This structure should not be understood simply as a 24m Ringlock wall with a stage in front of it.

The confirmed configuration combines three major structural zones:

24m-Wide Ringlock Event Envelope

12×12m Aluminum Roof / 12×10m Performance Stage

Two 6×4×8m Front LED Wings

The overall Ringlock structure measures approximately:

• 24m wide

• 14m deep

• 8m high

Inside this larger structural envelope, the aluminum roof measures approximately:

• 12m wide

• 12m deep

• 8m high

and covers a performance platform measuring:

• 12m wide

• 10m deep

• 2m high

At the front left and front right, two LED wings each measure approximately:

• 6m wide

• 4m deep

• 8m high

Two aluminum stairs provide access to the 2m-high performance platform.

The result is not a collection of unrelated products. It is one large concert-stage architecture in which Ringlock and aluminum systems perform different structural functions.

1. What Is This Structure?

The simplest way to understand the complete configuration is:

Outer Ringlock Envelope

→ defines the large 24m concert-stage volume

Central Aluminum Roof

→ creates the covered performance zone

12×10m Stage

→ creates the performance floor

Twin LED Wings

→ extend the visual/support structure to the front left and right

Two Aluminum Stairs

→ provide stage access

Conceptually:

                24m OVERALL WIDTH

┌──────────────────────────────────────────┐
│              RINGLOCK ENVELOPE           │
│                                          │
│   LED        12×12m ROOF         LED     │
│   WING      ┌────────────┐       WING    │
│   6×4m      │ 12×10m     │       6×4m    │
│             │   STAGE    │               │
│             └────────────┘               │
│                 STAIRS                   │
└──────────────────────────────────────────┘

        Overall depth approx. 14m
        Overall height approx. 8m

This diagram explains functional zoning only. It is not an engineering drawing.

2. Why “Concert Stage Envelope” Instead of “Ringlock Truss Wall”?

The original DragonTruss commercial name emphasizes the Ringlock Truss Wall.

For DragonStructure, however, that wording understates what the Ringlock system is actually doing.

The confirmed Ringlock structure extends approximately:

24m wide × 14m deep × 8m high

and contains:

• 469 horizontal pipes;

• 382 diagonal pipes;

• 210 vertical pillars;

• 61 adjustable bases.

This is therefore much more than a simple background wall.

It creates a large three-dimensional structural zone around the central stage and its side functions.

For DragonStructure, Stage Envelope is more useful because it communicates the structural relationship:

The central performance stage sits inside a much larger Ringlock event framework.

That is the defining structural idea of this product.

3. Overall Structural Configuration

The complete structure can be divided into four principal functional zones:

The hierarchy is therefore:

Ground

↓

Large Ringlock Structural Envelope

↓

Performance Stage + LED Zones

↓

Aluminum Roof Structure

This is a clear example of a hybrid temporary event structure.

For related mixed-system structures, see:

Ringlock + Aluminum Structure

4. 24x14x8m Ringlock Structural Envelope

The outer Ringlock structure is approximately:

24m W × 14m D × 8m H

Its confirmed BOQ contains:

Packing Weight: approx. 7,650kg
Packing Volume: approx. 13CBM

The quantities themselves demonstrate the scale of this module.

This Ringlock system should not be interpreted merely as support directly below the stage floor.

Its role is broader: it establishes the large surrounding structural volume into which the central aluminum roofing stage and front LED wings are organized.

For the broader modular system, see:

Ringlock Structure

5. Central 12x12m Aluminum Roof

Inside the larger Ringlock envelope sits a separate aluminum roofing system measuring approximately:

12m wide × 12m deep × 8m high

This creates the principal covered performance zone.

The relationship between the two systems is therefore:

24m Ringlock Envelope

contains / surrounds

12m Aluminum Roof

rather than:

Ringlock and aluminum performing the same structural job.

This functional separation is exactly why the structure belongs in Ringlock + Aluminum Structure.

6. Main Aluminum Roof Frame

The principal roof-frame package uses different truss sections for different parts of the roof.

