LED Stadium Lights
- Achieve 50%-70% energy reduction with 50,000+ hour lifespans
- Instant-on operation eliminates 15-20 minute metal halide delays
- IP66 weatherproof and IK08 impact ratings ensure durability
Get Your Custom Lighting Plan With Product Recommendations
- Professional Layout Designed for Sport-Specific Light Levels, Uniformity & Glare Control
- Precise Fixture Count, Aiming Angles & Photometric Calculations for Competition Standards
- Maximize Energy Savings While Meeting League Requirements & Reducing Spill Light
Our LED Stadium Lighting includes high-output sports fixtures and metal halide replacement lights for stadiums, athletic fields, racetracks, and large outdoor venues. Replacement categories include 400W, 1000W, 1500W, and 2000W metal halide or HID equivalents for recreational facilities, practice areas, competitive fields, tall poles, and long-throw applications. Available optics include 15-degree narrow beams, 30-degree and 40-degree mid-range optics, and 60-degree wide beams. Voltage configurations include 100-277V, 277-480V, and 480V service. Product options may include dimming, zone switching, shielding, and remote drivers.
Common applications for these fixtures include baseball, softball, football, soccer, lacrosse, track and field, driving ranges, ski areas, racetracks, outdoor arenas, and multi-sport complexes. LED stadium lights are also available for replacing existing metal halide sports lighting in smaller recreational venues, larger fields, and high-output stadium installations. Depending on the product, fixtures carry UL, ETL, or CSA safety listings, and many models are DLC or DLC Premium listed. These pole-mounted fixtures support planned beam placement across playing surfaces, spectator areas, and other large outdoor locations.
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Starting At $697.50
What Are LED Stadium Lights
LED stadium lights are high-output outdoor fixtures designed for sports fields, stadiums, athletic complexes, racetracks, outdoor arenas, and large venues where long throw, beam control, uniformity, and glare management matter. They are commonly used for baseball, softball, football, soccer, lacrosse, track and field, racetracks, driving ranges, ski areas, and multi-sport facilities.
Unlike general-purpose flood lights, stadium lights are selected around the sport, field size, pole height, pole layout, beam angle, target foot-candles, voltage, controls, and light-spill requirements. The right fixture must place light on the playing surface without creating excessive glare for athletes, spectators, officials, cameras, or nearby properties.
Many stadium lighting projects involve replacing older metal halide sports lights. LED stadium lights provide instant-on operation, reduced maintenance, lower energy use, controlled optics, dimming options, and more consistent light output over time when properly specified.
Selection and Installation Note: Product specifications, ratings, controls, certifications, and warranty coverage vary by model. Confirm the selected product specification before ordering. For code-sensitive, electrical, pole-mounted, structural, outdoor, sports-field, or safety-critical applications, verify requirements with your local inspector or a licensed electrical professional.
Sports Lighting Selector
Use the selector below to estimate starting light levels by sport and application. Stadium lighting still requires a photometric plan to confirm fixture count, pole layout, beam angle, aiming, uniformity, glare, light spill, voltage, and controls before ordering.
LED Lighting Supply Sports Field Lighting Selector
Selector results are general planning guidance. Final sports lighting layouts should be confirmed with a photometric plan, especially for baseball, softball, football, soccer, racetracks, golf driving ranges, ski areas, and competitive venues with higher light-level or uniformity requirements.
Choose LED Stadium Lights by Replacement Type
If you are replacing existing metal halide sports lights, start with the closest replacement category below. Final fixture selection should still be confirmed by mounting height, pole layout, beam angle, voltage, target foot-candles, and photometric plan results.
| Replacement Category | Best Used For |
|---|---|
| 400W Sports Light LED Replacements | Replacing 400W metal halide sports lights in smaller recreational facilities, courts, practice areas, and lower-output sports applications. |
| 1000W Sports Light LED Replacements | Replacing 1000W metal halide stadium lights on baseball fields, softball fields, soccer fields, football fields, and larger recreational venues. |
| 1500W Sports Light LED Replacements | Replacing 1500W HID sports lights in larger fields, stadiums, high-output sports venues, and long-throw pole-mounted applications. |
| 2000W Sports Light LED Replacements | Replacing very high-output HID stadium lighting for large venues, tall poles, and demanding sports lighting layouts. |
When LED Stadium Lights Are the Right Fit
LED stadium lights are used when a project needs more than basic outdoor flood lighting. Sports lighting must account for player visibility, ball tracking, glare, uniformity, pole locations, mounting height, beam angle, spill light, and electrical infrastructure.
