, and — most importantly — the CG you balanced at. Those are exactly the numbers you'll wish you'd written down after a hard landing.
A spec sheet turns a one-off success into a repeatable design, makes it easy to share a build with the community, and gives you a baseline to change one variable at a time when you tune. Design the plane in the Airplane Designer first, then document the version that actually flew.
Spec saved. Follow the first-airplane guide to build it — then share the finished plane in the community.