LED Post Top Lights for Commercial & Public Outdoor Spaces

STARLAKE provides LED post top lights for parks, pathways, plazas, campuses, municipal areas, commercial landscapes, retail developments, corporate parks, and other pedestrian-oriented outdoor spaces.

A post top luminaire performs two related functions: delivering useful illumination from an elevated pole-mounted position and coordinating visually with the surrounding architecture and landscape.

STARLAKE offers modern, traditional lantern, and decorative acorn-style post top platforms for lighting brands, distributors, contractors, municipalities, and project buyers, together with OEM/ODM engineering, manufacturing, quality control, and North American warehouse support.

How to Choose the Right LED Post Top Light

Post top selection should begin with the site rather than fixture wattage or appearance alone.

A pathway, plaza, park, campus, municipal streetscape, and commercial landscape can require different coverage, pole conditions, visual character, and nighttime performance.

A practical selection sequence is:

Site Function → Pole & Target Area → Distribution → Ground Performance → Visual Comfort → Fixture Style → Final Configuration

First establish where useful light is required and the planned or existing pole conditions. Then evaluate distribution and ground performance before selecting output, style, CCT, controls, and other project-specific options.

Pole Height, Distribution & Ground Performance

Because post top luminaires operate from elevated poles, installed performance depends on the relationship between pole height, fixture photometry, target area, and spacing.

A useful design relationship is:

Pole Height → Distribution → Ground Coverage → Illuminance → Uniformity

Lumens describe total emitted light, while illuminance describes the light reaching a surface. For post top projects, the latter helps determine how pathways, plazas, entrances, and surrounding pedestrian areas are actually illuminated.

Uniformity matters as well. Isolated bright areas separated by darker zones create a different visual environment from a layout that maintains useful illumination along the intended route or activity area.

The overall relationship is:

Fixture Output + Distribution + Pole Height + Spacing → Ground Illuminance & Uniformity

There is therefore no universal post top spacing distance. A narrow pathway and a broad plaza may use the same luminaire family but require different pole heights, optics, outputs, and spacing.

For projects with defined lighting criteria, use fixture-specific photometric data with the actual site plan to determine the final layout.

Manage Glare, Spill Light & Uplight

Post top fixtures are installed near pedestrian activity, making source visibility and optical control important.

Evaluate:

• Direct Source Visibility — how prominent is the source from normal pedestrian viewing positions?

• Spill Light — does illumination extend unnecessarily beyond the pathway, plaza, or landscape zone?

• Uplight — how much output travels above the intended target area?

These conditions depend on fixture optics, distribution, pole height, orientation, spacing, and surrounding geometry.

Where a project establishes cutoff, uplight, spill-light, or nighttime-environment criteria, verify compliance using the actual fixture photometry and project requirements.

Match Post Top Style to the Architectural Context

Post top lighting remains visually prominent during both daytime and nighttime conditions.

Fixture form, proportion, lens, pole relationship, and finish can therefore influence the architectural character of a park, campus, plaza, streetscape, or commercial development.

STARLAKE’s current post top range supports several visual directions:

Style should not be separated from lighting performance.

Architectural Context + Required Lighting Performance → Appropriate Post Top Platform

A fixture should coordinate with the site’s visual language while still providing the required distribution, ground illumination, and optical control.

Choosing CCT for Post Top Lighting

STARLAKE’s current post top platforms include selectable 3000K, 4000K, and 5000K configurations, depending on model.

CCT should coordinate with architecture, landscape materials, surrounding lighting, visual requirements, and project specifications rather than follow one universal value.

Where post tops operate alongside bollards, building-mounted fixtures, or other outdoor luminaires, coordinated CCT can help maintain a consistent nighttime environment.

Controls for Outdoor Operating Schedules

Post top lighting may operate for long nighttime periods without requiring identical output throughout every hour.

STARLAKE’s current PT01, PT02, and PT03 platforms support 0–10V dimming, while additional control-related options are available on selected configurations.

Controls can coordinate output with site schedules and activity patterns rather than treating every operating period as a full-output condition.

Dimming, sensors, auxiliary power, drivers, and other control capabilities should be confirmed for the specific product configuration.

