20 Foot to 25 Foot Light and Utility Poles
- Direct burial installation reduces foundation costs by 30-40%
- Premium steel and fiberglass resist corrosion in coastal environments
- Free energy calculations and custom lighting plans included
Our 20 to 25 Foot Light and Utility Poles include steel, fiberglass, and wood poles for commercial, industrial, utility, and general site lighting. Available configurations include anchor base and direct burial poles, with round, square, and tapered shapes offered according to pole type. Catalog variations also include color, finish, and base cover options. Steel poles are commonly offered for anchor base installation, while wood utility poles use direct burial construction. Fiberglass models may be available in anchor base or direct burial configurations. These poles support LED area lights, shoebox lights, flood lights, post top fixtures, decorative fixtures, cameras, banners, signs, and other rated accessories.
Common applications for these poles include small to mid-size parking lots, drive lanes, access roads, building perimeters, equipment yards, storage areas, campuses, parks, commercial sites, and industrial properties. Steel poles are used for parking lots, drive lanes, site lighting, and building perimeter lighting. Fiberglass poles are used in coastal, wet, humid, and corrosion-sensitive locations. Wood utility poles are used at rural sites, equipment areas, temporary sites, and utility-style installations. Compatible fixtures provide localized lighting for vehicle routes, outdoor storage, fenced areas, equipment pads, signs, service areas, and smaller work zones.
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20 to 25 Foot Light and Utility Poles
20 to 25 foot light poles are used when a project needs more coverage than pedestrian-scale 10 to 15 foot poles, but does not require the height or wider spacing of 30 to 39 foot site lighting poles. This height range is common for small to mid-size parking lots, drive lanes, building perimeters, equipment yards, campus areas, parks, storage areas, utility applications, and localized commercial or industrial lighting.
The right 20 to 25 foot pole depends on the fixture type, mounting height, pole material, EPA rating, wind exposure, fixture quantity, mounting method, soil conditions, finish, and site layout. This height range can support stronger area lighting than shorter poles, but fixture load, pole spacing, glare control, and local wind requirements still need to be reviewed before ordering.
Where 20 to 25 Foot Poles Work Best
This pole height range is often used where lighting must cover more area than a walkway or entrance, but where a taller parking lot pole may be unnecessary, out of scale, or harder to place.
| Application | Why This Height Works |
|---|---|
| Small to Mid-Size Parking Lots | Provides more coverage than 10 to 15 foot poles while keeping the fixture lower than taller parking lot installations. |
| Drive Lanes and Access Roads | Works well for localized vehicle routes, internal roads, and site circulation areas where moderate mounting height is needed. |
| Building Perimeters | Useful around warehouses, schools, commercial buildings, service areas, and back-of-building zones where controlled area lighting is required. |
| Equipment Yards and Storage Areas | Can support localized lighting for outdoor storage, equipment pads, fenced areas, and smaller work zones when fixture output and spacing are properly planned. |
| Utility and General Site Use | May be used for utility-style lighting, cameras, signs, banners, or site equipment when the pole material, EPA rating, and mounting loads are properly reviewed. |
When 20 to 25 Foot Poles May Not Be the Right Fit
20 to 25 foot poles are versatile, but they are not the right height for every project. Large parking lots, truck courts, major roadways, high-mast applications, and wide industrial yards often require taller poles to improve fixture spacing, coverage, and uniformity.
- Pedestrian-scale areas: Walkways, courtyards, entrances, and HOAs may be better served by 10 to 15 foot poles.
- Large parking lots: Taller poles may reduce the number of poles required and improve light distribution.
- Truck courts and loading yards: Larger open areas often need taller mounting heights and a photometric plan.
- Wide roadways: Higher mounting heights may be required for wider light distribution and roadway visibility.
- High-output security lighting: Broad perimeter or large-area security lighting may need taller poles or different fixture placement.
Steel, Fiberglass, and Wood Pole Options
20 to 25 foot poles may be available in steel, fiberglass, or wood, depending on the application. The best material depends on the fixture load, EPA requirement, wind exposure, corrosion risk, installation method, appearance, and long-term maintenance expectations.
| Pole Material | Best Fit |
|---|---|
| Steel Light Poles | Common for commercial parking lots, drive lanes, site lighting, and building perimeter lighting where fixture support, finish options, and anchor base installation are priorities. |
| Fiberglass Light Poles | Often considered for coastal, wet, humid, or corrosion-sensitive locations where rust resistance and easier handling are important. |
| Wood Utility Poles | Used for utility-style applications, rural sites, equipment areas, temporary site needs, or projects where direct burial wood construction is specified. |
Fixture Selection at 20 to 25 Feet
At 20 to 25 feet, fixture selection should be based on the area being lit, target light levels, pole spacing, glare control, and fixture EPA. This height range can support more powerful fixtures than pedestrian poles, but the fixture still needs to match the mounting height and application.
