If you’re looking to make your trolling motor faster, increase its speed, and improve its performance, there are a few key strategies you can try.
According to discussions on Walleye Message Central, some users have found success by using different props, such as the Kipawa propeller. However, keep in mind that simply changing the prop may not always result in a significant increase in speed.
Another suggestion from the same forum is to upgrade to a motor with more power and a larger prop. This can provide better performance and a boost in speed.
In addition to these options, reducing the weight of your boat by removing unnecessary items and minimizing your own weight can also improve the speed and efficiency of your trolling motor.
By considering these tips and strategies, you’ll be on your way to maximizing the speed and performance of your trolling motor.
Choosing the Right Thrust for Your Boat
The amount of thrust your trolling motor needs is determined by the weight of your boat and the design of its hull. To ensure optimal performance, it’s important to select a trolling motor with the appropriate thrust based on these factors.
The weight of your boat is a crucial consideration when choosing the right thrust for your trolling motor. As a general rule, you should have a minimum of 2 pounds of thrust for every 100 pounds of boat weight. This calculation should be based on the heaviest potential weight of your boat, including gear, fuel, and passengers.
In addition to boat weight, the design of your boat’s hull also plays a role in determining the necessary thrust. Deep V hulls tend to have more drag and require more thrust compared to flat boats or Jon boats. Consider the shape and size of your boat’s hull when selecting the appropriate thrust for optimal performance.
Voltage and Thrust
Trolling motors come in different voltage ratings, with higher voltage motors providing greater thrust. A 12v motor typically has 55 pounds of thrust or less, while a 24v motor can have over 55 pounds up to 80 pounds of thrust. If you need extended run time without recharging, it’s recommended to consider a motor with higher thrust/voltage. Keep in mind that higher voltage motors require multiple dedicated batteries, with 24v motors needing 2 batteries and 36v motors needing 3 batteries.
|Recommended Thrust Range
When selecting a trolling motor, it’s important to consider the fishing conditions you typically encounter. If you fish in calm lakes with no current, you may be able to stick to the minimum recommended thrust without any issues. However, if you frequently fish in fast-moving water, strong currents, or windy conditions, it’s advisable to choose a motor with higher thrust for ample power in all situations. Your trolling motor should be able to maintain a steady course, resist winds, and have enough power to keep your boat in the desired position even with external factors like wind or current.
By considering boat weight, hull design, and fishing conditions, you can choose the right thrust for your trolling motor and optimize its performance on the water.
The Relationship Between Voltage and Thrust
One important factor to consider when choosing a trolling motor is the voltage rating. Trolling motors come in various voltage options, such as 12v, 24v, and 36v. The voltage directly affects the thrust, with higher voltage motors providing greater thrust. For example, a 12v motor typically offers 55 pounds of thrust or less, while a 24v motor can have over 55 pounds up to 80 pounds of thrust. It’s important to select a motor with the appropriate voltage and thrust based on your specific needs and fishing conditions.
Thrust and Voltage Comparison Table
|Trolling Motor Voltage
|Maximum Thrust (Pounds)
|55 or less
|55 to 80
|More than 80
When it comes to trolling motors with higher voltage, it’s important to note that they require multiple dedicated batteries. A 24v motor typically requires 2 batteries, while a 36v motor needs 3 batteries. This battery system allows the motor to draw the necessary power to deliver the increased thrust. If you plan on fishing for multiple days without recharging, choosing a higher voltage motor with more thrust is recommended for longer run times. However, it’s essential to ensure that your boat’s electrical system is compatible with the selected trolling motor voltage.
By understanding the relationship between voltage and thrust, you can make an informed decision when choosing a trolling motor. Consider the specific needs of your boat, fishing conditions, and desired performance to select the appropriate voltage and thrust combination. The right trolling motor will provide you with the power and performance you need to navigate various water conditions and enjoy a successful fishing experience.
