LED UFO High Bay Lights for Warehouses & Industrial Facilities

STARLAKE provides LED UFO high bay lights for warehouses, manufacturing facilities, workshops, distribution centers, gymnasiums, and other large indoor spaces with elevated mounting conditions.

UFO high bay selection should begin with mounting height, working plane, target illuminance, beam distribution, fixture spacing, and uniformity rather than fixture wattage alone.

For lighting brands, distributors, contractors, importers, and project buyers, STARLAKE also provides OEM/ODM engineering, manufacturing, quality control, and North American supply support.

How to Choose the Right LED UFO High Bay

The objective of a UFO high bay is to deliver the required illumination from an elevated mounting position to the floor, work surface, or other target plane.

A practical selection chain is:

Application → Mounting Height → Working Plane → Target Illuminance → Beam Distribution → Output → Fixture Spacing → Uniformity → Controls → Final Configuration

Start by defining the facility and visual task.

General warehousing, material handling, production, assembly, workshops, and large indoor spaces can require different light levels and distributions.

Then establish mounting height, working-plane height, room dimensions, and target illuminance before selecting beam distribution, fixture output, and spacing.

For larger or performance-sensitive projects, verify the proposed configuration using fixture-specific photometric data and the actual facility layout rather than a fixed wattage-to-height chart.

Mounting Height, Beam Angle & Fixture Spacing

High-bay lighting is fundamentally a light-delivery problem.

The main relationship is:

Mounting Height → Beam Distribution → Coverage Area → Fixture Spacing → Working-Plane Illuminance → Uniformity

A narrower distribution generally concentrates more intensity over a smaller area, while a wider distribution spreads available light across a broader zone.

Neither is automatically better.

STARLAKE’s current UFO high bay range includes configurations such as 90° and 110° distributions, allowing different optical approaches to be considered according to mounting height and layout.

For example, a more concentrated distribution may be useful where greater intensity must be maintained over a longer mounting distance. A wider distribution can support broader coverage where the mounting condition and spacing allow it.

Actual performance must still be verified from the fixture’s photometric data rather than beam angle alone.

Fixture spacing determines how neighboring light patterns interact at the working plane.

Insufficient Overlap → Weak Zones Between Fixtures

Excessive Overlap → Concentrated Brightness + Potentially Unnecessary Fixture Density

The objective is controlled overlap that supports the required illuminance and uniformity across the target area.

This creates an important distinction:

Peak Illuminance ≠ Useful Uniform Illumination

A fixture can produce substantial illumination directly beneath its mounting point while still producing an unsuitable overall layout.

Glare should also be considered where high-output luminaires remain within normal viewing directions. Mounting height, output, optics, emitting area, and viewing position can all influence visual comfort.

Thermal Management for High-Output UFO High Bays

UFO high bays combine substantial LED output with a relatively compact luminaire body.

That concentrates electrical and thermal loads within a smaller structure, making the heat-transfer path an important engineering consideration.

The basic relationship is:

LED Junction → Thermal Interface → Aluminum Structure / Heat Sink → Ambient Air

Selected STARLAKE UFO high bay designs use aluminum construction and passive heat-dissipation structures rather than active cooling fans.

Heat-sink geometry, thermal interfaces, fixture loading, airflow, and ambient temperature all influence how effectively heat can move away from LEDs and other temperature-sensitive components.

Thermal management therefore supports operating temperature, lumen maintenance, and long-term component performance rather than serving only as a housing feature.

Match Lighting Controls to Facility Operation

Industrial spaces do not necessarily require full light output in every zone throughout every operating hour.

STARLAKE’s current UFO high bay range includes 0–10V dimming capability, while selected configurations can accommodate compatible sensor options such as PIR or microwave sensing.

A practical control chain is:

Occupancy Pattern → Sensor / Control Strategy → Required Output → Operating Time → Energy Use

A continuously occupied production zone may require a different strategy from an intermittently accessed warehouse or storage area.

Compatible controls can reduce unnecessary full-output operation while restoring the required lighting when the space is occupied.

Sensor, driver, dimming, and control compatibility should be confirmed for the exact fixture configuration.

Selectable Power & CCT for Greater Project Flexibility

Selected STARLAKE UFO high bay models provide field-selectable power and CCT options.

UFO12, for example, is available with tunable power configurations and selectable CCT options.

For contractors, selectable configurations can provide flexibility across project zones with different output or color-temperature requirements.

For distributors and stocking programs:

One Fixture Platform → Multiple Field Settings → Fewer Fixed SKUs → Lower Inventory Complexity

Selectability does not replace lighting design.

