1. Overall Structural Configuration

The complete structure can be divided into five functional zones:

The structure therefore follows a layered logic:

Ground

→ Ringlock Support System

→ Performance Platform + Side Equipment Zones

→ Upper Aluminum Roof Structure

Rather than treating stage, roof, LED and sound support as unrelated products, this configuration organizes them as one concert-stage structural system.

2. Main Dimensions

The dimensions above describe the supplied/requested configuration in the source BOQ; they are not structural capacity ratings.

3. 14m × 10m Ringlock Performance Platform

The center of the structure is a:

14m wide × 10m deep performance platform.

The platform uses:

70 × 1m × 2m Stage Decks

Each deck uses an aluminum topping/frame with:

18mm anti-slip plywood.

Because:

14m × 10m = 140m²

and:

70 × 2m² = 140m²

the 70 deck modules correspond directly to the complete 14 × 10m platform surface.

This is a particularly clear example of modular stage planning:

Required Floor Area

→ 2m² Deck Module

→ 70 Decks

→ 14m × 10m Performance Surface

For other stage-platform configurations, see:

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

4. Ringlock Support Grid Below the Stage

The performance deck does not stand independently.

Below it is a modular Ringlock supporting grid.

The confirmed stage BOQ includes:

The structural sequence is:

Adjustable Bases

→ Standards

→ Ledgers

→ Diagonal Bracing

→ Stage Support / Beam Connections

→ 1 × 2m Decks

→ 14 × 10m Finished Stage

This is the primary performance-floor subsystem of the complete structure.

5. Stage Access

The supplied stage package also contains two aluminum stairs.

The source BOQ identifies:

2 × 2m-wide aluminum stage stairs

with:

8 steps total per listed stair configuration

and:

4 handrails in the stair package.

This creates dedicated access between ground level and the elevated performance platform.

Stage access should be treated as part of the platform configuration rather than as an afterthought, particularly when the platform height approaches the upper end of the requested range.

6. The Stage Is Only One Part of the Structure

Looking at the drawing, the most visually dominant structure is actually not the black performance platform.

It is the much larger Ringlock framework surrounding it.

That distinction matters.

The system contains:

a relatively compact performance floor

inside:

a much larger event-equipment support envelope.

This outer Ringlock structure creates the structural zones required around and above the performance area.

So the project should not be understood simply as:

“a 14 × 10m stage.”

A better structural reading is:

a concert infrastructure system organized around a 14 × 10m performance stage.

7. Two 6m-Wide LED Side Wings

Two side structures are positioned beside the main performance area.

Each is approximately:

6m wide.

Their intended function includes supporting large event LED-screen zones.

The BOQ identifies these as:

2 sets of 6m-wide LED screen Ringlock truss structures.

For one set, the supplied components include:

Because there are two sets, these structures form corresponding left and right equipment wings around the main stage.

For related LED structural configurations:

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

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

8. LED Wings Are Not Just “Extra Stage Width”

It would be misleading to describe these 6m wings simply as extensions of the performance stage.

Their structural function is different.

The central zone answers:

Where do performers and stage equipment stand?

The side zones answer:

Where are large event display and sound systems integrated into the concert structure?

So the layout becomes:

LED / Sound Wing

←

14 × 10m Performance Stage

→

LED / Sound Wing

This separation of functions is one of the key characteristics of a large concert structure.

9. Dedicated Line Array Support

The side structures also contain dedicated truss members for sound-system support.

The BOQ lists:

5m long, 520 × 760mm truss for speakers

inside each 6m wing package.

This indicates that the side structures were not conceived only around LED screens.

They also create a dedicated location for line-array equipment.

Structurally, the side wing therefore combines two event functions:

LED Display Zone

Sound Support Zone

For other sound-support configurations:

https://www.dragonstructure.com/Sound-Support-Structure-pl08155276.html

The registered Sound Support category specifically covers PA towers, line-array support, Ringlock sound towers and hybrid sound structures.

10. Why the Line Array Needs to Be Treated Separately

The drawing can show where a line array is intended to hang.

That does not establish how much equipment that position can safely support.

Before adapting this structure to another line-array system, the actual equipment information matters, including:

• speaker model;

• cabinet quantity;

• individual cabinet weight;

• total suspended weight;

• flying frame;

• hoist arrangement;

• required hanging height;

• intended hanging position.

Therefore the 520 × 760mm truss listed in the BOQ is a confirmed physical component, but no hanging capacity should be inferred from its dimensions alone.

11. Large Ringlock Wall / Support Structures

The system also contains large Ringlock wall structures surrounding the performance and equipment zones.

