Fly system

Definition

A fly system is a set of ropes, pulleys, and counterweights used in theatres to raise and lower scenic elements, such as backdrops and props, above the stage. This system allows for quick scene changes and the ability to create different visual effects by controlling the height and position of various elements on stage. It is crucial for effective scene shifting and stage management, enabling smooth transitions between different settings during a performance.

5 Must Know Facts For Your Next Test

1. Fly systems are typically operated from a control area known as the fly rail, where stagehands can manipulate the ropes and pulleys safely out of view.
2. There are different types of fly systems, including manual systems, which rely on human strength, and automated systems, which use motors for ease of operation.
3. Safety is a critical concern in using fly systems; proper training and adherence to safety protocols are essential to prevent accidents during scene changes.
4. Fly systems can support various types of scenic elements, including curtains, lighting fixtures, and props, making them versatile tools in theatrical production.
5. The design and implementation of a fly system vary depending on the stage configuration; for example, a proscenium stage may utilize a different approach compared to a thrust stage.

Review Questions

• How does the fly system contribute to the overall efficiency of scene changes in theatrical productions?
  • The fly system enhances the efficiency of scene changes by allowing quick adjustments to scenery without interrupting the flow of a performance. Stagehands can raise or lower elements like backdrops or props seamlessly from above the stage. This capability is vital for maintaining audience engagement, as it minimizes downtime between scenes and helps create a dynamic visual experience that aligns with the story being told.
• What safety measures should be implemented when using a fly system during performances?
  • Safety measures for using a fly system include thorough training for all personnel involved in operating the system. Regular inspections should be conducted on all rigging components to ensure they are in good working condition. Additionally, clear communication protocols must be established among crew members during scene changes to prevent accidents. Use of safety equipment such as harnesses or safety lines when working at heights is also recommended.
• Evaluate how different stage configurations might influence the design and functionality of a fly system.
  • Different stage configurations significantly impact the design and functionality of a fly system. For instance, a proscenium stage often requires an extensive grid system to accommodate multiple flying elements due to its depth. In contrast, thrust stages may necessitate a more compact system since audience proximity affects visibility. Additionally, arena stages might require innovative solutions to manage sightlines while still allowing for versatile scene changes. These considerations ensure that the fly system effectively supports the production's artistic vision while meeting practical operational needs.

Related terms

Rigging: The process of securing and suspending equipment and scenery using ropes, cables, and other hardware.

Counterweight: Weights used in a fly system to balance the load of the scenery, allowing for easier manipulation and stability.

Gridiron: A framework of beams or bars located above the stage that supports the fly system and allows for the attachment of various rigging elements.