Community / education
Participation field with safe posts/padding, durable surface and community lighting.
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GLOBAL SPORTS TECHNICAL LIBRARY
FIELD · RUGBY TECHNICAL CENTRE
Rugby facility design has to account for contact, surface impact performance, post systems, field-edge safety and heavy training use. This centre keeps laboratory product evidence separate from testing of the finished installed field.

INTERACTIVE FACILITY MAP
Select a layer to see why it matters. This is a conceptual coordination map—not a dimensioned court, field, structural or compliance drawing.
FACILITY LEVEL MATRIX
Do not copy elite-event requirements into every community project—or under-specify a competition venue from a school checklist.
Participation field with safe posts/padding, durable surface and community lighting.
Club venue with repeat training/match use, team areas, spectators and stronger maintenance.
Regional competition with controlled surface evidence, lighting, grandstand and event systems.
Professional/elite venue with high-performance surface, broadcast lighting, major spectators, medical/player and media operations.
12 TECHNICAL TOPICS
Each topic is part of the same facility. Changing one layer can affect several others, which is why product selection should follow the complete brief.
Field, in-goal, run-off, technical areas and post locations must match the applicable rugby code/competition requirements and local venue conditions.
Natural and synthetic rugby systems need contact/impact performance, traction, drainage and maintenance matched to player level and use intensity.
Posts, sleeves/foundations, padding, flags and team shelters must be selected and inspected as exact systems.
Training-to-broadcast lighting needs photometric design, glare/spill control and structural/electrical coordination.
Keep viewing, barriers, grandstands and accessible routes outside the field safety envelope while maintaining team/medical access.
Posts, containment, floodlights, scoreboards, covers, grandstands and buildings all need site-specific loads/foundations.
Rainfall, heat, frost, coastal exposure and field use affect drainage, turf choice and maintenance.
Coordinate accessible spectator positions, amenities and precinct circulation with emergency/medical access.
Training gear, post pads, maintenance machinery and event equipment need secure, direct field access.
FÍSVOR scoring/video, PA, cameras and performance analysis should be coordinated with sightlines, power/data and operator positions.
World Rugby Regulation 22 distinguishes laboratory tests from field tests of the installed Rugby Turf surface; project claims should preserve that distinction.
Surface grooming/agronomy, impact/performance testing, post and pad inspection, lighting, drainage and spectator assets require planned maintenance.
EVIDENCE LADDER
Defines the sport or competition requirement. It does not automatically approve a supplier or construction detail.
Applies to an exact surface, equipment item or system configuration and the scope stated by the governing programme.
Where the sport offers it, field/court/facility testing confirms the finished installation rather than only the product.
Foundations, supports, wind/seismic loads, electrical, building interfaces and local-code compliance remain project-specific.
Warranty, documentation, spares, freight, installation responsibility and exact quoted configuration are closed before order.
SPECIFICATION INPUTS
These inputs can become a consultant brief, RFP schedule or Apollo project review without prematurely inventing an exact model.
Rugby code / competition level
Field and in-goal geometry
Natural / synthetic pathway
Use intensity
Impact/certification target
Drainage
Posts/padding
Lighting
Spectators / covers
Team / medical / performance areas
Maintenance capability
PERFORMANCE-SPECIFICATION STARTERS
These are performance-based starting points, not a substitute for the project architect, engineer, governing body or exact selected-system data.
Field, in-goal, run-off, technical areas and post locations must match the applicable rugby code/competition requirements and local venue conditions.
Natural and synthetic rugby systems need contact/impact performance, traction, drainage and maintenance matched to player level and use intensity.
World Rugby Regulation 22 distinguishes laboratory tests from field tests of the installed Rugby Turf surface; project claims should preserve that distinction.
Surface grooming/agronomy, impact/performance testing, post and pad inspection, lighting, drainage and spectator assets require planned maintenance.
DRAWING ROADMAP
Public planning diagrams can define intent. Exact fabrication, foundation, fixing and model drawings should follow only when the selected system is verified.
TECHNICAL DIAGRAM PACK
Four vector sheets cover plan geometry, vertical coordination, equipment/operations and spectator/technology interfaces. Verified sport dimensions are shown only where the technical baseline supports them; conceptual allowances remain explicitly labelled.
These diagrams organise coordination information. They are not fabrication drawings, engineering drawings, construction details, certified court/field layouts or statutory documentation. Current governing-body requirements, exact selected-system drawings and local professional design take precedence.
MAINTENANCE & LIFECYCLE
01Surface programme
02Impact/performance monitoring
03Drainage
04Posts/pads
05Line marking
06Lighting
07Dugouts/team areas
08Grandstand/cover checks
TROUBLESHOOTING
Review infill/shock system, maintenance and current field test results.
Inspect joins, infill distribution and local movement.
Inspect sleeves/foundations and hardware.
Review drainage, compaction and maintenance practices.
Increase maintenance/repair and review use pattern.
Recheck run-off/safety envelope and local competition requirements.
SPORTS PLANNING CALCULATORS
These are concept-planning tools—not engineering, certification, accessibility or photometric calculators. Every input is visible and editable so assumptions stay explicit.
Editable 100 × 70 m field-of-play planning baseline with 6 m conceptual peripheral allowance.
This is area arithmetic only. Roll widths, tile modules, seams, line systems, perimeter details and manufacturer-specific waste factors can change the final order quantity.
Not a code or sightline calculation. Final rows, aisles, vomitories, accessible positions, guards, rake and egress must be developed by the project team.
01Confirm the sport and exact competition level.
02Define the playing area plus spectator, camera and officials zones.
03Coordinate luminaire locations with structure, roof services, poles and maintenance access.
04Control glare for players, officials and spectators.
05Confirm local electrical, emergency-lighting and spill-light requirements.
06Define training, match and reduced-energy operating modes where controls support them.
NEXT STEP
Rugby code, in-goal depth and competition requirements materially change the total playing enclosure. Use the current governing regulations for final geometry.
PRIMARY GOVERNING REFERENCES
We link to the governing organisation rather than republishing whole standards. Rules, manuals, approval lists and competition requirements change.
Reference review date: 4 October 2026. Governing-body content remains owned and controlled by the relevant organisation. Apollo's summaries are planning aids, not substitutes for the current official rules or local professional advice.
CITE THIS RESOURCE
Apollo NZ Global. Rugby Facility Technical Centre. LUTHVAR Global Sports Technical Library, 2026.1. https://apollonzglobal.com/sports/complete-rugby-ground/technical-centre
Technical reference & source policyPROJECT-SPECIFIC REVIEW
Apollo remains supply-only. Local design, foundations, civil works, installation, statutory approvals and professional sign-off remain with the appropriate project parties unless a specific support item is expressly included.