Soccer Field Lights
- 50-75% energy savings with 100,000+ hour lifespan reduces operating costs
- DLC Premium certified fixtures qualify for maximum utility rebates
- 5-year warranty with USA-based technical support and service
Get Your Custom Lighting Plan With Product Recommendations
- Professional Field Layout Optimized for FIFA Standards & Uniform Illumination Coverage
- Precise Foot Candle Level Calculations, Pole Height & Fixture Positioning for Competition Requirements
- Maximize Energy Savings & Eliminate Frequent Lamp Changes in High-Pole Applications
Our LED Soccer Field Lights include high-output LED sports field lights and stadium lights for pole-mounted outdoor installations. Available fixture wattages include 400W, 600W, 800W, 1000W, and 1200W models, with output requirements varying by field size, pole height, layout, and target light levels. Product configurations include multiple beam angles and optic packages, 4000K and 5000K color temperatures, and 120-277V or 277-480V voltage options. Depending on the model, controls may include timers, switches, zoning, dimming, remote operation, scheduling, practice modes, and game modes. Remote driver options are also available on selected fixtures.
Common applications for these fixtures include youth and recreational soccer fields, school fields, high school and college fields, club facilities, park district fields, municipal sports complexes, and full-size competitive fields. They are used for new installations and retrofit projects involving existing poles, including metal halide replacements. These lights also support multipurpose fields used for soccer, lacrosse, football, PE classes, camps, community events, and general recreation. Selected products carry UL, ETL, or CSA safety listings, while many models are DLC or DLC Premium listed.
Soccer Field Lighting for Schools, Parks, and Community Fields
LED soccer field lighting should be planned around field size, level of play, pole layout, mounting height, target foot-candle levels, fixture aiming, glare control, spill light, and existing electrical infrastructure. Most soccer lighting projects are not MLS or professional stadium projects. They are youth soccer fields, school fields, park district fields, club fields, municipal sports complexes, and multipurpose community fields used for practices, games, camps, and shared recreation.
The right lighting system depends on how the field is used. A youth or recreational soccer field may only need basic safe visibility for evening play. A high school or club field may need stronger uniformity and better sideline-to-sideline coverage. A shared community sports complex may need a design that supports soccer, lacrosse, football, PE classes, or general field use without over-lighting the site.
Most soccer field projects use LED sports field lights or LED stadium lights mounted on existing or new poles. Fixture wattage, beam angle, fixture count, pole height, and aiming should be confirmed through a lighting plan rather than selected from wattage alone.
Selection and Installation Note: Product specifications, fixture wattage, lumen output, beam angle, mounting hardware, voltage, controls, surge protection, certifications, and warranty coverage vary by model. Confirm the selected product specification before ordering. For soccer fields, pole-mounted lighting, school facilities, public parks, electrical upgrades, structural pole review, code-sensitive applications, or safety-critical projects, verify requirements with your local inspector, structural professional, or licensed electrical professional.
Soccer Field Foot-Candle Requirements
Soccer field lighting targets vary by level of play and field use. Youth and recreational fields typically require lower light levels than club, high school, college, or professional fields. For school and community projects, the goal is usually not to overbuild the field. The goal is to provide safe, even, usable light across the playing surface while controlling glare, spill light, and project cost.
Because soccer uses a wide rectangular playing surface, uniformity matters across the entire field. Corners, sidelines, goal areas, midfield, and spectator-facing zones should be reviewed so players can track the ball without dark corners, hot spots, or excessive glare.
Use the foot-candle guide below to compare recommended soccer field lighting levels by application. These recommendations are a starting point only. Final fixture selection should be confirmed with a photometric plan that accounts for field dimensions, pole layout, mounting height, beam angles, fixture aiming, uniformity, glare, spill light, and existing electrical infrastructure.
What a Soccer Field Lighting Plan Should Verify
A soccer field lighting plan helps turn the target light levels into a practical fixture layout. This is especially important when reusing existing poles, upgrading from metal halide, lighting a shared-use park field, trying to reduce spill light, or working within a school or municipal budget.
