Street Light Poles

Transform Your Outdoor Lighting with Professional-Grade Street Light Poles

Street light poles are the foundation of effective roadway and parking lot lighting. Our Product Specialists know that choosing the right pole height, material, and spacing is key to safety and performance.

With over 15 years of experience in outdoor lighting, LED Lighting Supply engineers street light poles to withstand harsh weather when properly specified, providing decades of reliable service. Facilities using properly specified poles often reduce maintenance costs by up to 40%, depending on site conditions, while improving lighting uniformity.

Understanding Street Light Pole Fundamentals

Street light poles are engineered to support lighting fixtures at optimal heights for roadways, parking lots, and pathways. These freestanding poles must handle wind loads, fixture weight, and environmental conditions while maintaining structural integrity, depending on model and installation. Proper pole selection can mean the difference between a system that lasts decades and one that needs frequent repairs.

Foundation specifications and wind load calculations are critical for long-term performance. Poles installed without proper engineering often fail during storms or develop issues within five years. Our engineering team provides wind load calculations and foundation specs to help ensure your poles meet local codes and weather conditions when properly installed - always verify requirements with your local authority. Every pole recommendation from LED Lighting Supply includes structural analysis for your installation needs.

Street Light Pole Configurations for Every Application

We offer pole configurations designed for specific lighting challenges and environments when properly specified.

Straight Pole Designs

Straight poles are versatile for standard street lighting in residential and commercial settings. These economical designs suit heights from 15 to 30 feet in moderate wind zones, depending on model. Our inventory includes multiple diameters for different fixture weights and wind loads.

Tapered Pole Configurations

Tapered poles have larger base diameters that narrow toward the top, increasing structural strength and wind resistance. These can boost wind load capacity by 25-40% over straight poles of similar height, depending on model and conditions, making them ideal for coastal and high-wind areas.

Decorative Street Poles

Decorative poles combine lighting with architectural style, enhancing streetscapes while providing reliable illumination. They are well-suited for downtowns, shopping districts, and residential developments where appearance matters. Our decorative options include various finishes and design elements to match local themes.

High-Mast Lighting Poles

High-mast poles (50-150 feet) illuminate large areas with fewer poles, making them efficient for highway interchanges, airports, and large parking lots. These require careful engineering to ensure proper foundation and fixture mounting per code.

Material Selection for Long-Term Performance

LED Lighting Supply helps you choose materials that perform in your environment, delivering long service life and cost-effectiveness when properly specified.

Steel Street Light Poles

Steel street poles offer strength and durability for demanding uses. Galvanized and powder-coated, steel poles excel in hurricane-prone and high-wind areas, depending on model. Properly finished steel poles can maintain integrity for 25+ years with minimal maintenance, subject to environmental conditions.

Aluminum Pole Solutions

Aluminum poles are lightweight and naturally corrosion-resistant, making them suitable for standard street lighting. They weigh 40-50% less than steel and offer excellent salt air resistance for coastal sites, depending on model. Our aluminum poles include welded base plates and precision mounting hardware.

Composite and Fiberglass Options

Composite street poles provide environmental resistance and easy installation. They resist rot, rust, corrosion, and fire, requiring minimal maintenance when properly maintained. Fiberglass poles are ideal for industrial areas with airborne contaminants or chemicals.

Street Light Pole Pricing and Project Costs

Our Product Specialists provide transparent pricing based on your specifications. Street light pole costs vary by material, height, and structural requirements.

Material is the main cost driver: steel poles are most economical, while aluminum and composite options cost more for added corrosion resistance and lower maintenance. Taller poles cost more due to extra material and stronger foundations. Complete pole costs typically range from $800-3,500 per installation, depending on specs, with discounts for volume projects.

Commercial and highway projects usually cost more than residential due to higher durability and taller poles. Investing in properly specified poles can reduce long-term maintenance and offer better value than economy options that may need more frequent replacement.

Optimal Pole Height Selection

With over 15 years of lighting design experience, we know that pole height affects lighting uniformity, safety, and energy efficiency. The illuminated area width should roughly match pole height for optimal distribution, depending on fixture specs.