| Use LED Stadium Lights When | Do Not Use Them as a Shortcut When |
|---|---|
| You are lighting a sports field, stadium, athletic complex, racetrack, driving range, ski area, or large outdoor venue where long throw and planned beam placement are needed. | The project only needs basic security lighting around a building, yard, sign, or small area. A standard LED flood light may be a better fit. |
| You are replacing metal halide sports lighting and need instant-on operation, lower energy use, better optical control, and reduced maintenance. | The mounting height is too low and a high-output sports light would create glare, hot spots, or poor coverage. |
| Mounting heights are typically 30 feet or higher, and optics must be selected for the pole layout and playing surface. | No photometric planning is being done for a sports field or large venue where uniformity, glare, and spill light matter. |
| Light-level uniformity matters for athletes, spectators, coaches, officials, cameras, or facility operators. | Electrical infrastructure has not been verified for voltage, circuit capacity, inrush current, surge protection, controls, and switching zones. |
| Light spill and glare need to be controlled using proper optics, shielding, fixture aiming, and a sports lighting plan. | Light trespass restrictions are strict, and the project has not been reviewed for aiming, shielding, neighbor impact, or local requirements. |
Choosing LED Stadium Lights by Sport, Pole Height, Beam Angle, Voltage, Controls, and Light Spill
Stadium lights should not be selected by wattage alone. The right fixture depends on what sport is being played, how the field is laid out, where the poles are located, how high the fixtures are mounted, what beam angles are needed, and what light levels must be achieved.
A photometric plan is the best way to confirm fixture count, aiming, beam angles, foot-candle levels, uniformity, and spill light before fixtures are ordered.
Planning Checklist
| Planning Factor | What to Confirm |
|---|---|
| Sport and field type | Baseball, softball, football, soccer, lacrosse, track and field, racetracks, golf ranges, ski slopes, and multi-sport fields all have different lighting goals. |
| Target foot-candles | Recreational fields generally use lower light levels, while competitive and spectator venues require higher illumination and tighter uniformity. |
| Pole height and pole layout | Higher poles and longer throw distances usually require narrower optics. Existing pole locations may limit fixture placement and aiming options. New installations may also require appropriately engineered sports and athletic field light poles. |
| Beam angle, optics, and aiming | Narrow beams are used for long throw from tall poles. Wider beams may work for closer targets or lower mounting heights. The wrong optic can create glare, hot spots, dark areas, or spill light. As a starting point, 15-degree narrow beams are often used for high-mounted fixtures targeting distant areas, 30-degree and 40-degree optics are often used for mid-range coverage, and 60-degree wide beams may work for lower installations or closer coverage areas. |
| Glare and light trespass | Fixture aiming, optics, shielding, and pole placement should keep light on the field and reduce glare for players, spectators, neighbors, and nearby roads. |
| Voltage and electrical capacity | Confirm 100-277V, 277-480V, or 480V service before ordering. Large sports lighting projects may require a review of circuit capacity, inrush current, surge protection, and switching layout. |
| Controls and dimming | Controls may allow fixtures to be dimmed or switched by field, zone, or activity. This can be useful for practice, games, partial-field use, maintenance, or reducing energy use when full output is not needed. |
| Installation access | High pole-mounted fixtures may require lift equipment, aiming time, safety planning, and off-season scheduling. Remote drivers may help simplify maintenance where available. |
Controls should be reviewed before fixture selection so voltage, wiring, dimming compatibility, switching zones, and control requirements are properly specified.
Controls should be reviewed before fixture selection so voltage, wiring, dimming compatibility, switching zones, and control requirements are properly specified.
Recommended Foot-Candles for Stadium and Sports Field Lighting
Use the tool below for general starting foot-candle ranges by outdoor sports application. The widget includes baseball, softball, football, soccer, multi-sport fields, lacrosse, field hockey, track and field, racetracks, driving ranges, ski slopes, municipal recreation complexes, practice fields, and professional or broadcast venues.
