• ● Gaze Function: When the jib arm moves, the gimbal performs a corresponding counter-movement, allowing the camera to automatically maintain focus on the target point.
• ● Free Composition Function: The subject being filmed can be placed at any position in the frame instead of being constrained to the center. As the jib arm moves, the subject remains in the designated position.
• ● Auto Focus: Calculates the focusing distance based on the target coordinates and camera position, then drives the focus accordingly.
• ● Target Position Storage: Capable of saving target position coordinates for up to 8 channels, making it easy to retrieve them at any time.

• ● Rapid Target Coordinate Acquisition: Using two-line and line-plane methods, target coordinates can be instantly obtained without the need for on-site measurement.
• ● Open Gimbal Control Protocol: Equipped with external control input interfaces, enabling it to receive commands from computers or other devices. Provides hardware and software support for secondary development such as computer software control and AI control.
• ● Virtual Tracking: Provides camera position, angle, and lens data to servers, supporting VR, AR, XR, and other virtual production applications.

With simple operation, the TC200 can acquire the target’s coordinate position within seconds—or even instantly. When the jib arm moves, the system controls the camera to always remain pointed at the target. Specifically, the subject being filmed can be positioned anywhere within the monitor’s frame instead of being restricted to the center, leaving composition entirely up to the cameraman. When shooting moving targets on a plane, the jib system’s planar constant-speed function enables the camera’s pointing direction to move smoothly at a uniform speed within the plane. This avoids the need for frequent joystick adjustments typically required when the subject moves closer or farther away, thereby significantly lowering operational complexity. Since the system possesses both the camera’s coordinates and the subject’s coordinates, it can easily achieve automatic focusing. The system features 8 storage channels that allow saving and recalling target coordinate positions at any time, ensuring the camera consistently points toward the designated subject.

In terms of virtual tracking, the jib system relies on internal high-precision sensors for both jib-arm and gimbal angle positioning, eliminating the need for additional external tracking devices. Equipped with lens sensors and a full-servo lens interface, the system can capture all necessary lens data. It also includes an efficient on-site calibration program, enabling rapid determination of the jib system’s position and orientation within the on-site coordinate system. Furthermore, calibration parameters can be saved, so repeated positioning is not required upon subsequent startups.