20 to 25 Foot Light and Utility Poles

Top Benefits of 20 Foot to 25 Foot Light Pole Solutions

• Optimal height for illuminating high-traffic areas while enhancing safety and security
• Multiple pole shaft configurations with superior wind ratings engineered for hurricane zones and extreme weather locations
• Direct burial installation eliminates anchor bolt requirements and reduces foundation costs by 30-40% compared to traditional methods

What Are LED Lighting Supply's 20-25 Foot Light Poles Made Of?

Our complete range of 20-25 foot light poles utilizes premium steel, wood, or fiberglass construction materials. Southern yellow pine wood poles span heights from 20 to 25 feet, manufactured in class 1 through class 7 specifications to match your project demands. Pricing varies based on selected height and material composition.

• Steel Light Poles: Steel construction delivers minimal maintenance compared to wood and aluminum alternatives while providing exceptional strength in high-wind conditions. Available in multiple colors with dark bronze powder coat finishes that resist chipping and flaking, extending operational lifespan significantly. Base covers provide additional foundation protection when specified.
• Fiberglass Light Poles: Fiberglass offers superior performance over wood and steel due to complete resistance against rot, rust, corrosion, and fire damage. These robust poles withstand hurricane conditions and coastal salt air environments where metal poles typically fail prematurely.

What Are the Mounting Types of These Poles?

We provide both anchor-based and direct burial pole configurations for your 20-25 foot installations. Anchor-based systems require additional hardware including anchor bolts for secure foundation attachment. This method anchors poles to concrete foundations using drilled anchor bolts, nuts, and washers for maximum stability and security. Base covers enhance both stability and visual appeal when specified.

Direct burial offers a cleaner aesthetic since poles install directly into prepared ground without visible concrete foundations or hardware. Wooden poles work exceptionally well with this method, creating seamless landscape integration. Mounting brackets accommodate various light fixture types on both installation methods, though anchor-based systems typically support heavier fixture loads.

What Are the Pole Shaft Options & Colors of Our 20-Foot and 25-Foot Poles?

Available shaft configurations include square, round, and tapered designs. Most pole diameters measure 4 inches wide across all shape options.

• Square Steel Light Poles
• Tapered Steel Light Poles
• Round Fiberglass Light Pole
• Square Fiberglass Light Pole

Steel poles come in black, white, and dark bronze powder coat finishes that resist weather damage and maintain color integrity. Base covers integrate with most pole packages for enhanced structural support. Some assembly is required during installation. Wood poles feature round profiles with dimensions determined by their class rating. Square steel surfaces simplify light fixture mounting compared to round configurations.

What Are the Lighting Options Available for These Poles?

Multi-mounting capabilities allow our 20-25 foot poles to support diverse lighting applications. After supplying LED Outdoor Lights to commercial and industrial customers for over 15 years, we've perfected the pole-to-fixture matching process. Our USA warehouses stock thousands of compatible fixtures ready for immediate shipment. Consult with our Product Specialists to determine maximum fixture capacity for each specific pole configuration and your location's wind load requirements.

What is the Lead Time for These Poles?

Each pole undergoes custom fabrication to meet your project specifications, with typical delivery ranging from 4 to 12 weeks depending on complexity and material selection. Quick-ship fiberglass poles remain stocked in our American facilities for urgent project timelines and emergency replacements.

What Are the Effective Projected Area (EPA) Considerations?

Wind load calculations form the foundation of proper pole selection across different geographic regions. We calculate EPA values to determine appropriate pole size, structural strength, and maximum fixture capacity for your specific installation location. Each pole's specification sheet contains detailed warranty coverage and performance parameters for your reference.

Where Are You Located?

Regional wind loads vary dramatically across the United States, directly impacting pole selection requirements. Memphis installations face significantly lower wind loads than Miami projects, affecting pole sizing and fixture capacity. Our EPA calculation tool provides free wind load assessments, or our Product Specialists can complete calculations before purchase. High-wind regions often benefit from custom pole solutions engineered for extreme weather conditions.

Expert Support for Your 20-25 Foot Pole Project

Our experienced lighting engineers provide complimentary energy savings calculations and custom lighting plans tailored to your specific facility requirements. With over 15 years of commercial outdoor lighting expertise, our product specialists understand the critical relationship between pole height, fixture placement, and optimal light distribution patterns. We analyze your site dimensions, required foot-candle levels, and local wind conditions to recommend the exact pole and fixture combination that maximizes performance while minimizing long-term operational costs. This technical consultation ensures your investment delivers the precise lighting coverage and energy efficiency your project demands.