Bass Boat, Bay Boat, Pontoon, and Flats Boat Thrust Recommendations
When selecting a trolling motor for your boat, it’s crucial to consider the appropriate thrust for optimal performance. Each type of boat has different characteristics and requirements, which determine the recommended thrust. Here are the thrust recommendations for bass boats, bay boats, pontoon boats, and flats boats:
Bass Boat Thrust Recommendations
Bass boats are known for their heavier weight due to the additional fishing gear and equipment they often carry. To ensure optimal performance, it is recommended to choose a trolling motor with a thrust range of 70 to 100 pounds for bass boats. This increased thrust will provide sufficient power to maneuver the heavier boat efficiently, especially in challenging conditions.
Bay Boat Thrust Recommendations
Bay boats are versatile vessels that are typically used for both fishing and recreational activities. These boats have medium-weight characteristics and require trolling motors with a thrust range of 70 to 80 pounds for optimal performance. This range of thrust ensures that bay boats have enough power to navigate through various water conditions, including mild currents and waves.
Pontoon Thrust Recommendations
Pontoon boats are designed for stability and leisure activities, making them popular choices for family outings and relaxing on the water. Due to their lower drag and lighter weight, pontoon boats require trolling motors with a thrust range of 40 to 70 pounds. This thrust range allows pontoon boats to tackle windy conditions effectively and maintain control and stability.
Flats Boat Thrust Recommendations
Flats boats are lightweight vessels designed for fishing in shallow coastal waters or flats. These boats are known for their maneuverability and ability to navigate through tight spaces. For flats boats, it is recommended to choose trolling motors with a thrust range of 45 to 70 pounds. This thrust range provides the necessary power for precise navigation in calm waters without encountering strong currents or waves.
|Recommended Thrust Range (in pounds)
Remember, these thrust recommendations serve as general guidelines. It’s crucial to consider the specific weight, size, and design of your boat when selecting the appropriate trolling motor. By choosing the right thrust for your boat type, you can ensure reliable performance and an enjoyable boating experience.
Performance Considerations and Fishing Conditions
When selecting a trolling motor, it’s crucial to take into account the fishing conditions you typically encounter. The performance of your motor can be significantly influenced by factors such as strong currents, wind resistance, and other external elements. By choosing the right trolling motor for your specific fishing conditions, you can ensure optimal performance and an enjoyable fishing experience.
In areas with strong currents, it’s essential to have a trolling motor with sufficient power to overcome the force of the water. A motor with higher thrust is recommended for these conditions as it can maintain a steady course and keep your boat in position, allowing you to focus on fishing. Look for motors that are designed to provide ample thrust in challenging waters.
Wind resistance is another important factor to consider. If you frequently fish in windy conditions, a trolling motor with higher thrust will help you resist the wind’s force and keep your boat on course. Wind can easily push a boat off track, making it difficult to maintain your desired position. Having a motor that can counteract the wind’s effects will enhance your fishing experience.
Ultimately, the performance of your trolling motor in different fishing conditions depends on the combination of power, thrust, and technology. By choosing a trolling motor that is specifically designed to handle the challenges you face on the water, you can maximize your motor’s capabilities and enjoy a more efficient and productive fishing trip.
Fishing Conditions and Recommended Motor Performance
|Recommended Motor Performance
|Calm Lakes with No Current
|Minimum recommended thrust without any issues
|Fast-Moving Water and Strong Currents
|Higher thrust motor for ample power and steady course
|Higher thrust motor to resist wind resistance and maintain position
In conclusion, if you want to make your trolling motor faster, there are several tips you can follow. First, consider changing the propeller to a more efficient one, such as the Kipawa propeller, which has been reported to improve speed by some users. However, keep in mind that propeller changes may not always result in significant speed increases. Another option is upgrading to a more powerful motor with a larger propeller, which can provide better performance.
Additionally, reducing the weight of your boat by removing unnecessary items and minimizing your own weight can enhance the speed of your trolling motor. Remember to carefully consider the recommended thrust for your boat based on its weight and hull design. Choosing the right thrust ensures that your trolling motor has enough power to propel your boat effectively.
Lastly, consider the fishing conditions you typically encounter. If you often fish in strong currents or windy conditions, selecting a trolling motor with higher thrust can help maintain control and stability. Overall, finding the right balance between power, thrust, and boat characteristics is crucial in achieving the desired speed and performance from your trolling motor.