PLEASE NOTE - This is a custom made product made to be a unique solution compared to what's on the market. These are made in low-volume and are not mass produced. We are happy to accept feedback to improve our US made product.

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Are you tired of your trolling motor bouncing and shaking when you hit rough water? Do you want to protect your investment and extend the life of your motor? If so, you need our Trolling Motor Stabilizer! Our Trolling Motor Stabilizer is a simple and effective device that attaches to your boat and secures your trolling motor in place. It reduces stress on the motor shaft and mount, prevents damage from waves and wakes, and improves your boat’s performance and stability.

Our 5-level adjustable trolling motor stabilizer is easy to install, mount and use. It can be mounted using the provided hardware screws (included) or using double sided adhesive tape (not included). Additionally, you can use the weight and force of the trolling motor to hold itself and the stabilizer in place at higher height settings. The shaft of a trolling motor can be placed into the 1.75” diameter shaft holder and easily secured using an elastic marine-grade band that locks easily and quickly.


Tips On How To Use:
1) You can mount it using screws, doubled sided adhesive (not included), or using pressure from the trolling motor.
2) Pull in your trolling motor and put it into its storage position.
3) Put the stabilizer below it, and make sure the height of the trolling motor is high enough that there is force between it and the trolling motor - there should be no wiggle in the trolling motor.

The pressure from the trolling motor will prevent it from bouncing.

IF YOU ARE SCREWING YOUR STABILIZER TO YOUR BOAT - ENSURE THAT YOU DON'T OVERTIGHTEN.

NOTE - If the trolling motor is bouncing while on the stabilizer, that means the stabilizer is too low and needs to be higher in order to cause cause enough pressure to prevent the trolling motor from bouncing. If you don't do this, a bouncing trolling motor will cause impact stress to the stabilizer and risk cracking or breaking it.