Showing 49–58 of 58 results
- SKU:MLLG-POLE-WD-60-C3-T-SYP | Web ID:2260Minimum Order: 4+Built to Order 6 Weeks
- Total Height: 60 Feet
- Height Above Grade: 52 Feet
- Buried Depth Below Grade: 8 Feet
- ANSI Class: Class 3
- Material: Wood Southern Yellow Pine
- Pole Weight: 2370-2800 lbs
- Pole Installation: Direct Burial
- Treatment: CCA
- Min Circumference At Pole Top: 23 Inches
- Min Circumference 6 Feet From Butt: 42 Inches
- Min Diameter At Pole Top: 7.3 Inches
- Min Diameter 6 Feet From Butt: 13.4 Inches
- Warranty: 1 year
Starting At$1,774.55 - SKU:MLLG-POLE-WD-60-C4-T-SYP | Web ID:2261Minimum Order: 4+Built to Order 6 Weeks
- ANSI Class: Class 4
- Material: Wood Southern Yellow Pine
- Pole Installation: Direct Burial
- Pole Height: 60 ft
- Height Above Ground: 52 ft
- Buried Depth Below Ground: 8 ft
- Weight Range: 2050-2420 lbs
- ANSI Class: 4
- Species: Southern Yellow Pine
- Treatment: CCA
- Max Total Cross Arms: 2-4
- Max Total Cross Arms Per Side: 1-2
- Max Attached Weight Per Cross Arm: 240 lbs
- Min Circumference At Pole Top: 21 Inches
- Min Circumference 6 Feet From Butt: 39 Inches
- Min Diameter At Pole Top: 6.684 Inches
- Min Diameter 6 Feet From Butt: 12.414 Inches
- Warranty: 1 Year
- Warranty: 1 year
Starting At$1,725.45 - SKU:LLS-MC-POLE-ST-60-AB-1-10FT | Web ID:2118Minimum Order: 4+Built to Order 12 Weeks
- Total Height: 60 Feet
- Material: Steel
- Pole Weight: 1973 lbs
- Pole Finish: Hot Dip Galvanized
- Pole Gauge: 8 Gauge S235 Steel
- Pole Installation: Anchor Base
- Number of Anchor Bolts: 8
- Number of Cross Arms: 1
- Cross Arm Length: 10 Feet
- Wind Load Rating: 115 mph
- Anchor Bolt Length: 43 in
- Anchor Bolt Diameter: 1.18 in
- Warranty: 1 year
Starting At$11,294.44 - SKU:LLS-MC-POLE-ST-60-AB-2-10FT | Web ID:2051Minimum Order: 4+Built to Order 12 Weeks
- Total Height: 60 Feet
- Material: Steel
- Pole Weight: 2072 lbs
- Pole Finish: Hot Dip Galvanized
- Pole Gauge: 8 Gauge S235 Steel
- Pole Installation: Anchor Base
- Number of Anchor Bolts: 8
- Number of Cross Arms: 2
- Cross Arm Length: 10 Feet
- Wind Load Rating: 115 mph
- Anchor Bolt Length: 49 in
- Anchor Bolt Size: 1.18 in
- Warranty: 1 year
Starting At$11,911.11 - SKU:MLLG-POLE-WD-65-C1-T-SYP | Web ID:2262Minimum Order: 4+Built to Order 12 Weeks
- Total Height: 65 Feet
- Height Above Grade: 56.5 feet
- Buried Depth Below Grade: 8.5 Feet
- ANSI Class: Class 1
- Material: Wood Southern Yellow Pine
- Pole Weight: 3590-4230 lbs
- Pole Installation: Direct Burial
- Treatment: CCA
- Max Total Cross Arms: 2-4
- Max Total Cross Arms Per Side: 1-2
- Max Attached Weight Per Cross Arm: 240 lbs
- Min Circumference At Pole Top: 27 Inches
- Min Circumference 6 Feet From Butt: 49.5 Inches
- Min Diameter At Pole Top: 8.6 Inches
- Min Diameter 6 Feet From Butt: 15.8 Inches
- Warranty: 1 year
Starting At$3,181.82 - SKU:MLLG-POLE-WD-65-C2-T-SYP | Web ID:2263Minimum Order: 4+Built to Order 12 Weeks
- Total Height: 65 Feet
- Height Above Grade: 56.5 Feet
- Buried Depth Below Grade: 8.5 Feet
- ANSI Class: Class 2
- Material: Wood Southern Yellow Pine
- Pole Weight: 3100-3670 lbs
- Pole Installation: Direct Burial
- Treatment: CCA
- Max Total Cross Arms: 2-4
- Max Total Cross Arms Per Side: 1-2
- Max Attached Weight Per Cross Arm: 240 lbs
- Min Circumference At Pole Top: 25 Inches
- Min Circumference 6 Feet From Butt: 46.5 Inches
- Min Diameter At Pole Top: 7.957 Inches
- Min Diameter6 Feet From Butt: 14.801 Inches
- Warranty: 1 year
Starting At$2,836.36 - SKU:MLLG-POLE-WD-65-C3-T-SYP | Web ID:2264Minimum Order: 4+Built to Order 12 Weeks
- Total Height: 65 Feet
- Height Above Grade: 56.5 Feet
- Buried Depth Below Grade: 8.5 Feet
- ANSI Class: Class 3
- Material: Wood Southern Yellow Pine
- Pole Weight: 2700-3200 lbs
- Pole Installation: Direct Burial
- Treatment: CCA
- Min Circumference At Pole Top: 23 Inches
- Min Circumference 6 Feet From Butt: 43.5 Inches
- Min Diameter At Pole Top: 7.321 Inches
- Min Diameter 6 Feet From Butt: 13.846 Inches
- Warranty: 1 year
Starting At$2,427.27 - SKU:MLLG-POLE-WD-70-C1-T-SYP | Web ID:2265Minimum Order: 4+Built to Order 12 Weeks
- Total Height: 70 Feet
- Height Above Grade: 61 Feet
