2x2m Open-Sided Ringlock FOH Pod with Aluminum Gable Roof

Overview

This structure represents the smallest and simplest end of the FOH family.

Rather than providing a large production room or a vertically organized control tower, it creates one compact 2m × 2m technical-control position under a covered gable roof.

The main structure uses Ringlock components to establish the working footprint and platform. A separate aluminum roof component creates the A-frame/gable profile above it. The side/eave height is approximately 2m, while the central ridge rises to approximately 3m.

Most importantly, this configuration does not include side curtains or front/rear curtains.

It is therefore better understood as:

Compact Ringlock Working Pod

Modular Platform Floor

Aluminum Gable Roof

Roof Tarpaulin

rather than as a fully enclosed FOH room.

Functionally, it belongs to FOH & Control Structure, while the combination of Ringlock and aluminum also places it within Ringlock + Aluminum Structure.

1. What Is This Structure?

This is a small covered technical-control structure designed around a 2m × 2m Ringlock footprint.

Its structural purpose is straightforward:

Create the smallest practical modular FOH workspace without building a large enclosed booth or multi-level tower.

The confirmed structure contains only:

• 4 Ringlock vertical standards;

• 4 horizontal ledgers;

• 4 diagonal braces;

• 7 platform planks;

• 1 aluminum roof beam;

• 1 roof tarpaulin;

• 2 ballast-related steel pipes.

That compact BOQ is itself one of the most important characteristics of the product.

This is not a reduced multi-level tower.

It is a deliberately simple single-position FOH structure.

2. Why “FOH Pod” Instead of “FOH Control Booth”?

The original DragonTruss product is called:

2x2m Compact Hybrid Ringlock FOH Control Booth with Aluminum A-Frame Roof

For DragonStructure, however, repeating essentially the same title would add little structural meaning.

“FOH Pod” better distinguishes this configuration from the larger structures in the same family:

So these are not merely Small / Medium / Large versions of the same product.

They answer three different spatial questions.

For this product, the question is:

How little structure is needed when the technical-control requirement itself is small?

That is the real structural identity of this 2×2m configuration.

3. Compact 2x2m Working Footprint

The confirmed footprint is:

2m × 2m = 4m² nominal plan area.

That immediately imposes a different planning discipline from the 24m² 4×6m FOH.

With only 4m² available, the structure should be considered for limited technical-control requirements rather than a large multi-operator production team.

Possible uses include:

• a compact audio-control position;

• a lighting-control position;

• a video-control workstation;

• laptop and communication equipment;

• a small event-production position.

These are possible applications, not confirmed equipment assignments.

For a structure this small, equipment dimensions become particularly important. A large console or rack can consume a significant percentage of the available working area.

4. Minimal Ringlock Main Frame

The main Ringlock structure is unusually simple.

The confirmed BOQ contains:

4 × 2m vertical standards

4 × 2m horizontal ledgers

4 × 1.5m diagonal braces.

This is fundamentally different from the much denser Ringlock grids used in larger FOH shelters and towers.

Structurally, the concept can be understood as:

4 Corner Standards

→ establish the compact footprint

Horizontal Ledgers

→ connect the basic frame

Diagonal Braces

→ brace the selected bays

Platform Planks

→ create the technical working surface

This simplicity is exactly what makes the structure worth presenting separately on DragonStructure.

It shows the lower end of the Ringlock Structure spectrum: Ringlock does not always need to become a large stage, tower or multi-bay structure.

5. Seven-Plank Working Platform

The working floor uses:

7 × platform planks, listed with a 0.2780m specification.

The original product information describes these seven planks as forming the basic platform surface across the approximately 2m width.

This floor module transforms the small Ringlock frame from an open scaffold arrangement into a usable technical-control position.

Conceptually:

      ALUMINUM GABLE ROOF
             /\
            /  \
           /    \
          /      \
        2m│      │2m
          │ FOH  │
          │ POD  │
          ├──────┤
          │7 PLANKS
          └──────┘
           2m × 2m

The drawing explains the geometry only; it does not imply a verified floor-load capacity.

6. 2m Eaves and 3m Central Ridge

The roof geometry is one of the clearest visual characteristics of this product.

The confirmed dimensions are:

The roof rises symmetrically from approximately 2m at both sides to 3m at the central ridge.

This distinguishes it from the other FOH roof geometries already in your product system:

Gable Roof
→ this 2×2m compact FOH.

Pitched Roof with lower ridge rise
→ 4×6m single-level FOH.

Single-Slope Roof
→ larger hybrid FOH configurations.

Roof geometry therefore becomes another useful way of differentiating the Structure pages rather than producing near-duplicate FOH products.

7. Why This Is Still a Hybrid Structure

At first glance, this product contains very little aluminum.

The confirmed BOQ lists only:

1 × 2m aluminum roof beam.