20 to 25 Foot Light and Utility Poles Frequently Asked Questions

What Is the Ideal Height for Commercial and Industrial Outdoor Lighting Applications?

20-25 foot light poles provide optimal illumination coverage for parking lots, walkways, and commercial facilities while maintaining proper light distribution patterns. This height range delivers effective area lighting without creating excessive glare or dark spots, making it the preferred choice for most commercial outdoor applications.

How Much Can I Save by Choosing Direct Burial Installation Over Traditional Anchor Bolt Methods?

Direct burial installation reduces foundation costs by 30-40% compared to traditional anchor bolt methods by eliminating concrete footings and hardware requirements. This installation method also provides a cleaner aesthetic since poles install directly into prepared ground without visible foundations or mounting hardware.

What Wind Load Ratings Do These Poles Support in Hurricane-Prone Areas?

Our 20-25 foot poles feature superior wind ratings engineered for hurricane zones and extreme weather locations with custom EPA calculations for each geographic region. Wind load requirements vary dramatically—Miami installations require significantly higher ratings than Memphis projects due to regional weather patterns and building codes.

What Material Options Are Available for 20-25 Foot Light Poles?

Three primary materials are available: steel, fiberglass, and southern yellow pine wood spanning class 1 through class 7 specifications. Steel provides exceptional strength with minimal maintenance, fiberglass offers complete resistance against rot and corrosion, while wood delivers seamless landscape integration for direct burial applications.

How Long Does Custom Pole Fabrication and Delivery Take?

Custom pole fabrication requires 4 to 12 weeks depending on material selection and project complexity. Quick-ship fiberglass poles remain stocked in American facilities for urgent timelines, while steel and wood poles undergo custom manufacturing to meet specific project requirements.

What Shaft Configurations and Colors Are Available?

Available configurations include square, round, and tapered designs with most poles measuring 4 inches wide across all shape options. Steel poles come in black, white, and dark bronze powder coat finishes that resist weather damage, while square surfaces simplify fixture mounting compared to round configurations.

What Is the Maximum Fixture Load Capacity for These Poles?

Fixture capacity depends on pole material, shaft configuration, and local wind load requirements calculated through EPA assessments. Anchor-based systems typically support heavier fixture loads than direct burial installations, with specific capacity determined by your location's wind conditions and pole specifications.

How Do I Calculate Wind Load Requirements for My Location?

EPA (Effective Projected Area) calculations determine appropriate pole sizing based on geographic wind loads and fixture specifications. Our EPA calculation tool provides free wind load assessments, or Product Specialists complete calculations before purchase to ensure proper pole selection for your specific installation location.

What Lighting Fixture Options Work With These Pole Heights?

Multi-mounting capabilities support diverse LED outdoor lighting applications from area lights to decorative fixtures, with thousands of compatible options stocked in USA warehouses. Maximum fixture capacity varies by pole configuration and local wind requirements, requiring consultation to match poles with appropriate lighting loads.

Why Do Fiberglass Poles Outperform Steel and Wood in Coastal Environments?

Fiberglass construction provides complete resistance against rot, rust, corrosion, and fire damage while withstanding hurricane conditions and coastal salt air environments. Unlike steel poles that fail prematurely in marine environments, fiberglass maintains structural integrity without protective coatings or regular maintenance.

What Installation Method Works Best for Different Ground Conditions?

Direct burial works exceptionally well for wood poles in standard soil conditions, creating seamless landscape integration without visible hardware. Anchor-based systems suit challenging soil conditions or applications requiring maximum stability through drilled anchor bolts, nuts, and washers attached to concrete foundations.

Why Choose LED Lighting Supply for Commercial Pole Projects?

Our 15+ years of commercial outdoor lighting expertise and 25,000+ completed projects provide unmatched technical guidance for pole selection and fixture matching. Product Specialists deliver consultative support beyond just selling products, including complimentary energy calculations, custom lighting plans, and EPA assessments that ensure optimal performance.

How Do Regional Building Codes Affect Pole Selection Requirements?

Local building codes dictate minimum wind load ratings, foundation requirements, and installation methods that vary significantly by geographic location. Our experienced engineers understand regional code requirements and provide specification guidance that ensures compliance while optimizing project costs and performance.

What Warranty Coverage and Performance Standards Apply to These Poles?

Each pole includes detailed specification sheets containing warranty coverage and performance parameters specific to material type and manufacturer standards. Steel poles feature powder coat warranties against chipping and flaking, while fiberglass poles include structural warranties covering weather resistance and dimensional stability over extended service periods.