Stadium Lighting Layout & Design
Get Your Custom Lighting Plan With Product Recommendations
Includes up to 8% off the price of our recommended lighting products 
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Every lighting plan comes with a dedicated product specialist, providing personalized service and expert advice for your project needs.
How long does it take to get a plan?
1-2 for indoor and 2-3 days for outdoor projects
Our Customers
4
5
CBRE needed high quality lighting for their customer, with stock available for ongoing projects.
Customer had an urgent need for high temperature lights. We had them in stock & shipped out next day.
Poor lighting caused parking lot safety issues for spectators. Our lighting plan & new lights resulted in an improved experience.
Customer needed to source large quantities of specialty fixtures for use in their manufactured products.
Tracy Electric was seeking a reliable source for ongoing lighting projects.
Distributors partner with us to provide customers a high quality product at a reasonable price.
Repeat lighting supplier for an electrical contractor working in manufacturing facilities.
Permanent tent lighting for large acrobatics facility. Our lighting plan & recommendations resulted in ideal performer & spectator safety.
A stadium lighting plan is essential for achieving safe, uniform, and competition-ready illumination across the entire playing field. A well-designed plan addresses fixture selection, pole placement, aiming angles, and required light levels to ensure optimal visibility for athletes, officials, and spectators. Understanding these factors helps you make informed decisions, avoid costly mistakes, and maximize both performance and energy efficiency.
Frequently Asked Questions
What Is a Lighting Design for a Stadium?
A lighting design for LED stadium lights begins with a detailed assessment of the field’s dimensions, usage, and competition level. The plan incorporates pole locations, fixture selection, and precise aiming angles to achieve uniform light distribution and the required foot-candle levels across the playing surface. The design specifies the exact LED stadium lighting system needed for optimal performance and compliance with sports lighting guidelines.
What Are the Recommended Lux Levels for Stadiums?
Recommended lux levels depend on the sport and level of play:
- Baseball (High school): Infield 500 lux (50 foot-candles), Outfield 300 lux (30 foot-candles)
- Football (High school): 400-500 lux (40-50 foot-candles)
- Softball (High school): Infield 500 lux (50 foot-candles), Outfield 300 lux (30 foot-candles)
What Are the Typical Foot-Candle Requirements for Stadium Lights?
Foot-candle requirements are based on sport and competition level to ensure visibility and safety:
- Baseball (High school): Infield 50 fc, Outfield 30 fc
- Football (High school): 40-50 fc
- Softball (High school): Infield 50 fc, Outfield 30 fc
How Do LED Lights Impact a Stadium Lighting Design?
LED stadium lights provide up to 70% energy savings compared to traditional lighting and offer 50,000+ hour lifespans. Their precise beam control enables superior light uniformity and minimizes glare and spill light. LEDs also deliver instant-on performance and high CRI ratings (80+) for accurate color rendering, which is critical for both players and spectators.
What Are the Typical Lighting Design Standards for Stadiums?
Lighting design standards are based on IES (Illuminating Engineering Society) guidelines and vary by sport and competition level. For example, baseball fields require higher infield light levels compared to outfield, while football stadiums require consistent coverage across the entire field. High school, college, and professional venues each have distinct requirements for light levels and uniformity.
How Many Lumens Are Required for Lighting Up a Stadium?
Total lumen requirements depend on field size and application:
- Recreational fields: 30 lumens per square foot
- Professional/broadcast venues: 150+ lumens per square foot
Why Do I Need a Professional Stadium Lighting Plan?
A professional lighting plan ensures code compliance, optimal light uniformity, and minimizes glare and shadows. Detailed plans specify fixture placement, aiming, and photometric analysis, helping you avoid costly errors and unnecessary fixtures. Proper planning can reduce total project costs by 20-30% through efficient design and accurate bidding.
How Much Does a Stadium Lighting Design Cost?
Professional stadium lighting designs typically range from $2,500 to $7,500, depending on field size and complexity. This represents less than 3-5% of the total project cost and includes photometric analysis, fixture specifications, and installation drawings to support accurate contractor bids and minimize change orders.
Can a Lighting Plan Help Reduce My Stadium’s Energy Costs?
A well-designed lighting plan optimizes fixture placement and selection to achieve required light levels with minimum energy consumption. Upgrading to LED stadium lighting can deliver 60-70% energy savings compared to metal halide systems. Strategic design can also reduce the total number of fixtures needed by 15-25% while maintaining high-quality, uniform illumination.
What Information Is Needed to Create a Stadium Lighting Plan?
To create an accurate stadium lighting plan, provide field dimensions, existing or planned pole locations, and sport-specific requirements. Site photos, utility locations, and any local lighting ordinances are also helpful. The competition level and any broadcast requirements will determine final light levels and fixture recommendations.
How Many Lights Do I Need for My Stadium?
The number of LED stadium lights required depends on field size, pole layout, mounting height, and the target foot-candle levels. A custom lighting plan calculates the optimal fixture count and placement to achieve uniform coverage and meet your specific requirements. Providing accurate field measurements and intended use will ensure the most efficient design.
What Mounting Height Should Stadium Lights Be Installed At?
Mounting height is determined by field size, pole spacing, and the type of sport. Typical stadium lighting poles range from 40 to 100 feet high. Higher mounting heights improve light distribution and reduce glare, but must be balanced with fixture wattage and aiming to achieve the desired light levels and uniformity.
How Can I Reduce Shadows or Dark Spots on the Field?
To minimize shadows and dark spots, use a combination of proper pole placement, fixture aiming, and overlapping light patterns. A professional photometric analysis identifies potential problem areas and ensures uniform light distribution across the entire playing surface.
Sample Stadium Lighting Plan and Heatmap