Nevertheless, the functional division remains important:

Ringlock

→ main booth / platform structure

Aluminum Component

→ part of the gable-roof system

This is therefore still a Ringlock + aluminum hybrid configuration, but at a much smaller scale than the larger hybrid FOH structures.

The important point is not the quantity of aluminum.

It is that a different material/system has been introduced to solve a different structural function.

For related mixed-system structures, see Ringlock + Aluminum Structure.

8. An Open-Sided FOH, Not an Enclosed Control Room

This is probably the most important difference between this product and the 4×6m FOH.

The confirmed BOQ contains:

Side Curtains: 0

Front / Rear Curtains: 0.

Only the roof covering is supplied.

Therefore, it would be misleading to describe this configuration as a weather-enclosed FOH room.

The more accurate structural description is:

Roof-covered, open-sided FOH pod.

That means the configuration prioritizes:

overhead coverage

while retaining:

open side access + open sightlines + minimal enclosure

If a customer requires side or rear curtains, that becomes an additional enclosure module rather than something already included in this product.

9. 11m² Roof Tarpaulin

The roof-cover package is equally simple:

1 × 11m² roof tarpaulin.

No triangular tarpaulin pieces are listed, and no side/front/rear curtain panels are included.

This reinforces the structural identity:

Ringlock Pod

Gable Roof

Top Cover

rather than:

Ringlock Booth

Complete Fabric Enclosure

This distinction should remain visible in the DragonStructure page because it helps a customer understand what is actually included rather than assuming every FOH product is enclosed in the same way.

10. Why a Small FOH Can Be Structurally Useful

“Small” should not automatically be interpreted as an incomplete version of a larger FOH.

For some projects, the requirement itself is small.

If the customer needs:

• one operator;

• one compact console;

• a laptop/control station;

• a small audio or lighting position;

• only overhead coverage;

• minimum occupation of the event floor;

then expanding automatically to a 4×4m or 4×6m structure can create unnecessary structure, transport volume and occupied space.

The structural principle is:

Start from the technical-control requirement, then determine the FOH footprint—not the other way around.

A 2×2m pod makes sense when the production requirement genuinely fits inside a 2×2m working area.

11. Equipment Layout Becomes More Important as the FOH Gets Smaller

For a 24m² FOH, a modest difference in console size may not fundamentally change the layout.

For a 4m² FOH, it can.

Before using this configuration as the basis for another project, useful information includes:

console width/depth

equipment-rack dimensions

operator quantity

chair or standing-operation requirement

cable entry direction

required open viewing side

equipment access requirement

This leads to a useful planning sequence:

Equipment

→ Operator Space

→ Required Clearances

→ Minimum Working Footprint

→ Ringlock Structure

→ Roof

A 2×2m FOH should therefore be selected because the equipment layout supports it—not simply because it is the smallest available option.

12. Ballast-Related Components

The BOQ contains:

2 × 2m long, 50×2mm steel ballast pipes with accessories. Dragon Stage

These are confirmed supplied components.

They do not, however, establish a verified ballast requirement for every 2×2m FOH installation.

The correct distinction remains:

Confirmed:
Two ballast-related steel pipes are included in this product configuration.

Not established:
How much ballast is required at a particular installation site.

That depends on the final structure, installation environment and project-specific conditions.

13. Complete BOQ with Structural Functions

Side Curtains: Not included
Front / Rear Curtains: Not included
Packing Weight: approximately 180kg
Packing Volume: approximately 1CBM.

14. What the BOQ Tells Us

The BOQ is particularly useful here because its simplicity makes the structural hierarchy very clear.

There are only four major functional groups:

Ringlock Frame

4 standards + 4 ledgers + 4 diagonal braces.

Working Floor

7 platform planks.

Roof

1 aluminum roof beam + 11m² roof tarpaulin.

Ground / Stabilization Interface

2 ballast-related steel pipes with accessories.

There is no internal stair system.

There is no multi-level platform system.

There is no curtain enclosure package.

There is no auxiliary base structure listed.

That absence is structurally meaningful.

It confirms that this product should remain a compact open FOH pod, rather than being described using language borrowed from larger FOH towers.

15. Assembly Logic

At Product-page level, the modular assembly relationship can be understood as:

1. Establish the 2×2m Ringlock footprint.

2. Position the four main vertical standards.

3. Connect the standards using the horizontal ledgers.

4. Install the required diagonal braces.

5. Install the seven platform planks to create the working floor.

6. Integrate the aluminum roof component.

7. Form the 2m-eave / 3m-ridge gable roof geometry.

8. Install the 11m² roof tarpaulin.

9. Complete the project-specific stabilization arrangement.

This explains the structural composition and assembly logic only. It is not a complete engineered erection procedure.

16. Comparison with Larger FOH Structures

This 2×2m configuration is particularly useful when placed beside the other FOH products already developed for DragonStructure.

This gives your FOH category a much better internal logic.

The products are not differentiated simply by dimensions.

