Views: 12 Author: Site Editor Publish Time: 2026-07-22 Origin: Site
Outdoor concerts are temporary events, but the engineering challenges they face are similar to permanent facilities.
One of the biggest challenges is weather.
A large stadium concert structure must continue operating under changing environmental conditions, especially in regions with:
Heavy rainfall.
High humidity.
Tropical storms.
Seasonal weather changes.
During the 2026 Guangzhou Pearl Beer Festival Music Festival project, the event was constructed and operated during the summer rainy season in Guangdong.
This period is characterised by:
Frequent heavy rain.
High humidity.
Possible typhoon influence.
Sudden weather changes.
Therefore, rain protection was not an additional feature.
It was integrated into the complete event engineering system.
The project included multiple weather protection strategies:
Curved aluminium roof structures with PVC membrane.
Raised technical equipment areas.
FOH equipment tents.
Backstage functional tents.
Protected power and control cabinets.
Stadium surface protection systems.
The key engineering principle is:
Weather protection for temporary events is not only about keeping people dry. It is about protecting structures, equipment, electrical systems and operational continuity.
A large concert combines several systems that are sensitive to water.
These include:
Electrical equipment.
Audio systems.
Lighting fixtures.
LED screens.
Control systems.
Stage structures.
Temporary flooring.
Rain can create several risks:
Water can affect:
Power distribution cabinets.
Signal connections.
Control equipment.
Cable connections.
Moisture may influence:
LED operation.
Audio equipment.
Lighting systems.
Electronic control systems.
Rain can also affect:
Roof membranes.
Temporary platforms.
Ground conditions.
Access routes.
Therefore:
A professional outdoor event requires a complete weather management strategy, not just a roof above the stage.
The main stage roof is the most visible weather protection system.
During this project, the main stage used:
Steel hydraulic lifting structure.
Aluminium curved roof frame.
PVC membrane roof covering.
The roof was not only designed for visual appearance.
It performed several engineering functions:
Protecting performers.
Protecting equipment.
Managing rainwater.
Reducing exposure of production systems.
The relationship between the roof structure and event production requirements is discussed in:
Why Are Curved Trusses Used on Concert Stages?
A flat roof may appear simpler.
However, outdoor event roofs need to solve several problems:
Water accumulation.
Drainage.
Fabric tension.
Structural weight.
The curved roof design provides natural drainage.
The principle is:
Rainfall
↓
Curved Roof Surface
↓
Controlled Water Flow
↓
Drainage Direction The curved shape reduces the possibility of water pooling.
The aluminium roof frame supported a PVC membrane system.
The membrane works because it is installed under tension.
A properly tensioned membrane provides:
Smooth surface.
Better drainage.
Reduced water accumulation.
Cleaner appearance.
The connection between the membrane and aluminium frame is important.
The roofing profile allows the reinforced edge of the fabric to be inserted into the aluminium extrusion system.
When tension is applied:
The fabric becomes tight.
The curved roof shape is maintained.
Water can flow naturally.
This is similar to professional temporary structure systems used in:
Event tents.
Exhibition structures.
Large temporary venues.
One interesting feature observed in the project was that the roof was higher than the LED screen.
This design has several advantages.
If the LED screen reaches the same height as the roof edge, rainwater may directly affect:
LED cabinets.
Connections.
Signal systems.
A higher roof creates additional protection.
The roof needs enough slope and space to:
Direct rainfall away.
Prevent water flowing onto equipment.
Maintain membrane tension.
The additional height also provides space for:
Lighting systems.
Rigging points.
Suspended equipment.
The detailed explanation is discussed in:
Why Is the Roof Higher Than the LED Screen?
The FOH area is another important weather-sensitive zone.
Unlike the main stage, FOH is located inside the audience area.
It contains:
Audio control.
Lighting control.
Video control.
Communication equipment.
During this project, the FOH consisted of:
A large Ringlock structure.
A front 5×5m tent structure.
Multiple technical equipment areas underneath.
One notable feature was that many smaller tents were installed below the FOH structure.
Their purpose was to protect:
Power cabinets.
Control equipment.
Technical devices.
This arrangement was especially important because Guangzhou's summer weather often includes sudden rainfall.
