Technology
Advanced Propulsion &
Control Technology
Building on high-efficiency motors and electronic control technology, Wizgene designs the core technologies that elevate the performance and stability of drones, robotics, mobility, and aerospace platforms.
FC
Flight Controller
The brain that controls the entire aircraft
FC
Flight Controller
The brain that controls the entire aircraft
ROTOM ASCEND
TRINITY Series | Made in Korea
Input: 4.3–5.4 V (USB 4.75–5.25 V)
-20–80 °C
ACC/GYRO 3-axis
89g
High-Reliability Flight Controller with Triple Sensor Backup Architecture
The ROTOM ASCEND is a fault-tolerant, high-reliability flight controller designed for advanced unmanned aerial platforms. Its vibration-isolated sensor board houses three IMUs in a triple-redundant configuration, ensuring uninterrupted and stable flight control even in the event of an individual sensor failure. It features rich connectivity options, including up to 14 PWM output channels, 5 serial ports, and dual CAN buses, while supporting triple power source redundancy and a wide operating temperature range of -20°C to 80°C. It serves as the definitive core control unit for industrial UAVs, special-purpose drones, and autonomous systems where mission-critical reliability is paramount.
ROTOM PM v1.0
TRINITY Series | Made in Korea
-
~32V
-
200g
A control module for stable power management in electric propulsion systems
The ROTOM PM v1.0 is a dedicated power management module engineered to ensure stable power distribution across drones and electric propulsion platforms. Supporting operational voltages up to 32V, it actively regulates power delivery to maintain the optimal reliability of motors, ESCs, and flight control systems. Weighing just 200g, this compact yet durable module serves as a critical auxiliary device that enhances the overall systemic resilience of the propulsion architecture. It is ideally suited for UAVs, robotics, and mobility platforms demanding advanced power management and system stabilization.