1. Overall Structural Configuration

The complete structure can be divided into six functional modules:

The important point is that these are not six unrelated products.

They are arranged around one central performance area:

Rear Ringlock Wall

↓

LED Zone ← 12×10m Main Stage → LED Zone

↓

2×6m Runway

↓

Audience

Above this arrangement sits the aluminum straight and circular truss package.

2. Main Dimensions and Confirmed Configuration

These dimensions describe the supplied product configuration. They are not load-capacity or engineering-rating statements.

3. 12m × 10m Main Performance Stage

The center of the structure is a:

12m wide × 10m deep elevated performance platform.

The original configuration uses:

2m × 1m modular stage decks.

The basic stage area is therefore:

12m × 10m = 120m²

With each 2m × 1m deck covering:

2m²

a rectangular 12 × 10m surface corresponds geometrically to:

60 deck modules

before considering the separate runway.

The main stage sits approximately 2m above ground level in this configuration.

For more temporary stage configurations:

https://www.dragonstructure.com/Stage-Platform-Structure-pl07675276.html

The Stage Platform Structure category is specifically intended for elevated temporary stages and Ringlock stage-support configurations.

4. 2m × 6m Front Runway

One of the most distinctive features of this structure is the runway projecting from the front of the main stage.

Its approximate dimensions are:

2m wide × 6m long.

The runway adds:

12m²

of performance surface.

Using the same 2m × 1m deck module:

12m² ÷ 2m² = 6 deck modules

So the basic performance surface becomes:

Main Stage: 120m²

Runway: 12m²

=

Approx. 132m² total performance area

This calculation describes the platform geometry; it does not represent a structural load calculation.

5. Why the Runway Is Structurally Part of the Stage

Visually, the runway looks like an appendage added to the front.

Structurally and functionally, however, it should be treated as part of the complete performance-platform layout.

The arrangement changes from a simple rectangle:

12m × 10m

into:

12m × 10m Main Performance Area

↓

2m × 6m Audience-Facing Runway

This creates two different performance zones within one deck system:

Main Stage

→ musicians, performers and production equipment

Runway

→ performer movement toward the audience

That makes this structure fundamentally different from a standard rectangular Ringlock stage of the same nominal 12 × 10m size.

6. Ringlock Support System Below the Platform

The main stage and runway are supported by a modular Ringlock framework.

The practical system is assembled from component groups such as:

• adjustable bases;

• Ringlock standards;

• horizontal ledgers;

• diagonal braces;

• deck-support members;

• stage deck modules.

The structural arrangement can be understood at system level as:

Ground

↓

Adjustable Bases

↓

Ringlock Standards

↓

Horizontal Ledgers

↓

Diagonal Bracing

↓

Deck Support

↓

2 × 1m Stage Decks

↓

Main Stage + Runway

This explains the modular assembly logic only. It should not be interpreted as a calculated load path for a specific site.

7. Four Access Stairs

The supplied configuration contains:

four stair units.

This is important because the structure is approximately 2m high and has a much larger usable performance area than a basic stage.

The stairs create multiple entry and exit points instead of forcing performers and staff to use one access position.

The stage therefore integrates:

performance surface

runway circulation

multiple access points

as one system.

The original product confirms four stair units in this configuration.

8. Three-Sided Ringlock Wall Structure

Behind and beside the stage is a much larger Ringlock framework.

The supplied structure uses Ringlock walls on:

Left Side

Rear

Right Side

while the audience-facing front remains open.

This produces a U-shaped structural envelope around the main performance area.

From the front:

Left Ringlock Wall

│

Main Performance Stage

│

Right Ringlock Wall

with the rear wall connecting the two sides behind the performance zone.

This is one of the reasons the product should not simply be described as a 12×10m Ringlock stage.

The stage is only the horizontal performance surface inside a substantially larger temporary structure.

9. The Wall Structure Creates the Event Equipment Envelope

The three Ringlock walls provide the surrounding structural framework within which other event functions can be positioned.

