A motor designed for trolling is still a motor only that it is designed to be small and self-contained. It comes with an electric motor, controls, and a propeller. The three components make a self-contained unit that is usually attached to the watercraft. The motor is mostly used for fishing. This invention was made at the advent of the century and since then, millions of these products have been produced and sold worldwide.Here are facts regarding 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.
Benefits that make the use of electric motors outweigh the use of gasoline-powered motors are numerous. For, instance, the design is simple, which makes them simple and reliable. In the case of tiny vessels, the motor can adequately act as the primary source of power. On larger vessels, they can be secondary sources of power. The machine is able to power small boats so that they can be used for all operations that can be done from the vessel.
These devices rely on marine or deep cycle batteries for power. Thick copper wires connect the batteries to the motor. The speed coil gets power from the control switch through the cables. There is a shaft within the motor through which cables run. The speed coil is linked to the mounted propeller and the drive or amateur shaft. When the speed coil is powered by the current, the propeller spins inside the water thus moving the watercraft.
The ability of a motor to generate thrust or power depends on many factors. For instance, the level of resistance and speed coil size are factors that influence how much thrust is generated. A massive thrust only serves to move large or heavier boats. It does not however translate into higher speed in the vessel. Horsepower generated does not correlate with the thrust in any way.
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.
The market has specialty motors that are meant for specific applications. Thrust can range from 18 to 112 pounds or more. The type of battery setup used in the vessel will depend on the amount of thrust the motor is capable of generating. Products that generate lower thrust mostly use a 12V battery while bigger products require up to three 12V batteries.
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.
Benefits that make the use of electric motors outweigh the use of gasoline-powered motors are numerous. For, instance, the design is simple, which makes them simple and reliable. In the case of tiny vessels, the motor can adequately act as the primary source of power. On larger vessels, they can be secondary sources of power. The machine is able to power small boats so that they can be used for all operations that can be done from the vessel.
These devices rely on marine or deep cycle batteries for power. Thick copper wires connect the batteries to the motor. The speed coil gets power from the control switch through the cables. There is a shaft within the motor through which cables run. The speed coil is linked to the mounted propeller and the drive or amateur shaft. When the speed coil is powered by the current, the propeller spins inside the water thus moving the watercraft.
The ability of a motor to generate thrust or power depends on many factors. For instance, the level of resistance and speed coil size are factors that influence how much thrust is generated. A massive thrust only serves to move large or heavier boats. It does not however translate into higher speed in the vessel. Horsepower generated does not correlate with the thrust in any way.
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.
The market has specialty motors that are meant for specific applications. Thrust can range from 18 to 112 pounds or more. The type of battery setup used in the vessel will depend on the amount of thrust the motor is capable of generating. Products that generate lower thrust mostly use a 12V battery while bigger products require up to three 12V batteries.
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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