Foot-candle guidance helps with light-level planning, but it does not determine fixture count, pole locations, aiming, beam angle, vertical illumination, glare, light trespass, voltage, controls, or installation requirements. Sports lighting should be confirmed with a photometric plan before fixtures are ordered.
LED Stadium Lights Compared with Flood Lights, High Mast Lights, and Metal Halide
LED stadium lights are often compared with flood lights, high mast lights, sports field lights, and older metal halide sports lights. The right choice depends on the application, pole height, throw distance, beam control, and target light levels.
| Lighting Type | What to Know |
|---|---|
| LED Stadium Light | High-output sports lighting fixture designed for tall poles, long throw distances, controlled optics, glare reduction, and planned field illumination. |
| LED Flood Light | Directional outdoor fixture used for security lighting, signs, yards, building exteriors, and smaller outdoor areas. Some flood lights can support small sports applications, but larger fields need stronger optics and planning. |
| LED Sports Field Light | Broader term used for lighting athletic fields, including baseball, softball, football, soccer, tennis, pickleball, lacrosse, practice fields, and recreational sports venues. |
| LED High Mast Light | Typically used for ports, highways, airports, rail yards, industrial yards, and large-area infrastructure lighting. These may use tall poles, but the lighting objective is different from sports field lighting. |
| Metal Halide Stadium Light | Older HID technology with warm-up time, lamp replacement, ballast maintenance, higher energy use, and lumen depreciation over time. |
Stadium Lighting Project Examples
Completed sports lighting projects help show how field type, pole layout, fixture output, optics, and aiming affect visibility. These examples also reinforce why stadium and sports field lighting should be reviewed with a photometric plan before fixtures are ordered.
Case Studies from Completed Sports Lighting Projects
Case Study: Conversion of existing lighting 1500 Watt Metal Halide Lighting to LED Lighting Supply 600 Watt LED Sports Lights at St. Francis Borgia High School in Washington, MO
| After: 600 Watt LED Area Sports Flood Light | 84000 Lumens |
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Lighting Plan We Created for the Customer
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Lighting Plan |
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Football Field Lighting Installation Plan Metrics
- Mounting height: 57-60 ft
- Fixture Used: MLLG-AG-LED-IMF-600-5-[Optic]-TR-[V]: 600 Watt LED Flood Light | 84000 Lumens | 5000K | 100V-277V or 277V-480V
- FC achieved: 30.73 FC average
- Uniformity (Avg/Min): 1.44
Case Study: Conversion of existing lighting in Baseball / Softball Field to LED Lighting Supply 600 Watt LED Sports Lights at Gainesville High school in Gainseville, MO
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After: 600 Watt LED Area Sports Flood Light | 84000 Lumens |
After: 600 Watt LED Area Sports Flood Light | 84000 Lumens |
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Lighting Plan We Created for the Customer
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Lighting Plan |
Heat Map |
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Baseball / Softball Field Lighting Installation Plan Metrics
- Mounting height: 47 and 50 ft
- Fixture Used: MLLG-AG-LED-IMF-600-5-[Optic]-TR-[V]: 600 Watt LED Flood Light | 84000 Lumens | 5000K | 100V-277V or 277V-480V
- FC achieved: 39.79 FC (infield), 22.30 FC (outfield) average
- Uniformity (Avg/Min): 2.35
Case Study: Lighting up Thunder City Raceway with LED Lighting Supply 600 Watt LED Sports Lights in Thunder Bay, Ontario, Canada
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After: 600 Watt LED Area Sports Flood Light | 84000 Lumens |
After: 600 Watt LED Area Sports Flood Light | 84000 Lumens |
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Lighting Plan We Created for the Customer
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Lighting Plan |
Heat Map |
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Racetrack Lighting Installation Plan Metrics
- Mounting height: 70 ft
- Fixture Used: 600 Watt LED Flood Light | 84000 Lumens | 5000K | 100V-277V or 277V-480V
- FC achieved: 10.00 fc average
Spartan Sports Park Improves Field Lighting With LED Flood Lights Case Study
The Backstory:
Spartan Sports Park recognized that their existing 1000-watt metal halide fixtures were falling short on the field. Suboptimal light levels negatively impacted player performance, while the energy demands of the outdated system drove operating costs higher than necessary. They reached out to LED Lighting Supply seeking a custom solution built for their baseball field requirements.
