High School Stadium Lighting: Budget & Standards
High-school stadium lighting is typically designed to about 50 footcandles for competition (more if filmed), using 4–6 poles at 70–90 feet, with project budgets commonly from ~$150,000 to $400,000+. The budget swing comes from field size, pole count and height, foundations, fixture level, and whether broadcast capability is built in. For a school district spending public money on a 20+ year asset, two decisions matter most: designing to the right standard, and building infrastructure that can grow with the program.
This guide covers the competition standard, realistic budget drivers, and the phasing and compliance strategy that protects a district's investment.
Standards and budget
| Item | Typical |
|---|---|
| Maintained footcandles | ~50 fc competition (add vertical fc if filmed) |
| Poles | 4–6 at 70–90 ft |
| Budget range | ~$150,000–$400,000+ |
High-school competition fields target ~50 fc maintained with uniformity to the class of play; if the field is filmed (increasingly common with streaming and recruiting video), the design adds vertical illuminance toward cameras. The biggest budget drivers are pole count and height, foundations (which depend heavily on soil), the fixture level, and any broadcast capability.
Design for the future
The smartest money a district spends is on headroom. Building the poles, foundations, and electrical circuits to support a higher class of play — even if you install fewer fixtures now — lets you add fixtures later to reach collegiate or broadcast levels without re-trenching or replacing structure. That phasing strategy turns a future upgrade from a second full project into a simple fixture addition, and it's far cheaper than discovering the poles can't carry more later.
Public funding and BAA eligibility
Because school stadiums are typically built with public funds, Buy American Act (BAA) / Build America, Buy America (BABA) domestic-content requirements often apply. Fixtures that don't meet them can disqualify a bid, so US-engineered and assembled fixtures with compliance documentation keep the project eligible. Confirm current thresholds, since they've been rising. Duvon's Union and Liberty series cover HS competition, the Vanguard adds broadcast capability for a future upgrade, and Duvon provides BAA documentation.
Frequently asked questions
How many footcandles does a high school stadium need?
About 50 maintained footcandles for competition, with uniformity to the class of play. Filmed fields add vertical illuminance toward cameras.
How much does it cost?
Commonly ~$150,000–$400,000+, depending on field size, pole count and height, foundations, fixture level, and whether broadcast capability is included.
How many poles does it use?
Typically 4–6 poles at 70–90 ft — more poles and height improve uniformity and reduce glare.
Should we design for a future broadcast upgrade?
Yes — building poles, foundations, and circuits with headroom lets you add fixtures later without re-trenching, a cost-effective phasing strategy.
Do public school projects have Buy American requirements?
Often yes — BAA/BABA rules can apply to publicly funded projects, so US-assembled, documented fixtures keep bids eligible. Verify current thresholds.
Request a free certified HS stadium budget and photometric layout. Get it at duvonlighting.com/free-quote.