They represent three different structural strategies:

Minimum Footprint → Horizontal Expansion → Vertical Expansion

That is much more consistent with DragonStructure's role of explaining structure selection and composition.

17. When Should the Structure Be Enlarged?

A larger FOH should be considered when the equipment or operating requirement exceeds what can reasonably be organized within the compact footprint.

For example, increasing requirements may include:

• additional operators;

• larger mixing consoles;

• equipment racks;

• separate audio and lighting positions;

• internal circulation;

• enclosed sides;

• equipment storage;

• stair or ladder access;

• multiple working levels.

At that point, simply “adding more components” to the 2×2m pod may no longer be the clearest solution.

The project may instead move into another structural family:

2×2m Pod

→ larger single-level FOH

or

2×2m Pod

→ multi-level FOH tower

depending on whether the additional space should be created horizontally or vertically.

18. Customization Variables

For another compact FOH project, the following variables can be adjusted:

• footprint;

• side/eave height;

• roof ridge height;

• roof geometry;

• platform arrangement;

• Ringlock bay configuration;

• roof-cover size;

• side enclosure;

• rear enclosure;

• entrance opening;

• cable-routing position;

• equipment-access opening;

• stabilization interface.

Adding curtains is particularly important conceptually: once substantial enclosure is introduced, the product begins to move from an open FOH pod toward a protected FOH shelter.

19. Information Needed for a Similar Compact FOH

For a similar structure, the most useful starting information is:

• required footprint;

• operator quantity;

• console dimensions;

• rack/equipment dimensions and weights;

• seated or standing operation;

• required stage sightline;

• required open sides;

• whether side/rear curtains are needed;

• cable-entry direction;

• roof-cover requirement;

• indoor or outdoor use;

• installation location and site conditions;

• existing Ringlock components, if reuse is required.

For this particular structural type, equipment dimensions should be confirmed early, because the working area is intentionally compact.

20. Engineering / Verification Boundary

The original product information confirms:

• 2m × 2m footprint

• 2m side/eave height

• 3m central ridge / maximum height

• Ringlock main structure

• 7 platform planks

• aluminum roof component

• 11m² roof tarpaulin

• no side curtains

• no front/rear curtains

• two ballast-related steel pipes

• approximately 180kg packing weight

• approximately 1CBM packing volume.

The available product information does not establish:

• allowable platform load;

• roof load capacity;

• wind resistance;

• required ballast weight;

• anchoring requirements;

• ground-bearing requirements;

• safety factor;

• certification;

• engineering approval.

These must not be inferred from the dimensions or BOQ.

21. Related DragonStructure Pages

FOH & Control Structure

The primary functional category for FOH structures, control booths, technical platforms, console shelters and production-control areas.

Ringlock + Aluminum Structure

Relevant because this compact FOH combines a Ringlock main structure with a separate aluminum roof component.

Ringlock Structure

The broader structural family covering Ringlock-based temporary event structures.

22. Original DragonTruss Product

Original Product Name:
2x2m Compact Hybrid Ringlock FOH Control Booth with Aluminum A-Frame Roof

Original DragonTruss Product:
View the original 2x2m FOH product and commercial configuration

The original DragonTruss page answers the commercial product question:

What compact 2×2m FOH configuration can DragonStage manufacture and supply?

This DragonStructure page answers a different question:

How can a minimal 2×2m technical-control position be created from a compact Ringlock platform, aluminum gable roof and top-cover system without building a larger enclosed FOH?

That distinction is what prevents the DragonStructure page from becoming a rewritten copy of the original product page.

FAQ

Why is this structure called an FOH Pod rather than an FOH Booth?

“FOH Pod” is used here to emphasize its structural scale and function. The configuration provides only a 2×2m compact technical position and does not include the curtain enclosure found in larger FOH shelters.

What is the confirmed size?

The footprint is 2m × 2m, the side/eave height is approximately 2m, and the central roof ridge reaches approximately 3m.

Is this a single-level structure?

Yes. The confirmed configuration contains one compact platform floor and no multi-level working platform or internal vertical-access system.

Why is the structure considered hybrid?

The main working structure uses Ringlock components, while an aluminum component is incorporated into the gable-roof system.

Is the FOH enclosed?

No. The current BOQ contains no side curtains and no front/rear curtains. It should therefore be treated as an open-sided, roof-covered FOH structure.

Is the floor included?

Yes. The configuration contains seven modular platform planks.

Is the roof cover included?

Yes. One 11m² roof tarpaulin is included.

Can curtains be added?

The original product information identifies side and rear curtain enclosure as customizable options, although they are not included in this particular BOQ.

Is 2x2m large enough for audio or lighting control?

That depends on the actual equipment and number of operators. Because the nominal plan area is only 4m², console, rack and operator dimensions should be checked before using this configuration as the basis for another project.

Does the BOQ define the required ballast?

No. Two 2m-long 50×2mm ballast-related steel pipes are included, but their presence does not establish the ballast requirement for a specific installation.