Related Standards and Compliances

FAA : AC 150/5390-2 (Current Edition).
Annex 14, Vol.2 Para to



  • PAPI enables the pilot precisely determine the approach angle, helps landing day and night in average conditions without the need for no other instruments.


  • Aerodynamic and small in size.
  • LEDs greatly increase light source life and significantly reduce maintenance costs.
  • Long LED life (>60.000 hrs) 
  • Unique, sealed optical chamber is designed to prevent dew/frost on LED optical elements
  • Use of LED light source improves safety and pilot recognition by eliminating color shifts typical of incandescent light sources at lower intensity settings.
  • Mounting and calibration are done easily with special equipment.
  • Low-power design contributes to a lower life cycle cost and lower cost for CCRs and supporting equipment.
  • Current powered systems operate on either a design in compliance with IEC or FAA requirements.
  • Sharp transition from while to red and the intensity changes less than 3 times throughout the the full beam width.
  • Waterproof dust proof thanks to the sleeve gasket, internal water drained through outlets.
  • Includes an integral deflection plate on the top front edge of the light unit cover to prevent the pilot from seeing reflected
    light from the top of the light unit during the approach.
  • Hardened front glass against stones and other flying particles


Technical Specifications

  • Protection Degree : IP55
  • Relative Humidity : up to %100
  • Working Temperature : -40C to +55C  
  • Power Source : 6.6A Series Circuit or 110-230VAC 50-60Hz
  • Power Consumption: 75VA (100VA with arctic kit)


  • Solar PV Powered
  • IR-NVG