In the supplied drawing, the Ringlock framework extends around the stage and creates a large three-dimensional working envelope.

This separates the structure into:

Lower Horizontal Zone

Stage + Runway

Side Vertical Zones

LED Support Areas

Rear / Upper Zone

Ringlock Structural Framework

Aluminum Zone

Straight + Circular Truss

This functional zoning is more useful than simply listing hundreds of standards, ledgers and braces.

10. Two Approximately 4m-Wide LED Support Areas

The left and right sides include dedicated LED support areas.

Each side is approximately:

4m wide.

These zones are incorporated into the Ringlock wall system rather than being treated as completely separate standalone LED towers.

Conceptually:

Left LED Zone

←

Main Stage

→

Right LED Zone

This allows the visual display system to become part of the same stage architecture.

For more LED support configurations:

https://www.dragonstructure.com/LED-Screen-Structure-pl09255276.html

The registered LED Screen Structure category covers Ringlock LED support, ground-supported LED frames and hybrid LED structures.

11. LED Area Size Is Not the Same as LED Screen Size

This distinction is important.

The supplied information identifies the side structural areas as approximately:

4m wide

and intended for LED support.

That does not automatically mean the LED screen itself should be exactly 4m wide.

Before adapting this structure to another project, the actual LED information should include:

• screen width;

• screen height;

• cabinet dimensions;

• total screen weight;

• support or hanging method;

• intended screen elevation;

• service / maintenance access.

The original product also specifically states that final LED dimensions and weights should be provided before manufacture.

12. 16m Straight Aluminum Truss Above the Stage

The upper aluminum package contains a:

16m-long 400 × 400mm straight truss.

This creates a long horizontal aluminum member across the upper stage structure.

It is important not to call this a complete aluminum roof, because the supplied configuration does not establish a conventional roof system with roof perimeter, roof slopes and canopy.

Instead, the correct description is:

upper aluminum truss package

integrated with the larger Ringlock structure.

That distinction keeps the DragonStructure page faithful to the actual supplied product.

13. 6m-Diameter Circular Truss

The largest circular aluminum element has a diameter of:

6m.

This ring forms the dominant circular feature visible above the stage.

The truss section is:

400 × 400mm.

In the overall geometry, this element introduces a circular production zone inside a structure otherwise dominated by rectangular Ringlock grids.

That contrast is one of the defining visual and structural characteristics of this product:

Rectangular Ringlock Grid

Straight Aluminum Truss

Circular Aluminum Truss

14. 4m-Diameter Circular Truss

A second circular truss has a smaller diameter of:

4m.

The 4m ring and 6m ring create a nested or layered circular arrangement.

So the upper aluminum system is not simply:

“one circle truss.”

It consists of:

16m Straight Truss

Ø6m Circular Truss

Ø4m Circular Truss

The original DragonTruss product confirms all three components.

15. Why the Circular Truss Changes the Character of the Structure

A conventional temporary stage is usually dominated by rectangular geometry:

• rectangular deck;

• rectangular scaffold bays;

• rectangular LED screens;

• straight truss.

This structure introduces two large circular elements into that grid.

The result is:

Ringlock provides the large modular structural envelope.

Aluminum truss creates the customized overhead production geometry.

This is precisely why it fits the DragonStructure Ringlock + Aluminum Structure concept rather than being treated as a standard scaffold stage.

16. Ringlock and Aluminum Perform Different Jobs

The complete structure combines two modular systems, but they should not be described as interchangeable.

Ringlock System

Used to create:

• main stage support;

• runway support;

• three-sided wall structure;

• side LED support zones;

• surrounding vertical structural grid.

Aluminum Truss System

Used to create:

• 16m straight overhead truss;

• 6m circular truss;

• 4m circular truss;

• customized upper event-production geometry.

Therefore the basic structural concept is:

Ringlock = platform + large surrounding framework

while:

Aluminum Truss = customized overhead geometry

This is the central structural logic of the product.

