Vertiport Lighting Systems
Vertiport lighting systems mark touchdown and liftoff areas, approach paths, taxi routes and charging positions for electric vertical takeoff and landing aircraft, adapted from established heliport lighting practice under ICAO Doc 9261 while dedicated vertiport lighting standards are still developing. NLS supplies and installs vertiport lighting for Saudi sites preparing for advanced air mobility, sourced from established international aviation lighting OEMs.
Inside the Vertiport Lighting Systems
A vertiport lighting fixture pairs a sealed optical unit with a frangible mounting base and a power and control link back to the site's junction network, so each fixture marks its function, touchdown edge, approach path, taxi route, or charging bay, while breaking away safely if struck. The optical unit, base, and cabling are engineered as one weatherproof, field-serviceable assembly.
01
Optical Unit (LED Source and Lens)
Houses the LED light source and the colored photometric lens that produces the beam pattern and color coding for the fixture's function (edge, approach, taxi route, or charging bay marking).
02
Weatherproof Housing and Gasket
Encloses the optical unit against dust, moisture, and impact while keeping the light-transmitting face exposed, so the fixture keeps operating through the site's full weather range.
03
Frangible Mounting Base
Anchors the fixture flush with or above the surface and is engineered to break away at a defined load if struck by an aircraft or ground vehicle, so the fixture does not become a fixed hazard.
04
Power and Control Cable Entry
Carries power and, where the layout uses addressable fixtures, control signal from the site's lighting circuit into the fixture through a sealed cable gland.
05
In-Ground Junction and Connection Box
Provides the sealed splice point between the fixture's cable and the site's underground lighting circuit, keeping connections isolated from surface water and vehicle loading.
FULLY ASSEMBLED
Vertiport Lighting Systems
| Fixture types | Touchdown/liftoff edge, approach, taxi route, and charging bay marking, in surface-mounted and inset configurations |
| Light color coding | Function-specific colors following heliport lighting convention under ICAO Doc 9261 |
| Mounting | Frangible base, surface or inset installation |
| Housing rating | Sealed against dust and water ingress for continuous outdoor operation |
| Control | Fixed-circuit or addressable, configurable by operating mode |
| Layout basis | Adapted from ICAO Doc 9261 heliport lighting practice, field-adjustable for future vertiport-specific criteria |
Lighting a category of aircraft that behaves differently
Electric vertical takeoff and landing aircraft approach, hover and land differently from conventional helicopters in several proposed operating concepts, and they turn around faster between flights when charging infrastructure is on site. A vertiport lighting scheme has to mark not just a landing area but a working sequence: approach guidance, a defined touchdown and liftoff area, taxi or ground movement paths where the aircraft repositions under its own power, parking and charging positions, and obstacle marking around the site perimeter. Where dedicated vertiport lighting standards do not yet exist, the closest reliable foundation is heliport lighting practice under ICAO Doc 9261, adapted to the higher-throughput, charging-integrated nature of a vertiport site.
What a vertiport lighting scheme typically includes
A complete scheme covers perimeter and touchdown area floodlighting or edge lighting, approach path indicators guiding the aircraft toward the landing area, taxi route markings for ground movement between landing position and charging or parking bays, and obstruction lighting on any structure near the site that intrudes into the operating airspace. Because charging happens on the ground between flights, lighting also needs to clearly delineate charging bay boundaries so ground crew and, eventually, autonomous systems can identify aircraft position accurately at night.
Power and control considerations specific to vertiports
A vertiport site with charging infrastructure already carries meaningful electrical load, and the lighting system's power design needs to be planned alongside that load, not as an unrelated circuit. Control systems that let an operator switch lighting configurations for different operating modes, single aircraft, multiple simultaneous positions, night versus day, add operational flexibility that a fixed heliport lighting layout does not typically need.
NLS scope
NLS designs and supplies lighting layouts referencing heliport lighting standards and available vertiport guidance, sources fixtures from established international aviation lighting manufacturers, and handles installation and commissioning. Because the underlying standards are still maturing, NLS designs each layout to be field-adjustable, so fixture positions and control logic can be updated as dedicated vertiport lighting criteria are published, without a full site rebuild.
Maintenance and readiness
As with any aviation lighting installation, a vertiport light that fails defeats its purpose at the exact moment an aircraft needs it. NLS pairs supply and installation with scheduled maintenance and, on request, remote monitoring, so the lighting system stays operationally ready as advanced air mobility activity in the Kingdom develops.
Specifications
- ✓Touchdown and liftoff area edge lighting and floodlighting adapted from ICAO Doc 9261 heliport lighting practice
- ✓Approach path indicators and taxi route lighting for ground movement between landing and charging positions
- ✓Charging bay boundary marking integrated with the site's electrical load planning
- ✓Obstruction lighting for structures adjacent to the vertiport operating airspace
- ✓Field-adjustable fixture layout and control logic to accommodate future dedicated vertiport standards
- ✓Sourced from established international aviation lighting OEMs, installed and commissioned by NLS
Frequently Asked Questions
Is vertiport lighting the same as standard heliport lighting?+
It is closely related but not identical. Vertiport lighting builds on ICAO Doc 9261 heliport lighting principles while adding coverage for charging bay marking and taxi routes suited to the higher turnaround pace some advanced air mobility concepts expect. Dedicated vertiport lighting standards are still being developed globally.
Can vertiport lighting be upgraded once dedicated standards are published?+
Yes. NLS designs vertiport lighting layouts to be field-adjustable, so fixture positions and controller logic can be updated to match dedicated standards once published, rather than requiring the site to be rebuilt from scratch.
Does vertiport lighting need to account for aircraft charging positions?+
Yes. Because electric aircraft charge on the ground between flights, the lighting scheme has to clearly mark charging bay boundaries and coordinate with the site's electrical load, something a conventional helipad lighting layout does not need to plan for.
What is the role of the Optical Unit (LED Source and Lens) in Vertiport Lighting Systems?+
Houses the LED light source and the colored photometric lens that produces the beam pattern and color coding for the fixture's function (edge, approach, taxi route, or charging bay marking).
What is the role of the Weatherproof Housing and Gasket in Vertiport Lighting Systems?+
Encloses the optical unit against dust, moisture, and impact while keeping the light-transmitting face exposed, so the fixture keeps operating through the site's full weather range.
What is the role of the Frangible Mounting Base in Vertiport Lighting Systems?+
Anchors the fixture flush with or above the surface and is engineered to break away at a defined load if struck by an aircraft or ground vehicle, so the fixture does not become a fixed hazard.
What is the role of the Power and Control Cable Entry in Vertiport Lighting Systems?+
Carries power and, where the layout uses addressable fixtures, control signal from the site's lighting circuit into the fixture through a sealed cable gland.
What is the role of the In-Ground Junction and Connection Box in Vertiport Lighting Systems?+
Provides the sealed splice point between the fixture's cable and the site's underground lighting circuit, keeping connections isolated from surface water and vehicle loading.