Tennis-to-Pickleball Court Conversion Lighting: What to Keep, What to Replace, and How to Avoid Wasting Money

A practical guide for parks departments, school districts, tennis clubs, HOAs, and recreation centers converting existing tennis courts to host pickleball play. Covers what existing tennis lighting can be reused, what triggers a retrofit, and how to spec the conversion correctly.

The tennis-to-pickleball conversion is now the most common court project in US municipal and HOA recreation portfolios. A standard 78-foot tennis court accommodates up to four pickleball courts, which means a single existing tennis facility can quadruple its play capacity overnight. The lighting decision is where most of these projects either save real money or quietly waste it.

This guide answers the practical question: what does your existing tennis lighting actually need before pickleball play begins? The answer depends on three variables — how old your tennis lighting is, what condition it’s in, and whether it’s LED or metal halide. Get the diagnosis right, and conversions can run $0 to $5,000 in lighting work. Get it wrong, and you’re replacing fixtures that didn’t need to come down.

The Three Conversion Scenarios

Every tennis-to-pickleball conversion falls into one of three lighting situations:

Most clubs and parks departments assume Scenario 2 or 3. Many actually qualify for Scenario 1, which is the sub-$5,000 outcome.

When Existing LED Tennis Lighting Works for Pickleball

If your tennis lighting was installed within the last 5–7 years and uses LED fixtures, there’s a strong chance it covers pickleball requirements without modification. Pickleball foot-candle targets are similar to tennis at the same play tier:

Tennis is the more demanding sport. If your court was specified to recreational tennis (20–30 fc vertical), it covers recreational pickleball with margin. Run a photometric verification to confirm, but in 80%+ of cases involving existing LED tennis lighting, the answer is “you’re fine, paint the lines.”

Why Aged Metal Halide Tennis Lighting Doesn’t Work for Pickleball

Tennis facilities lit with metal halide installed before 2018 are the trap. The original spec may have been 30–50 fc, but metal halide lamps lose 30–50% of initial output by year 8–10. So a tennis system that was specified at 30 fc is delivering 15–21 fc by the time pickleball conversion comes up.

Pickleball played at 15 fc is unsafe at the kitchen line. The ball is small, perforated, and erratic; players standing 7 feet from the net cannot track a fast volley under that little light. We see this exact failure pattern at converted facilities every quarter: paint goes on, pickleball play starts, complaints follow within 30 days.

If your tennis lighting is metal halide and 8+ years old, retrofit to LED before converting to pickleball, not after. The retrofit costs $15,000–$35,000 for a typical 4-court tennis facility (running on existing poles), which is significantly cheaper than full new pickleball lighting. And it solves the underlying problem: aged MH systems fail eventually regardless of which sport is played under them.

What Photometric Verification Looks Like

For a tennis facility being converted to pickleball, the verification step takes one site visit and one photometric study update:

1.Field measurement of foot-candle and vertical illuminance at the actual installed fixtures, using a calibrated meter

2.Comparison against the original photometric study (if available) to validate fixtures are still performing in spec

3.Re-modeling in AGi32 with pickleball court geometry overlaid on the existing tennis layout

4.Verification that every pickleball court within the converted area meets at least the recreational pickleball target (20–30 fc horizontal, 10–20 fc vertical)

5.Documentation memo confirming compliance and identifying any underperforming zones

Cost: $0–$5,000 depending on whether the original fixture manufacturer provides the verification as part of their standard customer support.

The Multi-Court Conversion Geometry

A standard 78×36 ft tennis court converts to either:

·2 dedicated pickleball courts (44×20 ft each) with adequate run-out

·4 dedicated pickleball courts using cross-court orientation

The lighting question is whether the original tennis layout’s pole positions and fixture aiming covers all 2 or 4 pickleball courts uniformly. Tennis layouts typically use 4-pole or 6-pole geometry; pickleball within that footprint may have one court that’s adequately lit and another that sits in a less-uniform zone.

This is what the photometric verification catches. We’ve seen many cases where 3 of 4 converted pickleball courts pass spec and one falls short by 10–15%. The fix is usually adding 2–4 supplemental fixtures aimed at the underperforming court — cost $3,000–$8,000 vs $40,000+ for full re-lighting.

