Event stages: plan the size, height and show setup

Draw the performance area and the space around it

List everyone who will be on stage at the same time, their instruments, furniture, scenery and movements. Include pedalboards, microphone stands, monitors and changeovers. The same band may use a similar stage for different audience sizes, while the PA, screens and room layout change.

The main platform width and depth describe its gross floor area. Backline, risers, furniture and monitors reduce the clear performance space. Stairs, ramps, backstage, front of house (FOH), LED supports and the audience need space outside that rectangle. Show those areas on the stage plot too.

Seven sizes to start a layout

These GLMedia planning examples are starting points for a drawing, not stage-size rules based on attendance. Add the actual equipment and furniture, then check sightlines, access and ceiling height.

Heights are measured from the local floor to the finished stage surface. Gross floor area is not an approved occupancy limit.

Adjust the layout to the program

A panel might fit on 6 × 3 m if the chairs, tables and access routes work. A compact DJ setup may fit on 4 × 3 m. For an awards presentation with a lectern and two to four people, but no large performance, compare 8 × 4 m. A duo with a piano or a larger percussion setup may need 6 × 4 m.

Draw brass sections, choirs, dancers, cameras, rolling platforms and band changes into the plan. If the room requires a smaller stage, decide which items to remove or relocate. Start with the heaviest or hardest-to-move equipment and preserve the crew routes.

Count decks using the actual system dimensions

A 2 × 1 m deck contributes 2 m² to the geometric floor count. The complete system also needs the specified supports, legs, connectors, wings, risers, access and stabilization. Check the configuration against the Wenger StageTek or Prolyte StageDex documentation, as applicable.

A 4 × 8 ft deck measures 1.2192 × 2.4384 m. It is not interchangeable with a 2 × 1 m deck on the same grid. Redraw the layout and surrounding areas when changing systems.

Check sightlines and the space above the stage

Decide what the audience needs to see: faces, hands, a product, an instrument or a full-body performance. Check the first and last rows, tables, side seats, accessible seating positions and standing areas. A sloped auditorium and a flat ballroom need different checks. Wenger’s planning guide explains why elevation can help in a flat room; the heights in this article remain GLMedia layout examples.

Finished height is measured to the top of the stage surface, allowing for deck thickness and changes in ground level. Leg length is a separate dimension. Add a drum riser’s height to the main stage height and show it separately.

For example, a 0.80 m stage, a screen starting 0.50 m above it and a 3 m screen height reach 4.30 m. Under a 4.50 m ceiling, that leaves only 0.20 m before allowing for structure, hardware and clearances. The arithmetic does not confirm that the system fits.

Live camera images on screens, often called IMAG, require cameras, switching and operation. An LED backdrop playing graphics does not automatically show the performer live. Include that coverage in the scope if the audience needs it.

Allow for performers, equipment and accessible routes

Plan how performers and equipment reach the stage, including the accessible route. Specify compatible stairs, ramps and landings as part of the complete system, with the required edge protection and clear routes. Test the route with bulky equipment before the show.

The U.S. ADA standards address temporary structures and performance areas. The general ramp limit is a 1:12 running slope and a maximum rise of 30 in (760 mm) per run, with requirements for landings, width, handrails and other details. Confirm the applicable requirements for the venue and project; slope alone does not establish compliance. See the U.S. Access Board references below.

As a space-planning example, an 8 × 6 m stage with 2 m added on each side and 2 m behind occupies a 12 × 8 m rectangle: 96 m². Those bands are illustrative, not prescribed clearance widths. Ramps, FOH and audience areas still need to be drawn separately.

List the show requirements and agree who supplies each item

List each system and the space needed to use it. Review the list with the performers, venue and production team so each item has a supplier. Mark what is included, optional or still undecided in the quote. A microphone or lectern that everyone assumes someone else will bring can be missing at rehearsal.

