High-endurance, lightweight, and ultra-reliable battery solutions engineered to maximize flight time and payload efficiency for professional aerial mapping, surveying, and 3D modeling missions.
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High-energy battery systems extend flight time and help UAVs capture larger areas in a single sortie, improving operational efficiency and reducing battery swap frequency.
Consistent voltage delivery supports stable flight performance and reliable operation of RTK modules, cameras, LiDAR, and onboard electronics—helping ensure clean and repeatable data capture.
Featuring ultra-lightweight semi-solid-state technology, our batteries allow you to carry heavier, high-precision payloads like LiDAR and multispectral cameras without compromising flight time.
打造 to perform in harsh 环境. From high-altitude mountain 测绘 to freezing 温度, our batteries maintain 最佳 放电 性能.
Industry-leading gravimetric energy density minimizes weight impact on 载荷 capacity and flight dynamics.
Per single 充电 on standard 测绘 drones, enabling surveys of up to 1000 hectares per flight.
精准 state-of-充电 reporting for 可靠 return-to-home triggers and accurate mission planning calculations.
Exceptional cycle durability lowers per-mission cost and reduces total cost of ownership over fleet lifetime.
Sustains 稳定 high-current 输出 for multi-rotor lift demands without mid-flight voltage drop.
设计用于 to support 高效 area coverage and reduce the number of battery changes during repetitive missions.
Active 电芯 balancing during 放电 maintains voltage uniformity, protecting 电芯 longevity.
可靠 性能 from sub-zero arctic surveys to high-温度 tropical terrain 测绘 missions.
Compatible with mainstream flight controllers.
Providing all-in-one drone power solutio
Discover how our Semi-Solid State Smart Batteries enabled a custom VTOL surveying team to achieve a record-breaking 2.5-hour flight time in high-altitude mountainous regions.
