The 12 volt control board assembly offered here is made to fit the 12 volt Terrova bow mount, or the 12 volt Riptide ST bow mount motors. This unit replaces parts 2324011, 2324013 and 2324018. It's important that, before ordering this unit for your 12 volt bow mount trolling motor, that you are sure it’s the correct part for your application. Since its electronic equipment is neither returnable nor refundable, please feel free to contact us with any questions or concerns beforehand.

The control board assembly is the brains of your Minn Kota trolling motor. When it goes bad the only real fix is a replacement. Like most things these days, computer chips are integrated into this part and they're susceptible to damage after time and exposure to the elements. When you need a new control board, you can shop with confidence that we deal in genuine Minn Kota parts, our prices are competitive and our service is awesome.

NOTE: In the event that your Terrova/ST motor does not steer right and/or left please read the following information:

Terrova/ST motors use drive housings that are specific to the voltage of the motor. For example, a Terrova 55/ST 55 uses a 12-volt drive housing, a Terrova 80/ST 80 uses a 24-volt drive housing, and a Terrova 101/ST 101 uses a 36-volt drive housing. To properly test the drive housing apply the voltage appropriate for the model directly to the drive housing leads while observing the drive housing amp draw. The amp draw under bench test, no load, conditions should be less than 2 amps for a 12-volt drive housing, and less than 1.5 amps for 24-volt and 36-volt drive housings. NOTE: Reverse the polarity at the drive housing power leads to check amp draw in both clockwise and counterclockwise rotation. If the drive housing amp draw exceeds the values listed (2 amps for 12 volt-drive housings or 1.5-volts for 24 or 36-volt drive housings) suspect that the drive housing has taken out the steering circuit on the main control board. NOTE: When this has occurred the drive housing must be repaired or replaced prior to replacing the main board. If the higher than normal amp draw of the drive housing is not corrected the steering circuit on the new/replacement control board will also fail.