| Planning Detail | Why It Matters for Soccer Fields |
|---|---|
| Field use | Confirm whether the field is used for youth soccer, recreation leagues, club play, middle school, high school, college, or multiple sports. |
| Field dimensions | Soccer fields vary widely in size. Youth, small-sided, practice, high school, and full-size fields may require different fixture layouts. |
| Target foot-candles | Different levels of play require different light levels. A youth practice field should not be designed like a professional or broadcast field. |
| Uniformity across the full field | Soccer requires consistent visibility from goal to goal and sideline to sideline, including corners and goal areas. |
| Existing pole layout | Existing pole locations may limit aiming, coverage, and spill control. A plan helps determine whether current poles can be reused. |
| Pole height | Mounting height affects coverage, glare, fixture count, and beam angle selection. Lower poles may require different optics than taller poles. |
| Fixture aiming | Correct aiming helps reduce hot spots, dark corners, player glare, goalkeeper glare, and light spill beyond the field. |
| Spill light | Community fields are often near homes, roads, parking lots, walking paths, or other fields. Spill light should be reviewed before ordering fixtures. |
| Voltage and electrical service | Confirm supply voltage, circuit capacity, conductor sizing, long pole runs, controls, and surge protection before selecting fixtures. |
| Pole structure | Existing poles should be reviewed for fixture weight, wind load, bracket condition, mounting hardware, and overall suitability. |
Existing Poles vs New Soccer Field Lighting Poles
Many school, club, and community soccer field projects are retrofits. Reusing existing poles can help control project cost, but only if the poles are structurally suitable, tall enough, positioned well, and compatible with the selected LED fixtures. Fixture weight, wind load, pole condition, brackets, wiring, and aiming angles should be reviewed before assuming existing poles can be reused.
New soccer field light poles may be needed when the current layout cannot achieve proper field coverage, when poles are too low, when pole locations create glare or spill-light problems, when poles are damaged, or when the field is being upgraded to a higher level of play.
| Reuse Existing Poles | Consider New Poles |
|---|---|
| Often best when the poles are structurally sound, correctly positioned, tall enough, and compatible with the selected LED fixtures. | Often best when the field is being upgraded, existing poles are too short, pole locations create glare, or the current layout cannot meet target light levels. |
| Can help reduce project cost and simplify installation when electrical service and mounting conditions are suitable. | Can improve sideline coverage, corner coverage, uniformity, spill-light control, aiming, and long-term flexibility. |
| Common for school, park, club, and rec league soccer lighting upgrades. | More likely for new fields, major renovations, full-size competitive fields, or facilities with poor existing pole placement. |
Choose Soccer Field Lights by Field Layout and Pole Height
After confirming the target foot-candle levels, use the fixture selector below to narrow options based on field characteristics such as pole height, desired light level, and field layout. This helps connect the soccer field lighting requirements to practical fixture selection.
LED Lighting Supply Soccer Selector
The fixture selector is a starting point for choosing soccer field lights based on field characteristics. Final fixture quantities, wattages, optics, aiming, and pole suitability should still be confirmed with a photometric plan.
What About Indoor Soccer Field Lighting?
Indoor soccer fields need a different lighting approach than outdoor soccer fields. Outdoor soccer lighting is usually built around poles, sports lights, fixture aiming, and spill-light control. Indoor soccer lighting is usually designed around ceiling height, fixture spacing, glare control, ball tracking, impact exposure, and the building structure’s ability to accommodate fixture mounting.
For most indoor soccer facilities, high bay lights are the best starting point because they are designed for higher ceilings and broad overhead coverage. They can work well in indoor turf fields, school athletic buildings, training facilities, recreation centers, and multi-sport indoor complexes where the goal is to light a large open playing area evenly from above.
The fixture choice still needs to be matched to the building. A taller indoor field house may need higher-output high bays with the right beam angle. A lower-ceiling indoor soccer facility may need wider distribution, lower-output fixtures, linear high bays, or indirect lighting to reduce glare. Facilities with active ball play should also review lens durability, mounting security, fixture location, and whether guards or impact-resistant options are needed.
| Indoor Soccer Lighting Factor | Why It Matters |
|---|---|
| Ceiling height | Determines whether standard high bays, linear high bays, lower-output fixtures, or indirect lighting are the better fit. |
| Ball tracking | Players need to see the ball across the turf, along sidelines, near goals, and during lofted passes or high rebounds. |
| Glare control | Fixtures should be reviewed from the players’ sightlines so that overhead lighting does not create harsh glare during normal play. |
| Fixture spacing | Even spacing helps avoid dark areas, bright spots, and uneven visibility across the playing surface. |
| Impact exposure | Indoor soccer balls can strike fixtures, lenses, guards, or mounting hardware depending on ceiling height and fixture location. |
| Multi-use activity | Many indoor soccer facilities also support lacrosse, football training, PE classes, camps, fitness programs, or general recreation. |
| Controls | Dimming, occupancy sensors, timers, or zone controls may help match lighting to practices, games, rentals, or partial-field use. |
Do not choose indoor soccer lights by wattage alone. Delivered lumens, mounting height, beam angle, spacing, ceiling reflectance, target foot-candle levels, glare control, and fixture durability all affect the final result. For full indoor turf fields, multi-field facilities, or high-output replacements, a photometric plan can help confirm fixture count, spacing, expected light levels, and whether LED high bays are the right solution for the space.
