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RBL08VH Robotic Pan and Tilt Head
RBL08VH Robotic Pan and Tilt Head
RBL08VH Robotic Pan and Tilt Head
RBL08VH Robotic Pan and Tilt Head
RBL08VH Robotic Pan and Tilt Head
RBL08VH Robotic Pan and Tilt Head

RBL08VH Robotic Pan and Tilt Head

The SEEDER RBL08VH robotic pan/tilt head system is developed for automatic shooting of AR, VR, XR, MR or real scene in various broadcast studios, remote photography, government, education, event live and so on. Features such as anti shake technology, noise reduction technology and AI curvilinear motion technology ensure the shooting of complex motion video and meet every need of professional broadcast television studios.

The robotic pan and tilt head is equipped with zoom, focus and aperture control system, which can be adapted to video shooting of handheld camera and studio camera.

The robotic control panel can control 5 axis motion of robotic pan tilt head, zoom, focus and iris through the network. Supports up to 8 robotic shooting devices, stores up to 32 programs, each with 16 sequences and 16 scenes per sequence, allowing a total of 8,192 editable scenes. The system includes two sets of control systems, namely built-in and external, which can be quickly switched for use. It comes with an emergency operation button as standard. The saved movements can be triggered with just one click. or even automatically. New movements can be created within minutes and existing movements can be modified easily. Seamlessly integrates with studio control systems like SEEDER SEEART, Vizrt MOSART, ROSS Overdrive, and GrassValley, supports graphic systems such as Vizrt, ZD, Brainstorm, UE5, and more.

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Specificationss

Technical Instruction

1. 5 axis motions (pan, tilt, zoom, focus and iris). Precisely locate track positions, adjust motion speed, and arbitrarily record.

2. Max. Payload (Pan & Tilt Head): 8kg

3. Bowl size: 100mm

4. Weight (Pan & Tilt Head): 4.6kg

5. Power: 110V/220V, 90W

6. Noise Volume: <20dB

7. Supports storage of 32 programs, 16 sequences, 256 scenes. Supports import, export and backup of scene files.

8. Comes standard with a VR output module, supports serial port RS422 and Ethernet UDP communication protocols, supports VR/AR systems using FREE-D(D1) tracking data protocol such as Vizrt, ZD, Brainstorm, UE5.

 

Movement Specifications

1. Pan range of the head: ±150°, speed: 0 - 60°/s, precision: 0.001°

2. Tilt Range of the head: ±75°, speed: 0 - 60°/s, precision: 0.001°

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

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. Absolute value encoders record motion positions and tracking data with a tracking accuracy of <0.00034° (1,000,000/360°). There is no accumulated error in the tracking data even after multiple power on/off cycles. And one-time calibration.

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

5. The full servo lenses supports B4 or PL mount and controls zoom, focus and iris functions. It retrieves built-in lens tracking data. Automatic lens delay.

6. Comes with built-in zoom, focus and iris control systems, supports quick 90-degree vertical shooting, adaptable for handheld camcorders, film cameras or still cameras for video shooting.

7. ▲Simultaneous output of 20-bit high precision FREE-D tracking data through RS422 and directed UDP network.

8. ▲Embedded operating system installed as standard, can be controlled by third party equipment or systems through standard TCP/IP network protocols, enabling automated operation.

9. Pan/tilt head and control unit are IP67 waterproof rated.

10. ▲Electronic leveling system installed as standard for quick and easy calibration.

11. The equipment body features an independent control unit, allowing operation without a control panel.

12. 10 minutes quick installation.

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

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. Robotic L-type omnidirectional pan and tilt head - 1 set

2. Robot Control Host - 1 set

3. Lens Server - 1 unit

4. Control Cable - 1 set

5. Tripod - 1 set

6. Robot Control Software - 1 set

 

Optional Items

Optional 1: Control Panel – Simulates camera operation, supports motion templates, safe and reliable.

Optional 2: AI module, enables main camera HDSDI signal input for AI face and skeleton animation recognition, auto focus, achieves low latency tracking motion capture.