The 18S UHV architecture provides a high operating voltage for larger professional UAV platforms with demanding power requirements. Higher system voltage can reduce current for the same power level, supporting more efficient power distribution in high-power aircraft designs.

The ultra-high-voltage chemistry increases the voltage and energy available from each cell, allowing the complete 18S battery system to reach a 71.1V nominal platform. This supports high-energy UAV designs where endurance and high-voltage efficiency are both important.

A high-capacity 18S battery represents a significant part of the aircraft energy system. The Neo Compact structure helps use installation space efficiently, giving UAV engineers more flexibility when arranging payloads, avionics, cooling and structural components.

Real-time monitoring of voltage, current, temperature and battery status gives pilots continuous visibility into battery conditions. This is especially useful during long-duration missions where power demand and thermal conditions can change throughout the flight.

The complete aircraft power system must support the 18S UHV voltage range, including motors, ESCs, charger, connectors and power distribution components. Battery mounting, cooling, communication, voltage cutoff and center of gravity should also be validated during integration.