Why would an actuator company build a robot?
The performance of an actuator can be described with figures such as torque, speed, and efficiency. However, it is difficult to accurately evaluate its real-world performance and application potential until it is actually installed in a robot. When a robot moves, many factors come into play at the same time, including changes in load, ground conditions, repeated operation, impact, and posture control.
This Wheel-legged quadruped robot, built using the BCSA V4 actuator with a pinless structure for compact and lightweight design, serves as a test platform to verify actuator performance in real operating environments. The pinless structure also reduces the number of components, offering advantages in assembly efficiency and structural stability.
Through this robot, we continuously verify the efficiency, driving stability, and real-world applicability of the BCSA V4 actuator. By repeating these tests, we confirm how consistently our product maintains stable performance across various environments.
The data gained through this process becomes a benchmark for future product improvements and provides a foundation for responding more quickly to the performance requirements of the robotics industry. Through this verification process, we aim to continue developing more reliable QDD actuators.
Watch the video to see how the BCSA V4 performs inside a robotic platform.
