25 Foot Round Fiberglass Light Pole | 6 Inch Diameter | Anchor Base | High Wind Zone Rated

Product Overview

This 25-foot round fiberglass light pole is built for area lighting applications requiring a durable, non-corrosive structural support. The pole measures 6 inches at the base and tapers to 5.3 inches at the tip, with a total weight of 104 pounds. The anchor base mounting configuration uses a bolt circle ranging from 8 to 9.5 inches with 2.75-inch bolt projection.

The fiberglass construction eliminates the corrosion concerns associated with steel or aluminum poles in coastal, chemical, or high-moisture environments. An acrylic enamel finish is applied in standard colors including bronze, black, white, and gray, with custom color options available for large quantity orders.

This pole carries a 15-year workmanship warranty covering manufacturing defects such as welds and structural integrity. The warranty does not cover damage from external factors, misuse, or normal wear and tear.

Where This Product Fits Best

This pole is designed for parking lots, pathways, building perimeters, and other outdoor areas where post-top or decorative fixtures need to be mounted at a 25-foot height. The fiberglass material makes it particularly suited to coastal properties, industrial sites with chemical exposure, or any location where steel poles would be subject to rust and degradation over time.

The high wind zone ratings extend the geographic suitability of this pole into hurricane-prone and high-wind coastal regions. At 160 mph wind speeds, the pole supports fixtures with an effective projected area (EPA) up to 3 square feet. At 110 mph, EPA capacity increases to 7.5 square feet.

Performance and Functional Considerations

Wind load capacity determines what fixtures can be safely mounted to this pole in different wind zones. The EPA ratings define the maximum combined projected area of fixtures and mounting hardware the pole can support at each wind speed threshold. At 70 mph, the pole supports up to 12 EPA. At 130 mph, that drops to 5.5 EPA.

Fixture selection must account for the EPA of the luminaire, any arm or bracket, and mounting hardware combined. Exceeding the EPA limit for your site''s design wind speed creates structural risk. Wind zone requirements are typically defined by local building codes based on geographic location.

At 104 pounds, this pole is lighter than comparable steel or aluminum poles at the same height, which can simplify handling and reduce equipment requirements during installation.

Installation and Long-Term Use

This pole uses an anchor base installation method. The base plate attaches to anchor bolts set in a concrete foundation, with the bolt circle accommodating spacing between 8 and 9.5 inches. Bolt projection above the foundation surface is 2.75 inches. Foundation design and anchor bolt placement are the responsibility of the installer and must be engineered for site-specific soil and wind conditions.

LED Lighting Supply is not responsible for foundation design, improper loading of fixtures or attachments, or final pole assembly. Dimensions and specifications are subject to change; refer to the current data sheet for verified pole data before specifying.

Pole caps are provided when other mounting options are not required. The acrylic enamel finish provides weather resistance, though any painted finish in outdoor applications will weather over time depending on UV exposure and environmental conditions.

How This Fixture Is Commonly Used

Facilities typically mount decorative post-top fixtures or standard area lights to this pole for parking lot, pathway, or perimeter illumination. The 25-foot height places light output above typical obstructions while keeping fixtures accessible for maintenance with standard lift equipment.

The fiberglass construction is selected when corrosion resistance is a primary concern. Coastal commercial properties, wastewater treatment plants, chemical storage yards, and facilities near salt spray or corrosive atmospheres are common applications. Unlike steel poles that require ongoing inspection for rust and eventual repainting or replacement, fiberglass does not corrode.

In high wind zones, this pole allows facilities to maintain outdoor lighting infrastructure rated for design wind speeds up to 160 mph, provided fixture EPA stays within the published limits. This is relevant for sites in Florida, the Gulf Coast, and other hurricane-exposed regions where wind load compliance is mandatory.

Safety, Certifications, and Warranty

This pole is covered by a 15-year workmanship warranty. The warranty applies to manufacturing defects including welds and structural integrity. Damage from external factors, misuse, or normal wear and tear is not covered.

Proper installation, fixture loading within EPA limits, and appropriate foundation design are the responsibility of the purchaser. LED Lighting Supply does not assume responsibility for engineering decisions made by others regarding pole loading, foundation specifications, or site-specific structural requirements.

Frequently Asked Questions

What colors are available?
Standard colors are bronze, black, white, and gray. Custom colors are available for large quantity orders.

What is the bolt circle range for the anchor base?
The bolt circle accommodates spacing from 8 to 9.5 inches, with a bolt projection of 2.75 inches.

What is the EPA rating for high wind zones?
At 160 mph, the pole supports 3 EPA. At 130 mph, 5.5 EPA. At 110 mph, 7.5 EPA. At 70 mph, 12 EPA.

What does the warranty cover?
The 15-year workmanship warranty covers manufacturing defects such as welds and structural integrity. It does not cover external damage, misuse, or wear.

What is the pole weight?
The pole weighs 104 pounds.

Application Questions and Clarification

This product description reflects the provided specifications, ratings, and configuration options. For questions related to site-specific conditions, electrical compatibility, control integration, or application requirements not addressed in the provided data, our team is available to provide clarification.