Introduction

Temporary events often require safe and reliable access solutions for guests, staff, equipment transportation, and accessibility requirements.

Unlike permanent buildings, temporary access structures must achieve a balance between:

• Structural safety

• Fast installation

• Transportation efficiency

• Reusability

• Adaptability to different site conditions

For outdoor events, festivals, hospitality areas, temporary buildings, and public spaces, a traditional concrete ramp is usually not practical because of its permanent nature and long construction period. You can check our project case in Australia.

Custom Ringlock Access Ramp System for Australia Temporary Event Structure

A modular Ringlock structure provides an alternative solution by creating a strong, adjustable, and reusable access system that can be installed and removed according to project requirements.

A typical temporary Ringlock ramp system consists of:

• Steel Ringlock supporting frames

• Adjustable deck support structure

• Walking surface panels

• Safety handrails

• Connecting stairs or platforms

Through proper engineering and installation procedures, Ringlock systems can be customized into temporary ramps suitable for different heights, lengths, and event layouts.

Why Use Ringlock for Temporary Event Ramps?

Ringlock systems were originally developed as modular access and support structures for construction applications. Due to their flexibility and load-bearing capability, they are now widely used in temporary event structures.

More information about the basic structure and applications of Ringlock systems can be found in:

What Is a Steel Ringlock Structure? Applications, Advantages and Event Uses

Compared with traditional welded structures, Ringlock systems provide several advantages for temporary ramp applications.

1. Modular Design and Flexible Configuration

A temporary ramp rarely has a standard size.

The required dimensions depend on:

• Building entrance height

• Event platform height

• Available installation area

• Accessibility requirements

• Local regulations

Because Ringlock components connect through standardized rosettes, ledgers, and braces, the structure can be adjusted according to the actual site conditions.

For example:

• Short ramps can be built for small elevation differences.

• Long ramps can be created by extending additional bays.

• Different heights can be achieved through adjustable supports.

This modular approach allows one structural system to serve multiple projects.

2. High Load Capacity and Structural Stability

A ramp structure must safely support:

• Pedestrians

• Wheelchairs

• Equipment carts

• Temporary event traffic

The main load-bearing system consists of vertical standards, horizontal ledgers, and diagonal braces.

The load is transferred from the walking surface through the supporting frame and finally to the ground through the base support system.

For more information about Ringlock structural performance, see:

How Do Steel Ringlock Trusses Contribute to the Overall Structural Integrity of a Building or Structure

3. Fast Installation and Removal

One of the biggest advantages of Ringlock systems is installation efficiency.

Unlike welded steel structures, Ringlock components do not require:

• On-site welding

• Complex machining

• Permanent foundations

Most connections are completed by inserting and locking components mechanically.

This makes Ringlock ramps suitable for:

• Festivals

• Temporary hospitality structures

• Outdoor exhibitions

• Sports events

• Seasonal installations

4. Reusable Temporary Structure

Sustainability and cost efficiency are becoming increasingly important in event construction.

A properly designed Ringlock ramp can be:

• Disassembled after the event

• Transported to another location

• Reconfigured for a different project

The same components can be reused for:

• Temporary stages

• Platforms

• Walkways

• FOH structures

• Access systems

This makes Ringlock a practical solution for rental companies and event production suppliers.

Structural Components of a Ringlock Event Access Ramp

A temporary Ringlock ramp is not simply a sloped platform.

It is an integrated structural system consisting of several components.

1. Ringlock Supporting Structure

The supporting structure is the foundation of the ramp system.

It consists of:

• Vertical Ringlock standards

• Horizontal ledgers

• Diagonal braces

• Adjustable base supports

The standards create the vertical load path, while the ledgers connect the frame into a stable grid structure.

Diagonal bracing improves:

• Lateral stability

• Resistance against movement

• Overall rigidity

A properly designed support frame ensures that the ramp remains stable during continuous pedestrian use.

More details about Ringlock manufacturing and construction can be found in:

How Are Steel Ringlock Structures Manufactured for Event Applications

2. Deck Support System

The walking surface requires a stable supporting layer.

Depending on project requirements, the deck can use:

• Aluminum stage panels

• Steel panels

• Wooden boards

• Composite decking materials

In this Australian project, the Ringlock structure was combined with a platform deck system to create a durable outdoor access route.

