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An outdoor padel court illuminated by floodlights at night, featuring blue playing surface and surrounding fencing.

Controlling Light Emissions

What are light emissions and why do they matter in Padel?

Light emissions—also known as light spill, stray light, or light trespass—refer to artificial light escaping beyond the padel court’s playing surface (20 × 10 m). This contributes to light pollution, disrupting wildlife behaviors, disturbing nearby residents’ sleep, and reducing night sky visibility. In 2026, light pollution continues rising: skies in developed regions brighten by up to 10% annually in many areas, with about 80% of the global population under significant skyglow. Up to one-third of artificial light in developed countries is wasted due to poor fixture design, driving higher energy costs and environmental impact.

The real problem: Padel Courts near residential areas

Common conflicts and regulatory pressures

Locating padel facilities too close to homes (typically under 50–100 m without shielding) triggers quick complaints about glare and intrusive light. Since 2023–2024, Europe has seen increased disputes (France, Spain, Italy, UK), leading to permit denials and legal issues.

Key European lighting standard: EN 12193

The core reference is EN 12193:2018 (Light and lighting – Sports lighting), which defines minimum requirements for outdoor and indoor facilities.

EN 12193 Lighting Requirements for Padel Courts:

Lighting Class

Description

Outdoor Illuminance (lux)

Outdoor Uniformity

Indoor Illuminance (lux)

Indoor Uniformity

Glare Rating (GR) Limit

Class I

National/International competition

≥ 500

≥ 0.7

≥ 750

≥ 0.7

≤ 50–55

Class II

Local/Club competition & advanced training

≥ 300

≥ 0.7

≥ 500

≥ 0.7

≤ 50–55

Class III

Recreational, training, casual play

≥ 200

≥ 0.5–0.6

≥ 300

≥ 0.5

≤ 50–55

Notes: CRI ≥ 70–80 recommended; additional local rules may cap CCT at 3000–4000 K and require zero uplight.

Our solution: specialized LED floodlight for Padel Courts

Core technical features

Our specialized LED floodlight confines light to the court while minimizing emissions:

  • Narrow/asymmetric beam angles (30°–60°, options like 60°×130° or 18°–25° ultra-narrow): achieves zero uplight and near-zero spillover.
  • Advanced dimming (10–100% via DALI/PWM/smart protocols): cuts energy use by 50–90% vs. legacy systems.
  • Durability: >100,000-hour lifespan, IP66/IP67, anti-glare optics (UGR < 19).

 

Key benefits of the specialized LED floodlight

  • Drastic stray light reduction — aligns with dark-sky principles.
  • Smart dimming & control — adapts to usage, lowers impact and costs.
  • Regulatory compliance — simplifies permits and neighbor relations.
  • Long-term savings — reduced bills and maintenance.

 

Pole Height Typical Use Case Number of Floodlights per Court Expected Benefits
6 m Standard recreational/club 4–8 (2–3 per pole) Balanced uniformity, low glare, cost-effective
6–8 m Professional/competition 6–12 Superior distribution, broadcast compatibility
8 m+ High-end televised events Variable Minimizes shadows, enhances vertical illuminance

Color temperature recommendations

Tip: Tilt angles 25°–35°; position poles outside corners to avoid player sightline issues.

Scenario

Recommended CCT

Reasons / Trade-offs

Performance-focused (ball tracking)

5000–5700 K

Crisp daylight-like contrast; best for competitive play and cameras

Balanced (near residences)

4000 K

Good visibility + reduced perceived intrusion and circadian disruption

Low light pollution priority

3000–4000 K

Warmer tone minimizes complaints; aligns with many local dark-sky bylaws

We recommend smart lighting integration (sensors, photocells, app/DALI) for dynamic control. Artificial light now affects ~25% of Earth’s land surface—targeted solutions are essential.
If you need pricing, compatibility, or a custom photometric study, contact us.

Frequently Asked Questions

What pole height is recommended for outdoor padel lighting?
6–8 meters is standard. 6 m suits most clubs (with 2–3 floodlights per pole and 25°–35° tilt); 8 m for professional/broadcast needs.

See the table above: Outdoor Class III ≥200 lux; Class I ≥500 lux. Indoor values are higher (e.g., Class I ≥750 lux).

Asymmetric downward beams, anti-glare visors, precise mounting. Target UGR < 19.

Not mandatory, but highly recommended for efficiency and pollution rules → enables 50–90% savings.
Possible if spill exceeds local limits (e.g., >1–5 lux at windows). Spill-controlled floodlights prevent issues.
Over 100,000 hours (10–15 years intensive use), with <20% lumen depreciation.
3000–4000 K near homes; up to 5000–5700 K for pure performance.

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