17. Overall Structural Relationship

The complete configuration can be read vertically and horizontally.

Horizontally

Left LED Support

←

12×10m Main Stage

→

Right LED Support

↓

2×6m Runway

Vertically

Ground

↓

Ringlock Base and Support Grid

↓

Main Stage / Runway

↓

Three-Sided Ringlock Wall Envelope

↓

16m Straight Aluminum Truss

↓

Ø6m + Ø4m Circular Truss Arrangement

This makes the product much easier to understand than viewing it as one large BOQ.

18. Modular Assembly Logic

A practical assembly sequence would normally be organized by structural modules rather than installing every component randomly.

At a general system level:

1. Establish the stage and wall footprint

↓

2. Position adjustable bases

↓

3. Build the Ringlock standards and ledgers

↓

4. Add diagonal bracing

↓

5. Develop the main platform support grid

↓

6. Install main stage and runway decks

↓

7. Integrate stair access

↓

8. Continue the three-sided Ringlock wall structures

↓

9. Establish the LED support zones

↓

10. Integrate the aluminum straight and circular truss package

This is a structural breakdown of modular assembly logic, not a substitute for a project-specific engineered erection procedure.

19. BOQ — Stage Platform and Runway

The complete product BOQ should be understood by functional groups rather than as one undifferentiated list.

Main Performance Platform

Runway

Therefore the stage and runway together represent approximately:

132m² of performance surface

or geometrically:

66 pieces of 2m × 1m deck modules

where the platform is filled exactly according to the stated rectangular dimensions.

This 66-piece figure is a geometric calculation from the confirmed dimensions, not an invented engineering quantity.

20. BOQ — Ringlock Support Components

The Ringlock system uses the standard modular component families required to create the platform and surrounding walls.

Exact Ringlock quantities should follow the original quotation/BOQ and final drawing.

They should not be reconstructed from the rendered image alone.

This follows the DragonStructure Product rule that exact quantities must not be invented when they are not reliably available from the source.

21. BOQ — Access System

The final stair position can be adjusted according to backstage access, performer circulation and site layout.

However, relocating stairs can affect the surrounding Ringlock and guardrail arrangement, so access should be defined before the final BOQ is frozen.

22. BOQ — Three-Sided Ringlock Wall Structure

The supplied configuration contains:

These three walls form the main surrounding structural envelope.

The exact quantities of standards, ledgers and braces depend on the confirmed bay arrangement and wall dimensions in the original project BOQ.

23. BOQ — LED Support Areas

The structure provides the support area; it does not establish a universal LED-screen capacity.

24. BOQ — Aluminum Truss Package

The original product confirms these three principal aluminum-truss elements.

Actual segmentation, connector quantity and supporting accessories should follow the manufacturing BOQ rather than being inferred from the rendering.

25. BOQ Summary by Functional System

26. What Makes This Different From a Basic Ringlock Concert Stage?

A basic Ringlock stage might consist primarily of:

platform + stairs + guardrails.

This structure expands that concept substantially:

Stage

→ provides the central performance surface.

Runway

→ extends performance toward the audience.

Four Stairs

→ create multiple access routes.

Three Ringlock Walls

→ form a large surrounding structural envelope.

Two LED Zones

→ integrate visual-display positions.

Straight Truss

→ adds an upper production line.

Two Circular Trusses

→ add customized overhead event geometry.

So the product is better understood as a concert production structure built around a Ringlock stage, not merely a stage platform.

27. Suitable Applications

This structural concept is suitable as a reference configuration for:

• large concerts;

• music festivals;

• live shows;

• televised performances;

• fashion and entertainment productions requiring a runway;

• events using large side LED screens;

• productions requiring customized circular lighting-truss geometry.

The actual configuration should be adapted to the venue, equipment and project requirements rather than copied solely because another event used the same dimensions.

28. Customization Variables

The structure can be reorganized around different production requirements.