The supporting beams underneath the deck distribute pedestrian loads evenly across the Ringlock frame.

3. Safety Handrails

Safety protection is an essential part of temporary ramps.

A complete ramp system normally includes:

• Side handrails

• Guardrails

• Intermediate protection rails

• Secure connection points

The handrails prevent users from accidentally stepping outside the ramp edge and improve user confidence.

For public events, accessibility structures should always consider safe movement for:

• Wheelchair users

• Elderly visitors

• Children

• General audiences

4. Stair Connection

Many temporary access projects require both ramps and stairs.

A ramp provides accessibility, while stairs provide faster pedestrian movement.

A combined system can include:

• Main ramp access

• Connecting stair section

• Landing platform

• Guardrail protection

This creates a complete circulation solution rather than a single access element.

Installation Sequence of a Temporary Ringlock Ramp

A professional installation process should follow a planned sequence.

The following steps are based on practical temporary structure installation experience.

Step 1: Confirm Layout and Installation Position

Before assembly begins, the installation team should confirm:

• Ramp location

• Entry and exit points

• Ramp direction

• Ground conditions

• Connection points

For customized projects, the CAD drawing should be reviewed before material installation.

The purpose of this step is to ensure that the finished ramp matches the planned site layout.

Step 2: Position Base Supports

The first structural components installed are the base supports.

The installation team sets out:

• Standard locations

• Base plates

• Adjustable supports

Accurate positioning is important because any deviation at the base will affect the entire ramp alignment.

Step 3: Assemble Ringlock Frame

After base positioning, vertical standards and horizontal ledgers are installed.

The basic sequence is:

1. Install vertical standards

2. Connect horizontal ledgers

3. Add diagonal braces

4. Check alignment and stability

At this stage, the main structural skeleton of the ramp is completed.

Step 4: Install Additional Bracing

For longer ramps, additional reinforcement is required.

Diagonal bracing helps:

• Reduce movement

• Improve stiffness

• Increase structural reliability

The bracing arrangement should follow the engineering design rather than being added randomly.

Step 5: Install Deck Panels

After the supporting structure is completed, the walking surface is installed.

The deck installation should ensure:

• Smooth connection between panels

• No dangerous gaps

• Adequate fixing

• Comfortable walking surface

For outdoor applications, waterproof and anti-slip materials are commonly considered.

Step 6: Install Handrails and Safety Components

After the deck is completed:

• Install side handrails

• Secure all connections

• Check railing height

• Confirm user protection

This step transforms the structural frame into a safe public access system.

Step 7: Final Inspection

Before opening the ramp for public use, the installation team should complete a final inspection.

The inspection should include:

Structural Check

• Connection points

• Bracing system

• Base stability

Safety Check

• Handrails

• Walking surface

• Edge protection

Operational Check

• Wheelchair movement

• Pedestrian flow

• Entrance and exit conditions

A temporary structure is only successful when it combines engineering reliability with user experience.

Australian Custom Ringlock Ramp Project Example

This custom Ringlock ramp project was designed and manufactured for an Australian customer.

The project included:

• Approximately 14m total ramp length

• Approximately 2m overall width

• 4m × 1m connection platform area

• Black powder-coated finish

• Integrated handrails

• Five-step stair connection at one end

The project demonstrates how Ringlock systems can be adapted beyond traditional scaffolding applications and developed into customized temporary architectural structures.

From design drawing to factory assembly and final installation, the complete process shows the flexibility of modular Ringlock engineering.

Conclusion

A temporary event access ramp requires more than a simple inclined platform. It is a complete structural system that must consider safety, stability, installation efficiency, and future reuse.

Ringlock structures provide an effective solution because they combine:

• Modular flexibility

• Structural strength

• Fast installation

• Reusable components

• Custom configuration capability

For event organizers, rental companies, and temporary structure contractors, a professionally engineered Ringlock ramp system can provide a reliable access solution for a wide range of outdoor and temporary applications.

Related Reading

• What Is a Steel Ringlock Structure? Applications, Advantages and Event Uses

• What is Steel Ringlock Truss and What Are Its Main Features

• How Are Steel Ringlock Structures Manufactured for Event Applications

• How Are Steel Ringlock Trusses Installed and What Are the Safety Considerations