LED Lighting Supply / Photometric Plan / Stadium Lighting Design

Stadium Lighting Design

Q: What Is a Lighting Design for a Stadium?

A lighting design for LED stadium lights starts with understanding the needs and usage of the playing field. We analyze your field''s specific requirements, existing or planned pole locations, and create a comprehensive lighting plan showing precise light levels and uniform light distribution across the playing surface. The design specifies the exact LED stadium lighting system needed for optimal performance and compliance with sports lighting standards.

Q: What Are the Typical Foot Candle Requirements for Stadium Lights?

We design stadium lighting based on recommended foot candle levels that ensure proper 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 College and professional facilities typically require 75-150 fc depending on broadcast requirements.

Q: How Do LED Lights Impact a Stadium Lighting Design?

LED technology revolutionizes stadium lighting with 70% energy savings compared to traditional systems and 50,000+ hour lifespans . We utilize LEDs'' precise beam control capabilities to achieve superior light uniformity while minimizing spill light and glare. LED stadium lights offer instant-on capability , eliminating warm-up time, and provide excellent CRI ratings above 80 for optimal color rendering during play.

Q: How Many Lumens Are Required for Lighting Up a Stadium?

Stadium lumen requirements range from 30 lumens per square foot for basic recreational fields to 150+ lumens per square foot for professional broadcast venues. A typical high school football field requires approximately 2.4 million total lumens , while professional stadiums can exceed 8 million lumens for optimal performance and broadcast quality.

Q: Why Do I Need a Professional Stadium Lighting Plan?

Professional lighting plans ensure code compliance and prevent costly installation mistakes that can result in poor light uniformity or excessive glare. We provide detailed specifications including exact fixture placement , precise aiming angles, and photometric analysis that guarantees your lighting investment delivers the required performance. Proper planning typically saves 20-30% on total project costs by optimizing fixture count and placement.

Q: How Much Does a Stadium Lighting Design Cost?

Professional lighting designs typically cost $2,500-$7,500 depending on field size and complexity. This investment represents less than 3-5% of total project cost while ensuring optimal performance and preventing expensive redesign. We provide complete photometric analysis, fixture specifications , and installation drawings that contractors can bid accurately, eliminating costly change orders.

Get Your Custom Lighting Plan With Product Recommendations

Includes up to 8% off the price of our recommended lighting products

What to Expect When Requesting a Lighting Plan

A Lighting Expert Reviews Your Request

We Follow Up to Gather Project Details

Custom Lighting Plan With Product Recommendations is Created

Review and Approve Your Lighting Design

Purchase the Recommended Products

Our Customers

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.

Frequently Asked Questions

What Is a Lighting Design for a Stadium?

A lighting design for LED stadium lights starts with understanding the needs and usage of the playing field. We analyze your field’s specific requirements, existing or planned pole locations, and create a comprehensive lighting plan showing precise light levels and uniform light distribution across the playing surface. The design specifies the exact LED stadium lighting system needed for optimal performance and compliance with sports lighting standards.

Popular Sports Field LED Lighting Options

What Are the Recommended Lux Levels for Stadiums?

Light level requirements vary by sport and competition level. Here are the standard recommendations:

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)

Professional venues require significantly higher levels, often 1000+ lux for broadcast quality.

What Are the Typical Foot Candle Requirements for Stadium Lights?

We design stadium lighting based on recommended foot candle levels that ensure proper 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

College and professional facilities typically require 75-150 fc depending on broadcast requirements.

Baseball Imf 400 2

How Do LED Lights Impact a Stadium Lighting Design?

LED technology revolutionizes stadium lighting with 70% energy savings compared to traditional systems and 50,000+ hour lifespans. We utilize LEDs’ precise beam control capabilities to achieve superior light uniformity while minimizing spill light and glare. LED stadium lights offer instant-on capability, eliminating warm-up time, and provide excellent CRI ratings above 80 for optimal color rendering during play.

What Are the Typical Lighting Design Standards for Stadiums?

We follow sport-specific IES (Illuminating Engineering Society) standards that vary by competition level. Baseball fields require different infield-to-outfield ratios, while football stadiums need uniform coverage across the entire field. High school standards differ significantly from college and professional requirements, with broadcast venues requiring the highest light levels and uniformity ratios.

How Many Lumens Are Required for Lighting Up a Stadium?

Stadium lumen requirements range from 30 lumens per square foot for basic recreational fields to 150+ lumens per square foot for professional broadcast venues. A typical high school football field requires approximately 2.4 million total lumens, while professional stadiums can exceed 8 million lumens for optimal performance and broadcast quality.

Why Do I Need a Professional Stadium Lighting Plan?

Professional lighting plans ensure code compliance and prevent costly installation mistakes that can result in poor light uniformity or excessive glare. We provide detailed specifications including exact fixture placement, precise aiming angles, and photometric analysis that guarantees your lighting investment delivers the required performance. Proper planning typically saves 20-30% on total project costs by optimizing fixture count and placement.

How Much Does a Stadium Lighting Design Cost?

Professional lighting designs typically cost $2,500-$7,500 depending on field size and complexity. This investment represents less than 3-5% of total project cost while ensuring optimal performance and preventing expensive redesign. We provide complete photometric analysis, fixture specifications, and installation drawings that contractors can bid accurately, eliminating costly change orders.

Soccer Field Lit up with LED Lighting

Can a Lighting Plan Help Reduce My Stadium’s Energy Costs?

Proper lighting design optimizes fixture placement and selection to achieve required light levels with minimum energy consumption. Our LED stadium lighting plans typically deliver 60-70% energy savings compared to existing metal halide systems. Strategic fixture placement reduces total fixture count by 15-25% while maintaining superior light quality and uniformity across the playing surface.

What Information Do You Need to Create My Stadium Lighting Plan?

We need your field dimensions, existing pole locations (if any), and sport-specific requirements. Site photos, utility locations, and any local lighting ordinances help us create the most accurate design. Competition level and broadcast requirements determine the final light levels, while budget considerations help us recommend the most cost-effective LED solution for your specific needs.

Sample Stadium Lighting Plan and Heatmap