Choosing LED Soccer Field Lights
Most school and community soccer field projects use high-output LED sports lights in the 400W to 1200W range, depending on field size, pole height, target light levels, optic package, and whether the project is a youth field, club field, school field, or larger competitive field. Some smaller or recreational fields may require less output than a full-size high school or college field. Wattage should not be selected without reviewing pole height, field dimensions, optics, and photometric results.
| Selection Factor | What to Confirm |
|---|---|
| Fixture wattage | Common soccer field fixture options may include 400W, 600W, 800W, 1000W, or 1200W models depending on field size, pole height, and target light levels. |
| Beam angle and optics | Optics should match pole height, pole location, field width, goal areas, sidelines, corners, and spill-light goals. |
| Color temperature | Many soccer fields use 5000K for a crisp sports-lighting appearance. Some schools or parks may prefer 4000K depending on local preference and surrounding conditions. |
| Voltage | Confirm whether the site requires 120-277V, 277-480V, or another electrical configuration before ordering fixtures. |
| Surge protection | Outdoor pole-mounted sports lighting should be reviewed for surge protection, especially on open fields or lightning-prone sites. |
| Driver access | Remote driver options may help simplify service access when fixtures are mounted high or lift access is difficult, depending on model and project requirements. |
| Controls | Confirm timers, switches, zones, dimming, remote control, scheduling, practice mode, and game mode before selecting controls. |
| Glare and spill control | Review fixture aiming, shielding, optics, pole placement, and mounting height to reduce glare for players, spectators, drivers, and neighbors. |
Soccer Field Lighting for Multipurpose School and Park Facilities
Many soccer fields are not used for soccer only. Schools and parks may also use the field for lacrosse, football, PE classes, camps, community events, or general recreation. If the field serves multiple activities, the lighting plan should account for the full use case instead of focusing only on soccer games.
Multipurpose fields may need separate lighting modes, different control zones, broader sideline coverage, or stronger uniformity across shared play areas. If the field includes bleachers, walkways, parking areas, concessions, or restrooms, those support areas may require separate lighting from the main sports lighting system.
What You Receive with a Soccer Field Lighting Plan
A soccer lighting plan helps translate project goals into fixture quantities, pole locations, aiming instructions, and expected light levels. It is especially useful when replacing metal halide, reusing existing poles, lighting a shared-use community field, reducing spill light, or working within a school or municipal budget.
| Lighting Plan Detail | How It Helps |
|---|---|
| Fixture count and wattage | Shows the recommended number of fixtures and fixture type for the field layout. |
| Expected field light levels | Shows expected foot-candle levels across the playing surface instead of relying on fixture count estimates. |
| Aiming and beam spread | Helps reduce hot spots, dark corners, glare, and unwanted light spill. |
| Mounting height assumptions | Shows how fixture performance depends on pole height and fixture position. |
| Uniformity review | Helps confirm that the field is not only bright enough, but evenly lit enough from goal to goal and sideline to sideline. |
| Fixture specification support | Provides product details that can help with planning, purchasing, installation coordination, and review by project stakeholders. |
Request a soccer field lighting plan to confirm fixture count, field coverage, pole layout, target light levels, glare control, spill light, voltage, and product specifications before ordering.
Soccer Field Lighting Project Examples
Soccer lighting projects vary by field size, pole height, level of play, existing infrastructure, surrounding property, and electrical service. A photometric plan helps determine whether 400W, 600W, 800W, 1000W, or 1200W LED sports lights are the best fit for the field.
Case Study:Outdoor Lebanon Soccer Club Upgraded their Sports Field Lighting with LED Lighting Supply 400 Watt LED Area Flood Sports Light in Lebanon, CT
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After: 400 Watt LED Area Flood Light | 56000 Lumens |
 |
Lighting Plan We Created for the Customer
| Lighting Plan | Heat Map |
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 |
Soccer Field Lighting Installation Plan Metrics
- Mounting height: 26.5 ft
- Fixture Used: MLLG-AG-LED-IMF-400-5-[Optic]-TR-[V]: 400 Watt LED Area Flood Light | 56000 Lumens | 5000K | 100V-277V or 277V-480V | Optional Marine Grade Finish
- FC achieved:7.88 fc average
- Uniformity (Avg/Min): 1.97
Lighting for Other Sports Fields
Soccer field lighting often overlaps with other school and park sports lighting needs. If your facility includes multiple fields, it may be useful to review lighting targets and fixture layouts across the entire site.
