Wenger StageTek: stages for panels, musicians and show changes

Identify the platform

Ask GLMedia about options for your event, subject to availability and evaluation of the configuration.

StageTek is Wenger’s indoor modular staging system for performance groups. Identify the actual deck size, finish and leg type before planning a flat stage, seated riser or camera platform. StageTek Outdoor is a separate product.

What the published specifications cover

Deck example

4 × 8 ft (1219 × 2438 mm); other sizes and surfaces exist.

Supports

Fixed, adjustable-height and telescopic legs are distinct references.

Connections

Leg sockets use hand-tightening knobs; adjoining assemblies need the connectors shown for their layout.

For its 4 × 8 ft test configuration, the technical sheet distinguishes 125 lbf/ft² standard uniform live load with four legs from 150 lbf/ft² heavy-duty arrangements with a fifth leg where required or added stiffeners. These are different configurations, not interchangeable ratings for any stage. Have point loads, movement and the complete support design reviewed separately.

Compare options for the event

To compare a flat stage, musician tiers or a camera platform, begin with the users, audience sightlines and access. State outdoor use at the start: changing a finish does not turn this indoor product into StageTek Outdoor. Leg, connection and bracing references are verified when the configuration is defined.

Deck, supports and accessories

A deck, a leg, a deck connector, a stabilizer brace and a guardrail perform different jobs. A leg storage clip does not connect adjoining decks. Use identified accessories and the layout for the actual height and activity.

Prepare the configuration

1. Record deck and leg references, finished heights, furniture and access routes. Match each connector and brace to the documented layout before assembly.
2. Keep the work area unloaded. Verify that legs are fully seated and retained as described in the manual; check adjoining connections and inspect for worn or damaged parts. Do not improvise a clamp for an unidentified component.
3. Obtain the applicable bracing layout and accessory instructions; do not select bracing solely from one height number. Keep the surface clean and dry.
4. If the general guide, owner’s manual or project layout disagree, keep the affected configuration out of use until the requirement is resolved for the actual system.

Plan the show and check the setup

• Why does the stage move even though every deck has legs?
• Does adding a fifth leg automatically give any StageTek deck a higher rating?
• Can I cure footstep noise by gluing lining underneath or screwing a paintable skin on top?
• When should we compare a flat platform with levels for seated musicians?
• Can the same StageTek stay in place for a panel followed by a band?

Before anyone uses the stage

Use the indoor system within its intended environment. Identify guardrails and chair stops separately and check each accessory’s documented function; a connector does not replace bracing. Stop use for movement, damaged parts or an undocumented change; require the relevant inspection before handover.

Manufacturer documentation

• Official StageTek product page
• Owner’s Manual 280A099-07
• Technical Sheet — 2026-01
• General bracing guidelines — read with the owner’s manual

Sources checked: October 22, 2026.

Storage and replenishment: separate decks from accessories

Before selecting deck size, compare doors, turns, elevators and storage with the identified cart dimensions, both empty and loaded. Request separate inventories of decks, legs, connectors, braces, access and protection; clips beneath a deck store legs and do not join platforms.

Compare the cart, number of trips and storage space with room-change frequency. Record damaged or missing parts so they do not return to an incomplete assembly. We can assess venue-owned equipment plus complementary accessories against event-by-event supply, separating assembly, inspection and storage responsibilities. Indoor StageTek, Outdoor and seated risers need their corresponding references and documentation.

Camera platform: review framing and vibration separately

Start with the lens sightline, expected audience, stage distance and requested shot. Then draw the tripod, camera, operator, access, protection and cabling, identifying actual masses and contact points for assembly review. Greater height also changes access and protection; do not choose it solely to clear audience heads.

If the image vibrates, distinguish floor movement, operator footsteps and loose parts: a moving assembly must remain out of use until inspected unloaded. For an already accepted assembly, we can propose a representative test with the video team: a sustained shot, pan and expected working movements. Compare another location, a floor-level position or a different documented platform. We promise no isolation and authorize no foam modifications beneath supports; an image test does not prove structural capacity.

Runway: plan the complete route before counting decks

Draw entry, walk, presentation pause, return and waiting position for the next participant. Include garments, expected footwear and any crossing performers; nominal deck width does not automatically equal clear walking width. Mark joints, level changes, lighting and photographer positions without occupying access or exits.

Compare a straight runway with using an existing presentation area at room level. If another end shape or turn is needed, request documented decks and joints for that geometry; do not cut decks or bridge joints with loose material. We can prepare two sketches and quote platform, access, protection and finish separately. Before opening, review surface continuity and the route with responsible personnel; a visual finish does not replace a structural joint.