**Answer**

As a matter of fact, two 55-pound thrust motors will not propel you any farther than one 30-pound thrust engine. Higher-thrust 12V trolling motors are intended for use with larger, heavier boats carrying heavier cargoes than smaller models. It doesn't matter how many pounds of force a trolling motor has; the maximum speed is 5 miles per hour.

### How many pounds of torque do I need for a trolling motor, taking all of above into consideration?

When selecting a trolling motor, the weight of the boat should be the most crucial factor to consider. To begin, a good rule of thumb is that you want at least 2 lbs of push for every 100 pounds of body weight. Consider the following example: If you have a 3000lb boat that is completely loaded, the computation is (3000/100) * 2 = 60lb of forward push.

### As a result, the issue arises as to how quickly a trolling motor can propel a canoe.

It is 14 feet in length and 38 inches in width. I have a 15-pound thrust trolling motor that can only propel the canoe at a speed of 2.5 miles per hour. When paddling against a 15 mph wind, the canoe travels at a speed of 0 - 0.5 mph.

### As a result, how long will a 35ah battery be able to power a trolling motor?

Take, for example, my deep cycle battery, which has an RC rating of 140. I multiply it by 2.4 and obtain around 58 amp hours. Take, for example, the Endura 30 stated above, and imagine I troll at speed 2, which requires 10 amps of electricity.

### How long will my motor be able to run?

The use of 100 30 2.8 100 40 amp hours and 100 40 amp draw hours

2.1 \s100 50

1.7

### How long will a trolling motor with 55 lb torque be able to run?

For example, a 55 lb thrust motor unit has a peak power consumption of 40 amps, which is sufficient for most applications. For example, if you operate the trolling motor for 6 hours at an average 50 percent load of 20 amps, the trolling motor will use 120 Ah from the battery. The equivalent of 6 hours x 20 amps is 120 amp hours.

### There were 34 related questions and answers found.

### What is the maximum amount of weight that a 30lb thrust trolling motor can push?

As a matter of fact, two 55-pound thrust motors will not propel you any farther than one 30-pound thrust engine. Higher-thrust 12V trolling motors are intended for use with larger, heavier boats carrying heavier cargoes than smaller models. It doesn't matter how many pounds of force a trolling motor has; the maximum speed is 5 miles per hour.

### How many pounds of push are required to produce one horsepower?

Regarding the conversion of pounds thrust to English horsepower Force multiplied by velocity equals power. One horsepower is equal to 550 foot-pounds per second of acceleration. As a result, at a speed of 550 feet per second (375 miles per hour), each pound of thrust equals one horsepower. Each pound of thrust produces 1.5 horsepower while travelling at 825 feet per second (560 miles per hour).

### Is it possible to use a vehicle battery to power a trolling motor?

A 12-volt automobile battery may be used to power your trolling motor, and it is inexpensive. However, the amount of time you'll be able to do so will be a fraction of the time it would take a dedicated deep cycle battery to do the task, and the automobile battery's lifetime will be significantly reduced if you deep cycle it for trolling activities.

### An outboard motor with a 2.5-horsepower produces how many pounds of thrust?

55 lbs. is a lot of weight.

### Is it possible to use a trolling motor without any water?

Your engine is cooled by the water around it, and although operating it out of the water for a short period of time might be OK, it would take a long time to significantly deplete the battery by running the motor out of the water with no load. Why take the chance of ruining a very costly TM by just draining the battery?

### Is it necessary to have a trolling motor submerged in water?

The rule of thumb is that the top of the engine section should be buried 12 inches below the surface of the water.

### Who has the superior product, Minn Kota or MotorGuide?

Comparison of Characteristics. When it comes to providing a more comprehensive and extensive feature set on their trolling motors, Minn Kota is obviously ahead of MotorGuide in terms of innovation. Minn Kota has been offering GPS technology for many years, but it has just lately been accessible on MotorGuide motors.

### How long can a trolling motor be used on a single battery charge?

A battery with a capacity of 1 Ah should be capable of delivering 1 amp of current or discharging for an unbroken period of 1 hour. As a general rule, smaller deep-cycle batteries are often rated at 25 Ah to 50 Ah, whereas larger deep-cycle batteries may be rated as high as 100 Ah in certain cases. There is no optimal amp-hour rating for a trolling motor battery since they are all different.

### How long can a trolling motor be used on a 12v battery supply?

(This is just to keep the boat moving when musky or bass fishing on slow drifts.) With an older motor, 6-8 hours seemed to be a decent amount of time. Although battery group size may be important in life, with a 12v older power drive, a 24 to 27 group battery operating between 6 and 8 hours is consistent with where you can anticipate to be.

### When it comes to marine batteries, how long will they last?

Charging a battery in more than one stage The buildup of these deposits will gradually reduce the capacity of a 200 amp-hour battery, resulting in a battery life that is much less than it was originally. Once completely charged, marine batteries need be maintained at a somewhat lower voltage - generally 13.2 to 13.4 volts - in order to keep their charge.

### How many amps does a trolling motor with a 40-pound torque draw?

Calculator for Conductor Gauge and Circuit Breaker Sizing Model / Thrust of the Motor Maximum Amps Drawn Circuit breakers are used to protect electrical circuits. 40 pound, 45 pound 42-50 Amps @ 12 Volts Direct Current 50 lb., 55 lb. 50 60 Amp @ 12 VDC 50 60 Amp @ 12 VDC At 24 VDC, the weight is 70 lb. and the current is 50 amps.

### What is the maximum amount of discharge that a deep cycle battery can withstand?

Automotive batteries would often fail after 30-150 deep cycles if they are deep cycled, however they may endure for thousands of cycles if they are used for regular starting (2-5 percent discharge). Deep cycle batteries, which have stronger plates and are meant to be drained down to as low as 80 percent over and over again, are more expensive.

### Calculator to determine how long a deep cycle battery will survive.

In order to compute the amps at the battery voltage, you must first calculate the watts you are aware of. For example, suppose you wish to use an inverter to power a 250 watt 110VAC light bulb for 5 hours at a time. Amp-hours (at 12 volts) are calculated as watt-hours divided by 12 volts, which is 1470 divided by 12 = 122.5 amp-hours.