38 Foot Above Grade Round Fiberglass Pole | 11.85 Inch Diameter | Direct Burial | 45 Foot Class 2 Wood Pole Equivalent | High Wind Zone Rated

Product Overview

This is a 38-foot above grade round fiberglass light pole, designed for direct burial installation. The total pole length is 45 feet, with 7 feet below grade. This model is engineered as a Class 2 ANSI equivalent to a 45-foot wood pole, providing a non-conductive, corrosion-resistant solution for high wind zone environments. Typical installations include sports field lighting and large outdoor area lighting where elevated mounting heights and structural resilience are required.

The fiberglass construction and fluoropolymer coating provide long-term durability in coastal, corrosive, and high-moisture environments. The pole is available in multiple colors to match site requirements and is suitable for projects where steel or wood poles are not ideal due to conductivity, corrosion, or maintenance concerns.

Core Performance and Output

This pole supports elevated mounting heights up to 38 feet above grade, with a direct burial depth of 7 feet for structural stability. The 11.85-inch diameter and .532-inch wall thickness provide high strength-to-weight ratio, with a total pole weight of 760 lbs. EPA ratings range from 142 at 70 mph to 10.5 at 160 mph, supporting large fixture arrays in high wind zones.

The fiberglass material is non-conductive and fire resistant, with no risk of rust or rot. Structural performance exceeds equivalent steel in compression and tension, and the pole is engineered to flex under wind load and return to its original form. At maximum EPA, fixture selection and orientation must be coordinated to avoid exceeding wind load limits, especially in coastal or hurricane-prone regions.

Adjustability and Control Options

This pole is supplied as a fixed, non-tapered round structure. Fixture mounting options depend on the selected bracket or tenon system, which must be compatible with the pole?s diameter and EPA limits. No integrated tilt or rotation adjustment is provided at the pole level; adjustability is determined by the fixture mounting hardware.

Control systems, such as photocells or wireless controls, are supported at the fixture level. The pole?s non-conductive design allows for safe integration of electrical wiring and controls, but conduit routing and access points should be planned during installation.

Longevity and Reliability

The fiberglass construction is resistant to corrosion, UV degradation, and fire. The fluoropolymer coating provides a 25-year UV protective barrier, maintaining color and surface integrity in exposed environments. The pole does not sustain a flame and will not break down due to moisture or salt exposure.

Unlike steel or wood, this pole will not rust, rot, or require periodic repainting. The material is engineered to bend under extreme wind loads and return to its original shape, reducing the risk of catastrophic failure. Long-term reliability is supported by a 7-year warranty.

Build Quality and Physical Characteristics

This pole is manufactured from high-strength fiberglass with a .532-inch wall thickness and a round, 11.85-inch diameter profile. The total length is 45 feet, with 38 feet above grade and 7 feet below grade for direct burial. The fluoropolymer finish is available in bronze, black, white, gray, or custom colors.

The pole is lightweight compared to steel or concrete, simplifying handling and installation. All surfaces are smooth and non-porous, with no exposed metal to corrode. The non-conductive and fire-resistant properties make it suitable for sensitive or hazardous environments.

Where This Product Fits Best

This fiberglass pole is designed for outdoor sports field and area lighting applications requiring elevated mounting heights and high wind resistance. It is commonly used in environments where corrosion, conductivity, or fire risk are concerns, such as coastal sites, wastewater facilities, and marinas.

• baseball field lighting
• softball field lighting
• soccer field lighting
• football field lighting
• sports field lighting
• driving range lighting
• coastal lighting
• corrosive environment lighting

The pole?s non-conductive, corrosion-resistant build is suited for installations exposed to salt, chemicals, or high humidity. It is also appropriate for sites with high wind exposure or where fire resistance is required.

Installation and Long-Term Use

Direct burial installation requires a 7-foot embedment below grade, with proper backfill and compaction to ensure stability. The pole?s weight and length allow for handling with standard lifting equipment, and the non-conductive surface reduces electrical hazard during installation.

Long-term maintenance is minimal. The pole does not require painting or rust prevention, and the UV-resistant coating maintains appearance over time. Fixture mounting hardware must be selected to match the pole?s diameter and EPA limits. Periodic inspection of mounting hardware and ground conditions is recommended in high wind or corrosive environments.

How This Fixture Is Commonly Used

This pole is typically deployed for mounting sports lighting fixtures at heights between 30 and 38 feet above grade. Common layouts include single or multiple poles spaced around the perimeter of sports fields, driving ranges, or large outdoor areas. Fixture count and spacing are determined by field size, light level requirements, and EPA limits.

Higher mounting heights allow for broader light distribution and reduced glare on the playing surface. When supporting large or multiple fixtures, total EPA and wind load must be calculated to avoid exceeding structural limits, especially in hurricane or coastal zones.

Safety, Certifications, and Warranty

This pole is ANSI Class 2 rated and meets structural requirements for high wind zones up to 160 mph. The non-conductive fiberglass construction provides electrical safety advantages over metal poles. The pole is fire resistant and does not sustain a flame.

All finishes are fluoropolymer coated for UV and weather resistance. The product is covered by a 7-year warranty. Certification and rating documentation is available upon request for project submittals.

Frequently Asked Questions

Q: What is the maximum EPA this pole can support at 100 mph wind speed?

A: The maximum EPA at 100 mph is 59.4 square feet.

Q: Can this pole be used in coastal or saltwater environments?

A: Yes, the fiberglass construction and fluoropolymer coating are suitable for coastal and corrosive environments.

Q: What is the recommended burial depth for installation?

A: The pole is designed for 7 feet of direct burial below grade.

Q: Are custom colors available for this pole?

A: Yes, standard colors include bronze, black, white, and gray, with custom colors available on request.

Q: How should fixture EPA be calculated for this pole?

A: Add the EPA of all fixtures and mounting hardware, and ensure the total does not exceed the pole?s EPA rating for the site?s wind speed.

Application Questions and Clarification

Q: Is this pole suitable for marina or waterfront lighting?

A: Yes, it is commonly used for marina, coastal, and waterfront lighting due to its corrosion resistance.

Q: Can this pole be used for roadway or campus area lighting?

A: Yes, it is suitable for roadway lighting and campus area lighting where elevated mounting heights and non-conductive materials are required.

Q: What types of sports fields are appropriate for this pole?

A: This pole is used for baseball, softball, soccer, football, and general sports field lighting applications.

Q: Are there any restrictions on fixture mounting height?

A: The maximum mounting height is 38 feet above grade; exceeding this height is not recommended for structural and lighting performance reasons.