A padel court is only as good as its light. Try a competitive match under a single flickering floodlight and you’ll see why lighting is the most underrated line item in a court budget — and why buy Once, Buy Right matters more here than on almost any other component.
This guide covers what lighting levels you actually need (lux), the difference between LED and metal halide, pole height and positioning, glare control, and the questions to ask your supplier before you commit to a lighting package.
Key Takeaways
– Standard padel play needs 300–500 lux on the playing surface; competitive/tournament play needs 500+ lux with even coverage and minimal glare.
– LED is the only sane choice in 2026: ~2–3× the efficiency of metal halide, instant on, no warm-up, 50,000+ hour life, and precise directional control.
– Lighting is designed, not bought: pole height (6–8 m), angle, spacing, and glare shielding determine uniformity — more floodlights is not better.
– Expect to spend roughly 5–10% of the court budget on a proper lighting package — a cheap package fails early and costs more in outages and lost bookings.
– Indoor/covered courts need lighting too: 300–500 lux at surface, with special attention to ceiling flush mounts and the “dark ceiling” trap.
Why Lighting Quality Matters (More Than You Think)
Lighting levels are measured in lux (lumens per square meter on the surface). The governing standard for padel is the FIP / UEA 2020+: 300–500 lux for amateur/club play, 500+ for elite competition, with a uniformity ratio (U1) of 0.6+ and a glare rating (GR) below 50 for comfort.
Why this matters:
- Depth perception. A ball moving at 60+ km/h loses all depth if the light isn’t uniform. Uneven light = misjudged shots = fewer rallies, more frustration.
- Glare. A bright source in the eye-line of a player (or worse, the service line) blinds the receiver. Correct pole placement puts sources above the eye-line and uses shielding.
- Color rendering (CRI). The ball is yellow; the court is green/blue. A CRI below 70 makes colors muddy and tracking harder. 80+ is standard, 90+ for broadcast.
A court “lit like a parking lot” (uniform, high lux, no design) is worse than a court deliberately lit at 350 lux with proper placement — because uniformity and glare matter more than raw lux.
LED vs Metal Halide: Stop Considering It
| LED | Metal Halide (MH) | |
|---|---|---|
| Efficiency | 120–160 lm/W | 70–100 lm/W |
| Warm-up | Instant | 5–15 min (re-strike) |
| Re-strike after power cut | Instant | 15–30 min |
| Life | 50k–100k hours | 10k–15k hours |
| Color rendering | 80–90+ CRI | 60–70 CRI (green cast) |
| Directional | Yes (optics) | No (spill everywhere) |
| Operating cost (5-yr) | ~40-60% lower than MH | Baseline |
| Maintenance | Rare (sealed units) | Frequent (lamps + capacitors) |
For clubs, the decision writes itself: LED’s instant re-strike alone is worth it (a power dip during a tournament under MH kills the session for 15 minutes). Combined with efficiency and life, LED pays back the premium within roughly two years on energy alone.
Designing the Lighting: Height, Angle, Position
The recipe for a properly lit court:
- Mounting height: 6–8 m for outdoor courts (higher for tournament-grade / camera-friendly); indoor courts mount flush at ceiling with downlight optics.
- Pole positions: typically 4 poles at court corners/extended lines, angled inward; avoid poles inside the runback zone where balls and players collide.
- Angle of attack: aim lights to overlap at center court; the goal is uniformity (max lux ÷ min lux within ~1.4–1.6), not peak lux.
- Glare control: use optics/visors to cut spill at the eye-line; place sources outside the primary viewing corridors (server’s line of sight, spectator zones).
- Lighting zones: consider dimmable scenes — 300 lux for training, 500+ for matches, and a low-power “evening social” scene to save energy.
A good supplier provides a photometric layout (a lux-distribution map) before you commit — if they can’t, they’re selling you floodlights, not lighting.
Indoor and Covered Courts: The Same Lux, Different Rules
Indoor and covered courts (see our covered padel court guide) still require 300–500 lux at surface, but the design flips:
- Ceiling-mounted downlights with wide distribution, spaced to avoid hot-spots and dark corners.
- The “dark ceiling” trap: putting lights only on perimeter walls leaves the center dark. Distribute sources evenly.
- Ventilation and heat: LED runs cool, but enclosed courts still need airflow to keep electronics and turf happy — and dust management (clean lenses annually).
- Emergency lighting and switches: local code requires circuit isolation and emergency illumination; confirm with your electrician.
Cost Realities
A complete lighting package (poles, LEDs, wiring, controls) typically lands at 5–10% of the total court budget — comparable to the turf line item. A cheap KNOCK-OFF package at 3% will fail within 18–24 months: flicker, lumen depreciation, dead drivers — and each outage costs you bookings and goodwill.
Two cost traps:
- Buying “watts” instead of “photometrics.” Total wattage means nothing; ask for the lux map and uniformity numbers.
- Ignoring the electrical foundation. Every light needs a properly sized circuit, RCD protection, and grounding. Skimping here turns a small light failure into a safety hazard.
How many lux do I need for a padel court?
300–500 lux at the playing surface for club and recreational play; 500+ lux for competitive matches and broadcast, per FIP/UEA guidance. Uniformity (max/min ≤ ~1.6) and glare control matter as much as the lux number itself.
Can I use LED floodlights for indoor padel?
Yes — LED is ideal indoors, with ceiling-mounted or high-bay units with wide beam distribution. Aim for even coverage across the court, avoid perimeter-only mounting (dark center), and ensure adequate cooling/airflow in enclosed spaces.
How high should padel court light poles be?
Outdoor courts commonly use 6–8 m poles at the court corners/extended lines, angled inward to overlap at center. Tournament and camera-friendly installs may go higher; the height is a function of uniformity, glare, and spill control, not an absolute rule.
Do covered courts need different lighting?
No different lux requirement (300–500 at surface), but different mounting: flush ceiling/downlight optics, even distribution, dust maintenance, and heat handling. The “dark ceiling” trap — lighting only the perimeter — is the #1 indoor mistake.
How much does padel court lighting cost?
Expect 5–10% of total court budget for a proper LED package with poles and controls. LED’s efficiency and instant re-strike typically pay back the premium within ~2 years of energy and outage savings versus metal halide.
Conclusion: Light It Right the First Time
Lighting is the difference between a court that feels professional and one that feels like a floodlit yard. Design it for uniformity and glare, buy LED with a photometric layout in hand, and never let “watts” replace “lux map.” Fifteen per cent of the court budget buys you the hours that pay for the court.
When you quote your project, ask your supplier for the lux plan for your site and climate, and request a spec-based quote from the XTZ Padel team — we design courts and their lighting as one system, not a shopping list.