Engineered for SEEDER RB Series robotic systems, the controller features a hybrid interface combining a large-format touchscreen with dedicated tactile controls. Color-coded touchscreen keys, paired with corresponding hardware buttons, ensure fast, intuitive operation and maximum on-air safety.

Breaking away from traditional trajectory-based workflows, the system enables instant keyframe triggering and real-time tracking, delivering smooth and stable motion for dynamic production environments such as news, live events, and entertainment.

Comprehensive system control includes arm pan and elevation, pan-tilt head operation, lens zoom, focus, and iris, as well as full telescopic arm extension and retraction.

Built on an embedded platform, the system integrates a 13-inch multi-touch display with 32 RGB backlit keys, and features 2× RJ45 Gigabit Ethernet ports, 2× USB-A ports, 1× USB-C port, and 1× Display port .

Supports up to 32 programs, each with 16 sequences and each sequence containing 16 scene groups, along with 20 levels of speed adjustment. Each program operates independently in the background. The 16 scene buttons per program can each be assigned up to 6 English or Chinese characters, synchronized with the display panel.

The touchscreen provides real-time system feedback, including arm pan and elevation, pan-tilt head position, lens zoom, focus, and iris, as well as full XYZ spatial coordinates and motion parameters. Scene presets and sequence execution are clearly visualized, with countdown timing for precise control.

Advanced motion optimization eliminates the need for complex parameter tuning, delivering smooth start/stop stabilization. AI-driven trajectory processing automatically generates optimized acceleration and deceleration profiles for curved motion paths.

FREE-D output supports automatic lens delay compensation when used with Canon or Fujinon lenses. Robot IP, control IP, and FREE-D UDP output ports are fully configurable. Motion limits for both the crane arm and pan-tilt head can be customized for precise and safe operation.

The system comes standard with an external 24-inch multi-touch display and SDI input, enabling face recognition-based tracking. During preset setup, framing images from the camera position can be captured and stored as motion points for quick recall.

Equipped with dual six-axis simulation joysticks, the system delivers tactile feedback and damping characteristics comparable to broadcast-grade camera control. Left- and right-handed operation modes can be easily switched for intuitive use.

Supporting one-to-many control, a single control panel can connect to and operate up to eight robotic systems simultaneously.