The FOH structure is discussed in:
Why Is the FOH Positioned in the Middle of the Audience Area?
A common misunderstanding is that tents are only for people.
In large concerts, temporary tents also function as technical protection spaces.
They protect:
Electrical systems.
Control systems.
Production equipment.
Typical locations include:
FOH area.
Backstage.
Lighting control areas.
Audio equipment zones.
The purpose is not only keeping equipment dry.
It also improves:
Maintenance conditions.
Equipment reliability.
Emergency response speed.
Backstage areas contain many functions:
Performer preparation.
Equipment storage.
Production coordination.
Technical operation.
During outdoor events, backstage tents provide protection for:
Artists.
Staff.
Equipment.
Technical preparation areas.
Important backstage facilities may include:
Changing room tents.
VIP areas.
Equipment tents.
Operation cabinets.
The organisation of backstage spaces is explained in:
How Is a Concert Backstage Area Organised?
Rain protection becomes especially important when dealing with electrical systems.
A large concert requires:
Power distribution.
Lighting power.
Audio power.
LED power.
Control systems.
Protection strategies include:
Using:
Covered cabinets.
Temporary tents.
Raised platforms.
Using:
Protected cable routes.
Waterproof connectors.
Covered pathways.
Ensuring technicians can still reach equipment safely during bad weather.
Cable management principles are discussed in:
How Are Cables Managed in Large Concert Productions?
Rain affects not only equipment.
It also affects the construction environment.
A wet stadium surface can create:
Slippery working areas.
Equipment transportation problems.
Ground damage.
During this project, the stadium surface protection system included:
Stadium Surface
↓
Waterproof Plastic Sheet
↓
Anti-slip Felt
↓
Plastic Modular Floor
↓
Steel Plate (Heavy Load Areas)
↓
Temporary Structure For grass areas, additional modular plastic flooring was installed.
The purpose was:
Protecting the existing field.
Improving working stability.
Distributing loads.
Reducing damage from heavy equipment.
Rain protection is required before the event begins.
During construction, temporary structures are exposed before all systems are completed.
Important stages include:
The roof membrane installation requires suitable weather conditions because:
Wind affects fabric tension.
Rain affects installation safety.
Wet surfaces increase risks.
Power systems should not be exposed unnecessarily during:
Cable connection.
Equipment testing.
System commissioning.
LED, audio and lighting equipment require protection while being installed.
Weather directly affects construction planning.
During the Guangzhou project, construction took place during:
Summer high temperature.
Rainy season.
Potential storm conditions.
Therefore, the schedule had to consider:
Weather windows.
Safe installation periods.
Equipment protection.
The overall construction timeline is explained in:
Why Does Construction Take Nearly Two Weeks for a Stadium Concert?
A common mistake is thinking:
“The stage has a roof, so the event is protected from rain.”
In reality, rain protection requires coordination between:
Area | Protection Method |
|---|---|
Main Stage | Curved roof + PVC membrane |
FOH | Tent structures + protected equipment zones |
Backstage | Functional tents |
Electrical Systems | Covered cabinets and protected routes |
Stadium Surface | Protective flooring layers |
Access Routes | Safe and dry circulation planning |
A complete system includes:
Structures.
Equipment zones.
Electrical protection.
Ground protection.
Many event failures are not caused by structural collapse.
They are caused by:
Water damage.
Electrical problems.
Equipment failure.
A temporary concert venue still requires:
Weather planning.
Engineering coordination.
Operational preparation.
A structure suitable for a dry climate may require additional protection in tropical rainy regions.
Rain protection is an essential part of large outdoor concert engineering.
During the Guangzhou Pearl Beer Festival Music Festival project, weather protection was achieved through multiple systems:
Hydraulic roof structures.
Curved aluminium membrane roofs.
FOH equipment tents.
Backstage functional tents.
Protected technical areas.
Stadium surface protection.
These solutions demonstrate an important principle:
A successful outdoor concert structure is not only designed to stand. It must also be designed to operate reliably under changing weather conditions.
For large temporary events, weather is not an external factor.
It is one of the engineering conditions that shapes the entire design.
The DragonStage 11x6x7m Covered Concert Roof Truss System combines an 11m-wide × 6m-deep × 7m-high main stage roof with two 2m side PA speaker wings.
