30 Foot Light Poles | 35 Foot Light Poles | 30 Foot Utility Poles

What Materials Are 30-Foot Poles and 35-Foot Poles Made Of?

After 17 years of supplying commercial lighting projects, we've found that material selection directly impacts your pole's longevity and maintenance requirements. Our light and utility poles utilize engineered wood, steel, or fiberglass construction, with each offering distinct advantages for different applications.

• Steel Light Poles deliver exceptional durability with resistance to rot, decay, and insect damage. We typically specify these with powder coat finishes, base covers, and reinforced base plates for maximum structural stability. Steel poles require virtually no maintenance while withstanding wind speeds up to 130 mph in high-wind zones.
• Wood Light Poles remain the preferred choice for sports complexes and utility applications. Our pressure-treated southern yellow pine poles resist corrosion naturally and accommodate various project budgets. Available in Class 1 through Class 7 specifications, wood poles offer the most economical solution while maintaining reliable performance across diverse environments.
• Fiberglass Light Poles combine lightweight handling with superior structural integrity. Popular for parking lots and athletic facilities, these poles resist rot, rust, corrosion, and fire damage while delivering an impressive 80-year service life. Weight reduction simplifies installation without compromising strength.

What Are the Mounting Types of These Poles?

We manufacture 30-foot and 35-foot poles using two proven installation methods: anchor-based and direct burial systems. Anchor-based installations utilize concrete foundations with galvanized anchor bolts for maximum stability and security. Most commercial projects benefit from this approach due to superior wind resistance.

Direct burial methods work particularly well with wooden poles, creating a cleaner appearance without visible foundations. This installation approach eliminates foundation design requirements and reduces material costs. Burial depth specifications appear on each pole's technical documentation. Base covers become unnecessary with direct burial installations.

What are the Shapes and Colors of our 30-Foot and 35-Foot Poles?

Our 30-35 foot poles accommodate both square and round shaft configurations to match your project's aesthetic requirements:

• Square steel poles
• Square fiberglass poles
• Round steel poles
• Round fiberglass poles
• Round wood poles

Steel poles feature a dark bronze powder coat finish as standard, providing long-lasting protection against weathering. Wood poles maintain their natural round profile, with dimensions determined by their class rating for optimal strength-to-weight ratios.

What are the Lighting Options Available for These Poles?

Multi-mounting capabilities allow these poles to support diverse fixture types including parking lot lights, shoebox fixtures, and flood lights. Having equipped thousands of commercial and industrial facilities over 15 years, we understand which lighting combinations deliver optimal performance for each application. Our USA warehouses stock comprehensive fixture inventories ready for immediate shipment with your pole order.

What is the Lead Time for These Poles?

Each pole receives custom engineering to meet your specific project requirements and local wind load conditions. Standard manufacturing schedules range from 4 to 12 weeks depending on material selection and customization complexity. For urgent deadlines, we maintain quick-ship fiberglass poles in our USA facilities for expedited delivery.

What is EPA (Effective Projected Area)?

Our Product Specialists calculate EPA ratings to determine the appropriate pole strength and fixture capacity for your specific location. Wind loads vary significantly across regions, requiring precise calculations to ensure structural integrity. We factor in local wind speeds, fixture weights, and mounting configurations to establish safe loading limits. Access LED Lighting Supply's free wind load calculator for preliminary EPA determinations before finalizing your specifications.

Where Are You Located?

Regional wind patterns dramatically influence pole requirements across the United States. A Memphis installation experiences substantially lower wind loads compared to Miami's hurricane-prone environment. Understanding these variations determines pole sizing, strength requirements, and safe fixture quantities. Our team performs detailed EPA calculations before purchase to ensure compliance with local conditions. Custom pole solutions often provide the most cost-effective approach for challenging wind environments.

Do You Offer LED Light Fixtures That I Can Mount on These Poles?

LED Lighting Supply has specialized in commercial LED fixtures since 2008, making lighting our primary expertise. We provide comprehensive lighting plans, detailed data sheets, and complete specifications for every project. Beyond poles, our inventory includes light poles for sale, commercial fans, and industrial fans to complete your facility's needs.

Why Choose LED Lighting Supply for Your Pole and Lighting Project

Our experienced product specialists provide complimentary custom lighting plans tailored specifically to your facility's dimensions and usage requirements. We deliver detailed energy savings calculations that demonstrate exact cost reductions from upgrading to LED systems on your new poles. Having engineered lighting solutions for over 5,000 commercial facilities, we understand which fixture placements and pole configurations maximize illumination while minimizing energy costs. Our team reviews your site specifications and provides engineered recommendations before you purchase, ensuring your investment delivers the performance and savings your project demands.