The source identifies:

2 sets Ringlock wall

with the following BOQ for one set:

These are much larger component quantities than those used under the 14 × 10m performance floor.

That tells us something important about the complete structure:

A large concert structure may require considerably more supporting framework around the stage than underneath the stage itself.

12. Additional Ringlock Structural Zone

The supplied BOQ contains another large Ringlock component group:

The source does not give this group a sufficiently clear functional label.

Therefore it should not be renamed as a specific structural function without additional project information.

What can be confirmed is that it forms another substantial Ringlock structural zone within the complete concert system.

This is an important factual boundary: the component quantities are confirmed; a more specific functional interpretation is not.

13. Aluminum Peak Roof Above the Ringlock System

Above the Ringlock structure is an aluminum peak roof.

This creates the most obvious hybrid relationship in the project:

Steel Ringlock Lower / Supporting Structure

Aluminum Truss Upper Roof Structure

This is why the product belongs naturally under:

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

rather than being treated purely as a Ringlock stage.

The aluminum roof package has a listed packing weight of approximately 1,310kg and packing volume of approximately 16m³.

14. Main 389 × 389mm Roof Truss

The larger roof perimeter/main beam sections use:

CS389 × 389mm square truss

with:

50 × 3.0mm main tubes.

The BOQ identifies:

14m Beam – Front

Three sets are listed.

The component breakdown includes:

• 3m CS389 × 389 sections — 12 pcs

• 2m CS389 × 389 sections — 3 pcs

10m Beam – Side

Two sets are listed.

The component breakdown includes:

• 3m CS389 × 389 sections — 6 pcs

• 1m CS389 × 389 sections — 2 pcs

These larger truss members form part of the main roof-beam system.

15. Secondary 289 × 289mm Peak Roof Members

The roof does not use one truss size everywhere.

The BOQ also contains:

CS289 × 289mm square truss

with:

50 × 3.0mm main tubes.

These members are used for several parts of the peak roof geometry.

Roof Pillars

1.4m sections:

3 pcs

10m Top Beam

• 3m sections — 3 pcs

• 1m section — 1 pc

7.2m Oblique Beams

Four sets are listed, using:

• 2m sections — 4 pcs

• 5.2m sections — 4 pcs

This creates the smaller-truss portion of the pitched roof geometry.

16. Oblique Beams Create the Peak Geometry

A flat roof and a peak roof do not use the same upper geometry.

Here, the 7.2m oblique beams create the inclined roof lines.

Conceptually:

Side Roof Beam

↗

Peak / Top Beam

↘

Opposite Side Roof Beam

This creates the recognizable A-frame / peak profile above the performance area.

The roof therefore combines:

horizontal main beams

central/top members

oblique roof members

rather than being one flat rectangular truss frame.

17. Ladder Truss Inside the Roof System

The roof BOQ also contains:

CL30 289 × 50mm ladder truss

with 50 × 3.0mm main tubes.

The listed 7.2m ladder-truss groups use:

• 2m sections — 8 pcs

• 5.2m sections — 8 pcs

with 8 sets identified in the BOQ.

This is another reason not to reduce the roof description to simply “400mm aluminum truss.”

The roof is actually assembled from multiple truss types and sizes serving different positions.

18. Roof Connection Components

The roof package also includes dedicated connection components:

These components create the transition points between straight truss sections and the more complex peak-roof geometry.

19. PVC Roof Canopy

The supplied roof package also includes:

PVC roof canopy material

with the source specifying:

Blue or customized color.

The BOQ records a canopy figure of:

241.36

but does not clearly identify the unit in the supplied table.

Therefore this page should not convert that figure into square meters or another unit without confirmation.

We can confirm the PVC canopy exists; the exact meaning of the numerical quantity should remain as supplied unless the original quotation is checked.

20. Why This Is a Hybrid Structure

The most important structural characteristic of this product is the division of work between materials and systems.

Steel Ringlock

Used extensively for:

• performance-platform support;

• large surrounding support structures;

• LED wings;

• equipment-support zones;

• vertical and horizontal modular grids.

Aluminum Truss

Used for:

• peak roof;

• main roof beams;

• oblique roof members;

• ladder-truss roof members;

• speaker-support truss positions.

Therefore:

Ringlock is not replacing aluminum truss.

And:

aluminum truss is not replacing Ringlock.

Each is used where its modular geometry suits the required function.

That is the core structural idea behind this product.

