What is the fastest trolling motor? (Thrust Using 1 or 2)

The fastest trolling motor is one with 55 lbs of thrust like the Newport Vessel. It will move a small boat about 4-5 mph.

A trolling motor is your fishing companion that allows you to maneuver through the waters silently ensuring that the fishes are not scared away by the sound that is otherwise created if an outboard motor is used.

A trolling motor is normally not the primary source of propulsion, and is mounted along the outboard motor. It consists of an electric motor, propeller, controls and is attached at the bow or the stern of the boat. 

Before we jump into naming the fastest trolling motor lets go over the basics of how it works  to better help you grasp the technicalities of performance and speed, and to enable you to make an informed decision.

So, how does a trolling motor work? 

The basic parts of a trolling motor are:

  • Shaft 
  • Thrust
  • Control 
  • Propeller 
  • Motor 
  • Battery charger 
  • Terminal end 

To answer this question precisely, trolling motors can be controlled by three different controls; by handles, by pedals or by remote. The handles can be used to maneuver the boat through hands and the pedals are to make up for missed leg days. Remote control is by far the most efficient and easiest method to control the motor, allowing you to move like you would in super mario. It however adds quite a bit to the overall price of the motor.

These components form a connection with the motor which twists the propeller under the water. The propeller looks very similar to a fan, it can easily pass for its evil twin brother. It is through the twisting of the propeller that the motor drives the boat. The stronger the motor the more quickly the propeller turns and in turn moves the boat faster. The speed of the boat comes down to how much run the propeller has. 

A misconception

It is commonly misconceived by the boaters that pounds of thrust are directly related with the horse power. In reality these are two very distinct ways to measure force. Thrust is primarily the force that we apply on any particular object whereas horse power is basically measurement of the amount of work. 

Measurement of trolling motors is done in pounds of thrust, while gasoline engine is measured in horsepower.

Thrust and speed of the motor

Increase in thrust of the motor doesn’t increase the speed of the motor. They are not in direct proportion. In order to calculate the maximum speed of the motor you need to maximum RPMs, i.e rotations per minute. RPMs is the number of rotations around a fixed axis. Motors with different thrust but similar RPMs can reach the same top speed. 

The fastest trolling motor

A fast trolling motor will sure give you that exciting kick, but it is important to keep in mind that it can be affected by the type of your boat and the load that you have with you for your journey. Judging mainly by power and performance Newport Vessels is the fastest trolling motor available. If you are dreaming of cruising at top speed, this is definitely the one for you.


  • thrust of 55 pounds 
  • an aluminium handle of 6 inches 
  • 30 inch adjustable shaft
  • Consists of 8 different speed 
  • stainless steel body
  • 46 * 20 * 6 inches 

Some of our other top choices

Outsunny 12v

  • 12 volt motor 
  • 50 lbs thrust 
  • motor wattage 564
  • 30 inch shaft 
  • Consists of 7 speeds 
  • 5 forward 
  • 3 reverse 
  • 6 inch aluminium handle
  • 6.5 km/h top speed 

Minn kota endura C2 

  • 12 volt motor 
  • 30 lbs thrust level
  • 30 inch shaft
  • 6 inch handle 
  • 5 forward speeds 
  • 3 reverse speeds

Minikota powerdrive v2

  • 12 volt motor 
  • 45 lbs thrust level
  • 48 inch shaft 
  • foot control
  • 5 forward speeds 
  • 3 reverse speeds
  • indestructible shaft


Adding two trolling motors will make you go about 25 percent faster than with one. This is due to the extra weight of battery and motor.

Trolling motor is what we use for the best performance of our small boats, vessels, and kayaks. It is a stimulating motor that has a propeller and controls. Trolling motors are reliable in both freshwater as well as saltwater angling. There are three very reliable places in your boat where it can be best suited and those are: transom, on the bow a lastly in the motor itself.

There are several different types of trolling motors available in the market with different sizes and capacities to work differently in their specialized conditions.