The illustrated configuration features a pitched aluminum roof framework with a blue roof canopy, four main support towers, two independent speaker towers, and a matching modular stage platform with guardrails and dual stair access.
Designed for concerts, festivals, live performances, community events, and temporary outdoor productions requiring a coordinated stage roof and separate speaker-support positions.
The DragonStage 10x5x7m Aluminum Pitched Roof Truss System is a modular concert-stage structure featuring a 10m-wide × 5m-deep × 7m-high main roof frame with 2m side speaker wings on both sides.
The configuration combines a pitched aluminum roof-truss framework, four main support towers, two additional side speaker towers, and a matching modular stage platform as illustrated. It is designed for concerts, festivals, live performances, community events, and temporary stage productions requiring separate side positions for line-array or PA equipment.
The DragonStage 32x24x18m Large Ringlock Scaffold Roof Truss Structure combines a large modular Ringlock support system with a heavy-duty aluminum pitched-roof truss framework.
Designed for stadium-scale ceremonies, festivals, cultural performances and large outdoor event productions, the system integrates extensive scaffold support zones, heavy aluminum roof trusses, custom roof connectors, tensioning components and a large roof canopy.
The drawing identifies a nominal 32m × 24m × 18m configuration, with the overall height shown at approximately 18.21m.
A wide low-profile cable protector ramp designed for temporary event areas where power, audio or signal cables need to cross pedestrian routes.
The ramp measures 1270 × 900 × 60mm (50 × 35.4 × 2.36in) and provides multiple 46 × 46mm (1.81 × 1.81in) 20kg cable channels beneath a hinged yellow cover. Wide sloped side sections create a smoother crossing surface for pedestrians, carts and wheelchair users compared with conventional narrow cable protectors.
A complete professional event sound package combining 16 dual-12-inch passive line array speakers, 10 dual-18-inch subwoofers, 6 stage monitors, dedicated Class-D power amplifiers, dual 4-in/8-out DSP processors, power management, wireless microphones, rigging frames, flight cases, amplifier racks and cabling.
This system is designed for concerts, live performances, festivals, touring productions and other professional event sound applications where the customer needs a coordinated PA package rather than individual speakers.
For other professional audio systems, see Stage Sound.
The DragonStage 15×10×8m Aluminum Curved Roof Truss System is a modular concert-stage roofing structure featuring a curved overhead truss framework, four main support towers, and two additional side-wing towers.
The system uses CS389×389mm and CS289×289mm aluminum spigot truss, sleeve block assemblies, BA05 manual hoists, tower bases, outriggers, and a PVC roof canopy. The side wings extend the configuration for additional event-production arrangements, subject to the final equipment layout and verified loading requirements.
Designed for concerts, music festivals, touring productions, and temporary entertainment stages, this system can be supplied with matching modular stage platforms and accessories.
The DragonStage Custom Five-Point Star Aluminum Truss is a decorative event structure designed for wedding backdrops, stage displays, photo areas, exhibition decoration, and artistic event installations.
Featuring a distinctive pentagram-style star shape, the product is available in 2.5×2.63m, 3×3.15m, and 4×3.8m configurations, with selected 200mm and 300mm truss section options.
The customized star geometry provides an alternative to conventional square, rectangular, or circular event truss structures.
The DragonStage 9x6m Bolt Truss Gantry System is a modular event-support structure featuring two vertical truss towers, a horizontal bolt-connected truss beam, tower-head assemblies, base plates, and diagonal outrigger bracing.
With a nominal horizontal dimension of 9m (29.5ft) and a height of 6m (19.7ft), this open-frame structure is intended for event lighting, stage production, backdrop framing, and temporary gantry applications. Final truss specifications, support arrangements, and equipment loads are confirmed according to the project requirements.
The DragonStage 36x18x12m Large Concert Stage Roof Truss System is a large-format modular event structure featuring a multi-tower truss support system, an elevated overhead truss framework, and a modular stage platform with guardrails and stair access.
With nominal dimensions of 36m wide × 18m deep × 12m high (120ft × 60ft × 40ft), this configuration is intended for large concerts, music festivals, live performances, and temporary entertainment productions requiring an extensive stage area and overhead structural framework.
