Introducing the TORQUEBOARDS 12S4P Battery Pack, the gold standard in high-performance battery packs. If you're looking for the ultimate solution without the need for future upgrades, this is it. Designed for riders who demand the best of the best, the 12S4P delivers unmatched power, efficiency, and range in a reliable and compact design.
With its high-capacity 4P configuration and high-voltage 12S setup, this pack ensures exceptional performance for any electric skateboard or compact electric vehicle.
For those who want top-tier performance with minimal compromise, the 12S4P is the definitive choice.
This battery pack is capable of delivering up to 180 amps, providing outstanding power for your electric skateboard or electric vehicle. Thanks to the Modular Bypass BMS, the full amp output of the pack is accessible, ensuring high performance capability.
We recommend a peak current of 160 amps for short bursts. For higher current demands, it is essential to reinforce and upgrade parallel and series connections, main power wires, and connectors to improve conductivity and manage heat effectively. Exceeding 160 amps requires the use of larger gauge wires and high-capacity connectors to safely handle the load and reduce the risk of overheating.
For safe and reliable operation, maintaining a continuous current below 80 amps is advised.
21700 Molicel P42A Battery Cell Discharge Rating
The 21700 Molicel P42A battery cell is rated for a maximum continuous discharge of 45A per cell in parallel, but the duration it can sustain this current depends on various factors, including:
In real-world scenarios, pulling the full rated amperage continuously is unlikely, as it would quickly drain the battery and generate excessive heat.
Realistic Average Amperage During Riding
Built in-house in the USA using 21700 Molicel P42A cells, this pack offers high capacity and high discharge capability. The modular bypass BMS supports charging up to 10A, allowing high amp discharge during use and cell balancing for enhanced safety, longevity and performance. We recommend using a 2A or 5A charger as your standard charging solution to consistently maintain and prolong the lifespan of your battery pack.
All of our battery packs are meticulously assembled, spot-welded, and finished in-house at our facility in Dallas, TX. We take pride in producing high-quality battery packs at competitive prices, utilizing the best battery cells available. Recognizing the critical importance of battery safety, we manage the entire production process to maintain the highest standards. Additionally, we provide comprehensive safety guides and tutorials to help you better understand and safely work with your battery pack.
Our battery packs are thoughtfully engineered with modularity in mind, making maintenance and repairs straightforward. If any component malfunctions, it can be easily replaced without requiring soldering. Refer to our detailed battery tutorials for step-by-step instructions.
Key Replaceable Components:
Battery cell modules are designed to be replaceable, allowing for easy maintenance or upgrades. If a module becomes faulty or malfunctions, it can be replaced by unsoldering the two power wires and the balance wire, installing a new module, and then re-soldering the connections. While this process is intended for those with prior experience in soldering and electronics, it is manageable with the right tools and skills.
Replacement battery cell modules are available for purchase to ensure seamless repairs and maintenance. Detailed instructions and support are also provided for advanced users.
We avoid using battery PCB boards because once a module is soldered to the board, removing or replacing it becomes significantly more difficult, often requiring the entire battery pack to be rebuilt. Our approach focuses on maximizing the lifespan and usability of individual components to provide greater flexibility and longevity.
Battery dimensions are approximate and may vary by 10-15mm in length/width.
The estimated range for the 12S4P Battery Pack, built with 21700 Molicel P42A cells, is as follows:
Power Consumption Estimates
The following Wh/Mile estimates are based on different riding conditions:
No Wind, 15 mph: ~10 Wh/Mile
Considerations for High Power Usage
Extensive battery pack documentation is being created to guide you in building your own electric skateboard battery pack. These resources will show the exact methods used to assemble high-quality battery packs, along with step-by-step instructions to help you build your own.
For those interested, we also offer battery pack building supplies available making it easy to replicate the process shown in our battery building tutorials.
If you have a custom battery pack idea, feel free to reach out to us via email—we’d love to hear your ideas!
Battery packs currently have a lead time of approximately one week. Orders will typically ship within seven days of your purchase date.
All product resources & tutorials will be included below.
BUILD YOUR OWN
DIY ELECTRIC SKATEBOARD
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*FREE* Ultimate Guide To Build A High Performance DIY Electric Skateboard. Everything you need to know.
Our TOP 10 Tips that you MUST know before buying your first electric skateboard.
