Which is better, a 12V or a 24V trolling motor?
When it comes to power and performance, a 24-volt trolling motor battery offers distinct advantages. The doubled voltage capabilities translate to more thrust, which is vital for larger boats, especially in windy or rough conditions. Regularly using a starter battery with a trolling motor can ruin both the battery and even the motor. There are two types of deep-cycle 12-volt batteries that are recommended for electric trolling motor use: Lead Acid Wet-Cell & AGM batteries.Most bass fishermen look to our 12V 50Ah or 12V 100Ah battery to begin with. But if you’re powering more than just your trolling motor you’ll likely need a combination of lithium marine batteries.With a 12V 20Ah lithium battery, the battery can theoretically supply 20 amps of current for one hour. If your trolling motor draws 20 amps, you can expect about one hour of runtime. If it draws less, say 10 amps, you could extend the runtime to about two hours.V Battery: Connect your 12-volt battery for the trolling motor directly. Attach the positive lead to the breaker and then to the motor. Connect the negative lead to the motor’s negative terminal.
How long will a 24-volt battery last on a trolling motor?
Many factors determine how long a 24V trolling motor battery lasts—the sea conditions, the size of the boat, and even the tides. For a traditional craft with a 24-volt trolling motor battery (16-22 feet in length), the general runtime is about half a day. A 55-lb thrust motor drawing 30 to 55Amp is one example. A 100Ah battery usually lasts about two hours when your trolling motor is running at maximum capacity.Runtime = 50Ah / 30A ≈ 1. That means a 12V 50Ah lithium battery can run a 55lb thrust trolling motor for about 1.In general, a 100Ah trolling motor battery will run a 55 lb thrust trolling motor for about 2 hours at full throttle, 4–5 hours at 50% speed, and up to 8–10 hours at 25% throttle, which is enough to meet a full-day fishing experience for anglers.Runtime = 50Ah / 30A ≈ 1. That means a 12V 50Ah lithium battery can run a 55lb thrust trolling motor for about 1.
Why are lithium batteries not recommended for trolling motors?
Lithium batteries sustain higher voltage levels over extended periods, which can be too powerful for motors designed specifically for flooded lead-acid batteries. Running the motor at maximum speed with lithium batteries can result in damage. While the 100Ah battery offers a lightweight, budget-friendly option for smaller needs, the 200Ah battery provides extended runtime and power for larger, more energy-demanding applications.While a 100Ah lead-acid battery has a higher rated capacity, a 50Ah lithium battery wins in weight, lifespan, performance, etc. A 50Ah lithium battery delivers similar usable energy to a 100Ah lead-acid battery, but does so with less weight, more efficiency, and greater long-term value.
What is the best battery to run a trolling motor?
In our opinion, high-quality LiFePO4 batteries are the best power source for trolling motors because they are safe, lightweight and can provide significantly longer run time; all from one battery! However, If you’d rather not spend the cash that’s understandable, an AGM from a trusted brand will do just fine as well. The added power of Lake Lite’s Trolling Motor Battery Charging Kit ensures better performance even on cloudy days allowing for higher useage. Our high quality solar panel will keep your trolling motor battery in top condition so the trolling motor is ready to use at any time to ensure a satisfying day of fishing.When it comes to power and performance, a 24-volt trolling motor battery offers distinct advantages. The doubled voltage capabilities translate to more thrust, which is vital for larger boats, especially in windy or rough conditions.
How long will a 100Ah battery last with a 55 lb thrust trolling motor?
In general, a 100Ah trolling motor battery will run a 55 lb thrust trolling motor for about 2 hours at full throttle, 4–5 hours at 50% speed, and up to 8–10 hours at 25% throttle, which is enough to meet a full-day fishing experience for anglers. Volt Vehicle Systems Smaller, lighter wiring harnesses can be utilized, electric motors of the same size are more powerful and the effects of voltage drops are minimized. These higher voltage electrical systems are common in commercial, industrial and military vehicles for these reasons.Increased Power Output: 24V systems can deliver more power than 12V systems, making them suitable for high-power applications such as larger vehicles, industrial equipment, and some renewable energy systems. This higher power output is especially valuable in situations where more energy is needed.In the 12V vs 24V trolling motor debate, the extra voltage not only boosts pushing power—it also improves responsiveness and steering control. The 24V system draws less current to produce the same power as a 12V system, which reduces strain on the motor and extends battery life.At 24V the Amp draw would be (1Hp / . W = 994. Whr / 12V = 41. A). If you wanted to operate a 1HP 24V trolling motor for 1 hour, you would need a 41. AH 24V energy (battery) source.