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DJI RC Motion 2

DJI RC Motion 2 (RM220) is a 170 g one-handed motion controller for supported Avata, Avata 2 and selected camera-drone immersive-flight setups. DJI rates about five hours of stationary operation with Avata. The listed 10 km FCC or 6 km CE link is an open-environment test and automatically follows the aircraft transmission specification; verify the required goggles and firmware pairing.

Remote ControllerCompatibilityPairingInspection
DJI RC Motion 2
RCPROFILE TYPE
10COMPATIBLE MODELS
DJIECOSYSTEM
MAPPEDLISTING STATUS

Quick Answer

DJI RC Motion 2 weighs about 170 g and is rated for about five hours of stationary operation with Avata. It needs a supported aircraft and headset pairing; use DJI’s compatibility matrix for the exact combination.

Specifications

Controller typeOne-handed motion controller
ModelRM220
WeightApproximately 170 g
Operating timeApproximately 5 hours, measured stationary with DJI Avata at 25°C
Link testUp to 10 km FCC or 6 km CE/SRRC/MIC in an unobstructed, interference-free environment; aircraft-dependent
CompatibilitySupported Avata and camera-drone immersive workflows require compatible goggles and firmware

Compatibility Notes

Compatibility depends on the exact aircraft model, transmission generation, firmware version, app/controller state, and regional binding behavior. Verify before purchase or flight.

Inspection Checklist

Pairing and firmware

Confirm the controller can bind to the exact target aircraft and firmware generation before treating it as compatible.

Controls and calibration

Check stick centering, wheel/dial response, shoulder buttons, pause/RTH, record/shutter, and calibration behavior.

Ports, antennas, and charging

Inspect USB-C, phone/screen connection, antennas, charging port, speaker, and battery behavior for wear or damage.

Mount and phone connection

For screen controllers, check display brightness, touch response, storage, Wi-Fi, and app login. For phone controllers, check clamp and cable behavior.

Common Failure Modes

Stick drift or calibration failure

Off-center sticks, dead zones, or failed calibration can cause unsafe inputs and should be verified before flight.

Binding or firmware mismatch

A controller can power on but fail pairing if aircraft generation, firmware, region behavior, or binding state is unsupported.

Port or charging fault

USB-C, phone link, charging, or screen connection faults can block updates, live view, or reliable operation.

Button, antenna, or internal board issue

Impact or moisture can affect antennas, button boards, joystick modules, internal flex cables, or RF modules.

Repair Notes

  • Do not assume DJI controllers with similar names are interchangeable; verify aircraft support and firmware first.
  • After stick, button, or board work, run controller calibration and a controlled low-risk pairing test.
  • Inspect ports, antennas, and battery behavior before blaming the aircraft for connection or signal faults.
  • If the controller was bound to another account or aircraft, resolve binding and firmware state before hardware diagnosis.

Pre-Owned Buying Checks

  • Confirm exact controller model, aircraft compatibility, and firmware pairing path.
  • Check stick centering, buttons, scroll wheels, antennas, screen/phone mount, ports, and charging behavior.
  • Avoid controllers with water exposure, impact damage, failed calibration, binding uncertainty, or port damage.
  • For screen controllers, inspect display, touch response, app login, Wi-Fi, storage, and battery condition.