Main Roof Perimeter

12m Front Beams — 2 Sets

The source lists CS389×389 square truss sections using:

• 3m sections;

• 2m sections;

• 1m sections.

Main tube:

50 × 3.0mm

Truss section:

CS389 × 389mm

10m Side Beams — 2 Sets

The side beams also use CS389×389 truss sections based on:

• 3m sections;

• 2m sections;

• 1m sections.

Main tube:

50 × 3.0mm

Truss section:

CS389 × 389mm

The supplied roof therefore uses a larger aluminum square-truss section around its main perimeter.

7. Four 7m Aluminum Roof Pillars

The main roof package contains:

4 × 7m pillar sets

using:

CS289 × 289mm aluminum truss

assembled from listed:

• 3m;

• 2m;

• 1m

sections.

These vertical roof supports belong to the aluminum roof system rather than the surrounding Ringlock envelope.

That distinction should remain visible:

Ringlock Envelope

≠

Aluminum Roof Towers / Pillars

even though both appear in the same completed concert structure.

8. Roof Tower & Lifting Components

The confirmed aluminum roof package also includes frame-tower and lifting components such as:

• Spigot Sleeve Block S;

• Steel Base S;

• Top Section S;

• BA05 manual hoist, source-listed as 2 tons;

• Spigot Hinge Section, H=1m;

• BA04 fibre sling, source-listed as 2 tons × 3m;

• Long outrigger.

These components form part of the supplied roof erection / lifting configuration.

Important Load Boundary

The source specification identifying the manual hoist and sling as 2-ton components does not establish a 2-ton allowable roof load.

Component rating and complete structural capacity are different questions.

No overall roof capacity should be inferred from the hoist specification.

9. Upper Peak-Roof Geometry

The roof also contains a secondary upper truss system.

Confirmed components include:

Roof Pillars

2 sets × 1.2m

CS289×289.

10m Top Beam

1 set

assembled from listed:

• 3m;

• 2m;

• 1m

CS289×289 sections.

6.2m Oblique Beams

4 sets

assembled from:

• 3m;

• 2m;

• 1.2m

CS289×289 sections.

6.2m Ladder Trusses

8 sets

using:

CL30, 289 × 50mm

and listed:

• 3m;

• 2m;

• 1.2m

sections.

This means the aluminum roof is not simply a flat rectangular perimeter.

It contains a secondary upper roof geometry built from smaller square truss and ladder-truss components.

10. Roof Connection Components

The source also lists:

• 4 × 4-way roof corners

• 5 × 5-way roof corners

• 1 × connection plate with clamp

• single clamps

• double clamps

• beam cubes

• roof canopy

The roof canopy is listed as:

PVC

with:

blue or customized color

and a source-listed area of approximately:

208.96m²

These components complete the supplied roof configuration.

The BOQ does not provide engineering calculations for the roof connections, so no connection capacity should be inferred from the component list.

11. 12x10m Main Performance Stage

Inside the 12×12m roof structure, the confirmed performance platform measures:

12m wide × 10m deep × 2m high

Nominal plan area:

120m²

The stage uses:

60 × 1m × 2m aluminum assembly stage decks

with:

18mm plywood topping.

The stage floor therefore occupies a smaller plan area than the 12×12m outer roof.

This is structurally useful to understand:

Roof Envelope

12×12m

↓

Performance Floor

12×10m

The roof and stage should therefore not be treated as identical rectangles simply because they share the same 12m width.

For related Ringlock and temporary stage configurations, see:

Stage & Platform Structure

12. Complete Stage Platform BOQ

Stage Packing Weight: approx. 3,650kg
Stage Packing Volume: approx. 20CBM

The 60 deck modules correspond to:

60 × 2m² = 120m² nominal deck surface

which matches the confirmed 12×10m stage plan.

This is descriptive arithmetic only; it does not establish platform load capacity.

13. Two Aluminum Access Stairs

The stage package contains:

2 aluminum stairs

for the approximately 2m-high stage platform.

The source identifies them as an 8-step configuration.

The stair modules create the personnel-access relationship:

Ground

↓

Aluminum Stair

↓

2m-High Performance Stage

The exact final stair positions can vary according to event circulation and project layout.

