How to Change Drone Controller from Mode 1 to Mode 2
Changing a drone controller from Mode 1 to Mode 2 swaps the throttle and elevator stick assignments so the left stick controls throttle and yaw, while the right stick controls pitch and roll.
This change affects how the aircraft feels in flight, so it is worth understanding both the hardware setup and the flight app settings before you begin.
What Mode 1 and Mode 2 mean
Drone radio transmitters use stick modes to define which controls sit on each gimbal.
The exact assignment can vary slightly by manufacturer, but the most common layouts are:
- Mode 1: Left stick controls throttle and roll; right stick controls pitch and yaw.
- Mode 2: Left stick controls throttle and yaw; right stick controls pitch and roll.
Mode 2 is the most widely used configuration in North America and many other regions, which is why many pilots look for how to change drone controller from mode 1 to mode 2 when buying a used transmitter or training on a new drone.
Before you switch stick modes
Before changing anything, check whether your controller supports a software stick-mode change, a physical gimbal swap, or both.
Some consumer drones let you change control mode in the flight app, while others require opening the transmitter and moving a spring, ratchet, or gimbal module.
Review the user manual for your specific model.
Popular ecosystems such as DJI, RadioMaster, Futaba, FrSky, Spektrum, and Radiomaster may each handle stick-mode changes differently.
If the transmitter is under warranty, a physical modification may void coverage.
- Power off the transmitter and aircraft before opening anything.
- Remove the flight battery and propellers if you will be testing on the bench.
- Keep small screws and springs organized.
- Confirm whether your radio uses a hall-effect gimbal, potentiometer gimbal, or modular stick unit.
How to change drone controller from mode 1 to mode 2 in software
Many modern drones allow a mode change through the companion app or transmitter menu.
This is the simplest option because it does not require disassembly.
The exact labels may vary, but the setting is usually called Control Mode, Stick Mode, or Transmission Mode.
- Turn on the remote controller and pair it with the aircraft or app.
- Open the settings menu for the controller or flight interface.
- Find the stick mode setting and select Mode 2.
- Save the setting and exit the menu.
- Test each stick input on-screen or in a safe, propeller-free setup.
If the app mirrors control inputs, verify that the throttle is now on the left stick vertical axis and pitch is on the right stick vertical axis.
Some systems also require recalibration after the change, especially if the controller had previously been calibrated in another mode.
How to change drone controller from mode 1 to mode 2 by hardware adjustment
If your transmitter is designed for physical stick-mode conversion, the process usually involves changing a gimbal spring or ratchet configuration.
Mode 1 controllers often have the throttle on the right stick, and Mode 2 requires that throttle behavior be moved to the left stick with the correct friction or detent setup.
Typical hardware steps
- Disconnect power and remove batteries.
- Open the transmitter shell according to the manufacturer guide.
- Locate the stick gimbal assemblies and identify the throttle stick mechanism.
- Move or reconfigure springs, detents, or ratchet parts to match Mode 2.
- Reassemble the controller carefully.
- Power on and confirm stick orientation in the radio menu or flight app.
On some radios, changing from Mode 1 to Mode 2 involves swapping entire gimbal modules rather than adjusting springs.
On others, a hidden screw changes the stick tension between self-centering and non-centering throttle behavior.
Because the mechanics differ by brand, follow the exact service diagram for your model.
Calibrate the controller after switching modes
After the physical or software change, calibration helps the radio recognize the correct stick endpoints and centering behavior.
This is important because controllers with hall sensors or potentiometers can store offset values that no longer match the new mode.
Use the calibration tool in the transmitter or app if available.
Move each stick slowly through its full range, including corners and edges, then return them to the expected center positions.
For Mode 2, check that the left stick throttle does not spring back to center if your radio is supposed to use a non-centering throttle axis.
- Verify channel mapping before arming the aircraft.
- Confirm that throttle minimum is recognized correctly.
- Check that fail-safe settings still function as expected.
How to confirm the change is correct
The easiest way to confirm the change is to observe the control readout in the app or transmitter monitor.
Each stick movement should correspond to the expected axis after the mode change.
- Left stick up/down: throttle increase/decrease in Mode 2.
- Left stick left/right: yaw left/right in Mode 2.
- Right stick up/down: pitch forward/backward in Mode 2.
- Right stick left/right: roll left/right in Mode 2.
If one axis behaves incorrectly, revisit the mode setting and channel assignment before flying.
Incorrect stick mapping can cause a dangerous loss of control during takeoff, especially on FPV drones, camera drones, and racing quads.
Common problems when switching from Mode 1 to Mode 2
Several issues can appear after the change.
Most are caused by incomplete calibration, incorrect gimbal tension, or misunderstanding how a specific transmitter stores settings.
- Throttle still centers: The throttle gimbal may not have been converted from self-centering mode.
- Wrong axis response: The radio may need a channel remap or transmitter profile update.
- Unstable calibration: Stick endpoints may need to be recalibrated after reopening the controller.
- App does not reflect the change: Some drones store control preferences in both the radio and the app.
If you are using a controller from DJI, Spektrum, FrSky, Futaba, or RadioMaster, consult the exact model documentation because menu names and conversion methods can differ substantially.
Tips for pilots learning Mode 2
If you are switching from Mode 1 to Mode 2 for training consistency, allow time to rebuild stick muscle memory.
Mode 2 is common for multirotors because throttle and yaw share the left stick, which many pilots find intuitive during coordinated turns and altitude control.
- Practice on a simulator before flying a real drone.
- Use a low-risk location for first flights after the switch.
- Fly short sessions until stick responses feel natural.
- Keep the controller profile labeled clearly so you do not switch back accidentally.
For pilots moving between fixed-wing models and multirotors, remember that the preferred mode can depend on training background, regional habits, and aircraft type.
The right choice is usually the one that matches your existing coordination and minimizes errors in the air.
When to get professional help
If the controller requires soldering, ribbon cable removal, or specialized gimbal replacement, professional service may be the safer choice.
This is especially true for expensive transmitters with internal calibration systems, sealed shells, or warranty coverage.
A qualified drone repair technician can convert the transmitter, update the firmware, and verify that stick channels, trim behavior, and failsafe settings remain correct.
That is often the best route when the controller is used for commercial work, aerial mapping, or other operations where reliability matters.