ADME |

ADME 2.13 AUTONOMOUS RUNWAY INCURSION WARNING SYSTEM (ARIWS)

Autonomous runway incursion warning system (ARIWS) is a system which provides autonomous detection of a potential incursion or of the occupancy of an active runway and a direct warning to a flight crew or a vehicle operator. ARIWS uses available … Continued

ADME 2.14 REMOTE AND VIRTUAL TOWER

Technology has created the possibility to provide aerodrome control service from a location other than the aerodrome itself. This new concept is being developed both in SESAR and NEXTGEN and is also studied in other countries such as Australia. IFATCA … Continued

ADME 2.15 CONDITIONAL CLEARANCES TO RESCUE AND FIREFIGHTING VEHICLES

In an emergency situation, controllers are always required to use professional judgement and experience to determine the best course of action. Sometimes this causes conflict with rules and regulations that might, in those circumstances, be unfit for purpose. All controllers … Continued

ADME 2.16 USE OF AERODROME CONTROL FREQUENCY FOR COMMUNICATIONS OF VEHICLE DRIVERS

A runway incident involving a vehicle operating on the runway highlighted a safety concern that vehicle drivers remain on ground control frequency instead of the aerodrome control frequency. Some studies were made, and this policy highlights the importance of the … Continued

ADME 2.1 CONVERGING RUNWAY OPERATIONS (CROPS)

There are various types of simultaneous operations on converging/intersection runways in operation at airports all over the world. All are related to achieving maximum use of runways. It is expected that, as pressure on airport capacity grows, more and more … Continued

ADME 2.2 LAND AND HOLD SHORT OPERATIONS (LAHSO)

IFATCA Policy is: IFATCA opposes LAHSO unless the following concerns have been satisfactorily addressed: The lack of exact requirements for what are acceptable airport and runway configurations; The “hold short point” is not always easily identifiable to the pilots. … Continued