The Customer's Challenge:
The metal halide fixtures were inefficient, resulting in a significant energy expense. Additionally, uneven light levels on the field created safety risks for both players and sideliners.
Lighting Plan We Created for the Customer
Lighting Plan Metrics:
- Mounting Height: 25 feet
- Infield Foot Candles Achieved: 20 FC
- Outfield Foot Candles Achieved: 13 FC
- Product(s) Used: MLLG-AG-LED-IMF-400-5-[Optic]-TR-[V]
Stadium Lighting Certifications, Rebates, and Warranty Support
LED stadium lights from LED Lighting Supply carry a safety listing such as UL, ETL, or CSA, depending on product. Many models are DLC or DLC Premium listed for utility rebate support where available. Rebate requirements vary by utility, region, and product listing, so confirm eligibility on the selected product specification before ordering.
Most LED stadium lights include a 5-year warranty unless otherwise specified, with USA-based warranty support. Before purchase, confirm voltage, surge protection, mounting method, wet-location suitability, impact resistance, controls compatibility, and whether the fixture is right for the field layout and surrounding conditions.
Common Stadium Lighting Mistakes
Stadium lighting projects go wrong when fixtures are selected like basic flood lights. Sports lighting requires the correct fixture output, optics, pole height, aiming, voltage, controls, and photometric planning.
- Skipping the photometric plan: Estimating fixture count without a lighting design can create dark zones, glare complaints, poor uniformity, and costly corrections.
- Using wide flood beams on high poles: Wide beams from tall poles can waste light, create hot spots, increase spill light, and reduce uniformity.
- Mounting fixtures too low: Low mounting heights can create glare for athletes tracking balls and may produce poor field coverage.
- Selecting fixtures by wattage alone: Beam angle, lumens, pole height, aiming, and field layout matter more than wattage by itself.
- Ignoring light trespass: Proper optics, shielding, and aiming help keep light on the field and reduce neighbor complaints.
- Not verifying electrical capacity: Confirm voltage, circuit capacity, inrush current, surge protection, and controls before installation.
- Using single-circuit switching for multi-sport fields: Separate zones and dimming can reduce energy use and improve flexibility for practices, games, and partial-field use.
- Forgetting maintenance access: Remote drivers and accessible mounting locations can simplify maintenance when fixtures are mounted high on poles.
- Buying non-sports-rated fixtures: Stadium fixtures should be selected for outdoor exposure, impacts, vibration, optics, and long-throw performance.
- Waiting until the season starts: Installation, aiming, testing, and adjustments are easier to complete before games or events begin.
Request a stadium lighting design and our Product Specialists can help review fixture count, pole height, beam angle, light levels, glare control, voltage, controls, and product specifications for your stadium or sports field lighting project.
LED Stadium Lights FAQs
How Do I Choose The Right LED Stadium Light?
Choose LED stadium lights by the sport, field layout, pole height, throw distance, beam angle, target foot-candles, voltage, controls, and light-spill requirements rather than wattage alone. A photometric plan can confirm fixture count, aiming, uniformity, and optics before ordering.
Do I Need A Photometric Plan For Stadium Lighting?
Yes, a photometric plan is the best way to confirm fixture quantity, pole layout, beam angles, aiming, foot-candle levels, uniformity, glare, and spill light for a sports lighting project. It is especially important for larger fields and venues where poor planning can create dark areas, hot spots, or glare complaints.
How Does Pole Height Affect Stadium Light Selection?
Pole height affects the required throw distance, optic selection, aiming, coverage, and glare control. Higher poles and longer throws usually require narrower optics, while wider beams may work for closer targets or lower mounting heights.
What Should I Check Before Replacing Metal Halide Stadium Lights With LED?
Start with the closest metal halide replacement category, then confirm mounting height, pole layout, beam angle, voltage, target foot-candles, and photometric results. Also verify circuit capacity, inrush current, surge protection, mounting method, controls compatibility, and wet-location suitability on the selected product specification.
Can LED Stadium Lights Be Dimmed Or Switched By Field Zone?
Controls may allow stadium fixtures to be dimmed or switched by field, zone, or activity, supporting practices, games, partial-field use, maintenance, and reduced output when full light is not needed. Controls should be reviewed before fixture selection so voltage, wiring, dimming compatibility, and switching requirements are properly specified.