Structure Configuration

Project Specifications

The compact 2×2m footprint makes this configuration suitable for locations where a dedicated control area is required but available space is limited.

3. Structural Breakdown

Ringlock Main Frame

The primary load-bearing structure consists of a modular Ringlock frame.

The system uses the typical Ringlock structural logic:

vertical standards;

horizontal ledgers;

diagonal bracing;

connection nodes.

The connection principle allows the structure to be expanded beyond the basic 2×2m footprint.

For example:

a larger FOH control area;

a double-width production booth;

separated sound and lighting control positions.

can be achieved by extending the Ringlock grid.

The structural module remains the same; only the layout changes.

4. FOH & Control Application Logic

A professional event requires more than performance space.

Behind the audience area, technical teams need temporary working environments for:

audio control;

lighting control;

video operation;

production management;

communication coordination.

A Ringlock FOH structure provides a defined working area separated from public access.

Compared with a simple tent or temporary shelter, the Ringlock structure provides:

stronger modular framing;

better adaptability;

easier connection with additional structures.

5. Canopy Roof System

The canopy functions as the weather protection layer above the control area.

For FOH applications, the roof mainly protects:

mixing consoles;

lighting consoles;

video equipment;

operators.

The roof configuration can be adjusted according to:

required coverage area;

local weather conditions;

equipment arrangement.

For larger outdoor productions, additional considerations such as ballast, anchoring and wind conditions need to be evaluated according to the final site condition.

6. Curtain Enclosure System

The curtain system creates a semi-enclosed working environment.

Its functions include:

reducing direct sunlight;

providing visual separation;

improving working privacy;

defining the control zone.

Unlike a permanent building, this type of enclosure maintains the temporary and reusable characteristics required by event production.

7. Structural Advantages

Modular Expansion

The biggest advantage of using Ringlock as the base system is flexibility.

A 2×2m structure can become a reference module for larger temporary spaces.

Possible extensions include:

The structure changes according to operational requirements rather than forcing the event layout to fit a fixed product.

Reusable Temporary Structure

Many event spaces are temporary.

A FOH structure may be installed for:

one-day concerts;

touring productions;

festivals;

outdoor exhibitions.

A modular Ringlock system allows components to be reused for different projects.

This reduces dependence on single-purpose structures.

8. Assembly Logic

The typical installation sequence is:

Prepare the installation position;

Install adjustable bases;

Assemble vertical Ringlock standards;

Install horizontal members;

Add diagonal bracing;

Install canopy frame;

Attach curtain enclosure.

The modular assembly process follows the same principle used in temporary event structures:

defined components;

repeatable connection;

adjustable configuration.

For broader modular installation principles, refer to:

Installation Methodology for Modular Stage, Truss & Scaffold Systems

9. Design Considerations for FOH Structures

Although the structure is compact, the final configuration depends on actual usage.

Important factors include:

Equipment Load

A control booth supporting:

audio console;

lighting console;

video equipment;

requires different considerations from a simple shelter.

Location

Outdoor installation requires attention to:

ground condition;

wind exposure;

anchoring method.

Size Requirement

A small FOH structure may be enough for basic events.

Large festivals may require:

wider control areas;

elevated platforms;

additional weather protection.

The Ringlock system allows these requirements to be adjusted through modular expansion.

10. Related Structure Cases

Ringlock Sound Support Structure

Ringlock Stage & Platform Structure

Ringlock LED Screen Support Structure

Hybrid Ringlock + Aluminum Structure

Design Note

This 2×2m modular Ringlock structure demonstrates how the same temporary structure system can serve different event functions.

The structural components remain consistent, while the application changes according to operational needs.

For DragonStructure, this case represents a compact example of a Ringlock-based FOH and control structure, showing how modular event spaces can be created from standardized structural components.