The Brand Standard Question

Worth being explicit about Duvon’s position: every fixture in our court line — Patriot Series, ProCourt Series, Freedom Series — is full cut-off, indirect asymmetric by default. For tennis-to-pickleball conversions specifically, this matters because pickleball facilities are far more often sited near residential property than tennis courts (because they’re smaller and easier to fit into HOA-adjacent spaces). Full cut-off geometry handles HOA architectural review and dark-sky permitting in the same SKU, no separate spec required, no upcharge.

Common Conversion Lighting Mistakes

·Assuming the tennis lighting works for pickleball without verification (sometimes it does, sometimes it doesn’t — verify)

·Skipping the field measurement step on aged MH systems (the lamps have degraded, the spec sheet is wrong)

·Specifying full re-lighting when supplemental fixtures would solve the gap

·Adding pickleball lines to a court with sub-spec lighting and waiting for complaints

·Buying new fixtures on the wrong brand assumption (existing in-spec LED tennis lighting may already be from a quality manufacturer worth keeping)

·Forgetting to update the photometric study to reflect the converted geometry

Pulling It Together

Tennis-to-pickleball conversion lighting comes down to one diagnostic question: what condition is the existing system in?

6.If it’s in-spec LED installed within the last 5–7 years: photometric verification, paint the lines, you’re done

7.If it’s aged metal halide: retrofit to LED first, then convert

8.If there’s no existing lighting: spec a fresh pickleball lighting installation

The wrong answer is to assume one path before the diagnosis. We’ve seen $40,000 lighting projects approved when the actual need was a $4,000 supplemental fixture install. Verify before specifying.

For pickleball lighting design and specification, see Pickleball Court Lighting Design. For pickleball facility budgeting, see Pickleball Court Lighting Cost. For tennis lighting standards, see Tennis Court Lighting Design.

Converting tennis courts to pickleball? Request a free 24–48 hour photometric verification →

Frequently Asked Questions

Does my existing tennis court lighting work for pickleball?

Often yes, if the lighting is in-spec LED installed within the last 5–7 years. Pickleball foot-candle requirements are similar to or slightly lower than tennis at the same play tier. Recreational pickleball needs 20–30 fc horizontal / 10–20 fc vertical, which any in-spec LED tennis system designed for recreational tennis (20–30 fc vertical) covers with margin. Run a photometric verification to confirm, but in 80%+ of cases involving recent LED tennis lighting, no fixture changes are needed.

Why doesn't aged metal halide tennis lighting work for pickleball?

Metal halide lamps lose 30–50% of initial output by year 8–10. A tennis facility specified at 30 fc on installation is typically delivering 15–21 fc by year 8–10. Pickleball played at 15 fc is unsafe at the kitchen line because the ball is small, perforated, and erratic, and players cannot track fast volleys 7 feet from the net under that little light. Retrofit to LED before converting to pickleball.

How much does it cost to convert tennis lighting for pickleball?

Three scenarios: (1) in-spec LED tennis lighting requires only photometric verification, $0–$5,000; (2) aged metal halide requires LED retrofit before conversion, $15,000–$35,000 for a typical 4-court tennis facility; (3) unlit tennis courts being converted require fresh pickleball lighting installation, $22,000–$55,000. The diagnosis matters — many projects approve full re-lighting when supplemental fixtures would solve the actual gap for $3,000–$8,000.

How do I know if my tennis lighting needs replacement?

Field measurement with a calibrated illuminance meter at the existing installed fixtures. Compare to the original photometric study (if available). For metal halide systems 8+ years old, expect 30–50% lumen depreciation; the system is delivering substantially less than the spec sheet claims. For LED systems <5 years old, expect 90–100% retention; the spec sheet is still accurate. The measurement is the only honest diagnostic.

How many pickleball courts fit on a tennis court?

A standard 78×36 ft tennis court accommodates either 2 dedicated pickleball courts (44×20 ft each) with adequate run-out, or up to 4 pickleball courts using cross-court orientation. The lighting question is whether the existing tennis pole layout covers all converted pickleball courts uniformly. A photometric verification answers this; we’ve seen cases where 3 of 4 converted courts pass spec and one needs supplemental fixtures.

Are Duvon court fixtures dark-sky compliant for HOA pickleball conversions?

Yes. Every Duvon court fixture — Patriot, ProCourt, Freedom Series — is full cut-off and indirect asymmetric by default, emitting zero light at or above 90° from nadir (BUG U=0). For HOA pickleball conversions specifically, this matters because pickleball facilities are more often sited near residential property than tennis. Full cut-off optics handle HOA architectural review and dark-sky permitting in the same SKU, with no separate spec required and no upcharge.