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IMU

Updated on Apr 22, 2026
  • You can access the menu by pressing the OK button.
  • Use the Up and Down arrows to navigate through the menu and press the OK button to enter a submenu or change a setting.
  • When editing a setting, the Up and Down buttons will let you scroll through the available options for that setting and the OK button will confirm your selection.
  • Use the Back button to exit a setting. 

This menu can be used to configure the internal IMU settings.

Illustration of a VBOX Omega displaying the main menu with IMU highlighted.

This menu can be used to configure the internal IMU settings.

Illustration of a VBOX Omega displaying the main menu with IMU highlighted.


This setting enables or disables Kalman Filter Wheel Speed Input.

If the unit cannot detect CAN data, you will see a status message on the front panel.

This action will add the Wheel Speeds channel to CAN ID 31D. 

Illustration of a VBOX Omega showing Wheel Speed Input screen.

This setting enables or disables Kalman Filter Wheel Speed Input.

If the unit cannot detect CAN data, you will see a status message on the front panel.

This action will add the Wheel Speeds channel to CAN ID 31D. 

Illustration of a VBOX Omega showing Wheel Speed Input screen.


This setting specifies the X, Y, and Z distances between the antenna and the wheel speed reference point. 

The reference point is the centre point between the rear wheels.

You can find more information here.

Illustration of a VBOX 3iS showing Ant to Wheel Offset screen.

This setting specifies the X, Y, and Z distances between the antenna and the wheel speed reference point. 

The reference point is the centre point between the rear wheels.

You can find more information here.

Illustration of a VBOX 3iS showing Ant to Wheel Offset screen.


Provides the X, Y, and Z offset values from the antenna to VBOX Omega that is required for the Kalman Filter algorithm.

Illustration of a VBOX Omega showing Ant to IMU Offset screen.

Provides the X, Y, and Z offset values from the antenna to VBOX Omega that is required for the Kalman Filter algorithm.

Illustration of a VBOX Omega showing Ant to IMU Offset screen.


This is where you can add the X, Y, and Z offset values from the IMU to the nominated reference point where all measurements will be made. 

Illustration of a VBOX Omega showing IMU to Ref Offset screen.

This is where you can add the X, Y, and Z offset values from the IMU to the nominated reference point where all measurements will be made. 

Illustration of a VBOX Omega showing IMU to Ref Offset screen.


Select the orientation of the side of VBOX Omega facing down. This is only applied once the IMU menu is exited to the Main Menu. When the orientation is changed, the Kalman Filter is reset.

Illustration of a VBOX Omega showing Orientation - Side Facing Down screen.

Select the orientation of the side of VBOX Omega facing down. This is only applied once the IMU menu is exited to the Main Menu. When the orientation is changed, the Kalman Filter is reset.

Illustration of a VBOX Omega showing Orientation - Side Facing Down screen.


Select the orientation of the side of VBOX Omega facing forward. This is only applied once the IMU menu is exited to the Main Menu. When the orientation is changed, the Kalman Filter is reset.

Illustration of a VBOX Omega showing Orientation - Side facing forward screen.

Select the orientation of the side of VBOX Omega facing forward. This is only applied once the IMU menu is exited to the Main Menu. When the orientation is changed, the Kalman Filter is reset.

Illustration of a VBOX Omega showing Orientation - Side facing forward screen.


Auto Level

Begins the process of levelling the IMU calculated Pitch and Roll Angles. Once selected, the unit averages the pitch/roll angles over a 5-second period and will then subtract/add the averaged values to make the pitch/roll angle 0. This offset will be displayed on the main screen.

Clear

Clears the current pitch/roll offset values.

Illustration of a VBOX Omega showing Pitch/Roll Offset screen.

Auto Level

Begins the process of levelling the IMU calculated Pitch and Roll Angles. Once selected, the unit averages the pitch/roll angles over a 5-second period and will then subtract/add the averaged values to make the pitch/roll angle 0. This offset will be displayed on the main screen.

Clear

Clears the current pitch/roll offset values.

Illustration of a VBOX Omega showing Pitch/Roll Offset screen.


Auto Level

Begins the process of levelling the IMU calculated Pitch, Roll and Yaw Rates. Once selected, the unit averages the rates over a 5-second period and will then subtract/add the averaged values to make the rates equal to 0. These offsets will be displayed on the main screen.

Clear

Clears the current offset values.

Illustration of a VBOX 3iS showing Gyro Offset screen.

Auto Level

Begins the process of levelling the IMU calculated Pitch, Roll and Yaw Rates. Once selected, the unit averages the rates over a 5-second period and will then subtract/add the averaged values to make the rates equal to 0. These offsets will be displayed on the main screen.

Clear

Clears the current offset values.

Illustration of a VBOX 3iS showing Gyro Offset screen.