The basic principle on which a trolling motor works is the rule of electromagnetic acceptance of. They can even work more slowly than the classic fuel motor.

Since the demand for an assortment of the shaft sizes, manufactures are increasing, this is the reason why the manufacturers are now offering the more powerful trolling motors and for the same reason, it can be used in the wide range of boats either small or a big one to provide a high and powerful performance.

If you use the best quality trolling motor then you don’t have to worry about your expensive vessels as it definitely going to give an excellent result. There are various things that you have to consider while selecting the one like the thrust provides maximum time, speeds, reverse circuit, amperage draw, and several many more things.

Because making the best choice is not easy as it seems to be you must have to ponder over the major things. So, make sure you are well considering every aspect of getting the best.

But still, there are many misconceptions regarding the trolling motors in the mind of people using it that is my mistakenly they perform experiments to them and ultimately turns their motor. One of them is regarding the usage of two trolling motors which we will be discussing here.


How do two trolling motor works?

If you are wondering about whether you can use two motors together or not then yes of course you can. You can obviously use two of the trolling motor at once but it is of no use.

This will probably increase the top but will show no effect in increasing the overall speed of the motor. When you use two of the motors at once it adds up the list in your kayak or says vessel which will lower down the thrust and also will be inappropriate.

You might be able to increase the speed by up to 20-25%. This is the only extra amount that it can pull. You can perform it for something adventurous. So, although the use of two trolling motors can make you go faster as compared to the one but still cannot make double up the speed due to several other factors.

The major lag is that when you are with two trolling motors then obviously you will need an extra amount or say just the double battery backup which just impossible. This means you are surely going to drain your whole battery life very quickly.

You can try this if you are interested in some fun activities and want to acquire some amazing experience with enhanced speed in water but beware it will be for a short time. This double load can also hamper your battery’s condition and its proper functioning.

Thus, that’s the myth that you can double the overall performance as well as the speed of the vessel by adding two motors in it. It is not said that it won’t increase the overall speed at all but still it won’t be double as well. It can increase the thrust to a bit higher.

And if you want to know its overall impact than it will rather discharge your battery even really faster. Instead, the best option is rather you get a big motor with more power and capacity with an increased amperage value. This will not only increase the effectiveness but also will enhance the overall performance. This is a better option than going for a dual motor in a single marine vehicle.


A small boat will go about 4 mph with a 55 lb thrust motor. A bigger boat will go even slower.

All the motors are not the same, if they vary in shape or even in size then they are made so for different maximum speed and durability. Even the weight and size drive the speed of a motor and of course, the technical part cannot be abandoned. So, it becomes really necessary to know about each kind of them so that there won’t be any problem in handling it afterward and also to select one which will be perfect for you.

And if talking about a 55lb thrust trolling motor then they are reliable for the small boats or if you just prefer recreational activities. If talking about its speed then a 55lb thrust trolling motor can go for 4 miles/hour which is enough for short recreational activities in a limited distance. So, let us check out how you can determine how long your and fast 55lb thrust trolling motor can take you.


On which basis is the speed determined?

The load you provide:

The general speed of any motor is determined on the basis of an average load provided to it and it can slow down as per the extra load you provide to it. The heavier load on your boat can slow down the speed and the converse is also true. The 55lb thrust motor that you use with 5miles/hour speed can fall even to 3-4miles/hour. You must take care of the load that you put and also you have to consider the maximum load at which your motor will pick up its normal speed.


The nature of water where you run it:

Every motor is designed differently to be used in different places as well as in different conditions. And in the same way a 55lb thrust trolling motor is designed to be navigated in calm water instead of the one with high currents.

Using this motor in a turbulent water will make it go down. It not only affects the speed but also deals with the durability of the motor. So, make sure you enjoy the full speed. You better use it in ideal water conditions.


How frequently you use it:

That’s the fact that none of the motors can work the same if they have frequently been used for several years. But still you cannot increase the speed of a motor by using it less, that’s totally a myth. The fact is that if you are frequently using the motor then it has the potential to travel faster than one used less. This is because if frequently used, the engines become more prompt and ready to get started.