- Buried Depth Below Grade: 9 Feet
- ANSI Class: Class 1
- Material: Wood Southern Yellow Pine
- Pole Weight: 4000-4800 lbs
- Pole Installation: Direct Burial
- Treatment: CCA
- Min Circumference At Pole Top: 27 Inches
- Min Circumference 6 Feet From Butt: 51 Inches
- Min Diameter At Pole Top: 8.594 Inches
- Min Diameter 6 Feet From Butt: 16.234 Inches
- Warranty: 1 year
Starting At$3,409.09 - SKU:MLLG-POLE-WD-70-C2-T-SYP | Web ID:2266Minimum Order: 4+Built to Order 12 Weeks
- Total Height: 70 Feet
- Height Above Grade: 61 Feet
- Buried Depth Below Grade: 9 Feet
- ANSI Class: Class 2
- Material: Wood Southern Yellow Pine
- Pole Weight: 3500-4200 lbs
- Pole Installation: Direct Burial
- Treatment: CCA
- Min Circumference At Pole Top: 25 Inches
- Min Circumference 6 Feet From Butt: 48 Inches
- Min Diameter At Pole Top: 7.957 Inches
- Min Diameter 6 Feet From Butt: 15.279 Inches
- Warranty: 1 year
Starting At$3,263.64 - SKU:MLLG-POLE-WD-70-C3-T-SYP | Web ID:2267Minimum Order: 4+Built to Order 12 Weeks
- Total Height: 70 Feet
- Height Above Grade: 61 Feet
- Buried Depth Below Grade: 9 Feet
- ANSI Class: Class 3
- Material: Wood Southern Yellow Pine
- Pole Weight: 3000-3600 lbs
- Pole Installation: Direct Burial
- Treatment: CCA
- Min Circumference At Pole Top: 23 Inches
- Min Circumference 6 Feet From Butt: 45 Inches
- Min Diameter At Pole Top: 7.321 Inches
- Min Diameter 6 Feet From Butt: 14.324 Inches
- Warranty: 1 year
Starting At$3,045.45
LED Lighting Supply offers a wide selection of baseball field lighting poles designed for performance in recreational and professional venues. Our inventory includes wood, steel, and composite poles from 20 to 190 feet tall. Each pole supports multiple LED flood lights and stadium fixtures, ensuring uniform illumination for player safety and game visibility.
Professional-Grade Baseball Field Light Poles
LED baseball field light poles are engineered to handle the loads from high-powered LED baseball field lights and LED softball field lights, mounting hardware, and electrical components. With 15+ years of commercial lighting experience, we know there is no universal solution for every baseball facility. Fixture capacity per pole depends on field size, competition level, and lighting needs.
We recommend analyzing player-level standards and pole specifications to ensure proper lighting coverage. When paired with energy-efficient LED sport field lights, well-designed systems provide excellent visibility for athletes and spectators during night games. Available materials include:
- Composite baseball field poles for corrosion resistance
- Wood baseball field poles for traditional aesthetics
Complete Lighting and Pole Solutions
As a source for lighting, fans, and pole solutions, our Product Specialists address complex project requirements and provide expert guidance throughout installation. Our LED fixtures integrate with fiberglass, wood, and steel poles -- whether replacing fixtures, upgrading poles, or installing new systems.
Planning a lighting upgrade? Our lighting engineers typically deliver energy savings of 50-75% (model dependent) without sacrificing coverage quality. Most projects require additional poles when upgrading to LED to meet current baseball field lighting standards. Our sports lighting team engineers detailed baseball field lighting plans with precise product recommendations before purchase.
Existing Pole Assessment and Compatibility
Assessing current pole placement and condition can allow integration with new LED lighting systems, reducing construction delays and maintaining uniform illumination. Pre-planned LED layouts using existing infrastructure can save costs, eliminate redundant work, and speed up project timelines.
New construction projects benefit from engineering that determines final pole and fixture locations before groundbreaking. Our team coordinates temporary lighting during construction, so permanent infrastructure aligns with completed facility specs. Working with a Product Specialist early -- whether upgrading or building new -- can save 20-30% in total costs through optimized pole and fixture placement.