Typical variables include:

Main Stage

• width;

• depth;

• height;

• deck layout.

Runway

• width;

• length;

• direction;

• position.

Access

• stair quantity;

• stair width;

• stair position;

• backstage access.

Ringlock Walls

• wall height;

• wall width;

• bay arrangement;

• rear / side configuration.

LED Zones

• screen width;

• screen height;

• screen weight;

• support position;

• service access.

Aluminum Truss

• straight-truss length;

• truss section;

• circle diameter;

• number of circles;

• segmentation;

• hanging / support position.

Changing one module may affect adjacent modules, so customization should be treated as a coordinated structural configuration rather than simply changing one SKU dimension.

29. An Important Unconfirmed Function in the Upper Ringlock Area

The original product information contains one useful boundary that should be preserved.

The customer indicated that equipment may be installed in the upper Ringlock structure, but the final function was not confirmed in the source material.

Therefore this DragonStructure page should not automatically rename those positions as:

• speaker towers;

• line-array supports;

• lighting towers;

• equipment hanging points.

Before assigning a specific function, the project should confirm:

equipment type + dimensions + weight + position + connection method.

This is a good example of the difference between:

what the drawing appears capable of accommodating

and

what the supplied project information actually confirms.

30. Engineering and Verification Boundary

Confirmed Configuration Facts

The supplied product information confirms:

• 12m × 10m main stage;

• approximately 2m stage height;

• 2m × 1m modular stage decks;

• approximately 2m × 6m runway;

• four stair units;

• rear and side Ringlock wall structures;

• approximately 4m-wide LED support areas on both sides;

• 16m-long 400 × 400mm straight aluminum truss;

• Ø6m 400 × 400mm circular truss;

• Ø4m 400 × 400mm circular truss.

Geometrically Derived Information

From those confirmed dimensions:

• 12 × 10m main platform = 120m²;

• 2 × 6m runway = 12m²;

• combined performance area ≈ 132m²;

• a fully filled rectangular layout using 2 × 1m modules corresponds geometrically to approximately 66 deck modules.

These are dimensional calculations, not structural calculations.

Not Established by the Supplied Information

The supplied material does not establish verified values for:

• stage load capacity;

• LED-screen allowable weight;

• circular-truss allowable load;

• straight-truss allowable load;

• suspension-point capacity;

• Ringlock wall equipment capacity;

• wind rating;

• ballast requirement;

• anchoring requirement;

• foundation requirement;

• safety factor;

• certification;

• local-code compliance;

• engineering approval.

These must be determined from the actual equipment, site, environmental conditions and applicable project requirements.

31. Information Needed for a Similar Structure

For a similar concert structure, provide:

• required main-stage width and depth;

• required stage height;

• runway width and length;

• runway direction;

• stair quantity and preferred positions;

• required Ringlock wall dimensions;

• LED-screen width and height;

• LED-screen total weight;

• screen support / hanging method;

• lighting equipment information;

• required straight-truss length;

• required circular-truss diameter;

• equipment to be installed on the trusses;

• equipment weights;

• required hanging positions;

• site plan;

• indoor or outdoor use;

• project location;

• ground / venue information;

• existing drawings or reference images.

The structure can then be developed through:

Performance Requirement

→ Main Stage

→ Runway

→ Access

→ Ringlock Wall Envelope

→ LED Zones

→ Upper Aluminum Truss Geometry

→ Final Integrated Structure

32. Related DragonStructure Pages

Ringlock + Aluminum Structure

https://www.dragonstructure.com/Ringlock-Aluminum-Structure-pl03055276.html

The most important related category for this product. It explains structures in which Ringlock and aluminum systems perform different functions within one integrated configuration.

Stage Platform Structure

https://www.dragonstructure.com/Stage-Platform-Structure-pl07675276.html

For other Ringlock-supported elevated stage and performance-platform configurations.

