introducing the UF Series Drone ESCs: High-Performance Solutions for Advanced Flight

The UF Series of electronic speed controllers (ESCs) is engineered to accommodate battery inputs ranging from 48 to 96S, offering output currents that can reach up to 160A. These state-of-the-art motor controllers utilize innovative algorithms for motor control, ensuring swift response times without the need for additional timing adjustments or calibration.

Designed for optimal efficiency, these ESCs minimize heat generation during startup, operation, and shutdown.They feature an advanced thermal design that employs copper conduction to enhance heat dissipation. Additionally, the regenerative braking system allows for the conversion of recovered mechanical energy back into electrical energy, improving overall efficiency.A suite of protective features ensures safety and reliability, including safeguards against over-voltage, over-temperature, stall conditions, throttle signal loss, and infinite restart capabilities.

Real-Time Monitoring and Connectivity

Equipped with CAN connectivity, these ESCs facilitate real-time communication with the drone’s flight controller. This allows for the monitoring of various parameters such as throttle values, voltage, current, motor speed, and temperature. Firmware updates can be performed effortlessly via CAN, and all units are compatible with both CyphalCAN and DroneCAN protocols, ensuring versatility and future-proofing.

Specifications Overview

Here’s a detailed look at the specifications for the UF Series ESCs: