The only difference between a motor meant for trolling and other motors is that the former are small in size and are self-contained. The motors come with three components, that is, controls, a propeller, and an electric motor which make them to be self-contained. The motor is attached to watercraft mostly used for fishing. These devices were invented at the beginning of the century. Millions of them devices have been manufactured and sold worldwide since the time of invention.This is worth knowing about trolling motors.
Some people use kickers or small 1 to 2 horsepower gas outboards for trolling, but they are not appropriate for fishing activities. This is because they produce too much noise that ends up scaring fish away. That is why most people are shifting to using electric motors designed for trolling. These ones deliver an adequate thrust to the watercraft, while being very silent in their performance.
It is more advantageous to use an electric motor than a motor that is powered using gasoline. For instance, this device is designed to be reliable and simple. Small watercraft can use the device as the primary motor. Larger watercraft on the other hand can use it as secondary motor. The power they deliver is sufficient for many activities that can be carried out on small vessels.
Deep cycle or marine batteries are used to power the machine. Thick copper battery cables link the motor to the battery and connect through a switch to facilitate application of current to the speed coil. The cables then go through a shaft within the motor. The drive or armature shaft and the mounted propeller are joined by speed coils. Once electric power runs through the speed coils, the propeller spins underneath the water and moves the watercraft.
Amount of power generated by the motor depends on several factors. Resistance level in the system and the size of the motor are some of these factors. One should understand that the speed at which the watercraft moves does not depend on the amount of thrust produced. A motor is able to move a bigger or heavier watercraft if it produces more thrust but the same thrust cannot make a smaller vessel move faster. There is no correlation between horsepower and thrust.
These products are capable of generating a wide range of thrust power, but they are not built to achieve great speeds. Their purpose is to make the vessel they are installed on troll. If one wants to achieve more speed, it would be best to buy an outboard motor of whatever horsepower depending on the speed one wants to achieve.
Different kinds of motors are designed for different applications. Most devices produce thrust of between 18 and 112 pounds or higher. The amount of power generated by a motor determines the type of battery setup it can use. Batteries of 12V are mostly used in devices that generate low thrust. Three such batteries can be used in devices that produce more thrust.
One aspect that is used to characterize these products is the mount type they use. There are two main types of mounts, that is, transom and bow mounts. In transom mount, the motor is mounted to the rear of the watercraft. The control head is attached to a shaft made of stainless steel or fiberglass.
Some people use kickers or small 1 to 2 horsepower gas outboards for trolling, but they are not appropriate for fishing activities. This is because they produce too much noise that ends up scaring fish away. That is why most people are shifting to using electric motors designed for trolling. These ones deliver an adequate thrust to the watercraft, while being very silent in their performance.
It is more advantageous to use an electric motor than a motor that is powered using gasoline. For instance, this device is designed to be reliable and simple. Small watercraft can use the device as the primary motor. Larger watercraft on the other hand can use it as secondary motor. The power they deliver is sufficient for many activities that can be carried out on small vessels.
Deep cycle or marine batteries are used to power the machine. Thick copper battery cables link the motor to the battery and connect through a switch to facilitate application of current to the speed coil. The cables then go through a shaft within the motor. The drive or armature shaft and the mounted propeller are joined by speed coils. Once electric power runs through the speed coils, the propeller spins underneath the water and moves the watercraft.
Amount of power generated by the motor depends on several factors. Resistance level in the system and the size of the motor are some of these factors. One should understand that the speed at which the watercraft moves does not depend on the amount of thrust produced. A motor is able to move a bigger or heavier watercraft if it produces more thrust but the same thrust cannot make a smaller vessel move faster. There is no correlation between horsepower and thrust.
These products are capable of generating a wide range of thrust power, but they are not built to achieve great speeds. Their purpose is to make the vessel they are installed on troll. If one wants to achieve more speed, it would be best to buy an outboard motor of whatever horsepower depending on the speed one wants to achieve.
Different kinds of motors are designed for different applications. Most devices produce thrust of between 18 and 112 pounds or higher. The amount of power generated by a motor determines the type of battery setup it can use. Batteries of 12V are mostly used in devices that generate low thrust. Three such batteries can be used in devices that produce more thrust.
One aspect that is used to characterize these products is the mount type they use. There are two main types of mounts, that is, transom and bow mounts. In transom mount, the motor is mounted to the rear of the watercraft. The control head is attached to a shaft made of stainless steel or fiberglass.
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You can get a detailed overview of important things to keep in mind when buying boat trolling motors at http://www.theaquaarena.com/product-category/boats-motors-engine-parts/trolling-motors today.
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