Determining Required Pole Quantity
Several factors affect pole requirements for uniform baseball field coverage: field size, budget, pole placement, and competition level. While industry standards offer guidance, customized layouts ensure solutions fit your project when properly specified. Our Product Specialists engineer lighting and pole plans with detailed recommendations before purchase.
Field size is the main factor for pole quantity. Standard configurations include 4, 6, or 8-pole layouts. Minimum infield lighting uses 2 poles, with 2 to 6 more covering infield and outfield. Broadcast-quality ballparks meeting TV standards usually require 8-pole minimum configurations for full coverage and fewer shadows.
Optimal Light Pole Heights by Competition Level
Pole height depends on field size, competition level, and lighting needs. Here are recommended approaches by playing category:
Recreational, Little League, and Youth Ball Fields
Smaller fields work well with four poles at each outfield corner. This setup provides adequate lighting for recreational play, though some areas may have less illumination. Youth facilities perform best with 30 to 50-foot pole heights and suitable LED sports field lights for safety and visibility.
High School and College Baseball Fields
These facilities need at least six poles: two near home plate and four in the outfield. This eliminates dark spots and ensures even light. College-level fields perform best with 50 to 80-foot pole heights supporting higher wattage fixtures.
Professional, Minor, and Major League Baseball Stadiums
Stadiums require eight or more poles for full coverage to meet professional standards. These often include roof-mounted fixtures for added security and perimeter lighting. Professional venues use the widest height range, with MLB facilities spanning 80 to 190 feet, depending on stadium design and lighting needs.
Strategic Baseball Field Pole Spacing
The diagram shows optimal spacing principles:
- Two poles behind the diamond handle infield lighting in all configurations
- Two to four more poles outside outfield fencing for 6- and 8-pole layouts
The best way to determine pole requirements is to measure the distance from home plate to center field fence:
- Home Plate to Center Field Fence: 200-250 feet - typically requires a 4-pole configuration
- Home Plate to Center Field Fence: 300 feet - typically requires a 6-pole configuration
- Home Plate to Center Field Fence: 400 feet - typically requires an 8-pole configuration
Baseball Field Pole Pricing Considerations
Pole investment depends on height needed to support sports lighting fixtures. Height scales with competition level, while fixture quantity per pole affects diameter and crossbar requirements. Material choice -- wood, steel, or composite -- impacts both initial cost and long-term maintenance.
Expert Design Services and Energy Analysis
LED Lighting Supply's lighting engineers provide custom lighting plans tailored to your baseball field. Our photometric analysis calculates fixture placement, pole positioning, and illumination levels to meet competition standards and maximize energy efficiency. We deliver energy savings calculations to show operational cost reductions over your system's lifetime.
Our Product Specialists analyze your utility costs and usage to project monthly and annual savings from LED conversion. This analysis includes maintenance cost reductions, utility demand savings, and potential rebate opportunities. With thousands of baseball field lighting projects completed, our team understands local codes, safety requirements, and performance standards to help ensure your investment delivers optimal results when properly specified. Always verify code compliance with your local authority.
Light Poles for Baseball Fields Frequently Asked Questions
What pole heights are available for baseball field lighting?
Pole heights range from 20 to 190 feet, with selection based on field size and competition level. Youth facilities perform best with 30 to 50-foot poles, college-level installations use 50 to 80-foot poles, and professional venues span 80 to 190 feet.
What pole materials are offered for baseball field applications?
Available materials include wood, steel, and composite construction. Composite poles provide corrosion resistance, while wood poles offer traditional aesthetics - material selection affects both initial costs and long-term maintenance requirements.
How many poles does a baseball field require?
Pole quantity depends on field dimensions, with configurations including 4, 6, or 8-pole layouts. Measuring home plate to center field fence helps determine requirements: 200-250 feet typically requires 4 poles, 300 feet requires 6 poles, and 400 feet requires 8 poles.
Can existing poles be used when upgrading to LED lighting?
Evaluating current pole placement and structural condition often allows integration with new LED systems, reducing construction delays. However, most projects require additional poles when upgrading to LED to meet current baseball field lighting standards.
What energy savings can LED baseball field lighting provide?
LED systems deliver energy savings of 50-75% (model dependent) without compromising coverage quality. Working with a Product Specialist early in planning saves projects 20-30% in total costs through optimized pole and fixture placement.
What pole configuration do professional stadiums require?
Professional venues demand eight or more poles for comprehensive coverage matching professional standards. Broadcast-quality ballparks meeting television lighting standards require 8-pole minimum configurations for adequate coverage and reduced shadows.
How are pole positions determined for baseball field lighting?
Two poles positioned behind the diamond handle infield lighting across all configurations, with two to four additional poles outside outfield fencing for 6- and 8-pole layouts. Our lighting engineers provide detailed photometric analysis calculating exact pole positioning to meet competition standards.







