50 Foot Light Poles | 55 Foot Light Poles | 50 Foot Utility Poles

What Are LED Lighting Supply's 50 Foot Poles and 55 Foot Poles Made Of?

Our tall pole solutions utilize three distinct materials, each engineered for specific performance requirements. Wood options in 50-foot and 55-foot heights feature pressure-treated southern yellow pine construction for maximum durability. Steel poles incorporate powder coating technology that prevents chipping and flaking while delivering exceptional strength in high-wind zones. Fiberglass light poles outperform aluminum, wood, and two-piece steel alternatives through complete resistance to rot, rust, corrosion, and fire damage. Superior EPA ratings make fiberglass the preferred choice for hurricane-prone regions where wind resistance is critical. Wood poles span Class 1 through Class 5 specifications to accommodate diverse project requirements.

What Are the Mounting Types of LED Lighting Supply's 50 to 55-Foot Poles?

We provide two proven installation methods for tall pole applications: anchor-based and direct burial systems.

• Anchor-based installations combine concrete foundations with anchor bolt assemblies for maximum stability and security. This method excels in high-traffic areas where vehicle impact poses a risk, as the poured foundation and anchor bolt base prevent pole displacement during collisions.
• Direct burial installation simplifies wooden pole placement by eliminating foundational materials and specialized equipment requirements. This streamlined approach reduces installation time and complexity while maintaining structural integrity.

What Are the Shapes and Colors of LED Lighting Supply's Southern Yellow Pine Wood Poles?

All 50-foot and 55-foot poles feature round shaft construction optimized for wind resistance and aesthetic appeal. Customers seeking alternative configurations can select from square steel or round tapered steel poles available in 10-foot to 30-foot heights. Steel options include dark bronze powder coating for enhanced weather protection and professional appearance. Wood pole dimensions correspond directly to their class rating, ensuring proper load-bearing capacity for each application.

What Are the Lighting Options Available for LED Lighting Supply's Poles?

Multi-mounting compatibility allows our tall poles to support diverse LED Outdoor Lights across commercial and industrial applications. Having supplied lighting solutions for over 15 years, our Product Specialists excel at matching optimal fixtures to specific pole configurations. This specialized expertise ensures proper weight distribution, wind load compliance, and photometric performance. Professional consultation helps determine the ideal quantity and placement of poles needed for complete project coverage.

What is the Average Lead Time for LED Lighting Supply's Poles?

Custom manufacturing ensures each pole meets your exact project specifications, with delivery timeframes ranging from 4 to 12 weeks depending on material and configuration complexity. Quick-ship fiberglass alternatives manufactured domestically provide faster fulfillment for urgent requirements. Our commitment to prompt delivery balances custom precision with project timeline demands. Product Specialists can expedite urgent orders while providing free pole quotes and comprehensive lighting plans with precise product recommendations.

What Are Effective Projected Area (EPA) Considerations?

Regional wind loads determine appropriate pole specifications through detailed EPA calculations that account for geographic location and environmental conditions. We evaluate anticipated placement sites to recommend proper pole size, structural strength, and maximum fixture capacity. This engineering analysis prevents overloading while ensuring code compliance and long-term reliability. Our free pole wind load calculator provides immediate EPA rating assessments for any project location.

Where are You Located?

Wind loads fluctuate dramatically across different regions, with installations in Memphis experiencing significantly lower stress than those in Miami's hurricane zone. Geographic assessment determines optimal pole dimensions, structural reinforcement, and fixture mounting limits through precise EPA calculations we provide before purchase. Many locations benefit most from custom pole engineering tailored to specific regional wind patterns and environmental challenges.

I Have a Lighting Project. Do You Offer LED Light Fixtures That I Can Mount on These Poles?

As a lighting company since 2008, we provide complete fixture solutions with detailed lighting plans, data sheets, and specification documents. Common fixture pairings for tall pole installations include:

• High-Power Shoebox Lights: Parking lot illumination with uniform coverage patterns that enhance driver and pedestrian visibility across expansive areas.
• High-Power Floodlights: Sports field lighting that delivers optimal coverage in challenging zones, reducing athlete injury risk while improving spectator experience.
• Stadium Lights: Professional-grade fixtures engineered for large venue illumination with exceptional durability and performance consistency.

Why Choose LED Lighting Supply for Your 50-Foot and 55-Foot Pole Projects?

Our experienced Product Specialists provide comprehensive support that extends beyond basic pole selection. We create complimentary, custom lighting plans for your specific facility that include precise pole placement recommendations and accurate energy savings calculations based on your current lighting costs. Having engineered solutions for thousands of commercial and industrial projects since 2008, our team understands the critical relationship between pole height, fixture selection, and optimal light distribution. You receive detailed photometric analyses that demonstrate exact coverage patterns and energy consumption projections, ensuring your investment delivers measurable results. Our specialists also provide ongoing technical support throughout your project lifecycle, helping you avoid costly specification errors common with tall pole installations.