Fuel being used:

It might not be a surprising fact because everyone using any kind of motor knows perfectly how different fuels can affect your motor’s performance. Majorly the marine vehicles use gasoline, diesel, and distillate marine diesel. If you are using the gasoline then it can slow down the speed followed by diesel whereas the distillate marine diesel speeds up the motor to the maximum range. So, if you want your motor to give the maximum output then make sure you use the perfect fuel especially when you are using a 55lb thrust trolling motor.


So, at last, if we assume that you are using your 55lb thrust trolling motor in an ideal water condition with a moderate load then its speed will go up to a maximum of 4 miles/hour. But the thing that you have to consider here is that if you go at a high speed then you will deplete your battery quickly. As per their design, they are also not fit for the large boats and strong ocean tides.


55lbs of thrust is equal to about 2 outboard horsepower engine and can move a tiny boat about 4mhp. The horsepower depends on prop and batteries.

Many of the people who use boats, kayaks, and other several vessels often wonder about a motor with high power.


They also believe in a false fact the more pounds of thrust their motor will feature, the more will be the speed that it will provide you their vessel. It cannot be totally agreed. If you specifically talk about trolling motors or even outboards motors then they depend on horsepower and prop pitch.

To understand the real power or the speed of your small boat is by determining its thrust and then knowing the horsepower it contains. But still making a direct comparison between horsepower and thrust is not reliable unless you also know the speed of the vessel when it is absorbing that thrust.

Although you cannot make any direct comparison translation, you can still make an estimation about the horsepower rating of any trolling motor simply by multiplying the amp draw times the voltage so that you can determine the wattage of the motor.

So, following the exact procedure the estimated horsepower in 55lbs of thrust results to be 1 – 2 HP. This is a reliable one to give you a speed of around 4 miles/hours.


The power that is being absorbed by your vessels is what we say the resistance that is multiplied by the speed at what it is traveling. The actual power that an engine can produce is substantially much larger than we get since the rest of the power is lost in several forms of energy required for the working of the motor.

With this, we can conclude to the fact that a typical propeller in the motor can only convert 50-60% of the horsepower that reaches into usable thrust and even some of the prop can give the best output up to 70%+.


The first thing that you consider after spectating that the motor has labeled 55 lb thrust on it is that it is the maximum thrust offered by the motor.

So, after getting this fact let assume your motor is working at 1m/s, and still at this point, it will be offering a full thrust of 55lbs and calculating through the given fact you can come up to the result that it equals to 1/ 3 hp.

Now let’s contradict this fact with the actual working efficiency of any propeller, especially providing a thrust of 55lb. If the propeller has an efficiency of 50% then it is actually producing .049kW or 2/ 3 hp. Or let’s say your motor is 80% efficient at its full power so it actually produces 0.62kW.

Now let something reverse, like what actually stands for 1 hp for any type of vessel either be one with 55lb or something more. So, one hp exactly lies between 75- 100 pounds of thrust. But getting these numerical facts are not so simple and even not directly convertible. It requires several facts about your motor, the thrust, and the speed as well.

This is the only fact on which the horsepower relies and that is the exact process to determine the working power of the motor. Additionally, you do not have the control in enhancing the working or the horsepower of your motor, because it is the built-in mechanism derived as per the brands.


But still you can maintain its proficiency level by having the proper maintenance and also by using it frequently. Because that’s not true fact that frequent use can degrade it, instead frequent use will make it more efficient.

So, the major fact is that you cannot make a direct comparison between thrust and horsepower until and unless you also know the speed of your vessel when it is that amount of thrust while working.

It is totally based on the practical application based on which we have calculated the estimated horsepower resulted by a vessel with 55lb of thrust which is obviously 1/ 3 hp. And to always receive the same amount of power make sure you are engaged with the proper maintenance and the best choice.



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