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RB30EH9M Robotic Elevating Pan/Tilt Head
RB30EH9M Robotic Elevating Pan/Tilt Head
RB30EH9M Robotic Elevating Pan/Tilt Head
RB30EH9M Robotic Elevating Pan/Tilt Head
RB30EH9M Robotic Elevating Pan/Tilt Head
RB30EH9M Robotic Elevating Pan/Tilt Head
RB30EH9M Robotic Elevating Pan/Tilt Head
RB30EH9M Robotic Elevating Pan/Tilt Head

RB30EH9M Robotic Elevating Pan/Tilt Head

The SEEDER RB30EH9M robotic elevating pan-tilt head system features a U-shaped robotic pan-tilt head, enabling intelligent automated shooting. It is a robotic automation-assisted system designed for professional broadcasting and cinematography, suitable for live-action and virtual production environments, including AR, VR, XR, and MR applications in studios and live events. The robotic head ensures smooth motion starts and stops without any shake, delivering high-quality footage. Operating at maximum speed, the system maintains noise levels below 20dB, meeting the demands of professional studios.

When using a telephoto lens, the system effectively stabilizes footage to eliminate shake. Leveraging AI-based automation, it generates motion trajectories with up to 16 movement nodes based on motion time and distance, enabling continuous multi-point smooth curvilinear movements for capturing complex motion paths.

The system includes professional control software for network-based control of robotic elevation, pan-tilt movements, and camera zoom, focus, and iris adjustments. It can manage up to eight robotic shooting devices, with support for 32 preset programs, each containing up to 16 sequences, and each sequence accommodating 16 scenes—allowing a total of 8,192 editable scenes. Sequences support long-curve motion and bidirectional playback, while scene files can be imported and exported. Each program has an independent operational interface for quick scene recall. The system also allows users to customize zero-point positions and movement limits to ensure operational safety. It includes both built-in and external control systems for quick switching, with an emergency operation button as standard.

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Technical Specifications

1. It features a five-section polygonal lifting column, providing six degrees of movement: vertical up/down, pan, tilt, zoom, focus, and iris. It ensures precise motion trajectory control and speed adjustment while allowing position recording without cumulative error after repeated movements.

2. The precision mechanical lifting system offers a height range of 2400-9000mm with an accuracy of up to 0.001mm.

3. The system supports a vertical payload of 70kg in upright mode and 60kg in suspended mode.

4. Dual safety protection is implemented with high/low-position sensors and physical limiters.

5. The pan-tilt head supports a maximum payload of 30kg, compatible with mainstream camera brands.

6. A multifunctional robotic base enables easy mobility, with a total system weight of approximately 150kg.

7. The system operates at an input voltage of 220V with a maximum power consumption of 300W.

8. Operating noise is below 50dB, meeting acoustic requirements for live studio broadcasting.

9. The system supports storage of up to 32 programs, 16 sequences, and 256 scenes.

 

Movement Specifications

Pan range of the head: ±720°, speed:1-120°/s, precision:0.001°

Tilt Range of the head: ±270°, speed:1-120°/s, precision:0.001°

Lifting range: 2400-9000mm, speed:0-1000mm/s, precision:0.001°

Zoom and focus: suitable for mainstream lens. Speed: 0-52mm/s, precision: 0.001mm

1. Rapid start stop anti shake technology.

2. According to the starting point position and motion time, automatically calculate the curve motion trajectory and motion acceleration/deceleration function, and can achieve smooth curve motion of 16 consecutive points.

3. The head is configured with electronic leveling system to facilitate precise calibration for the virtual tracking systems.

4. Absolute value encoders record motion positions and tracking data with a tracking accuracy of <0.000043° (8,300,000/360°). There is no accumulated error in the tracking data even after multiple power on/off cycles. The transition VR/AR system application and one-time calibration.

5. Support Canon and Fujinon full servo lenses, control zoom, focus and iris functions, and retrieve the lens built-in tracking data. Automatic lens delay.

6. Simultaneously outputs high-precision FREE-D tracking data via RS422 and network-directed UDP for seamless integration with AR, VR, XR, MR devices.

7. Virtual compensation calibration function utilizes robotic motors to compensate for tracking data motion based on virtual error values.

8. Supports two sync modes: BB external sync and SDI internal sync, with dual interfaces for input and loop-out.

9. Standard TCP/IP network protocol for control by third-party equipment, enabling automated operations. 

10. The equipment body features a built-in operating system, allowing it to operate independently without an external control panel.

11. Supports import, export and backup of scene files. System operation log for viewing equipment operation records.

1. News, weather, thematic studio, government, education, event, etc.

2. Virtual studio and automation studio.

3. OB van, large studio, large scale activity.

4. Remote photography through network transmission.

Standard Configuration

1. One set of robotic U-type omnidirectional pan and tilt head

2. One set of silent robotic lift columns

3. One set of control cable

 

Optional Items

Optional 1: VR output module, supports RS422 serial port and Ethernet UDP communication protocols, supports VR/AR systems using FREE-D(D1) tracking data protocol such as Vizrt, ZD, Brainstorm, UE5, etc.

Optional 2: Control Panel – Simulates camera operation, supports motion templates, safe and reliable.

Optional 3: A foot control panel is provided for convenient operation.

Optional 4: AI module, enables main camera HDSDI signal input for AI face and skeleton animation recognition, auto focus, achieves low latency tracking motion capture.