| Fixture Type | Typical Use |
|---|---|
| LED Area Lights | Common for small to mid-size parking lots, drive lanes, yards, and general site lighting. |
| Shoebox Lights | Used for parking areas and commercial lots where controlled distribution and fixture aiming are important. |
| Flood Lights | May be used for localized security lighting, equipment yards, signs, building perimeters, or focused site coverage. |
| Post Top or Decorative Fixtures | Used for campuses, parks, municipalities, public spaces, and projects where appearance matters along with light output. |
| Cameras, Banners, or Accessories | Can be added only when the pole rating, EPA load, wind exposure, and mounting details are confirmed. |
EPA, Wind Rating, and Fixture Load
EPA, or effective projected area, helps determine whether a pole can safely support the fixture, bracket, and mounting configuration under local wind conditions. For 20 to 25 foot poles, EPA review becomes especially important when using larger area lights, multiple fixtures, bullhorn brackets, decorative arms, cameras, signs, or banners.
Wind requirements vary by location. A 20 or 25 foot pole installed in a protected inland site may have different requirements than the same pole installed in a coastal area, open lot, exposed campus, high-wind region, or large paved property. Before ordering, confirm the fixture EPA, pole EPA rating, fixture quantity, bracket type, mounting height, and local wind requirements.
For projects with multiple fixtures, larger brackets, cameras, banners, exposed site conditions, or high wind requirements, an EPA review should be completed before final pole selection. This helps confirm that the pole, fixture, bracket, and local wind conditions are properly matched.
Anchor Base vs Direct Burial Poles
20 to 25 foot poles may be available in anchor base or direct burial configurations. The correct mounting method depends on the pole material, soil conditions, site layout, serviceability needs, footing requirements, and installation preference.
| Mounting Type | Best Fit |
|---|---|
| Anchor Base Poles | Mounted to a concrete foundation using anchor bolts and a base plate. Common for steel and many fiberglass poles where a defined footing and future serviceability are important. |
| Direct Burial Poles | Installed below grade without an exposed anchor base. Common for wood utility poles and some fiberglass poles where direct burial is specified for the project. |
What to Confirm Before Ordering
- Mounting height: Confirm that 20 or 25 feet provides the right balance of coverage, pole spacing, glare control, and site scale.
- Fixture type: Match fixture output, optics, distribution pattern, shielding, and wattage to the pole height and application.
- Pole spacing: Review spacing with a photometric plan for parking, security, roadway, or code-sensitive projects.
- EPA rating: Confirm pole rating, fixture EPA, bracket load, accessory load, and local wind requirements.
- Pole material: Choose steel, fiberglass, wood, or another approved material based on fixture load, corrosion exposure, wind conditions, appearance, and installation method.
- Mounting method: Confirm anchor base or direct burial requirements, footing size, embedment depth, soil conditions, drainage, and serviceability needs.
- Finish and shape: Review round, square, tapered, color, finish, and base cover options based on the project design and pole type.
- Site layout: Check parking spaces, drive lanes, truck routes, sidewalks, doors, landscaping, underground utilities, overhead wires, cameras, signs, and nearby property lines.
- Lighting plan: For parking, perimeter, roadway, or industrial projects, use a photometric plan to confirm light levels, spacing, glare control, and uniformity.
Get Help Choosing 20 to 25 Foot Light and Utility Poles
The right 20 to 25 foot pole should match the fixture, mounting height, pole spacing, EPA load, wind exposure, pole material, mounting method, finish, glare control needs, and site conditions. LED Lighting Supply can help review fixture selection, pole spacing, EPA requirements, wind exposure, mounting type, pole material, and project requirements before you order.
20 Foot to 25 Foot Light and Utility Poles FAQs
Are 20 To 25 Foot Poles Suitable For Parking Lots?
They are suitable for small to mid-size parking lots where more coverage than pedestrian-scale poles is needed without using taller site-lighting poles. Fixture output, distribution, spacing, glare control, and the site layout should be planned together.
How Do I Choose Between Steel, Fiberglass, And Wood Poles?
Choose the material based on fixture load, EPA requirements, wind exposure, corrosion risk, installation method, appearance, and maintenance expectations. Steel is common for commercial site lighting, fiberglass is often considered for wet, humid, coastal, or corrosion-sensitive locations, and wood is used for utility-style or direct-burial applications.
Why Is EPA Rating Important For A Light Pole?
EPA helps confirm whether the pole can support the fixture, bracket, and mounting configuration under local wind conditions. Review becomes especially important with larger fixtures, multiple heads, bullhorn brackets, decorative arms, cameras, signs, or banners.
Should I Choose An Anchor Base Or Direct Burial Pole?
Choose an anchor base pole when a concrete footing, base plate, and future serviceability are priorities; this is common for steel and many fiberglass poles. Direct burial poles are installed below grade and are common for wood utility poles and some fiberglass poles where that installation method is specified.
When Should A Photometric Plan Be Used For 20 To 25 Foot Poles?
A photometric plan is useful for parking, perimeter, roadway, security, and industrial projects where light levels, pole spacing, glare control, and uniformity need to be confirmed. It can help match fixture output and distribution to the mounting height and site layout.