If the stair position changes, surrounding stage and structural interfaces may also need to be reviewed.

14. Two 6m Front LED Wings

One of the strongest identifiers of this product is the pair of symmetrical front side structures.

Each confirmed LED wing measures approximately:

6m wide × 4m deep × 8m high

and there are:

2 wings

positioned at the front left and front right of the main performance area.

Conceptually:

      LEFT LED                 RIGHT LED
       WING                      WING
      6×4×8m                  6×4×8m
         │                        │
         ▼                        ▼
   ┌──────────┐            ┌──────────┐
   │          │  MAIN      │          │
   │          │  STAGE     │          │
   │          │  + ROOF    │          │
   └──────────┘            └──────────┘

These two wings extend the stage architecture beyond the central 12m-wide roof.

That is how a 12m central roof becomes part of a much broader 24m-wide overall event structure.

15. LED Wing Size Is Not Automatically LED Screen Size

This distinction is important.

The confirmed structural zone is:

6m × 4m × 8m per wing.

That does not establish that the actual LED screen must be:

6m × 8m

or any other specific screen dimension.

Before configuring the LED system for another project, useful information includes:

• LED screen width;

• LED screen height;

• cabinet size;

• total screen weight;

• mounting/support method;

• screen elevation;

• maintenance requirement;

• cable-routing requirement.

The supporting structural zone and the actual LED display are related, but they are not the same thing.

For more LED-support structures, see:

LED Screen Structure

16. Why the LED Wings Matter to the Overall Stage Architecture

If the structure contained only the 12×12m roof and 12×10m stage, it would essentially be a conventional roofed performance stage.

The two 6m wings change that.

They expand the front elevation outward and create dedicated visual-support zones on both sides of the central performance area.

The overall front composition becomes:

LED Wing

Central Roofed Stage

LED Wing

rather than simply:

Roofed Stage

This is one of the main reasons the outer Ringlock envelope reaches approximately 24m overall width.

17. Why This Product Is Different from the Existing 14x10m Hybrid Concert Stage

DragonStructure already has a:

14x10m Hybrid Concert Stage Structure with Ringlock Platform, Peak Roof, LED Wings and Sound Supports

That product combines a 14×10m Ringlock stage, extensive surrounding Ringlock support structures, two 6m LED/sound wings and a peak aluminum roof.

This 24m product has a different structural hierarchy.

Existing 14×10m Product

Ringlock performance stage

Ringlock LED / sound support zones

Aluminum peak roof

This 24m Product

Large 24×14×8m Ringlock event envelope

Separate 12×12×8m aluminum roofing stage

12×10×2m aluminum modular performance platform

Twin 6×4×8m front LED wings

The central stage system itself is therefore different.

This page is not simply a larger version of the existing 14×10m Product.

18. Difference from the 12x10m Runway + Circular Truss Structure

DragonStructure also has a 12x10m Hybrid Ringlock Concert Stage with 2x6m Runway, LED Support Walls and Circular Truss. That configuration uses a Ringlock performance stage, runway, LED-support areas and straight/circular aluminum truss rather than a complete 12×12m aluminum roofing system.

So the distinction is:

Runway + Circular Truss Product

Performance extension and overhead circular production geometry are the main identifiers.

This Product

Large outer Ringlock envelope + central complete aluminum roof + symmetrical 6m front LED wings are the main identifiers.

The search intent and structure breakdown are therefore different enough to justify separate Product pages.

19. What the BOQ Tells Us

The component quantities reveal three very different scales of structure.

Ringlock Envelope

469 horizontals + 382 diagonals + 210 pillars

→ very large surrounding modular framework.

Aluminum Roof

Multiple CS389×389, CS289×289 and CL30 truss groups

→ dedicated overhead roof system with its own pillars, beams, roof geometry and lifting components.

Performance Stage

60 × 1×2m decks

→ independent 120m² performance floor.

This means the complete product should not be reduced to:

“Ringlock wall + roof.”

A more accurate reading is:

a large event envelope containing an independent roofed performance system and two dedicated side visual zones.