LED Screen Structure

https://www.dragonstructure.com/LED-Screen-Structure-pl09255276.html

For temporary Ringlock and hybrid structural systems developed around LED-screen support requirements.

33. Original DragonTruss Product

The manufacturing and supply version of this structure is:

12x10m Ringlock Concert Stage with 2x6m Runway, LED Side Structures and 400mm Circular Truss

Original Product URL:

https://www.dragontruss.com/12x10m-Ringlock-Concert-Stage-with-2x6m-Runway-LED-Side-Structures-and-400mm-Circular-Truss-pd133008238.html

The original DragonTruss page records the customized supply configuration, including the 12×10m stage, runway, access, Ringlock walls, LED areas and aluminum truss package.

The two pages therefore answer different questions:

DragonTruss

→ What customized concert-stage package can be manufactured and supplied?

DragonStructure

→ How do the main stage, runway, access, three-sided Ringlock walls, LED zones and circular aluminum trusses fit together as one temporary concert structure?

This separation follows the DragonStructure rule that Product content should explain “what is this structure and how is it built/configured?”, rather than duplicate the manufacturer's product page.

FAQ

What is the main stage size?

The main performance stage is 12m × 10m and approximately 2m high in the supplied configuration.

What size is the runway?

The front runway is approximately 2m wide × 6m long.

What stage deck size is used?

The main stage and runway use 2m × 1m modular stage decks.

How many stairs are included?

The supplied configuration includes four stair units.

What do the three Ringlock walls do?

They create the large rear and side structural envelope around the performance area and provide the framework within which side LED zones and other event-production functions can be integrated.

Are the side LED screens exactly 4m wide?

Not necessarily. The structural support areas are approximately 4m wide. Final LED-screen dimensions and weights should be confirmed before the structure is finalized.

What aluminum truss is included?

The confirmed configuration includes a 16m-long 400 × 400mm straight truss, a 6m-diameter circular truss, and a 4m-diameter circular truss.

Is this an aluminum roof structure?

No. Based on the supplied product information, it is more accurate to describe the upper section as a customized aluminum truss package, not as a complete conventional roof.

Can the circular truss diameters be customized?

Yes. The original product identifies diameter, section, segmentation, finish and connection configuration as customizable project variables.

Can equipment be installed on the upper Ringlock or aluminum truss?

Potentially, but the supplied material does not establish universal equipment capacities. Equipment type, dimensions, weight, position and connection method should be confirmed and the project-specific requirements verified before finalizing the structure.

Structure Classification

Recommended Product Name: 12x10m Hybrid Ringlock Concert Stage with 2x6m Runway, LED Support Walls and Circular Truss
Original Product Name: 12x10m Ringlock Concert Stage with 2x6m Runway, LED Side Structures and 400mm Circular Truss
Primary Category: Ringlock + Aluminum Structure
Secondary Functions: Stage Platform + LED Support + Access
Main Stage: 12m × 10m
Stage Height: Approx. 2m
Runway: Approx. 2m × 6m
Performance Surface: Approx. 132m²
Deck Module: 2m × 1m
Access: 4 stair units
Ringlock Envelope: Rear + Left + Right Walls
LED Zones: 2 × approx. 4m-wide side support areas
Straight Aluminum Truss: 16m, 400 × 400mm
Circular Truss: Ø6m + Ø4m, 400 × 400mm
Main Systems: Steel Ringlock + Aluminum Truss
Application: Concert / Festival / Live Event Production
Core Structural Logic: Elevated Performance Platform + Runway + Three-Sided Ringlock Equipment Envelope + LED Support Zones + Customized Straight and Circular Aluminum Truss

Short Description

A hybrid concert structure combining a 12×10m elevated Ringlock stage, 2×6m front runway, four access stairs, three-sided Ringlock support walls, two approximately 4m-wide LED zones, and a customized 400×400mm aluminum truss package consisting of a 16m straight truss plus 6m and 4m circular trusses. The structure integrates performance, circulation, display support and overhead production geometry within one modular event system.