top of page
Search

The CodeRover Hovercraft Controller: More Than Just a Remote



The CodeRover Hovercraft controller is designed to be more than a simple throttle-and-steering remote.

Because hovercrafts drift, slide, rotate, and respond to airflow differently from normal RC cars, the controller acts more like a small control center for the vehicle.

The interface starts with Vehicle Selection, so users can choose the right setup for Base, Ultra, or Max. Each version has different hardware and tuning needs, so the controller can match the hovercraft being driven.

Once connected, users enter the Main Dashboard, which shows key live status information such as speed, RPM, temperature, servo status, IMU data, battery/system status, and other feedback.

For deeper debugging, there is also a dedicated Raw Data page for real-time telemetry and system data.


Organized Settings


The controller settings are organized into four main groups:

Drive & Stability SettingsThrottle response, steering feel, gyro assist, yaw damping, brake mode, servo tuning, and E-stop behavior.

Sensor SettingsHovercraft gyro calibration, ESC neutral calibration, IMU offset, and gyro filter settings.

Light SettingsHeadlights, blinkers, brightness, color, and lighting modes.

System SettingsScreen brightness, buzzer behavior, and saved profiles.


Tuning the Driving Feel


One of the most important parts is tuning how the hovercraft feels while driving.

Users can adjust throttle response, steering gain, rudder speed, gyro assist, and stability behavior. A beginner can choose a calmer setup, while an advanced user can tune the hovercraft for sharper response and more aggressive driving.

The controller also includes hardware-focused tools like servo center tuning, servo travel limits, ESC neutral calibration, and E-stop settings.

The physical E-stop switch still handles the real emergency stop, while the UI lets users configure how the hovercraft responds when E-stop is triggered.


Saved Profiles


Saved profiles will make it easier to switch between different setups, such as indoor testing, outdoor driving, water driving, or custom experimental profiles.

This makes the controller more flexible and gives users more room to experiment.


More Than a Remote


In short, the controller is becoming a key part of the CodeRover Hovercraft experience.

It lets users drive, monitor, tune, and learn from the hovercraft in real time — turning it from a normal RC vehicle into a more complete programmable robotics platform.

We are now finalizing the controller code and hovercraft code so the UI, telemetry, and real-time control behavior work together smoothly.


Get CodeRover Hovercraft


CodeRover Hovercraft is available on Kickstarter here:

 
 
 

Comments

bottom of page