RBL08CR Robotic Crane

The SEEDER RBL08CR robotic crane 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. Light weight, flexible and cost-effective are part of its main features. Optical and dynamic collision avoidance technology makes the equipment run safety and stably. Meanwhile, 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 applications. The robotic control panel can control 8 axis motion of XYZ, robotic pan tilt head, zoom, focus and aperture through the network. It can control up to 8 robotics, preset 32 programs, 16 sequences per program, and 16 scenes per sequence. 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. It allows an operator to easily create dynamic moves such as W or S without losing camera orientation. 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.

Technical Instruction

1. 8 axis motion(left/right & up/down & back/forth of the jib, pan-tilt of head, zoom, focus and aperture)

2. Crane length is 1.8m - 3.2m, and the height is 3m, can be adjusted manually

3. Payload of the pan & tilt head: 8kg

4. The portable tripod is adopted, the overall weight is 35kg

5. Power:100-220V, 180W

6. Noise Volume: <20dB (at the maximum speed)

7. Supports storage of 32 programs, 16 sequences per program, and 16 scenes per sequence.

8. Robotic crane supports hoisting and vehicle mounted; The pan tilt head supports vertical shooting and independent use, and provides power supply of 12V1.5A、5V2A.


Movement Specification

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

Tilt range of the head: ±60°, speed:0-60°/s, precision:0.001°

Pan range of the jib: ±355°, speed:0-60°/s, precision:0.001°

Tilt range of the jib: ±60°, speed:0-60°/s, precision:0.001°

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

1. Each module is independent and can be assembled quickly in 10 minutes without any tools in the whole process.

2. Fast start stop anti shake technology.

3. AI curvilinear motion of 16 consecutive points.

4. The absolute encoders are used to record the motion position.

5. One-time calibration, available in 10 seconds after power on.

6. It supports full and semi servo lens, and the lens servo system in the standard configuration can control the zoom, focus and aperture of handheld cameras, DSLRs, etc.

7. FreeD protocol tracking data with 23 bit (8,300,000 / 360 °) tracking accuracy can be output through RS422 and 8-way directional UDP. CCD offset value can be set.

8. Standard TCP / IP network protocols, which can be controlled by third-party equipment or system to realize automatic operation.

9. Auto targeting stage scene.

10. Support graphic systems such as Vizrt, Avid (Orad), Brainstorm, UE5, etc.

11. Support studio control systems such as SEEDER AISS、Vizrt MOSART、ROSS Overdrive、GrassValley IGNITE, etc.

12. Optical and dynamic dual collision avoidance technology.

13. The visual universal horizontal fine-tuning system is in the standard configuration, with an accuracy of 0.01 degrees, and is suitable for XR high-precision virtual data.

14. The performance of the second generation control module is improved by 4 times, and the independent dual system runs Linux and windows at the same time.

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.

5. Light weight, small volume, convenient for indoor and outdoor flexible application.

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

2. One set of 1.8m-3.2m telescopic jib arm

3. One set of robot tripod chassis

4. One set of control box

5. One set of lens server

6. One set of control cable