Modern sports lighting projects require far more than simply installing LED floodlights around a stadium. Today’s football fields, cricket grounds, tennis courts, baseball stadiums, and multi-purpose sports arenas demand precise lighting performance, international compliance, and professional lighting verification.

This is where sports lighting reports and photometric analysis become essential.

A professional sports lighting report helps engineers, contractors, stadium owners, and project consultants verify whether the lighting system meets lux requirements, uniformity standards, glare control regulations, and broadcasting specifications before installation begins.

In this article, we explain everything you need to know about sports lighting reports, lighting simulation, photometric analysis, and LED stadium lighting testing.

1.What Is a Sports Lighting Report?

A sports lighting report is a technical document generated through lighting simulation software such as DIALux or AGi32. The report evaluates the lighting performance of a sports venue before installation.

The purpose of the report is to verify that the stadium lighting system complies with project requirements and international lighting standards.

A professional sports lighting report typically includes:

• Lux distribution maps
• Average illuminance levels
• Uniformity ratios
• Glare analysis
• Beam angle calculations
• Fixture aiming angles
• Pole layout and mounting heights
• 3D stadium visualization
• Lighting grid calculations

Sports lighting reports are widely used for:

• Football stadiums
• Cricket grounds
• Tennis courts
• Baseball fields
• Basketball arenas
• Rugby stadiums
• Athletics tracks
• School sports fields
• Municipal sports complexes

Therefore, we know that the lighting for virtually all effective stadiums and sports venues involves lighting simulation.

2.Why Sports Lighting Reports Are Important

Therefore, we know that the lighting for virtually all effective stadiums and sports venues involves lighting simulation.Lighting reports are one of the most important parts of any sports lighting project, and they reduce engineering risks before installation begins.

• 2.1 Verify Lux Requirements

Different sports require different lux levels depending on competition standards and broadcasting requirements.

For example:

• Community football fields may require lower lux levels
• Professional stadiums require much higher illuminance
• HDTV broadcasting requires stricter vertical illuminance standards

A lighting report confirms whether the design meets these standards.

2.2 Improve Lighting Uniformity

Uniform lighting is critical for athletes, referees, spectators, and television cameras.

Poor uniformity can create:

• Dark spots
• Over-bright areas
• Player visibility problems
• Camera exposure issues

Photometric simulation helps optimize fixture positions and beam angles to achieve better uniformity.

2.3 Reduce Glare

Excessive glare can negatively affect:

• Players
• Goalkeepers
• Referees
• Spectators
• TV broadcasting cameras

Professional glare analysis helps engineers select the correct:

• Beam angle
• Mounting height
• Fixture aiming angle
• Pole location

2.4 Ensure Compliance with International Standards

Sports lighting reports are commonly required to comply with:

• FIFA lighting standards
• UEFA standards
• EN12193 sports lighting standards
• IEC lighting requirements
• Local municipal regulations

• How to Read a Stadium Lighting Report

Many stadium owners and contractors receive lighting reports but do not fully understand the technical information inside them.

Here are the most important sections of a professional stadium lighting report. I will show you report showing the following criteria.

3.1 Lux Distribution Map

The lux distribution map shows how illumination is distributed across the playing field.

The map usually includes:

• Minimum lux values
• Maximum lux values
• Average lux values
• Color-coded lighting distribution

A good lighting design should provide balanced illumination across the entire sports area. See all the necessary information from the lux distribution map.

3.2 Uniformity Ratio

Uniformity measures how evenly light is distributed across the field.

Typical measurements include:

• Minimum to Average ratio
• Minimum to Maximum ratio

Better uniformity improves:

• Player visibility
• Camera image quality
• Spectator experience
• Safety during sports activities
• While poor uniformity often indicates incorrect fixture layout or beam angle selection.

3.3 Glare Analysis

Glare analysis evaluates whether the lighting system creates visual discomfort.