21. Structure Relationship

The complete system can be understood as:

Ground

↓

Adjustable Ringlock Bases

↓

Large Ringlock Vertical / Horizontal / Diagonal Grid

↓

14 × 10m Performance Platform

Left 6m Equipment Wing

Right 6m Equipment Wing

↓

LED + Sound Support Zones

↓

Aluminum Roof Interface

↓

389 × 389 Main Roof Beams

↓

289 × 289 Peak Roof Geometry

↓

Ladder Truss + PVC Canopy

This is much closer to a temporary concert building framework than to a simple portable stage.

22. Functional Zoning Is More Important Than Component Type

If we classify every part only by material, we get:

steel scaffold + aluminum truss + plywood + PVC.

That does not explain the structure.

The useful DragonStructure breakdown is instead:

Performance

→ Main Stage

Display

→ LED Wings

Sound

→ Line Array Supports

Shelter / Upper Structure

→ Peak Roof

Structural Integration

→ Ringlock Support Framework

This is why DragonStructure should explain the complete functional architecture rather than simply repeat the manufacturer's component catalogue.

23. Complete BOQ Summary

A. Main 14 × 10m Stage Platform

B. 6m LED / Sound Wing — One Set

Total: 2 sets

C. Ringlock Wall — One Set

Total: 2 sets

D. Additional Ringlock Structure

E. Aluminum Peak Roof

All quantities above are transcribed from the supplied original product BOQ. Blank quantities in the source have not been invented or filled by assumption.

24. Packing Breakdown

The original product information provides separate packing data for the major structural groups:

These figures are useful because they reveal another characteristic of this type of structure:

The main performance stage is only one part of the total logistics volume.

The surrounding support structures represent a substantial part of the complete shipment.

25. Why a Complete Drawing Matters

For a structure of this complexity, a customer cannot accurately describe the project simply by saying:

“I need a 14 × 10m stage.”

That only describes the black performance platform.

The full requirement may also include:

• stage height;

• roof geometry;

• roof dimensions;

• LED-screen dimensions;

• LED positions;

• line-array positions;

• equipment weights;

• side-wing widths;

• backstage areas;

• access;

• stairs;

• guardrails;

• roof covering;

• surrounding Ringlock structures.

This is why a complete plan, elevation or 3D reference drawing becomes particularly valuable for large hybrid structures.

26. What Can Be Customized?

The 14 × 10m configuration is one specific structure.

The same structural concept can be reorganized around different project requirements.

Variables may include:

• stage width;

• stage depth;

• stage height;

• Ringlock bay arrangement;

• roof width and depth;

• peak-roof geometry;

• side-wing width;

• LED-screen position;

• line-array position;

• stair position;

• backstage working areas;

• access structures;

• roof covering.

However, changing one dimension can affect several other component groups.

For example:

larger LED screen

may affect:

LED support geometry + Ringlock arrangement + equipment position + project-specific structural requirements.

Therefore customization should be treated as a coordinated structural change rather than simply changing one SKU dimension.

27. Related DragonStructure Pages

Ringlock Aluminum Structure

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

This is the most important category link for this product because the complete system combines a large steel Ringlock structure with an aluminum truss roof.

Stage Platform Structure

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

Use this to compare other temporary stage-platform configurations.

LED Screen Structure

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

Relevant to the two 6m-wide Ringlock LED wings.

Sound Support Structure

https://www.dragonstructure.com/Sound-Support-Structure-pl08155276.html

Relevant to the dedicated line-array / speaker-support positions.

Ringlock Structure

https://www.dragonstructure.com/Ringlock-Structure-pl04775276.html

Use this to explore how Ringlock grids are reorganized for stage, LED, sound, access, seating and other temporary structural functions.

28. Original DragonTruss Product

The original manufacturing/supply product is:

14x10m Ringlock Concert Stage System with Aluminum Peak Roof, 6m LED Wings and Line Array Supports

Original Product URL:

https://www.dragontruss.com/14x10m-Ringlock-Concert-Stage-System-with-Aluminum-Peak-Roof-6m-LED-Wings-and-Line-Array-Supports-pd127008238.html

The original DragonTruss product provides the manufacturing package, BOQ, packing information and commercial configuration on which this DragonStructure breakdown is based.

The two pages therefore have different jobs:

DragonTruss

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

DragonStructure

→ How are the Ringlock stage, surrounding scaffold framework, LED wings, sound supports and aluminum peak roof organized into one concert structure?

That prevents the DragonStructure page from becoming a rewritten copy of the original product page.

