A stage electric boom flying system is a setup used in theatrical and entertainment productions to suspend and control the movement of stage booms. Booms are structural elements that extend horizontally from a fixed point and are often used to support lighting fixtures, microphones, cameras, or other equipment. The electric boom flying system allows for dynamic and controlled positioning of these booms during a performance.

Here are key components and features of a stage electric boom flying system:

Electric Booms: These are horizontal structures or arms that can extend and retract, typically equipped with electric motors for movement. The booms serve as support structures for various equipment, and their electric motors enable precise control over their positioning.

Control System: The flying system includes a control system that allows operators to manipulate the electric booms. This control can be achieved through a control panel or a remote device, enabling the operators to adjust the height, angle, and movement of the booms during a performance.

Safety Features: Stage flying systems are equipped with safety features to ensure the protection of both equipment and performers. These features may include emergency stop buttons, overload protection, and limit switches to prevent the booms from moving beyond specified parameters.

Mounting Points: The electric booms are attached to mounting points, which are often located on the stage or within the venue structure. These points provide a secure anchor for the booms and contribute to the stability of the flying system.

Rigging Accessories: Rigging elements such as cables, pulleys, and hooks are essential components that facilitate the secure attachment of the booms to the flying system. These accessories are carefully selected and installed to ensure safe and reliable operation.

Power Supply: An electric boom flying system requires a reliable power supply to operate the electric motors. Power is typically provided by the venue's electrical system or a dedicated power source.

Programming and Preset Functions: Some advanced systems may offer programming and preset functions, allowing operators to pre-set and automate specific movements and positions of the electric booms. This capability enhances the efficiency and precision of the system during performances.

Operator Training: Proper training of operators is crucial for the safe and effective use of the electric boom flying system. Operators should be familiar with the control interface, safety protocols, and emergency procedures.

Stage electric boom flying systems are employed in various entertainment settings, including theaters, concert venues, and television studios. They contribute to the dynamic and visually impactful aspects of a performance by providing flexible and controlled movement of equipment above the stage. As with any flying system, adherence to safety standards and regular maintenance is essential for reliable and secure operation.