Mohammad Nazmur Rahman Emon
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Robotics·Jan 1, 2022

RC Plane

Hand-built remote-controlled aircraft — brushless motor, ESC, servos, and a lot of foam.

RC Plane

Overview

Half the fun of an RC plane project is that you have to care about the airframe almost as much as the electronics. Weight, balance, control linkages — all the things you can ignore on a bench robot suddenly matter. Mine has a brushless motor, ESC, three servos for the control surfaces, a standard RC receiver and a LiPo battery. The build itself was a lot of patient cutting and gluing.

Specifications

RoleBuilder and electronics integrator
ModulesBLDC motorESCRC receiverServo motorsLiPo battery
ProtocolsPWMRC control
Tech tagsRC AircraftBrushless MotorESCServoAero Model

Architecture

Radio receiver outputs control signals to ESC and servos. Mechanical control linkages move aircraft surfaces.

Project photos

RC plane
RC plane prototype

Implementation details

Firmware

Control signals from the RC receiver drive servos and ESC channels for flight control.

Power

LiPo power feeds the ESC and receiver/servo rail, requiring attention to battery rating and connector safety.

Components / BOM

Brushless motor, ESC, Servo motors, RC receiver/transmitter, LiPo battery

Engineering challenges

Balance, stiffness and reliable control linkages — get any of these wrong and the plane will tell you immediately.

Solutions

Kept the build light, tested every linkage on the bench before flying, and worked through standard RC electronics so the failure modes were familiar.

Results & metrics

A completed, hand-built RC plane prototype that I am happy to keep iterating on.

Future improvements

Telemetry, flight stabilization, GPS logging and a more durable airframe finish for repeat flights.

© 2026, Mohammad Nazmur Rahman Emon — built and broken by hand.