29. Engineering and Safety Boundary

Confirmed from the Supplied Product Information

The source confirms:

• 14 × 10m main stage;

• requested stage height up to approximately 2m;

• 70 × 1 × 2m stage decks;

• large Ringlock support structures;

• structures extending to approximately 10m;

• two approximately 6m-wide side wings;

• LED-screen support function;

• line-array support positions;

• 5m × 520 × 760mm speaker truss components;

• aluminum peak roof;

• CS389 × 389 main roof truss;

• CS289 × 289 secondary roof truss;

• CL30 ladder truss;

• PVC roof covering;

• the component quantities listed in the BOQ.

Not Established by the Supplied Information

The material does not provide verified conclusions for:

• allowable stage load;

• LED-screen load;

• line-array hanging capacity;

• roof load;

• wind rating;

• ballast requirement;

• anchoring requirement;

• ground-bearing capacity;

• safety factor;

• maximum suspended equipment load;

• local code compliance;

• certification;

• engineering approval.

Those values must not be inferred from the drawing, dimensions, truss section size or BOQ.

For an outdoor concert structure of this scale, actual equipment, site, ground, wind exposure, roof covering and local requirements materially affect the final project assessment.

30. Information Needed for a Similar Structure

For a similar concert-stage configuration, provide:

• main stage width and depth;

• stage height;

• roof width and depth;

• required roof height;

• roof shape;

• LED-screen dimensions on each side;

• LED-screen weight;

• line-array model;

• cabinet quantity;

• line-array total weight per side;

• hanging height;

• lighting / suspended equipment information;

• roof-cover requirement;

• stair positions;

• guardrail requirement;

• backstage areas;

• site plan;

• ground condition;

• indoor or outdoor use;

• project location;

• existing drawings or reference images.

The configuration process can then follow:

Concert Requirement

→ Performance Area

→ Stage Grid

→ LED Zones

→ Sound Zones

→ Surrounding Ringlock Structure

→ Roof Geometry

→ Access

→ Final Integrated Structure

FAQ

Is the complete structure made from Ringlock?

No. The lower stage and large surrounding structures mainly use steel Ringlock, while the peak roof uses aluminum truss. It is therefore a hybrid Ringlock-aluminum concert structure.

What is the main stage size?

The main performance platform is 14m × 10m, using 70 pieces of 1 × 2m stage deck.

What are the two 6m side structures used for?

They create equipment-support zones beside the main stage, including LED-screen areas and dedicated speaker/line-array support positions.

Why are different aluminum truss sizes used in the roof?

The supplied roof BOQ uses CS389 × 389mm main beams, CS289 × 289mm secondary peak-roof members and CL30 ladder truss in different roof positions. The source establishes this configuration but does not provide engineering calculations explaining the capacity selection.

Can the LED wing size be changed?

Yes, the structural concept can be customized, but changing LED dimensions may also change the Ringlock grid, support geometry and other project requirements.

Does the listed speaker truss have a confirmed line-array capacity?

No specific hanging capacity is established by the supplied product information. The line-array equipment, total suspended weight and project requirements must be evaluated for the actual installation.

Is the roof wind rated?

No wind rating is provided in the supplied product information, so none should be claimed from this page.

Structure Classification

Recommended Product Name: 14x10m Hybrid Concert Stage Structure with Ringlock Platform, Peak Roof, LED Wings and Sound Supports
Original Product Name: 14x10m Ringlock Concert Stage System with Aluminum Peak Roof, 6m LED Wings and Line Array Supports
Primary Category: Ringlock Aluminum Structure
Structure Type: Hybrid Concert Event Structure
Main Stage: 14 × 10m
Stage Height: Up to approx. 2m requested configuration
Stage Deck: 70 × 1 × 2m modules
Upper / Surrounding Ringlock Height: Up to approx. 10m
Side Wings: 2 × approx. 6m wide
LED Function: Ringlock LED support zones
Sound Function: Dedicated line-array support positions
Roof: Aluminum Peak / A-Frame Roof
Main Roof Truss: CS389 × 389mm
Secondary Roof Truss: CS289 × 289mm
Roof Ladder Truss: CL30 289 × 50mm
Core Structural Logic: Ringlock Performance Platform + Large Ringlock Equipment-Support Framework + LED Wings + Sound Supports + Aluminum Peak Roof
Application: Concerts / Festivals / Large Live Events

Short Description

A large hybrid concert structure built around a 14×10m Ringlock performance platform, with extensive surrounding Ringlock support grids, two approximately 6m LED and sound wings, and an aluminum peak roof using multiple truss sections. The configuration integrates performance, display, audio-support and roof functions into one modular temporary-event structure.