What is a three-dimensional spider ropeway shooting system?

The special shooting system of three-dimensional spider ropeway integrates electronic gyroscope, servo control, motor control and image sensing technology.

Subject system engineering.

First, the shooting characteristics

1. Three-dimensional spider ropeway shooting system can dispatch flights in three-dimensional coordinate system without blind areas.

2. The camera can accurately move and hover in three-dimensional space according to the preset trajectory, and there is no dead angle.

3. The lens can rotate 360 degrees, which can realize remote push-pull, focusing and aperture control.

4. In the process of equipment moving and stopping, the camera picture can be guaranteed to be stable and jitter-free.

5. Control can be done manually or automatically.

Second, the technical characteristics

1. The transmission mode of wired coaxial optical cable is adopted, and the control and shooting signals are stable and reliable.

2. Target identification, lock tracking, fixed trajectory tracking function, and multiple flight trajectories combined flight (the system sets restrictions on various operating areas).

3. The system software limits the maximum output tension of the winch station, which can not only meet the normal operation of the system, but also meet the abnormal situation of sudden increase of tension.

The protection system automatically enters the software when an abnormal situation occurs, the system stops running, and the central camera unit hovers in the air.

In case of abnormal operation or emergency, the system automatically enters the protection mode.

Third, the technical parameters

The shooting range can be customized.

The maximum flight speed is 3m/s.

The maximum climbing ability is 90 degrees vertical.

The maximum weight of carrying a camera does not exceed 8 kg.

The bearing capacity of pulley anchor point in all directions is not less than 40kgf.

The horizontal ranges A, B, C and D are 80% of the ground projection range.

Upper height of height range = lowest height-maximum diagonal length of quadrilateral lifting point (a, c or b, D)* 10%.

Applicable scenario

* Suitable for mobile shooting of indoor and outdoor scenes.