English
Seating & Grandstand Structure focuses on temporary audience seating systems and elevated viewing structures created with modular structural systems for concerts, festivals, sports events and temporary venues.
As part of our Ringlock Structure system, these structures use repeated standards, horizontal members, diagonal bracing and adjustable bases to create stable multi-level seating areas.
From our project experience, temporary seating is not simply a platform with seats placed on top. The structure needs to consider the relationship between:
audience capacity;
viewing height;
seating arrangement;
access routes;
structural levels;
connection between different sections.
This is why we treat grandstand systems as complete structural configurations rather than individual seating components.
A typical temporary seating structure consists of several functional layers:
The upper surface provides the area where seats, benches or audience platforms are installed.
The layout depends on:
required capacity;
row arrangement;
viewing direction;
event type.
Ringlock standards and horizontal members create the main supporting framework below the seating area.
The modular grid determines:
platform levels;
structural spacing;
overall footprint;
connection between different sections.
Diagonal members provide stability within the structure, especially when the grandstand develops into multiple levels.
Higher seating structures require greater attention to the relationship between vertical members, horizontal connections and bracing arrangement.
Stairs, walkways and circulation areas are important parts of the complete seating structure.
Audience movement should be considered together with the seating layout rather than added afterward.
The general relationship is:
Audience Area → Seating Platform → Ringlock Supporting Structure → Base → Ground
A common misunderstanding is that a grandstand is determined only by:
width;
length;
number of seats.
In practice, the structural configuration depends on multiple factors.
For example:
A small temporary viewing platform may only require a simple raised structure.
A larger festival grandstand may require:
multiple seating levels;
wider access routes;
additional supporting zones;
integrated stairs;
different structural grids.
When the seating capacity increases, the change is not only adding more seats.
The supporting structure, access arrangement and overall layout must develop together.
This modular approach allows different event requirements to be translated into different structural configurations.
A grandstand structure often exists together with other temporary event systems.
For example:
A concert viewing platform may be positioned around a Stage & Platform Structure.
A festival audience area may need to coordinate with roof systems, LED structures or other production areas.
Unlike technical structures such as FOH & Control Structure, which are designed mainly for production personnel and equipment, seating structures are designed around audience movement, viewing experience and circulation.
This difference affects:
platform height;
access position;
structural arrangement;
overall footprint.
One of the advantages of modular Ringlock systems is that the structure can be adapted according to different event requirements.
For example:
additional seating rows can extend the platform area;
different heights can create different viewing levels;
access sections can be adjusted according to audience flow;
supporting zones can be modified for different layouts.
The structure is therefore developed from a modular grid rather than from one fixed-size design.
This is especially valuable for temporary applications where the same system may be reused across different venues and event types.
The cases in this category may examine:
seating capacity;
platform dimensions;
number of seating levels;
Ringlock supporting grid;
standards, horizontal members and diagonal bracing;
stairs and access arrangement;
audience circulation;
relationship with stage and event structures;
component quantities and functions;
configuration changes for different event requirements.
The purpose of these cases is to show how audience requirements are translated into practical temporary seating structures, and how modular systems allow different event layouts to be developed efficiently.
