Airport lighting is one of the most important yet frequently misunderstood parts of airport infrastructure.
When operators look across an apron, hangar, parking area, or perimeter road and see that the lights are on, it is easy to conclude that the system is performing adequately. The aircraft stands appear illuminated. Maintenance teams can continue working. Vehicles can move through service areas. No major failure is immediately visible.
But “working” is not the same as working safely, efficiently, or economically.
Years can pass before problems with airport lighting installations become apparent. Energy consumption creeps up. Lumen output fades. Glare worsens. Maintenance calls increase. Internal corrosion spreads. Spare parts become unavailable. Controls never improve. Then one day you find yourself faced with costly emergency repairs, operational downtime, or retrofitting a lighting system on a schedule.
Rarely is the problem with the fixture itself. The problem lies with the assumptions made when selecting, operating and maintaining the system.
Airport lighting should never be treated like a commodity buy. It should be planned as a long-term investment in safety, energy savings and infrastructure which considers optical performance, exposure to the elements, maintainability, smart controls and total cost of ownership.
Below are nine of the most common misconceptions airport operators have about their lighting systems—and how ACE’s airport lighting portfolio addresses them across airside and landside environments.
The most expensive mistake is often made at the procurement stage.
When luminaires are evaluated mainly by unit price, lower-cost HID fixtures or entry-level commercial LEDs may appear attractive. However, airport lighting operates under conditions that are far more demanding than those found in an ordinary parking lot, warehouse, or commercial property.
A low-cost fixture may still need to deliver reliable performance through:
A fixture that cannot tolerate these conditions may require frequent cleaning, repair, component replacement, or complete early replacement.
The true cost of an airport lighting system includes:
A fixture with higher efficacy, longer life, and better serviceability can cost far less over ten or fifteen years, even when its initial purchase price is higher.
For aircraft maintenance hangars, the HB10 Series offers:
Its high efficacy reduces electricity use, while its long service life reduces repeated lift access and relamping.
For secondary airport roads, staff parking, and perimeter routes, the ECO Series provides:
For large aprons and high-mast applications, the CHB Series delivers:
This allows airports to reduce energy use and avoid repeated high-access HID maintenance.
The word “LED” describes the light source, not the engineering quality of the complete luminaire.
A generic LED fixture may still have:
Airport operators should not assume that replacing HID with any LED product automatically creates a reliable system.
A luminaire designed for ordinary ambient temperatures may lose performance rapidly when installed on:
LED service life depends heavily on how effectively heat is transferred away from the chips and driver.
Operators should review:
The CHB Series supports operation in ambient temperatures up to 65°C and uses a multi-channel air-convection system to manage heat in demanding apron and industrial environments.
The ELHB Series provides:
It is suitable for aircraft painting bays, assembly halls, inspection docks, and demanding maintenance areas.
ACE operates a CNAS-accredited laboratory and supports major North American and European certification requirements. Its core product molds are developed in-house, providing greater control over thermal, mechanical, and optical design.
Raw lumen output is one of the most misleading ways to evaluate airport lighting.
A high-output luminaire can still produce:
Airport lighting performance depends not only on how much light is produced, but on how accurately and uniformly that light reaches the required surfaces.
Aprons need uniform horizontal illumination with limited shadowing around:
Hangars require vertical illumination on:
Cargo terminals need consistent aisle and rack illumination without excessive glare for forklift operators.
Security fencing requires elongated and asymmetric distributions that illuminate the protected line without wasting light beyond it.
Operators should evaluate:
The SFL Series offers:
This allows it to serve aircraft stands, perimeter fencing, checkpoints, and targeted apron applications.
Its independently rotatable modules allow lighting designers to direct illumination toward aircraft surfaces, work platforms, or cargo aisles.
The VAL Series supports rotatable T2–T5 distributions for roads, parking areas, GSE zones, and smaller aprons.
Glare and upward light spill are sometimes treated as aesthetic issues.
At an airport, they are operational and safety concerns.
Poorly controlled outdoor lighting may affect:
Inside maintenance facilities, glare can cause:
A high-lumen fixture that creates glare can reduce visibility instead of improving it.
Lighting design should prioritize:
The VAL Series features a zero-uplight optical design with IDA Dark Sky approval.
It is suitable for:
Its asymmetric distributions place light on aircraft stands, fence lines, and checkpoints rather than allowing it to spill into unrelated zones.
The NHB Series achieves a UGR as low as 10, supporting glare-controlled illumination in hangars, workshops, and logistics areas.
Every airport contains at least one severe lighting environment.
Examples include:
The mistake is assuming that one standard outdoor fixture can serve all of them.
An unsuitable fixture may experience:
Operators should assess:
The VTP Series provides:
It is designed for aircraft wash stations, GSE wash bays, humid technical rooms, and utility tunnels.
The VAL Series uses corrosion-resistant construction and a smooth self-cleaning housing, making it suitable for coastal airports and contaminated outdoor areas.
The ELHB provides IP66 protection and a high-temperature option rated up to 80°C for paint bays, assembly halls, and dusty cargo facilities.