30 Foot Light Poles | 35 Foot Light Poles | 30 Foot Utility Poles Frequently Asked Questions

What Materials Should I Choose for My 30-35 Foot Light Poles?

Steel poles deliver 80-year service life with wind resistance up to 130 mph and require virtually no maintenance. Wood poles offer the most economical solution with Class 1-7 specifications ideal for sports complexes and utility applications. Fiberglass poles provide the best corrosion resistance with lightweight handling, making them perfect for coastal installations where salt exposure is a concern.

How Long Do 30-35 Foot Light Poles Take to Manufacture and Ship?

Custom-engineered poles require 4-12 weeks for manufacturing depending on material selection and local wind load specifications. Quick-ship fiberglass poles stock in our USA warehouses for expedited delivery on urgent projects. Lead times vary based on customization complexity and EPA calculations required for your specific location.

What Wind Loads Can These Poles Handle in My Area?

Wind load capacity depends on your EPA zone, with poles engineered to handle wind speeds from 85-130 mph based on geographic location. Miami installations require significantly higher wind ratings than Memphis projects due to hurricane exposure. Our engineers perform detailed EPA calculations using local wind data, fixture weights, and mounting configurations before specifying your pole requirements.

Should I Choose Anchor Base or Direct Burial Installation?

Anchor base installations with galvanized anchor bolts provide maximum stability for commercial applications and allow easier maintenance access. Direct burial works best with wooden poles, eliminates foundation costs, and creates cleaner aesthetics without visible base covers. Installation method depends on soil conditions, local codes, and whether future pole removal might be necessary.

How Many LED Fixtures Can I Mount on These Pole Heights?

Fixture capacity depends on EPA calculations, wind zone, and individual fixture weights, typically ranging from 2-6 fixtures per pole. Shoebox fixtures for parking lots usually allow 2-4 units, while lighter flood lights may accommodate up to 6 fixtures. Our engineers calculate exact loading limits based on your specific fixtures and local wind conditions before finalizing specifications.

What's the Difference Between Round and Square Pole Configurations?

Round poles offer superior wind resistance due to aerodynamic design and work best for high-wind applications or coastal installations. Square poles provide modern aesthetics preferred for commercial developments and retail centers, with slightly higher wind resistance compared to round shapes. Both configurations accommodate identical mounting hardware and fixture types.

How Much Do 30-35 Foot Poles Cost Compared to Shorter Options?

Pricing increases approximately 15-25% per 5-foot height increment due to additional material requirements and engineering complexity. Steel poles typically cost 20-30% more than wood but eliminate maintenance expenses over their service life. Fiberglass options fall between steel and wood pricing while offering the longest service life in corrosive environments.

What Certifications Should These Poles Meet for Commercial Projects?

Commercial installations require poles meeting AASHTO specifications for structural integrity and wind load compliance. Most municipalities require engineered drawings stamped by licensed structural engineers for permitting. Our poles meet or exceed ANSI/NEMA standards and include comprehensive technical documentation for permit applications.

Why Should Electrical Contractors Choose LED Lighting Supply for Pole Projects?

Our 15+ years of expertise and 25,000+ completed projects mean we understand the technical challenges contractors face during installation. We provide complimentary lighting plans, EPA calculations, and engineered specifications that streamline your permitting process. Our consultative approach includes ongoing technical support throughout installation, not just product sales.

Can These Poles Handle Future LED Fixture Upgrades?

Modern LED fixtures weigh significantly less than traditional HID systems, so poles engineered for current loads easily accommodate future LED upgrades. Our engineers factor in potential fixture additions during initial EPA calculations to ensure adequate capacity. Modular mounting systems allow fixture changes without pole modifications or re-engineering requirements.

What Warranty Coverage Do These Poles Include?

Steel and fiberglass poles include 15-25 year structural warranties depending on material selection and environmental conditions. Wood poles typically carry 10-year warranties against manufacturing defects and treatment failures. Warranty coverage includes wind load compliance, finish durability, and structural integrity under normal operating conditions.

How Do I Calculate the Right Pole Spacing for My Project?

Pole spacing depends on fixture type, mounting height, and required foot-candle levels, typically ranging from 100-200 feet apart for parking lot applications. Athletic facilities may require closer spacing at 80-120 feet for uniform illumination. Our lighting specialists provide photometric layouts showing optimal pole placement and fixture selection for your specific application requirements.