50 Foot Light Poles | 55 Foot Light Poles | 50 Foot Utility Poles Frequently Asked Questions

What Materials Are Available for 50-Foot and 55-Foot Poles?

Three primary materials accommodate different performance requirements: pressure-treated southern yellow pine for wood options, powder-coated steel for maximum strength in high-wind zones, and fiberglass composite for superior corrosion resistance. Fiberglass poles provide the highest EPA ratings and complete resistance to rot, rust, and fire damage, making them ideal for hurricane-prone regions.

How Long Does Manufacturing and Delivery Take for Tall Poles?

Custom pole manufacturing requires 4 to 12 weeks depending on material selection and configuration complexity. Quick-ship fiberglass alternatives manufactured domestically provide faster fulfillment for urgent projects. Lead times vary based on customization requirements, with standard configurations shipping faster than specialized wind load specifications.

What Are the Two Primary Installation Methods for 50-55 Foot Poles?

Anchor-based installations use concrete foundations with anchor bolt assemblies for maximum stability in high-traffic areas where vehicle impact poses risks. Direct burial systems simplify wooden pole installation by eliminating foundational materials and specialized equipment. Anchor-based methods provide superior security, while direct burial reduces installation time and complexity.

How Are EPA Ratings Calculated for Different Geographic Locations?

EPA calculations factor regional wind loads based on geographic location and environmental conditions. Installations in Memphis experience significantly lower wind stress than Miami's hurricane zones, requiring different pole specifications. Professional EPA assessment determines optimal pole dimensions, structural reinforcement, and maximum fixture capacity to ensure code compliance and long-term reliability.

What LED Fixtures Work Best with 50-55 Foot Pole Installations?

High-power shoebox lights provide uniform parking lot coverage, while LED floodlights excel in sports field applications with challenging illumination zones. Stadium lights deliver professional-grade performance for large venues requiring exceptional durability. Fixture selection depends on mounting weight limits, wind load capacity, and photometric requirements specific to each pole configuration.

What Shapes and Color Options Are Available for Tall Poles?

All 50-foot and 55-foot poles feature round shaft construction optimized for wind resistance and aesthetic appeal. Steel alternatives offer dark bronze powder coating for enhanced weather protection. Wood pole dimensions correspond directly to their Class 1 through Class 5 ratings, ensuring proper load-bearing capacity for specific applications.

How Much Do 50-Foot and 55-Foot Poles Typically Cost?

Pricing varies significantly based on material selection, wind load requirements, and customization specifications. Wood poles generally offer the most cost-effective solution, while fiberglass provides premium performance at higher investment levels. Custom EPA calculations and fixture mounting requirements influence final pricing, with complete quotes including installation hardware and technical specifications.

What Are the Weight and Fixture Capacity Limits for Tall Poles?

Maximum fixture capacity depends on pole material, EPA rating, and regional wind load requirements. Steel poles accommodate the heaviest fixture loads, while wood poles support moderate mounting weights based on their class rating. Fiberglass options provide excellent strength-to-weight ratios with superior wind resistance. Professional load calculations ensure safe fixture quantities and placement positions.

Why Choose LED Lighting Supply for Large Pole Projects Over Other Suppliers?

Our 15+ years of expertise and 25,000+ completed projects enable comprehensive support beyond basic pole selection. Product Specialists create complimentary custom lighting plans with precise pole placement recommendations and accurate energy savings calculations. We provide detailed photometric analyses demonstrating exact coverage patterns and ongoing technical support throughout project lifecycles, helping avoid costly specification errors common with tall pole installations.

Can Existing Foundations Be Used for New 50-55 Foot Pole Installations?

Existing foundations require professional evaluation to determine compatibility with new pole specifications and current wind load requirements. Anchor bolt patterns, concrete depth, and foundation dimensions must match new pole requirements exactly. Many retrofits require foundation modifications or complete replacement to meet updated EPA standards and ensure proper structural integrity.

What Maintenance Requirements Apply to Different Pole Materials?

Fiberglass poles require minimal maintenance with occasional cleaning and inspection for mounting hardware integrity. Wood poles need periodic inspection for moisture damage and treatment reapplication every 10-15 years. Steel poles require powder coating touch-ups and corrosion prevention measures in coastal environments. Regular fixture mounting point inspections ensure continued safety regardless of pole material.

How Do Regional Building Codes Affect 50-55 Foot Pole Specifications?

Local building codes mandate specific wind load calculations, foundation requirements, and installation procedures that vary significantly by region. Coastal areas enforce stricter EPA standards due to hurricane exposure, while inland locations may have different seismic considerations. Professional code compliance review ensures all specifications meet local requirements before manufacturing begins, preventing costly delays and modifications.