Item | Specification |
|---|
Brand | DragonStage |
Product Type | Large Square Roof Truss System |
Nominal Width | 14m |
Nominal Depth | 14m |
Nominal Overall Height | 10m |
Roof Framework | Multi-Slope Pitched Truss Structure |
Main Roof Supports | Four Corner Towers |
Roof Material | Aluminum Truss |
Roof Beams | Perimeter and Internal Truss Members |
Tower Components | Vertical Truss, Base Assemblies and Bracing Elements |
Roof Canopy | Not Shown / To Be Confirmed |
Stage Platform | Not Included in Illustrated Configuration |
Wind Rating | Project-Specific Engineering Verification Required |
Customization | Available According to Project Requirements |
packing weight:2260kg
packing volume:22cbm
Item | | Specification(squre truss) | Qty |
| length | main tube(mm) | size(mm) |
14.00 m Beam(front) | 3 sets | 3.00 m | 50×3.0 | CS389×389 | 12pcs |
2.00 m | 50×3.0 | CS389×389 | 3pcs |
1.00 m | 50×3.0 | CS389×389 | 0pcs |
14.00 m Beam(side) | 2 sets | 3.00 m | 50×3.0 | CS389×389 | 8pcs |
2.00 m | 50×3.0 | CS389×389 | 2pcs |
1.00 m | 50×3.0 | CS389×389 | 0pcs |
9.00 m Pillar | 4 sets | 3.00 m | 50×3.0 | CS289×289 | 12pcs |
2.00 m | 50×3.0 | CS289×289 | 0pcs |
1.00 m | 50×3.0 | CS289×289 | 0pcs |
beam cube | 6 faces | CS389×389 | 2pcs |
Frame Tower | Spigot Sleeve Block S | 4pcs |
Steel Base S | 4pcs |
Top Section S | 4pcs |
Manual hoist,BA05 2Tons | 4pcs |
Spigot Hinge Section,Height 1m | 4pcs |
Fibre sling,BA04,2 tons 3m | 4pcs |
Long outrigger | 16pcs |
Item | | Specification(squre truss) | Qty |
| length | main tube(mm) | size(mm) |
Roof Pillar | 3 sets | 1.40 m | 50×3.0 | CS289×289 | 3pcs |
14.00 m Top Beam | 1 sets | 3.00 m | 50×3.0 | CS289×289 | 4pcs |
2.00 m | 50×3.0 | CS289×289 | 1pcs |
1.00 m | 50×3.0 | CS289×289 | 0pcs |
7.20 m Oblique Beam | 4 sets | 3.00 m | 50×3.0 | CS289×289 | 4pcs |
2.00 m | 50×3.0 | CS289×289 | 4pcs |
2.20 m | 50×3.0 | CS289×289 | 4pcs |
7.20 m Ladder truss | 12 sets | 3.00 m | 50×3.0 | CL30,289*50 | 12pcs |
2.00 m | 50×3.0 | CL30,289*50 | 12pcs |
2.20 m | 50×3.0 | CL30,289*50 | 12pcs |
Roof Components | 4 | roof conner 4 ways, use for roof beam truss | CS289×289 | 2pcs |
5 | roof conner 5 ways, use for roof beam truss | CS289×289 | 1pcs |
1 | Connect plate with clamp | CS289×289 | 3pcs |
| Single clamp | 24pcs |
| Double clamp | 8pcs |
| roof canopy material:pvc, Blue Colour or customized. | 308.56 | 1pcs |
14×14m Aluminum Roof Truss System for Large Event Structures
The DragonStage 14×14×10m Aluminum Roof Truss System is a modular overhead structural framework intended for large concerts, festivals and temporary event installations.
The system is configured with four main corner towers supporting a 14m × 14m roof truss arrangement.
Unlike a simple rectangular lighting truss frame, this structure incorporates multiple inclined truss members and internal roof beams, creating a pitched roof framework above the main event area.
The nominal overall height is 10m, providing a reference dimension for the complete structure. Actual roof clearance, highest structural elevation and individual beam positions should be confirmed in the final drawings.
This product is presented as a roof truss structure rather than a complete covered stage package. Roof fabric, stage decks, stairs, guardrails and production equipment should be specified separately where required.
Why This Configuration?
1. Large 14×14m Roof Framework
The 14m width and 14m depth create a nominal square roof layout with a 196m² horizontal footprint.
This is a substantial overhead structure suitable for planning larger temporary event spaces.
The nominal roof dimensions provide a starting point for determining the required structural configuration, while the actual usable clear area depends on the positions of the towers, beams and other components.
2. Four Main Support Towers
The roof framework is supported by four primary truss towers located near its corners.
The illustrated towers use modular truss sections with base assemblies and additional diagonal support elements.
The four-tower arrangement allows the roof to be supported around the perimeter of the structure rather than requiring a central ground-supported column.
The final support conditions, tower connections and stability arrangements depend on the project design.
Related structural components can be found in DragonStage's Typical Tower Elements category.
3. Multi-Slope Roof Truss Framework
One of the defining characteristics of this system is the arrangement of the upper roof beams.
The illustrated structure incorporates inclined truss members connected to the main perimeter framework, together with additional internal beams.
This creates a pitched roof geometry rather than a completely flat overhead frame.
The inclined arrangement can be developed for a suitable roof covering system, subject to the final roof geometry, canopy specification and engineering requirements.
For other roof structures, explore DragonStage Roof Truss Systems.
4. Internal Roof Truss Members
The structure contains multiple internal truss beams in addition to the outer perimeter members.
These beams form part of the proposed roof framework and may provide structural positions for integrating approved project equipment.
However, the presence of internal roof beams does not establish their permissible suspended loads or suitability for any particular lighting or rigging arrangement.
Equipment locations must be evaluated according to the complete structural design.
5. Modular Aluminum Truss Construction
The framework is assembled from modular aluminum truss components.
This construction approach allows individual sections to be manufactured, transported and assembled according to the agreed configuration.
It also supports project-specific customization of roof geometry, tower height and truss arrangements, subject to structural compatibility.
For general truss products, visit DragonStage Aluminum Truss.
Main Structural Components
Main Support Towers
Four vertical truss towers form the primary roof support arrangement.
Perimeter Roof Truss Beams
Horizontal truss members connect the roof support positions around the outer framework.
Inclined Roof Truss Beams
Sloping truss sections form the multi-slope roof geometry.
Internal Roof Members
Additional truss beams are positioned within the roof framework.
Tower Head and Connection Assemblies
Structural connection elements join the roof beams and supporting towers.
Tower Base Assemblies
Base components provide the intended ground interface for the main support towers.
Diagonal Support Components
Additional diagonal support members are visible near the tower bases.
The final quantity, dimensions and specifications of the components are determined by the approved project configuration.
Typical Applications
Large Outdoor Concert Roof Structures
A modular overhead framework for concert production projects requiring a large roof area.
Music Festival Stage Roofs
Suitable for consideration in temporary festival stage designs where the roof and stage platform may be supplied as separate systems.
A structural roof configuration for open-air performance projects, subject to site and engineering requirements.
Temporary Event Roof Structures
An overhead truss framework for customized temporary event installations.
Event Equipment Rental Companies
A modular roof system that can be incorporated into a rental company's project-specific event structure inventory, with suitable engineering assessment for each configuration.
Roof Truss Structure vs. Complete Stage Package
This product is primarily a roof truss system.
The illustrated configuration includes the overhead truss framework and supporting towers, but does not show an installed stage platform or roof covering.
A complete stage package may require additional components, including:
Modular stage decks and supporting structures
Stage stairs and guardrails
Roof canopy material and attachment accessories
Lighting and sound support components
Project-specific stabilization and ground support arrangements
The final scope of supply should be confirmed before quotation.
Customers requiring a performance platform can explore DragonStage Stage Platform products separately.
Customization Options
DragonStage can review project requirements for:
Roof width and depth
Overall structural height
Roof slope and beam arrangement
Truss section selection
Tower configuration
Roof covering requirements
Production equipment integration
Transportation and packing requirements
Each variation must be reviewed for component compatibility, structural performance and manufacturing feasibility.
Installation and Engineering Considerations
A roof truss system of this size requires project-specific structural planning.
The engineering assessment should consider the roof geometry, permanent and temporary loads, wind actions, suspended production equipment, tower connections and the complete support arrangement.
If a canopy is added, the resulting roof surface and its effects on wind loading must be included in the assessment.
The required ballast, anchoring, foundation and ground-bearing arrangements depend on the specific site and structural design.
The installation and lifting sequence must also be established according to the selected tower and roof configuration.
For general installation principles, refer to Installation Methodology for Modular Stage, Truss and Scaffold Systems.
Important Engineering Note
The confirmed information establishes the nominal 14m width, 14m depth and 10m height of the roof truss system.
The supplied image also shows a four-tower arrangement with perimeter, inclined and internal roof truss members.
The available information does not establish:
Allowable suspended load
Roof load capacity
Maximum permitted wind speed
Ballast requirements
Anchoring or foundation specifications
Truss tube dimensions or material grade
Engineering certification or approval
These requirements must be confirmed according to the final project design and applicable engineering assessment.
FAQ
What is the size of this roof truss system?
The nominal dimensions are 14m wide, 14m deep and 10m high.
How many main support towers are included in the structure?
The illustrated configuration uses four main support towers.
Is this a flat roof truss system?
No. The structure has multiple inclined roof truss beams forming a pitched overhead framework.
Does the roof truss system include a canopy?
The illustration does not show an installed canopy. Roof covering materials and accessories should be confirmed separately.
Does the package include a stage platform?
A stage platform is not shown in this configuration. Stage decks and related equipment can be discussed as separate supply items.
Can lighting and speakers be suspended from the roof?
Lighting and sound equipment may be integrated into a properly designed roof structure. The actual allowable loads and hanging positions require engineering verification.
Can the 14×14m roof dimensions be customized?
DragonStage can review alternative dimensions and roof configurations according to project requirements and structural feasibility.
Is this system suitable for outdoor events?
It is intended for consideration in temporary outdoor event applications. Actual suitability must be verified against site conditions, wind actions and the complete structural design.
What information is required for a quotation?
Customers should provide the required dimensions, intended application, equipment layout, location, roof covering requirements and destination country.
Why Choose DragonStage?
DragonStage manufactures and supplies aluminum truss systems, stage equipment, roof truss structures and related event components.
For large roof structures, we work from the customer's actual project dimensions, intended applications and equipment arrangement to determine the proposed product configuration.
Our supply approach covers modular truss components, tower assemblies and associated accessories according to the agreed project requirements.
Request a Quotation
Planning a 14×14×10m roof truss structure for a concert, festival or temporary event?
Contact DragonStage with your required dimensions, installation location, equipment layout and roof covering requirements.
We can review the proposed configuration and prepare a quotation based on the agreed scope of supply.
