Tired of having to constantly recharge your trolling motor batteries? What about that lingering fear of them dying in the middle of your fishing trip? 

Swap your unreliable trolling batteries for a powerful Abyss Battery® 36V 60Ah Lithium Trolling Motor Battery. This Group 31 lithium marine battery is compact, lightweight, and will free up storage space on your boat by replacing three 12 volt Lead-acid or AGM group 31 batteries in series. 

Whether you’re trolling in calm weather or fighting the wind, this battery will back you up even with load-heavy consumption. Ideal for deep cycle applications in diverse marine environments, seasons, and temperatures, our 36V 60Ah Trolling Motor Battery gives you a long and steady draw to last even for multi-day fishing trips. Just set it, charge it, and off you go. Tight lines!

Higher qualified Grade-A cylindrical cells 🔋

• UL1642, IEC62619, IEC62133 listed with Cycle life more than 3000 times and excellent consistency.

Bluetooth® Connectivity 📲

• Monitor the battery status (charge, discharge, current, temperature, cycle life and so on) and change the data for different applications.

Push Button Wake-Up/Reset Feature 🔄

• Located Conveniently on top of the battery case, this button allows for easy waking up or resetting of the battery, ensuring quick and effortless operation.

Built-in Heating ♨️

• Uniform internal heating is an important feature of our cold-weather performance batteries, as many external heating blanket options currently available cannot sense the internal temperature of the cells and may not be completely effective at heating the battery throughout. Our system features proprietary technology that draws power from the charger itself, requiring no additional components. The entire process of heating and charging is completely seamless. Simply plug the battery into our lithium charger and the internal heating and monitoring system takes care of the rest.

More stable and firm internal structure ⚙️

• The cell holders within our battery protect and separate each cell to avoid any short circuit risks caused by intense vibration or impact. The separation and space created between each cell also improves the overall heat dissipation within the battery pack while charging and discharging.