A trolling motor is one of the most crucial fishing boat accessories. It is the heart of your machine and you must know how to choose the best. There are a lot of aspects that should play a huge role in your decision. For instance, what are your fishing conditions? Do you fish in fast-moving water or a smooth lake without current? No matter your situations, you need sufficient power to accomplish your tasks without trouble. For more details on fishing boat trolling motors, continue reading this guide.

Thrust

The thrust is equivalent to the power of trolling motor and is measured in lbs (pounds). A heavy kayak requires more thrust power for it to succeed in water. If you are out searching for a trolling motor, avoid an underpowered motor with a little thrust- it is sluggish and less effective. Note that the weight of your boat plays a very important role in the choice of motor. Ideally, for each 100lbs, 2lbs of thrust power is needed. So, if your kayak weighs 4000lbs, you need a trolling motor with a thrust power of 80lbs.

It is best to use the heaviest possible weight of your boat when doing this calculation. This includes fuel load, maximum passenger capacity, and full gear.

Type of mount

There are two main designs of fishing boat motors: transom-mount and bow-mounted motors. Transom-mount motors come with brackets which change to different heights and angles in order to immerse the shaft at the correct depth. The bow-mounted motors are ideal for open bow-rider fishing or on a bass boat’s foredeck.

The length of the shaft

The standard length of the shaft is 42 inches. The total length of a kayak is measured from the water to the point where the shaft mounts on the deck/transom. Another 16 0r 20 inches is added to choose the subsequent closest measurement. Longer shafts are highly recommended for rough water operations such that the prop remains 6 inches beneath the surface as the kayak rolls and pitches.

Size

The bigger the motor, the better the thrust is. Big kayaks require more juice but it is important to reckon with current as well as the wind when selecting a motor. Powerful motors are highly efficient; they do well at low speeds and offer sufficient cushion during heavy waves and windy conditions.

If you are a serious fisherman who spends time on the waters, use this information to your benefit.