20. Module Relationship

The complete structure can be understood as:

Module A — Outer Ringlock Envelope

24×14×8m surrounding structural framework.

Module B — Central Aluminum Roof

12×12×8m roof structure.

Module C — Main Stage

12×10×2m performance platform.

Module D — Access

2 aluminum stair units.

Module E — Twin LED Wings

2 × 6×4×8m side visual/support structures.

The important DragonStructure principle is:

One project can contain several structural systems without treating them as unrelated products.

The useful question is how those modules work together.

21. Assembly Logic

At Product-page level, the structural relationship can be understood in this sequence:

1. Establish the overall 24×14m Ringlock layout.

2. Assemble the Ringlock standards, ledgers and diagonal bracing to create the surrounding 8m-high envelope.

3. Reserve the central structural zone for the aluminum roofing stage.

4. Establish the two front 6×4m LED-wing zones.

5. Assemble the 12×10m modular performance platform to approximately 2m height.

6. Install the two stage-access stairs.

7. Assemble the aluminum roof pillars and main CS389×389 roof beams.

8. Assemble the secondary CS289×289 and CL30 upper roof members.

9. Complete the roof connection and lifting interfaces according to the approved configuration.

10. Install the roof canopy.

11. Coordinate the LED-wing structural arrangement with the actual LED-screen requirements.

12. Complete project-specific stabilization, anchoring or other engineering measures where required.

This explains structure composition and modular assembly logic only.

It is not a substitute for the approved erection drawing or project-specific engineering procedure.

22. Why the Systems Are Not Interchangeable

The structure demonstrates an important hybrid-design principle.

Ringlock is used where a large modular three-dimensional framework is required.

Aluminum truss is used where a dedicated roof geometry is required.

Aluminum modular staging is used for the performance floor.

These systems should not be viewed as competitors inside the same project.

Their relationship is:

Ringlock

→ large structural envelope

Aluminum Truss

→ overhead roof

Aluminum Stage

→ performance surface

This is why DragonStructure separates structural function from physical material.

For related hybrid configurations, see:

Ringlock + Aluminum Structure

23. Customization Logic

The published configuration is one project-style solution.

For another project, the following variables can change:

• total Ringlock width;

• total Ringlock depth;

• overall height;

• central roof width and depth;

• stage width and depth;

• stage height;

• LED wing width;

• LED wing depth;

• LED wing height;

• LED-screen dimensions;

• stair quantity and position;

• roof geometry;

• roof covering;

• side-stage arrangement.

However, these variables interact.

For example:

larger LED screen

→ may change LED support geometry

→ may change wing structure

→ may affect overall width.

Similarly:

larger central roof

→ may change the relationship between roof and Ringlock envelope.

Therefore, customization should not be treated as changing isolated numbers in a product table.

24. Information Needed for a Similar Structure

For a similar concert-stage system, useful starting information includes:

• total available site width;

• total available site depth;

• required overall height;

• main performance-stage dimensions;

• required stage height;

• roof dimensions;

• roof form;

• LED screen width and height;

• LED screen weight;

• LED installation method;

• required side-wing dimensions;

• stair quantity and preferred positions;

• lighting requirements;

• audio / line-array requirements;

• indoor or outdoor use;

• installation location;

• ground/site conditions;

• existing Ringlock or aluminum equipment;

• project drawing or reference image.

For this type of structure, a complete front elevation and plan drawing are particularly useful because the central stage, outer envelope and LED wings must be considered together.

25. Engineering / Verification Boundary

The source confirms the physical configuration and BOQ described on this page, including:

• approximately 24×14×8m Ringlock structure;

• 469 × 2m horizontals;

• 382 × 2.44m diagonals;

• 210 × 2m pillars;

• 61 adjustable bases;

• approximately 12×12×8m aluminum roof;

• 12×10×2m performance platform;

• 60 × 1×2m stage decks;

• 2 aluminum stairs;

• 2 × 6×4×8m LED wings;

• the listed aluminum roof components and roof canopy.