Most street lighting uses poles from 25 to 50 feet, depending on road width and traffic. Residential streets use 20-25 foot poles; arterial and commercial areas use 30-35 foot poles. High-mast poles over 50 feet are for highways and large parking areas.

Minimum pole height should be 15 feet to prevent glare for drivers and pedestrians. Our team considers fixture wattage, beam angle, and mounting height to optimize pole specs for each project.

Proper Spacing for Uniform Illumination

LED Lighting Supply calculates pole spacing to deliver uniform light without dark spots or overlap. We recommend spacing poles at 2.5 to 3 times the mounting height for best coverage, depending on fixture and beam type.

Street width affects spacing: streets over 65 feet wide benefit from symmetrical placement on both sides; 51-65 foot streets work best with staggered poles; streets under 50 feet usually need single-side placement. Our lighting plans include detailed spacing based on photometrics, pole height, and road geometry to help meet AASHTO standards when properly implemented.

Professional Installation and Maintenance Guidelines

Proper installation requires correct foundation design, wind load calculations, and compliance with local codes. Our team provides installation specs, including foundation depth, anchor bolt patterns, and grounding - always verify with your local authority.

Foundation needs vary by soil, pole height, and wind speed. Proper installation helps poles withstand conditions and provide decades of service when maintained as specified. Poles installed to our specs typically exceed rated service life with minimal maintenance, subject to environmental factors.

Regular maintenance extends pole and fixture life and keeps lighting performance high. Inspections should check for structural damage, corrosion, loose connections, and fixture cleanliness. Our recommendations help managers create cost-effective maintenance programs that maximize equipment life and reduce failures.

Engineering Solutions That Deliver Results

Our Product Specialists know that successful street lighting projects need more than quality poles - they require engineered solutions for site conditions and performance needs. We combine optimal materials, heights, and spacing to deliver reliable illumination that enhances safety and visibility when properly specified.

LED Lighting Supply provides wind load analysis, foundation design, and lighting calculations to help ensure your poles perform reliably, subject to proper installation and maintenance. Customers often find that working with our engineering team during planning prevents costly installation and performance issues.

Ready to specify the right street light poles for your project? Our lighting specialists offer free project consultation, including custom lighting plans and pole specifications tailored to your needs.

Street Light Poles Frequently Asked Questions

What are street light poles?

Street light poles are engineered structures designed to support lighting fixtures at optimal heights for roadway, parking lot, and pathway illumination. These freestanding poles must withstand wind loads, support fixture weight, and resist environmental conditions while maintaining structural integrity throughout their service life.

What heights are available for street light poles?

Straight poles are available for heights ranging from 15 to 30 feet, while most street lighting applications use poles from 25 to 50 feet. High-mast poles ranging from 50-150 feet are available for highway interchanges, airports, and expansive parking facilities.

What materials are street light poles made from?

Options include steel poles (galvanized and powder-coated for high-wind environments), aluminum poles (40-50% lighter with natural corrosion resistance), and composite/fiberglass poles that resist rot, rust, corrosion, and fire damage.

How much do street light poles cost?

Complete pole costs range from $800-3,500 per installation depending on specifications, with volume projects receiving discounts. Material choice and pole height serve as primary cost drivers, with steel offering the most economical option.

How do I determine the correct pole height for my project?

The illuminated area width should approximately equal pole height for optimal light distribution. Residential streets use 20-25 foot poles, arterial roads and commercial areas benefit from 30-35 foot installations, and minimum pole heights should reach 15 feet to prevent glare issues.

What is the recommended spacing for street light poles?

Spacing poles at 2.5 to 3 times the mounting height provides optimal coverage. Streets over 65 feet wide benefit from symmetrical placement on both sides, streets 51-65 feet wide work best with staggered arrangements, and streets under 50 feet require single-side placement.

What pole configuration should I choose?

Straight poles offer economical solutions for standard applications, tapered poles increase wind load capacity by 25-40% compared to straight poles of similar height, and decorative poles combine functional lighting with architectural aesthetics for downtown areas and shopping districts.

What foundation and installation requirements should I consider?

Foundation requirements vary based on soil conditions, pole height, and local wind speeds. Proper installation requires foundation design, accurate wind load calculations, and compliance with local electrical codes - verify all requirements with your local government authority.