18S2P 68.4V 66000mAh Semi-Solid UAV Battery | 350Wh/kg

68.4V 66Ah Semi-Solid UAV Battery Overview

68.4V 66Ah Semi-Solid UAV Battery is designed for large professional drone platforms that require ultra-high energy density, extended flight time, and stable output in a high-voltage 18S architecture. With an 18S2P configuration, 68.4V nominal voltage, 66000mAh capacity, 10C discharge capability, and 350Wh/kg high energy density, this model is positioned as a high energy density semi-solid UAV battery for heavy-duty logistics drones, long-endurance industrial UAV platforms, and large professional drone systems. It supports up to 1C charging, weighs approximately 13950g, offers a cycle life of no less than 100 cycles, and is suitable for operating temperatures from -20℃ to 60℃.

Built on an NMC-based high energy density platform, this semi-solid UAV battery is engineered to improve the balance between usable reserve, pack weight, and aircraft efficiency. Compared with bulkier conventional lithium battery formats, the 68.4V 66Ah Semi-Solid UAV Battery gives drone manufacturers and system integrators a more advanced solution for extended mission time and more efficient energy-to-weight performance in large UAV systems.

Why This 350Wh/kg Semi-Solid UAV Battery Fits Heavy-Duty Logistics Platforms

For heavy-duty logistics and route mission drones, the battery must provide enough reserve for takeoff, route travel, hover allowance, payload handling, and return margin without pushing total aircraft weight too high. The 68.4V 66Ah Semi-Solid UAV Battery fits this requirement well because it combines a large 66Ah reserve with a relatively efficient 13950g structure in an 18S high-voltage configuration. That makes it suitable for industrial cargo drones, long-range route mission UAVs, and controlled-payload professional platforms that need extended flight time without moving into a more oversized battery class.

Suitable for Long-Endurance Industrial UAV Missions

This battery is also highly relevant for industrial UAV applications that prioritize endurance and system stability. In route inspection, industrial transport, offshore support, utility tasks, and long-duration mission work, battery performance is not only about capacity, but also about how efficiently that energy is packaged. With 350Wh/kg high energy density, this semi-solid UAV battery helps improve endurance-focused mission planning while keeping battery burden more controlled than many conventional large-capacity packs.

High-Voltage Integration for Large Professional Drone Systems

The 68.4V 66Ah Semi-Solid UAV Battery is especially suitable for large professional UAV platforms that require stronger voltage support than mid-voltage battery systems. Its 18S2P architecture provides a more capable power platform for larger propulsion systems, while the 10C discharge rate supports stable high-load output in real working conditions. This makes the battery more suitable for industrial drone platforms carrying meaningful payload or operating in demanding route-based environments.

350Wh/kg Semi-Solid Energy Platform Advantage

One of the strongest product advantages of the 68.4V 66Ah Semi-Solid UAV Battery is the combination of large usable reserve and 350Wh/kg high energy density. In large UAV platforms, energy density matters because battery mass directly affects payload margin, airframe efficiency, installation flexibility, and actual sortie performance. A semi-solid battery with better energy density can support more useful reserve without forcing the aircraft into a less efficient structural balance.

The operating temperature range of -20℃ to 60℃ improves field adaptability across wider environments, while the cycle life of at least 100 cycles shows that this product is positioned more for advanced endurance-focused applications than for extremely high-frequency daily rotation.

Integration Value and Structural Compatibility

With dimensions of 198(T) × 190(W) × 220(H) mm, the 68.4V 66Ah Semi-Solid UAV Battery offers strong integration value for large UAV airframes. Its semi-solid structure and NMC-based chemistry positioning help improve packaging efficiency and energy density for advanced drone battery design. Connector selection should be evaluated according to aircraft current platform and installation structure. QS9, QS10, and AS150U can be considered according to project needs, while the final connector can be customized.

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