Introducing the UF160 v2 ESC: A game-Changer for Heavy-Lift UAVs

XC-ESC’s UF160 v2 electronic speed controller (ESC) is specifically designed for heavy-lift unmanned aerial vehicles (UAVs), boasting a sophisticated control algorithm that considerably enhances flight capabilities and mission performance.

Power Meets Intelligence

This innovative technology merges advanced intelligence with robust power through its tailored software, ensuring exceptional performance while maintaining a practical and reliable design.

Specifications and Features

The UF160 v2 ESC is compatible with 48–96S LiPo batteries, delivering a continuous output of 160A. It operates efficiently within a temperature range of -25°C to 60°C and includes a built-in 5V/200mA BEC. With an IPX4 rating and a sturdy weight of 1480g (dimensions: 232 × 121 × 68.8 mm), it is built to withstand demanding conditions.

Streamlined Operation

Equipped with a motor control algorithm that works seamlessly with popular motor types, the ESC eliminates the need for tedious timing adjustments and calibration. It features a rapid setup process, achieving full speed from standby in just 0.6 seconds.

firmware and Voltage Management

The UF160 v2 allows for online firmware updates via CAN bus, and its integrated BEC ensures stable voltage output to receivers and servos, maintaining optimal equipment performance.

Energy Efficiency Innovations

Utilizing synchronous freewheeling technology, the ESC supports both CAN digital throttle and PWM analog throttle control. This capability enables automatic energy recovery during motor deceleration, contributing to a 5-10% boost in overall machine efficiency through its advanced variable frequency drive algorithm.

Advanced Thermal Management

Featuring dual-sided heat dissipation and a high-precision motor temperature monitoring system, the UF160 v2 employs optimized software algorithms for smart temperature regulation, effectively preventing overheating-related damage.

Enhanced Safety Features

The ESC incorporates a fully isolated design between the control signal interface and the main power supply, minimizing external interference and enhancing safety and reliability. It also includes multiple protective functions, such as startup and temperature safeguards, along with short-circuit infinite restart capabilities.

Real-Time Data Monitoring

Utilizing a CAN interaction interface, the flight controller can access real-time data, including throttle position, voltage, current, motor speed, and MOS temperature. This feature allows for precise control over the ESC output and motor performance.

For more detailed data, visit XC-ESC’s official website >>