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Apollo NZ GlobalStart Venue Brief
LUTHVAR — Sports & Recreation Systems — People · Places · Performance

SPECTATOR INFRASTRUCTURE · TECHNICAL CENTRE

LUTHVAR · SPECTATOR TECHNICAL & SPECIFIER CENTRE

Specify the spectator system around the venue, structure and operating model.

Use this technical centre to move from a seating idea into a controlled project pathway. Capacity, structure, access, exact seat evidence, cover interfaces, installation responsibilities and lifecycle requirements are resolved before the final system is released.

08specifier gates · one controlled evidence pathway
Capacity follows the configured layoutStructure and access are project-specificEvidence stays exact-product specificApollo remains supply-only

SPECIFIER GATES

Eight checks before spectator infrastructure is quote-ready.

A seating schedule is not enough on its own. The system has to fit the venue geometry, support structure, public access strategy and long-term operating model.

Capacity + seating layout

Resolve configured capacity with row count, seat centres, aisles, accessible positions and spectator circulation rather than using nominal seat count alone.

Configured layout

Structure + reactions

Match grandstand, platform or retractable-bank geometry to the actual support structure, load path, floor or foundations and local engineering pathway.

Structural interface

Retractable operation

For telescopic systems, coordinate stored envelope, deployment, floor condition, power, controls, locking, maintenance access and operating procedures.

Operational evidence

Access + guarding

Coordinate stairs, rails, guards, aisles, accessible routes and wheelchair / companion areas with the destination project team and venue geometry.

Local access review

Seat + platform evidence

Keep material, fixing, fire, load, UV, warranty and replacement-component evidence tied to the exact seat, bench, platform or seating-bank configuration.

Exact product evidence

Cover + roof interface

Where spectators are covered, resolve stand geometry, canopy structure, wind, drainage, columns, sightlines and foundations as one coordinated interface.

Cover coordination

Installation + handover

Separate product supply, manufacturer guidance, local installation, inspection, commissioning, operations and maintenance responsibilities before release.

Responsibility matrix

Lifecycle + spares

Plan cleaning, inspection, corrosion exposure, spare seats, replacement parts and future maintenance around the exact venue and operating frequency.

Lifecycle plan

PROJECT WORKFLOW

Move from capacity intent to controlled release.

This sequence keeps layout, technical evidence and local responsibilities in the right order and reduces the risk of selecting a seat or stand before the venue can support it.

01

Define venue + capacity

Venue type, sport/event use, target capacity, permanent or flexible operation and spectator experience.

02

Freeze geometry

Rows, rake, aisles, access, wheelchair locations, sightlines, stored envelopes and structure.

03

Select system family

Portable bleachers, retractable banks, aluminium / steel grandstands, fixed / tip-up seats or complete spectator package.

04

Close technical evidence

Exact product data, loads, structure, fixing, fire / material evidence, access interfaces, roof interfaces and warranty.

05

Release project package

Drawings, quantities, freight, spares, local installation responsibilities, handover and maintenance information.

SYSTEM PATHWAYS

Choose the spectator infrastructure family after the venue brief is clear.

Each pathway remains connected to the same evidence discipline while solving a different scale, permanence and operating requirement.

NEXT STEP

Bring the spectator package into the wider sports venue brief.

Send venue type, target capacity, drawings, structural context, indoor/outdoor exposure and the intended seating or grandstand pathway. Apollo can then separate the supply package from local engineering, construction and approvals.

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Project