Ground Survey and Infrastructure Planning
The first and most critical step in constructing an artificial turf field is the ground survey. The slope of the site, soil composition, and water drainage capacity must be analyzed in detail. At this stage:
- The groundwater level should be checked.
- Soil compaction tests should be carried out.
- The need for a drainage system must be determined.
If a proper ground survey is not conducted, the field may settle over time, puddles may form, and player safety could be at risk. In infrastructure planning, layers such as drainage pipes, crushed stone fill, geotextile fabric, and leveling concrete must be applied in the correct sequence.
Why Is the Drainage System Important?
The drainage system plays a vital role in ensuring the long-lasting and sustainable use of an artificial turf field. If rainwater or moisture from irrigation is not properly evacuated, surface deformation can occur and game safety can be compromised. Puddles can cause players to slip and suffer injuries, and they also significantly shorten the lifespan of the turf.
Installation phases of a drainage system on football fields.
With a professional drainage system, water is carried away from the field through underground pipes. This system must be designed with the correct slope and diameter. Otherwise, water flow slows or stops, the soil becomes saturated, and the playing surface turns muddy. Additionally, the drainage system must work in tandem with layers such as gravel, geotextile, and sand beneath the turf to accelerate water passage downward.
In summary, a properly implemented drainage system:
- Enhances playing comfort and safety,
- Prevents surface damage and deformation,
- Extends the lifespan of the artificial turf,
- Reduces maintenance costs.
Especially for outdoor fields in regions with heavy rainfall, a drainage system is not just a matter of comfort but also a legal requirement. Therefore, drainage should be viewed not as a cost but as a long-term investment.
Correct Artificial Turf Selection
The quality of the artificial turf used directly impacts field performance and player health. Different usage intensities and weather conditions require appropriate turf models. For instance, medium-density, shorter-pile turf is sufficient for amateur play, while professional fields demand high-density, long-pile, and infill-compatible models.
One of the most important factors in choosing turf is shock absorption. Players’ ankles, knees, and spines are constantly subjected to impact. Selecting turf with an integrated shock-absorbing base layer helps mitigate these forces. Additionally, UV-protected turf retains its color and durability even under intense sunlight.
In rainy climates, turf types with high permeability should be chosen. Models compatible with infill materials prevent the base from hardening or turning to mud. The turf texture should mimic natural grass, minimizing slipperiness for players.
Moreover, the selected artificial turf model directly affects maintenance costs. Easy-to-clean, low-fuzz, and wear-resistant products offer economic advantages over the long term. A high-quality turf choice improves user satisfaction and prevents potential issues on the field.
What to Consider When Choosing Artificial Turf?
- Pile height (mm)
- Pile density (dtex)
- UV resistance
- Compatibility with infill materials
| Model | Pile Height | Usage Intensity | Recommended Application |
|---|---|---|---|
| RS Turf 50 | 50 mm | High | Professional fields |
| RS Turf 40 | 40 mm | Medium | Amateur fields |
Lighting System Planning
Since artificial turf fields are often used in the evening, proper lighting planning is essential. Inadequate lighting reduces player performance and can lead to accidents.
Key Considerations for Lighting
- Pole height (recommended 9–12 m)
- Number of fixtures and lumen output
- Symmetrical distribution layout
- Energy-efficient LED technology
Recommendation: Install one 400W LED floodlight at each corner of the field.
Perimeter Security and Wire Mesh Systems
The field should be surrounded by wire mesh and netting systems to prevent balls from escaping and to ensure spectator safety.
The perimeter fencing installation at the goal we completed in Kilimani.
- 4 mm galvanized wire mesh
- Net height: min. 4 m
- Pole spacing: 2.5 m
- Top net system: polyethylene
How Should Field Entry Points Be Planned?
Field entry and exit points should be easily accessible, comply with accessibility requirements, and be positioned in accordance with fire safety regulations. These areas must include gates, lock systems, and directional signage.
Field Dimensions and Compliance with Standards
The dimensions of artificial turf fields vary depending on their intended use. However, failure to meet specific standards can render the field unsuitable for official tournaments.
| Team Size | Width | Length |
|---|---|---|
| 5-a-side | 20–25 m | 30–40 m |
| 6-a-side | 25–27 m | 45–47 m |
| 7-a-side | 30 m | 50 m |
| 8 or 9-a-side | 32–45 m | 50–60 m |
For standard artificial turf field dimensions and appropriate team configurations, see the field dimensions table on our website.
Additional Requirements for FIFA Certified Fields
On FIFA-certified fields, criteria such as surface evenness, ball bounce rate, and turf density are tested and certified according to international norms. These tests directly affect player safety and game quality. The surface must allow the ball to roll without deviation; turf height and density should closely mimic natural grass behavior. Additionally, turf seams must have no gaps, height differences, or loosening.
FIFA standards also consider shock-absorption performance. To protect players’ joints, the base structure and infill materials (sand + granules ratio) are tested for specific softness and rebound characteristics.
If national or international league matches, training camps, or official tournaments are planned on the field, assessments must be conducted under the FIFA Quality Programme. These certificates demonstrate that the products and installations meet FIFA-approved quality standards.
Reform Sports has successfully obtained these certifications and developed field systems that comply with international standards. Our FIFA Certifications are an important reference for quality assurance.
These certificates are issued only by independent test centers authorized by FIFA and remain valid through regular audits. Compliance with standards not only provides international prestige but also offers significant advantages in terms of long-term investment efficiency and safety.