Outdoor Exposure & Pole Compatibility

Post top selection must account for both environmental exposure and the pole interface.

Moisture, dust, UV exposure, temperature variation, and other site conditions can influence enclosure, materials, electrical components, finishes, and installation requirements.

Current STARLAKE PT01, PT02, and PT03 specifications identify these platforms for wet-location applications.

For retrofit and replacement projects, confirm:

• Existing pole dimensions

• Pole-top or mounting interface

• Pole structural condition

• Supply voltage and wiring

• Installation access

• Environmental exposure

A useful project sequence is:

Site Environment → Fixture Requirements → Pole Interface → Installation Method

Coastal, corrosive, extreme-temperature, or similarly demanding environments should be evaluated against their actual exposure conditions before the configuration is confirmed.

Replacing HID & Legacy Post Top Fixtures

LED post top lights can modernize systems that currently use HID or other legacy sources.

Replacement selection should not assume:

Existing HID Wattage = New LED Wattage

Legacy and LED luminaires can differ substantially in optical distribution, system efficiency, controls, and delivered ground illumination.

A more useful retrofit sequence is:

Existing Pole & Fixture → Mounting Conditions → Existing Distribution → Required Ground Performance → LED Photometry → New Configuration

Useful project inputs include:

• Existing fixture and lamp type

• Pole height and spacing

• Pole-top or mounting interface

• Input voltage

• Existing controls

• Required ground performance

The appropriate LED configuration should replace the required installed lighting performance rather than simply match legacy wattage.

Where Are LED Post Top Lights Used?

LED post top lighting is commonly used where outdoor illumination must support pedestrian activity while integrating with the surrounding site.

Different areas within one development may require different output, distribution, pole height, or fixture style even when the same post top family is maintained.

Larger projects should therefore coordinate post top lighting around circulation patterns, required ground performance, pole conditions, and architectural context.

OEM & ODM LED Post Top Light Solutions

STARLAKE provides OEM and ODM support for lighting brands, distributors, importers, contractors, and project suppliers requiring standard or customized post top lighting programs.

Depending on the product platform and project, customization may involve power, CCT, optics, drivers, voltage, controls, pole interface, housing finish, branding, packaging, and accessories.

STARLAKE has 50+ engineers and 100+ technical patents supporting optical, electrical, thermal, structural, and manufacturability considerations during product development.

Photometric, architectural, electrical, mounting, and environmental requirements should be defined early because customization can affect validation, certification, tooling, MOQ, lead time, and cost.

Post Top Light Manufacturing & Quality Control

Post top manufacturing requires consistent optical positioning, electrical assembly, thermal interfaces, enclosure construction, finish, and pole-mounting compatibility.

STARLAKE has 30+ QC professionals supporting manufacturing and quality control. Bulk orders undergo an 8-hour aging test before shipment, while new products undergo 30 days of continuous high-temperature testing during product validation.

These procedures support early-stage electrical, component, thermal, and assembly screening rather than serving as a direct simulation or guarantee of full service life.

Backed by approximately 280,000 sq.ft of production facilities and warehouse support in Ohio and California, STARLAKE supports commercial projects, distribution programs, OEM/ODM production, and selected North American supply requirements.

What We Need to Recommend the Right LED Post Top Light

A useful recommendation begins with the site, pole, required ground performance, and architectural context.

For project evaluation or quotation, provide:

• Project or application type

• Site plan or lighting layout

• Target-area dimensions

• Existing or planned pole height

• Pole spacing

• Pole-top or mounting dimensions

• Required illuminance or project lighting criteria

• Preferred fixture style

• Input voltage

• Preferred CCT

• Dimming or control requirements

• Environmental conditions

• Required certifications

• Housing or finish requirements

• Existing fixture information for retrofit projects

• Estimated quantity

Where available, also provide a site plan, pole layout, photometric requirement, architectural drawing, existing fixture specification, or installation photographs.

STARLAKE can then evaluate fixture platform, output, distribution, pole compatibility, spacing, CCT, controls, and other requirements around the actual site.

Define the target area, required ground performance, pole conditions, and architectural context before selecting the fixture.

LED Post Top Light FAQs

LED Post Top Light FAQs