Work through a five-piece band example

Start with an 8 × 6 m stage: 48 m² gross, with a finished height of 0.60–0.80 m. Place drums at the rear, keys to one side, and guitar, bass and lead vocal toward the front. Adjust for the actual equipment and routes. LED supports and access sit outside this initial stage rectangle.

This example uses a lead singer, a guitarist with backing vocals, a bassist with backing vocals, stereo keys and drums. Eleven microphones cover three vocals, a guitar amplifier and seven drum inputs. Three DI channels cover mono bass and stereo keys. A stereo DI provides two channels; distinguish the number of boxes from the number of audio channels.

Compare a console with 24 usable inputs, checking its connectors, stagebox, buses and outputs. Add talkback, ambience, camera feeds or other sources separately. Line-check every source, then soundcheck with the musicians. Yamaha’s band PA example is a useful reference, but its lineup differs from this one.

Design the PA and monitor mixes for the event

Choose the PA for the audience geometry, distance, obstacles, coverage zones and required music level. An audience of 300–500 does not determine a speaker count. Add subs, fills or delays where the design calls for them. Put FOH where the operator can hear a representative mix and see the stage, with clear circulation around it.

For this example, compare five wedges with five independent mono mixes. Alternatively, discuss five in-ear receiver packs against the rider. Five independent stereo mixes require ten monitor audio channels; that does not mean ten wireless frequencies.

Some receivers can share a transmitter. Shure PSM300 MixMode lets a performer balance two signals; it does not create five independent instrument mixes. Agree what each musician needs to hear, then choose the audio routing, transmitters and RF resources.

Plan lighting and video around their jobs

The example starts with six front-light fixtures and four washes: ten fixtures total. Four moving lights and two floor washes bring the optional total to sixteen. Check optics, throw distances, positions, height, shadows, camera needs and LED brightness. Identify fixture models, modes, channel counts and universes. Work and circulation lighting are separate requirements.

ETC’s lighting-angle guide helps explain front, back, side and top lighting. It is a reference for what the light does, not a fixture-count rule or a structural calculation for its support.

An optional 4 × 2.5 m LED wall needs its own support plan. Its physical aspect ratio is 1.6:1, not 16:9. Choose pixel pitch for viewing distance and content, then confirm the actual pixel matrix, processor, mapping, cabling, playback and scenes. Resolume Advanced Output documents the output-mapping workflow.

Live camera images require camera coverage, switching and an operator. Treat graphic playback, IMAG, recording and streaming as distinct deliverables, with their own signal paths, crew and preparation.

Resolve structure, power and outdoor conditions

A distributed load rating per square meter does not approve a concentrated tower load, an LED support or suspended PA. Review the actual configuration, supports, structural documentation, ground conditions and stability with the responsible stage and structure providers.

Use the actual equipment models and power requirements to plan supply, distribution, protection, connectors and cable routes with the qualified person responsible for power. Audience size does not determine generator capacity or circuit amperage.

Outdoors, address ground conditions, water, wind, equipment protection and weather decisions. Ballast, anchors and operating limits depend on the system and project. ESTA E1.21-2024 addresses outdoor ground-supported temporary structures used for technical production; referencing it does not approve every stage setup.

Build the schedule around checks and rehearsals

Review load-in access, crew, systems and the program before assigning durations. Installation, electrical work and lifting must follow the procedures agreed by the responsible system leads; this sequence is not a promise of setup hours.

Assign production or stage management, FOH, monitors, lighting, video, structure, power and stagehand duties. Decide which roles can be combined and where shifts or extra crew are needed. Installation crew and show operators are different staffing needs. Name the person who calls the show cues.