- Baseball field lighting focuses on infield and outfield light levels, pole placement, glare control, and ball tracking.
- Softball field lighting supports smaller field layouts with different infield, outfield, and recreational-use requirements.
- Football field lighting focuses on safe visibility across a large rectangular field, end zones, sidelines, and school or rec league use.
For a broader overview of outdoor athletic lighting systems, visit our LED sports field lighting page.
Soccer Field Lighting Certifications and Warranty Support
LED soccer field lights from LED Lighting Supply carry a safety listing such as UL, ETL, or CSA, depending on the 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 soccer field lights include a 5-year warranty unless otherwise specified, with USA-based warranty support. Before purchase, confirm certifications, DLC status, voltage, controls compatibility, mounting method, pole condition, environmental exposure, and whether the fixture is right for the field layout and surrounding conditions.
Common Soccer Field Lighting Mistakes
Soccer field lighting problems usually come from poor planning rather than poor fixture output. A field can have powerful fixtures and still perform badly if pole placement, optics, aiming, uniformity, or the electrical system are wrong.
- Designing the field like a pro stadium: Most schools, clubs, and rec leagues need practical, safe, code-conscious lighting, not an overbuilt professional broadcast system.
- Reusing poles without structural review: Existing poles should be checked for fixture weight, wind load, bracket condition, and mounting suitability.
- Choosing fixtures by wattage alone: Lumens, optics, pole height, field size, voltage, aiming, and photometric results matter more than wattage.
- Creating glare for players or goalkeepers: Fixture aiming and pole location should be reviewed from player, goalkeeper, coach, spectator, and driver sightlines.
- Leaving dark corners: Soccer requires usable visibility across the full field, including corners, sidelines, goal areas, and midfield.
- Ignoring spill light: Poorly aimed fixtures can send light into nearby homes, roads, walking paths, parking areas, or neighboring fields.
- Forgetting voltage drop: Long runs to field poles should be reviewed for conductor sizing and voltage drop.
- Skipping surge protection: Pole-mounted outdoor fixtures can be exposed to lightning and electrical events.
- Using warehouse fixtures outdoors: Soccer fields need sports-rated outdoor fixtures with appropriate optics, aiming control, weather ratings, and surge protection.
- Skipping a photometric plan: Guessing fixture count or aiming can create dark corners, hot spots, glare, spill light, and expensive rework.
Request a soccer field lighting plan, and our Product Specialists can help review field dimensions, pole layout, target foot-candle levels, voltage, fixture selection, aiming, glare control, spill light, and product specifications for your soccer field lighting project.
Soccer Field Lights FAQs
How Many Soccer Field Lights Do I Need?
The required fixture count should be determined with a photometric lighting plan, not estimated from wattage alone. Field dimensions, pole layout and height, target foot-candles, optics, aiming, uniformity, glare, spill light, and electrical infrastructure all affect the final layout.
Can Existing Poles Be Reused for LED Soccer Field Lights?
Existing poles can be reused when they are structurally sound, tall enough, correctly positioned, and compatible with the selected LED fixtures. Review fixture weight, wind load, pole condition, brackets, wiring, mounting hardware, and aiming angles before relying on an existing pole layout.
What Wattage LED Lights Are Used for Soccer Fields?
Many school and community soccer projects use 400W to 1200W LED sports lights, depending on field size, pole height, target light levels, optics, and level of play. Select wattage only after reviewing field dimensions, pole layout, beam angles, and photometric results.
How Can Soccer Field Lighting Reduce Glare and Spill Light?
Glare and spill light are controlled through fixture aiming, optics, shielding, pole placement, mounting height, and the lighting layout. A photometric plan can evaluate player, goalkeeper, spectator, driver, and nearby-property sightlines before fixtures are ordered.
What Should Be Confirmed Before Ordering Soccer Field Lights?
Confirm the selected fixture specifications, voltage, controls compatibility, mounting method, pole condition, environmental exposure, certifications, warranty coverage, and field-layout suitability before ordering. Product wattage, lumen output, beam angle, mounting hardware, surge protection, and listings vary by model.