The report may include:

• GR values
• UGR calculations
• Glare zones
• Fixture aiming evaluation
• Please find example from the simulation report

Reducing glare is especially important for:

• Football stadiums
• Tennis courts
• Baseball fields
• Professional broadcasting venues
• The following picture show you Why reducing glare is so important for the sports lighting

3.4 Fixture Layout and Pole Arrangement

In a simulation report, Fixture Layout and Pole Arrangement usually refers to the graphical and tabular presentation of how lighting fixtures and poles are positioned in the project area.

This section shows where each luminaire/light fixture is installed.

Usually includes:

• Top-view drawing/site plan
• Fixture locations (X-Y coordinates)
• Fixture type/model
• Mounting height
• Beam direction / aiming angle
• Spacing between fixtures

Please Check the Example in a simulation report about pole and fixture :

• Understanding LED Sports Lighting Test Reports

After installation, on-site lighting measurements are performed to verify the actual lighting performance.

These reports are known as LED sports lighting test reports or commissioning reports.

The testing process typically includes:

• Lux measurement
• Uniformity testing
• Glare verification
• Electrical system inspection
• Smart control system testing

The purpose of the testing report is to confirm that the installed system matches the simulation design.

• Difference Between Simulation Reports and Test Reports

Simulation Report

Generated before installation using software such as:

• DIALux
• AGi32

Purpose:

• Predict lighting performance
• Optimize design
• Reduce engineering risks

Test Report

Generated after installation using real-world measurements.

Purpose:

• Verify actual performance
• Confirm compliance
• Ensure project acceptance

Both reports are essential for professional sports lighting projects.

• Common Software Used for Sports Lighting Reports: DIALux AGi32 & AGi32

DIALux AGi32

DIALux is one of the world’s most popular lighting simulation software platforms.

It is widely used for:

• Sports field lighting
• Stadium lighting
• Outdoor floodlighting
• High mast lighting design

Benefits include:

• 3D visualization
• Accurate lux calculations
• Professional reporting
• Energy analysis

AGi32

AGi32 is an advanced lighting calculation software used for large and complex sports lighting projects.

AGi32 provides:

• High-precision photometric analysis
• Advanced glare calculations
• Detailed rendering
• Professional engineering reports

It is commonly used for:

• Professional stadiums
• International sports venues
• HDTV broadcasting projects
• Please check the following detail comparisons

• Benefits of Professional Sports Lighting Analysis

Professional lighting simulation and reporting provide major advantages:

• Improved player safety
• Better spectator experience
• Higher broadcasting quality
• Lower installation risks
• Better energy efficiency
• Reduced maintenance costs
• Faster project approval
• International standards compliance

For modern sports venues, professional photometric analysis is no longer optional — it is an essential part of successful stadium lighting design.

• Conclusion

Sports lighting reports and photometric analysis are critical tools for modern stadium lighting projects.

Whether you are designing a football stadium, cricket ground, tennis court, or multi-purpose sports facility, professional lighting simulation helps ensure:

• Proper lux levels
• Excellent uniformity
• Reduced glare
• Energy efficiency
• International compliance

Using professional software such as DIALux and AGi32 allows lighting engineers to optimize fixture layouts, beam angles, mounting heights, and pole positions before installation begins.

Combined with on-site lighting testing and commissioning, these reports help deliver safe, efficient, and broadcast-quality sports lighting systems for professional venues worldwide.

About Unilumin & Guangzhou Big Dipper Sports Equipments Co.,Ltd

Unilumin is a global leader in LED display, lighting, and integrated Metasight solutions, ranked among the Top 500 Most Valuable Asian Brands for 3 consecutive years. With R&D centers in China, Japan, and the U.S., operations in over 160 countries, holding over 3,000 patents.

Guangzhou Big Dipper Sports Equipments Co.,Ltd

A wholly owned subsidiary of Unilumin Group, and one of the top sports lighting solution providers in China. We are dedicated to delivering world-class sports lighting and intelligent control systems for high-end sports venues. We have provided solutions for over 1,000 premium venues globally, including 208 large multi-purpose venues with seating capacities of 30,000+ each.

For more information, please visit www.unilumin-sportsolution.com, any inquiry please feel free to contact us.