1. Finalize the program and rider. Confirm performers, furniture, backline, input patch, monitor mixes, content, changeovers and responsibility for each item.
2. Measure the venue. Check ceiling height, floor, audience layout, access, power supply, restrictions and sightlines.
3. Draw the complete layout. Include the stage, supports, FOH, backstage and routes; agree system leads and the schedule.
4. Prepare equipment and content. Build scenes, check files, label the patch and pack spares before loading.
5. Receive the work area and assemble the platform and supports. Check and hand over the system before placing equipment or admitting performers.
6. Install sound, lighting, video and backline. Coordinate cabling, lifting and clear routes.
7. Test power, signals, communications and equipment. Complete a line check, then soundcheck with the musicians.
8. Rehearse the cues. Run the introduction, songs, playback, video, changeovers and closing, including entrances, exits, lighting and images.
9. Open and operate. Hand over the agreed areas to the organizer and confirm the cue caller and technical duties.
10. Close and load out. Clear the audience and performers, de-energize as agreed, dismantle, check inventory and load.

What to send for a staging proposal

Send the date, location, program, number of simultaneous performers and audience format. Include available floor plans, ceiling height, furniture and instrument dimensions, sightline needs, camera or streaming requirements and changeovers.

Explain load-in and performer access, mobility requirements, the schedule and what the venue or artists will supply. You do not need every model selected to start. Agree the complete scope so stage, sound, lighting and video are planned together.

Measure the drum kit and rehearse its changeover

Measure the musician’s complete setup: drums, throne, pedals, cymbal stands, microphone stands and the positions needed to play. Review the footprint with the artist rather than estimating from a photo of the kick drum.

For a changeover, show where the incoming kit waits, where the outgoing kit goes, and how audio is disconnected, reconnected and checked. Assign a person to lead the move and another to coordinate the patch.

The Wenger StageTek Roll-A-Deck 280B550 kit is designed for rectangular StageTek decks. That compatibility does not make any fixed platform suitable for adding wheels. Confirm the complete rolling assembly and configuration with the provider.

Rehearse the move and record the time through to a checked, usable system. Include the performer’s working position and crew access. If the route or platform is too small, revise the compatible assembly and the plan before the event.

Set FOH work height with the console and operator

Draw the FOH work area with consoles, cases and screens. The required seated or standing work height is not the same question as the performance-stage height.

Compare the console, case, chair and operator together. Check reach, sightlines, legroom, rear support and access to connections. Raising a console may improve the view while making controls harder to reach.

If stage decks will support the work area, ask the provider for the complete intended system. The Wenger StageTek technical sheet, USA/2026-01, lists fixed, adjustable and telescopic leg options; it does not identify a setup from a photograph.

Record weights, dimensions, support positions and finished height, then test the working arrangement. Recheck it if a different console or case will be used.

Check choir-riser configuration and access

Draw the choir groups and entry route before adding another row. Give the layout to the staging provider and choir director before rehearsal.

The Wenger Tourmaster operating instructions, 024H636-06, describe entry through the center of the bottom step in the reversed configuration. The USA/2026-05 technical sheet limits side rails to the standard configuration; they do not fit reversed units.

Confirm the complete arrangement and compatible accessories before performers use it. If the configuration changes the entry route, update the plan and rehearse that route.

Update the plot when equipment is taken out of service

Check the available equipment before committing to the layout. Remove damaged or unavailable components from the working inventory, then review positions, furniture and access before load-in.

Wenger Versalite distinguishes connectors for platforms at the same height from brackets for different heights. Review the complete intended configuration. A substitute clamp that pulls two decks together does not establish compatibility.

Share the updated plot with sound, lighting and everyone working on the platform, identifying the version. If repaired components or replacements become available, confirm the delivered assembly and review the plot again.

Include dance-floor preparation in the schedule

If a company brings its own dance floor, agree how it will arrive, who receives it, the installation window, transitions and storage. Put those tasks in the shared schedule.

For the cited Harlequin Reversible Pro instructions dated April 2019, allow the floor to lie unrolled for at least 48 hours at around 18 °C before cutting and taping. Confirm the product and preparation plan with its supplier rather than treating arrival time as ready-to-use time.

Rehearse the complete changeover and record its duration. Include preparation and removal, what remains in place and when the next act can enter. Adjust the published schedule to the tested sequence.