The CHB supports operation up to 65°C for high-temperature apron and high-mast applications.
Lighting maintenance cannot be eliminated entirely, but it can be designed out of the operating budget to a large extent.
Older systems often require:
Many operators focus on the cost of the failed lamp and overlook the cost of access.
A relatively inexpensive component can trigger a costly service event when it is mounted 30 or 40 meters above an active apron.
Important design features include:
The ELHB Series allows separate replacement of:
This means technicians can replace the failed part instead of removing the complete fixture.
The VAL includes:
Its compact form factor can reduce shipping, handling, and storage requirements by up to 50%.
Its buckle-style installation simplifies work in wash bays and utility areas.
Many airports delay smart controls because they assume the entire lighting and management system must be upgraded in one major project.
This is not always necessary.
A more practical strategy is to install sensor-ready LED luminaires first and add controls in phases.
This allows airports to:
Future-ready luminaires should support:
Sensor-ready or control-compatible platforms include:
Depending on project configuration, these products can support:
Field-adjustable power and CCT further improve flexibility.
Potential SKU reductions include:
This reduces inventory while allowing fixtures to be tuned to changing zone requirements.
Selecting one universal fixture may appear to simplify procurement, but it usually creates poor performance somewhere else.
A floodlight designed for a high mast will not necessarily provide the right vertical illumination in a hangar. A standard area light will not survive an aircraft wash bay. A wide-beam high bay may waste light above storage racks or create glare in narrow aisles.
The goal should not be to use one fixture everywhere.
The goal should be to use one coordinated supplier and a rational product platform across different zones.
| Airport Zone | Key Requirements | Recommended ACE Products |
|---|---|---|
| Passenger stands and large aprons | High output, thermal resilience, controlled flood distribution | CHB and SFL Series |
| Smaller aprons and GSE areas | Wide coverage, corrosion resistance, zero uplight | VAL Series |
| Large maintenance hangars | High lumen output, long life, multiple beam angles | HB10 Series |
| Medium hangars and workshops | Low glare, adjustable output, sensor-ready | NHB Series |
| Painting bays and inspection docks | High-temperature operation, vertical illumination, modularity | ELHB Series |
| Cargo facilities and warehouses | Dust protection, smart dimming, aisle coverage | ELHB and NHB Series |
| Airport roads and parking | Full-cutoff optics, easy servicing | VAL Series |
| Secondary roads and staff parking | High efficacy, IP65/IK10, economical operation | ECO Series |
| Perimeter fencing and checkpoints | High-output or asymmetric floodlighting | CHB and SFL Series |
| Aircraft and equipment wash bays | IP69K washdown protection | VTP Series |
This approach preserves procurement simplicity without sacrificing application performance.
Airport lighting is not a short-term transaction.
A supplier may need to support the installation for ten, fifteen, or twenty years through:
A supplier without in-house engineering or testing may be unable to support these needs.
Before purchasing, evaluate:
ACE specializes in industrial, outdoor, agricultural, and harsh-environment LED lighting.
Its capabilities include:
ACE provides coordinated luminaires for:
| Common Assumption | Better Approach | ACE Example |
| Lighting is a commodity | Evaluate long-term infrastructure value | Complete zone-specific portfolio |
| Any LED is suitable | Verify thermal, mechanical, and photometric performance | 65°C CHB, 80°C ELHB |
| Cheapest upfront wins | Calculate total cost of ownership | HB10 long life, ELHB modularity |
| More lumens means better lighting | Design for distribution and uniformity | SFL optics, ELHB rotatable modules |
| Glare is secondary | Control glare and upward spill | VAL zero uplight, NHB low UGR |
| Airport environments are ordinary | Match IP, IK, and corrosion resistance to the zone | VTP IP69K, VAL corrosion resistance |
| Maintenance is unavoidable | Design for tool-free and modular service | VAL and ELHB |
| Smart controls can be considered later | Install sensor-ready luminaires from day one | CHB, SFL, NHB, ELHB, VAL |
| One fixture can cover everything | Use zone-specific products within one coordinated system | ACE airport portfolio |
| Any supplier will work | Select a long-term engineering partner | ACE testing, design, and manufacturing |
Review:
At minimum, evaluate:
Include:
Verify:
Start with the zones that have:
Use occupancy sensing, dimming, scheduling, and monitoring where they deliver measurable operational value.
Most airport lighting problems begin with incorrect assumptions.
Operators assume the cheapest fixture will save money. They assume any LED product is reliable. They assume raw brightness is more important than optical control. They assume maintenance is inevitable, smart controls must be expensive, or one fixture can serve every zone.
Each assumption creates hidden costs.
Over time, the airport may experience:
A better airport lighting strategy begins with a different mindset.
Lighting should be treated as a long-term infrastructure system designed around:
ACE’s airport-grade LED portfolio is developed around these principles, from high-output CHB high-mast luminaires and precision SFL floodlights to low-glare high bays, zero-uplight area lights, efficient road lighting, and IP69K wash-bay fixtures.
Explore the complete ACE Airport Lighting Solutions portfolio:
