packing weight: 1300kg
packing volume：10cbm
| Item |
| Specification(squre truss) | Qty |
| length | main tube(mm) | size(mm) |
| 8.00 m Beam(front) | 2 sets | 3.00 m | 50×3.0 | CS289×289 | 4pcs |
| 2.00 m | 50×3.0 | CS289×289 | 2pcs |
| 1.00 m | 50×3.0 | CS289×289 | 0pcs |
| 6.00 m Beam(side) | 2 sets | 3.00 m | 50×3.0 | CS289×289 | 4pcs |
| 2.00 m | 50×3.0 | CS289×289 | 0pcs |
| 1.00 m | 50×3.0 | CS289×289 | 0pcs |
| 6.00 m Pillar | 4 sets | 3.00 m | 50×3.0 | CS289×289 | 8pcs |
| 2.00 m | 50×3.0 | CS289×289 | 0pcs |
| 1.00 m | 50×3.0 | CS289×289 | 0pcs |
| beam cube | Spigotcube 289x289 | 0pcs |
| 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 | 2 sets | .80 m | 50×3.0 | CS289×289 | 2pcs |
| 6.00 m Top Beam | 1 sets | 3.00 m | 50×3.0 | CS289×289 | 2pcs |
| 2.00 m | 50×3.0 | CS289×289 | 0pcs |
| 1.00 m | 50×3.0 | CS289×289 | 0pcs |
| 4.20 m Oblique Beam | 4 sets | 3.00 m | 50×3.0 | CS289×289 | 0pcs |
| 2.00 m | 50×3.0 | CS289×289 | 4pcs |
| 2.20 m | 50×3.0 | CS289×289 | 4pcs |
| 4.20 m Ladder truss | 4 sets | 3.00 m | 50×3.0 | CL30,289*50 | 0pcs |
| 2.00 m | 50×3.0 | CL30,289*50 | 4pcs |
| 2.20 m | 50×3.0 | CL30,289*50 | 4pcs |
| Roof Components |
| roof conner 4 ways, use for roof beam truss | CS289×289 | 2pcs |
| roof conner 5 ways, use for roof beam truss | CS289×289 | 0pcs |
| Connect plate with clamp | 2pcs |
| Single clamp | 8pcs |
| Double clamp | 8pcs |
| roof canopy material:pvc, Blue Colour or customized. | 103.36 | 1pcs |
The design and construction of outdoor stage roof trusses are influenced by factors such as the size of the stage, anticipated load-bearing requirements, weather conditions, and aesthetic considerations. Trusses are typically made of aluminum or steel due to their strength and durability.
Here are a few key features and considerations related to outdoor stage design roof trusses:
Load-bearing capacity: The roof truss system must be capable of supporting heavy equipment, lighting fixtures, and speakers, as well as any potential dynamic loads such as wind or rain. The truss design should consider the weight distribution and load calculations to ensure structural integrity.
Spans and rigging points: The truss system needs to span the entire stage area and provide sufficient rigging points for hanging equipment, lighting fixtures, and other production elements. The spacing and placement of rigging points are crucial for creating a balanced and visually appealing stage setup.
Weather resistance: Outdoor stage trusses should be designed to withstand different weather conditions, including rain, wind, and extreme temperatures. Corrosion-resistant materials, protective coatings, and proper maintenance help ensure the longevity of the truss system.
Safety considerations: Safety is of paramount importance in stage design. Trusses should be properly installed by trained professionals, following safety regulations and guidelines. Load ratings, connection points, and structural stability should be carefully evaluated to prevent accidents and ensure the safety of performers and crew members.
Aesthetic options: While functionality and safety are essential, the design of the truss system can also contribute to the overall visual appeal of the stage. Trusses can be customized with various finishes, shapes, and configurations to match the event theme or enhance the stage's aesthetics.
Outdoor stage design roof trusses play a vital role in creating a stable and visually captivating stage setup for outdoor concerts, festivals, theatrical performances, and other events. Their design and construction require careful consideration of load-bearing capacity, weather resistance, safety measures, and aesthetic requirements.
