Semi-Solid 12S1P 44.4V 26000mAh UAV Battery | 320Wh/kg

12S1P 44.4V 26000mAh Semi-Solid UAV Battery Overview

The Herewin 10C 12S1P 44.4V 26000mAh Semi-Solid UAV Battery is designed for industrial drone platforms that need a lightweight battery structure, high specific energy, and longer mission endurance. With a 12S1P configuration, 44.4V nominal voltage, 26000mAh capacity, and 320Wh/kg high energy density, this model is positioned as a semi-solid UAV battery for aircraft that value flight efficiency and payload-to-weight balance. It supports up to 10C discharge, 1C charging, weighs approximately 3.98kg, and offers a cycle life of no less than 500 cycles.

This product is not built around aggressive fast-charging rotation. Its strength lies in high energy density, low pack mass, and balanced output capability. For drone manufacturers and integrators, that makes it especially suitable for long-endurance platforms carrying cameras, monitoring modules, communication devices, or light mission payloads where battery weight directly affects route coverage and airborne working time.

Why This Battery Fits Patrol and Cruise-Type UAV Missions

Among the target scenarios, patrol and cruise-type missions are the clearest primary direction for this model. In route patrol, monitoring, perimeter observation, and long-duration cruise tasks, the aircraft usually needs to stay airborne efficiently rather than deliver short bursts of extreme current. Battery weight becomes a decisive factor because it affects not only flight time, but also the payload margin available for cameras, gimbals, thermal sensors, data links, or other onboard mission equipment.

With 320Wh/kg energy density and a net weight of about 3.98kg, this 12S1P 44.4V 26000mAh Semi-Solid UAV Battery supports that mission logic well. It allows the aircraft to carry useful energy without becoming an oversized mass burden. The 10C discharge rate is enough for practical industrial takeoff, cruise adjustment, and routine mission power demand, while the semi-solid high-energy design keeps the platform aligned with endurance-oriented UAV applications rather than extreme high-current positioning.

For customers comparing broader industrial UAV battery solutions, this model stands out where lighter battery mass and longer route coverage matter more than fast charging or very high payload lifting. It is therefore a strong option for patrol drones, monitoring drones, route-inspection UAVs, and other aircraft built around extended airborne observation.

Suitable for Light Logistics Platforms Requiring Energy Efficiency

This battery is also suitable for light logistics and route-based delivery projects. In these platforms, the battery should not consume too much of the aircraft’s allowable takeoff mass. A lighter pack leaves more room for payload allocation or helps improve route efficiency under weight constraints. That is especially relevant for light-to-medium delivery drones that prioritize repeated route stability, practical mission endurance, and efficient energy use.

Compared with more current-focused battery packs, this model is better suited to light logistics applications where the delivery load is controlled and the platform benefits more from lower battery mass and better usable energy per kilogram. Its 26Ah capacity provides useful mission reserve, while the 44.4V platform supports standard industrial UAV electrical architecture for suitable systems. This makes it appropriate for route-based logistics UAVs that need efficient airborne energy rather than extreme heavy-load output.

Fit for Cleaning Drones Requiring Controlled Weight and Stable Hovering

For cleaning drone applications, the battery role is slightly different. Cleaning UAVs often need efficient hovering, controlled aircraft balance, and stable output while carrying spray or cleaning modules. In this context, excessive battery weight can reduce working efficiency and limit useful operation time. A lighter semi-solid battery helps improve aircraft control and support a more balanced working window.

This model is therefore relevant for cleaning drone platforms that do not rely on ultra-heavy payload logic, but instead need a compact and energy-efficient battery with sufficient industrial output. The 10C discharge rate provides practical power support for mission operation, while the 320Wh/kg energy density helps the aircraft maintain endurance efficiency. It is better suited to cleaning tasks where stable hovering and efficient airborne work matter more than aggressive fast-charging field rotation.

Compact Integration Value for Professional UAV Design

The body size of 128(T) × 77(W) × 228(H) mm also improves the product’s integration value. In patrol and monitoring aircraft, internal space often needs to be shared with sensors, control electronics, payload mounts, and communication hardware. A relatively compact semi-solid battery can simplify structural layout and improve flexibility in center-of-gravity planning. This is one reason why the model is particularly attractive for long-endurance UAVs carrying mission equipment rather than pure power-focused payload systems.

Its cycle life of ≥500 cycles should be understood in the correct project context. This battery should be chosen for high specific energy, lightweight structure, and endurance efficiency, not marketed as a dense fast-charge field battery. Customers looking for charging support can also evaluate compatible drone battery chargers to build a standard charging workflow around this model.

12S1P 44.4V 26000mAh Semi-Solid UAV Battery Summary

Overall, the Herewin 10C 12S1P 44.4V 26000mAh Semi-Solid UAV Battery is a 320Wh/kg high-energy-density solution for industrial UAV projects that prioritize lightweight structure, longer endurance, and balanced practical output. With 26Ah capacity, 10C discharge, 1C charging, approximately 3.98kg pack weight, and ≥500 cycle life, it is especially well suited for patrol and cruise missions, light logistics drone platforms, and cleaning UAV systems that value energy efficiency over fast-charging or extreme heavy-lift logic.