The available source does not establish:

• allowable Ringlock structural load;

• allowable stage load;

• allowable roof load;

• LED-screen allowable load;

• wind rating;

• allowable wind speed;

• required ballast;

• anchoring requirement;

• foundation requirement;

• ground-bearing requirement;

• safety factor;

• certification;

• local-code compliance;

• engineering approval.

The source-listed 2-ton hoists and slings are component specifications and must not be interpreted as the allowable capacity of the complete roof.

26. Related DragonStructure Pages

Ringlock + Aluminum Structure

Ringlock + Aluminum Structure

This is the primary system classification because the project deliberately combines a large Ringlock envelope with an independent aluminum roofing system. DragonStructure specifically treats hybrid structures according to how the systems divide structural functions.

Stage & Platform Structure

Stage & Platform Structure

Relevant to the 12×10m performance platform and its modular stage configuration.

LED Screen Structure

LED Screen Structure

Relevant to the two 6m-wide front LED-support zones. DragonStructure distinguishes the LED display itself from the structure required to position and support it.

Roof Support Structure

Roof Support Structure

Relevant to understanding the relationship between Ringlock supporting zones and separate aluminum roof structures.

Ringlock Structure

Ringlock Structure

The broader modular system behind the 24m outer structural envelope.

27. Original DragonTruss Product & Price

The original commercial product is:

24m Ringlock Truss Wall with 12x12m Aluminum Roofing Stage and Two 6m Front LED Wings

For the current commercial configuration and price, customers should visit:

Original DragonTruss Product – 24m Ringlock Truss Wall with 12x12m Aluminum Roofing Stage and Two 6m Front LED Wings

The original DragonTruss page currently displays a commercial price range of approximately RMB 69,990–83,090. Because pricing can change and customized dimensions, LED requirements or roof configurations can change the quotation, DragonStructure should not hard-code this price as a permanent structural specification.

Recommended customer-facing wording:

For current pricing and the commercial supply configuration, please visit the original DragonTruss product page.

The two sites therefore answer different questions:

DragonStructure

→ How are the 24m Ringlock envelope, central aluminum roof, performance stage and twin LED wings organized as one concert structure?

DragonTruss

→ What is currently supplied, customizable and commercially quoted?

FAQ

What is the overall size of the structure?

The surrounding Ringlock structure is approximately 24m wide × 14m deep × 8m high.

What is the size of the aluminum roof?

The central aluminum roof structure is approximately 12m × 12m × 8m.

What is the actual performance-stage size?

The performance platform is approximately 12m × 10m × 2m high, using 60 pieces of 1×2m modular stage deck.

Why is the roof 12x12m but the stage only 12x10m?

They are separate structural zones. The 12×12m dimension describes the outer roof structure, while 12×10m describes the performance platform beneath it.

How large are the two LED wings?

Each front LED wing is approximately 6m wide × 4m deep × 8m high.

Are LED screens included?

The page confirms the LED-support wing structures. Actual LED screens should only be treated as included when they are specifically listed in the commercial quotation.

How many stairs are included?

The stage package contains two aluminum stairs for access to the approximately 2m-high performance platform.

Is the entire structure made from Ringlock?

No. The large outer envelope uses Ringlock, while the central roof uses aluminum truss and the performance platform uses an aluminum modular stage system.

Why is this classified as a hybrid structure?

Because Ringlock and aluminum systems perform different structural functions within the same coordinated concert-stage configuration rather than duplicating each other.

Do the 2-ton hoists mean the roof can carry 2 tons?

No. The source lists 2-ton ratings for specific hoist and sling components. That does not establish the allowable load of the complete roof structure.

Can the LED wing dimensions be changed?

Yes. The commercial source identifies LED wing dimensions as customizable. However, changes to screen size and position can affect the surrounding support geometry and should be considered as part of the complete project configuration.

Can the entire 24m structure be customized?

Yes. The original product identifies overall dimensions, central roof dimensions, stage size and height, stair quantity, LED wing dimensions and side-structure arrangement as customizable variables.

Where can customers check the current price?

Please visit the original DragonTruss product page for the current commercial configuration and displayed pricing.