The SEEDER RBCS20 robotic control system is designed for operating SEEDER RB series robotic pan/tilt head systems. It uses a multifunctional joystick to select and control the robotic pan/tilt head, robotic jib arm, or track system. It supports control of the jib arm’s horizontal and vertical movement, pan/tilt head’s pan and tilt movement, camera’s zoom, focus, and iris adjustment, as well as the track system’s horizontal and forward/backward motion.

Start buttons are color-coded and paired with corresponding physical buttons to ensure safety in program production.

Built on an embedded operating system architecture, the system allows configuration of up to 8 sequences x 8 scenes. The LCD panel displays the jib arm’s horizontal and vertical positions, pan/tilt head’s pan and tilt angles, camera lens zoom, focus, and iris positions, camera’s spatial XYZ coordinate motion parameters, as well as scene presets and sequence execution status. It also shows real-time progress bars.

Anti-shake for start/stop movements can be realized without complicated parameter adjustments. Acceleration and deceleration of curved motion trajectories are achieved via AI algorithms, enabling the system to automatically generate optimized motion parameters. When Canon or Fujinon lenses are selected, the system can automatically apply lens delay compensation for virtual tracking output via the FREE-D protocol.

Robot IP address, control IP address, and FREE-D UDP output port are all user-configurable. Upper, lower, left, and right motion limits for the jib arm, and pan/tilt limits for the pan/tilt head, can also be set as needed.

A three-axis joystick is used to control the robotic jib arm and pan/tilt head. The ergonomically designed zoom/focus wheel and rocker are arranged for flexible operation. Each control component supports diversified and customizable functions. The interface provides a real-time progress bar, wheel-based progress display, dual operation logic via both touchscreen and physical buttons, large visualized zoom/focus progress display, and multi-point movement progress display.

Equipped with a lighting recognition feature, the control panel buttons change color according to the operating status of the robotic system, and the display reflects this dynamically.

Supports one-to-many control: a single robotic control console can connect to and operate up to 4 robotic units simultaneously.