The DragonStage 6.72x4.89m modular event stage combines a 0.6m-high red stage platform with a 7.7m-wide, 4.4m-high rear box truss gantry. The open-top configuration provides a raised performance area and a separate overhead truss frame for event backdrop and production applications. Suitable for concerts, school performances, ceremonies, and indoor events, with final accessories and rigging requirements confirmed according to the project.
The DragonStage 25x10m Ringlock Grandstand is a large modular spectator-seating system designed for temporary sports events, school competitions, festivals, public performances, and other audience gatherings. Measuring 25m wide × 10m deep, the illustrated configuration features tiered seating, two access aisles, and three-sided guardrails. The specified main height is 2.5m, with an overall height of 3.5m. The modular Ringlock system can be configured according to the required seating layout, access arrangement, and project conditions.
The DragonStage 2.44x1.22m Portable Aluminum Stage Kit is a compact 8x4ft temporary event platform supplied with one access stair. Designed for small outdoor concerts, DJ performances, speeches, ceremonies, promotions, and temporary event use, the modular stage can also be combined with additional compatible 4x8ft units when a larger platform is required.
The DragonStage 3.8x3.4m Aluminum Arch Truss Gateway is a compact curved entrance structure built from 290×290mm spigot truss with 300×500mm base plates. With overall external dimensions of approximately 3800mm wide × 3400mm high, it is designed for wedding entrances, exhibition gateways, red-carpet areas, event decoration, photo zones, and other temporary event displays.
DragonStage 632x210x165mm Black Aluminum U-Frame Top Drop Arm for Moving Head Lighting Suspension
The DragonStage 5.49x1.22m Straight Aluminum Event Stage Ramp provides a direct access route for wedding stages, corporate events, ceremonies, hotel functions, and other temporary platforms. The ramp measures approximately 18ft long × 4ft wide (5.49 × 1.22m) and uses modular 4 × 4ft / 1.22 × 1.22m deck sections with 1m / 3.28ft high guardrails along both sides.
The DragonStage 3.0x1.22m Compact Aluminum Stage Transition Ramp provides a short, direct access route between ground level and temporary event stages. With an overall length of approximately 3.0m / 9.84ft and a width of approximately 1.22m / 4ft, the ramp uses modular aluminum stage components and includes 1m / 3.28ft high guardrails on both sides.
The DragonStage 7.84x1.23m Narrow Straight Aluminum Stage Access Ramp provides a direct route between ground level and an elevated temporary stage for performers, speakers, technicians, event staff, and production crew. Its slim footprint measures approximately 308⅝ × 48⅜ in (7.84 × 1.23m) and uses modular 4 × 4 ft / 1.22 × 1.22m ramp deck sections with 1m / 3.28ft high guardrails along both sides.
The DragonStage 7.32x3.05m Compact Switchback Aluminum Stage Service Ramp provides a continuous access route for AV carts, production trolleys, touring equipment, technicians, and stage crew. Its compact U-shaped footprint measures approximately 24 × 10 ft (7.32 × 3.05m) and uses standard 4 × 4 ft / 1.22 × 1.22m modular ramp decks with 1m / 3.28ft high guardrails along both sides.
The DragonStage 7.40x8.26m L-Shaped Aluminum Backstage Loading Ramp is designed for moving flight cases, lighting cases, audio equipment carts, cable boxes, production trolleys, and event equipment between ground level and temporary stages. The 90-degree layout has an overall footprint of approximately 291⅜ in × 325¼ in (7.40m × 8.26m) and uses standard 4 × 4 ft / 1.22 × 1.22m modular deck sections with 1m / 3.28ft high guardrails along both sides.
The DragonStage 9.82x3.23m Switchback Modular Aluminum Event Stage Ramp is designed for temporary stages requiring a continuous access route for wheelchairs, performers, event staff, carts, and wheeled concert equipment. The compact U-shaped layout measures approximately 386⅝ in × 127¼ in (9.82m × 3.23m) and uses standard 4 × 4 ft / 1.22 × 1.22m modular ramp deck sections with 1m / 3.28ft high guardrails along both sides.
FOSHAN DRAGON STAGE
No.7,Xiaxi Industrial Area,Heshun,Nanhai District,Foshan,528241,Guangdong,China.
+86 136 3132 8997
