Indonesia Tennis Tent Project Case Study

Semi-Permanent Aluminum Clear Span Sports Structure

Project Location: Jakarta, Indonesia

Application: Professional & Training Tennis Facility

Structure Type: Aluminum Clear Span Tent

Completion Year: 2024

Project Background

Indonesia has been rapidly upgrading its sports infrastructure in recent years. With the development of large-scale venues such as Indonesia Arena, there is growing demand for flexible, high-performance training and competition facilities that can complement permanent stadiums.

A private sports development group in Jakarta required a semi-permanent tennis court structure that could:

• Withstand Indonesia’s tropical climate

• Provide all-weather play conditions

• Meet professional training standards

• Be completed faster than traditional construction

• Remain operational for 10–20 years

After evaluating traditional steel buildings and concrete halls, the client selected an aluminum clear span tent system for its structural performance, flexibility, and cost efficiency.

Project Specifications

The final structure was engineered specifically for Indonesia’s climate conditions.

Structural Dimensions

The 36m width allows for two professional tennis courts with buffer zones, while the 9m side height ensures proper ball trajectory clearance for competitive play.

The clear span aluminum structure eliminates internal columns, providing full visibility and unrestricted movement.

Designed for Indonesia’s Tropical Climate

Indonesia’s climate presents several engineering challenges:

• High humidity (70–90%)

• Heavy seasonal rainfall

• Coastal wind exposure

• Occasional monsoon storms

To address these factors, the structure was engineered with the following specifications:

Wind Load Performance

The tent is designed to withstand wind speeds of up to 120 km/h (≈33 m/s), in accordance with Indonesian regional wind load standards for Jakarta and coastal zones.

Additional reinforcement measures included:

• Anchored ground foundation system

• Hot-dip galvanized steel connectors

• Cross-bracing reinforcement

• Wind-resistant PVC membrane tensioning system

This ensures stable performance during heavy storms and seasonal monsoon winds.

Material & Technical Configuration

The anodized aluminum alloy frame provides strong corrosion resistance, critical in Indonesia’s humid coastal environment.

Semi-Permanent Sports Structure Concept

This tennis tent was designed as a semi-permanent sports venue, offering a balance between flexibility and long-term durability.

Why Semi-Permanent?

• Faster construction than concrete buildings

• Lower investment cost

• Reduced foundation requirements

• Modular expandability

• Possibility of relocation if needed

The complete project—from foundation to final lighting installation—was completed within 9 weeks, significantly faster than traditional construction timelines.

Functional Advantages for Tennis Training & Competition

1. Professional Court Clearance

The 9m side height and 14m ridge height ensure proper clearance for high lobs and competitive rallies.

2. Natural Light Optimization

The roof membrane diffuses sunlight, reducing glare while maintaining brightness.

3. Climate Adaptation

Ventilation systems reduce heat buildup during midday tropical temperatures.

4. Multi-Use Capability

Outside of tennis training, the structure can host:

• Badminton events

• Community sports activities

• Youth tournaments

• Training camps

Construction Timeline

Phase 1 – Foundation Preparation (2 Weeks)

• Soil assessment

• Anchor system installation

• Layout positioning

Phase 2 – Aluminum Frame Assembly (3 Weeks)

• Main arch installation

• Structural reinforcement

• Cross-bracing integration

Phase 3 – Membrane & Systems Installation (4 Weeks)

• PVC roof tensioning

• Lighting system setup

• Ventilation installation

• Final structural inspection

Project Outcome

The facility now operates year-round without weather interruption. The client reported:

• 40% increase in training session availability

• Reduced cancellations during rainy season

• Improved indoor temperature stability

• Lower operational cost compared to traditional halls

The structure complements larger national facilities such as Indonesia Arena, offering a flexible training venue that supports athlete development programs.

Frequently Asked Questions (FAQ)

Q1: Is an aluminum clear span tennis tent strong enough for Indonesia’s monsoon climate?

Yes. The structure is engineered for wind speeds up to 120 km/h (33 m/s) and includes reinforced anchoring systems suitable for tropical storm conditions.

Q2: How long can a semi-permanent sports tent last?

With proper maintenance, aluminum clear span sports structures typically last 15–20 years or longer.

Q3: Does the structure require a complex foundation?

No heavy concrete slab is mandatory. Depending on soil conditions, ground anchors or reinforced base plates can be used, reducing construction time.

Q4: Can air conditioning be installed?

Yes. The structure supports integrated HVAC systems, insulation liners, and industrial ventilation fans for tropical temperature control.

Q5: Can the tent be expanded in the future?

Absolutely. The modular clear span design allows additional sections to be added if more courts or supporting areas are required.

Planning a Tennis Facility in Indonesia?

Whether you are developing a private club, training academy, or tournament venue, an aluminum clear span tent offers:

• Professional court clearance

• Monsoon-ready wind resistance

• Fast construction

• Long-term semi-permanent durability

• Lower overall investment

Contact us today for a customized tennis court structure plan tailored to Indonesian climate and regulatory requirements.