Meeting Your Needs As They Evolve By drawing on our world-wide experience in high-profile AGL lighting projects, ATG Airports can help you to overcome complex ...
When it comes to large areas of lighting for airports, ewo exploits LED technologies for maximum performance, durability and efficiency.
Lattix' manufacturing method enables producing frangible aluminium masts as one-pieced lattice constructions, which are light-weight, strong and safe.
Pollite provides a full range of frangible masts and structures to support visual and non-visual aids near runways, taxiways and aprons.
VINCI Airports celebrated completion of the upgrade which included renovation of the taxiways and two runways, and new runway lighting.
Work done included asphalting 300,000 square metres of runway and apron. Finavia also upgraded the airport’s electricity network and ILS.
The new FX range of runway and taxiway lighting fixtures from ATG Airports are designed for maximum longevity, efficiency and visibility...
At ATG airports, we’re proud that our products meet and exceed the regulatory requirements set across many countries. In airfield lighting...
Clear and visible taxiway guidance signs are essential in all weather conditions, day or night, to maintain safe and effective airfield ma...
ewo floodlights will lead to a reduction of 63% energy consumption at Dubai International (DXB), one of the busiest airports in the world.
Airfield Lighting (AFL) systems are designed to visually assist and support pilots and aircraft whilst landing, taking off or taxiing.
Exel’s extremely light yet rigid composite support structures are the optimum choice for airport safety in every respect.
Exel Composites Approach Lighting support structures consist of poles for single lights and lattice masts for multiple lights.
Pollite supply a complete range of frangible masts for airfield approach lighting; from a single light mast to a five light cross arm with SFL/Flash Unit.
When illuminating large areas, key factors are performance, durability and efficiency. The objectives are precision, homogeneity and 0% light pollution.