Changing the power setting changes fixture output and electrical load, so the commissioned setting should still correspond to mounting height, distribution, spacing, and target illuminance.

Mounting Options for Different High-Bay Installations

STARLAKE UFO high bays support multiple mounting configurations depending on model, including hook, ring/loop, and yoke mounting.

Hook or ring mounting can provide a suspended arrangement for conventional overhead high-bay installations.

Yoke mounting can be considered where a more rigid mounting arrangement or controlled fixture positioning is required.

Mounting selection should account for:

• Building structure

• Installation height

• Fixture positioning

• Electrical routing

• Clearance

• Maintenance access

• Project-specific safety requirements

The mounting method should therefore be selected as part of the installation design rather than treated only as an accessory choice.

Replacing Metal Halide & Legacy High Bays With LED

Warehouses and industrial facilities may still use metal halide, high-pressure sodium, fluorescent high bays, or other legacy lighting systems.

A UFO LED high bay retrofit should not begin with a universal conversion such as:

400W Metal Halide = X-Watt LED

Legacy and LED luminaires can differ substantially in optical distribution and useful light delivery.

A more reliable retrofit chain is:

Existing System → Existing Layout → Mounting Height → Current Performance → Required Performance → LED Photometry → New Configuration

Document:

• Existing fixture and lamp type

• Fixture quantity

• Fixture spacing

• Mounting height

• Existing and required illuminance

• Electrical conditions

• Existing mounting method

• Operating hours

• Control requirements

Then determine whether the proposed UFO high bay can achieve the required working-plane illuminance and uniformity using the existing fixture locations or whether spacing and quantity should change.

For larger retrofit projects, photometric evaluation or a representative installation can help verify the proposed configuration before full deployment.

Replace the required lighting performance—not simply the old wattage.

Where Are UFO High Bay Lights Used?

UFO high bays are primarily used where substantial illumination must be delivered from elevated mounting positions.

The application name alone should not determine wattage or configuration.

Two facilities with similar floor areas can require different UFO high bay layouts because their mounting heights, working planes, equipment arrangements, visual tasks, and required uniformity differ.

UFO High Bay vs Linear High Bay

UFO and linear high bays can both illuminate elevated industrial spaces, but their form factors interact differently with facility geometry.

The distinction is not simply round vs linear.

Use:

Space Geometry + Photometry + Mounting Height + Spacing → High Bay Type

Mixed industrial facilities can use both fixture types in different zones where their optical and installation characteristics fit the required layout.

OEM & ODM UFO High Bay Solutions

STARLAKE provides OEM and ODM support for lighting brands, distributors, importers, wholesalers, contractors, and project suppliers requiring standard or customized UFO high bay programs.

Depending on the product platform, customization can involve power configuration, CCT, optics, drivers, voltage, dimming, sensors, mounting, housing, branding, labeling, packaging, and accessories.

Customization should follow:

Project Requirement → Optical / Electrical / Thermal Impact → Validation → Compliance → Production

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

Defining requirements early helps identify potential effects on tooling, testing, certification, MOQ, cost, and lead time before mass production.

UFO High Bay Manufacturing & Quality Control

A UFO high bay integrates LED modules, drivers, optics, thermal interfaces, housing, electrical connections, and mounting components within a compact high-output platform.

Manufacturing consistency therefore affects electrical, optical, thermal, and mechanical performance rather than appearance alone.

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 electrical, component, thermal, and assembly screening. They should not be interpreted as direct simulations or guarantees of complete product service life.

STARLAKE operates approximately 280,000 sq.ft of production facilities with 400+ employees and maintains warehouse support in Ohio and California for selected North American supply requirements.

What We Need to Recommend the Right UFO High Bay

A useful recommendation begins with the facility and mounting condition.

For project evaluation or quotation, provide:

• Facility type and dimensions

• Ceiling and mounting height

• Working-plane height

• Existing fixture quantity and spacing

• Existing lamp or fixture type for retrofit projects

• Required illuminance or foot-candle target

• Input voltage

• Preferred CCT

• Environmental conditions

• Mounting requirements

• Dimming or sensor requirements

• Required certifications

• Estimated quantity

If available, also provide a lighting layout, ceiling plan, facility drawing, existing fixture specification, or installation photographs.

STARLAKE can then evaluate:

Beam Distribution → Output → Fixture Spacing → Mounting → Electrical Configuration → Controls → Fixture Quantity

around the actual project rather than recommending a UFO high bay from wattage alone.