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Table II-5-1-2 Aircraft approach categories do not change during day-to-day operation. To change an aircraft's category, an aircraft must be re-certified with a different maximum landing mass. [1]: II-5-1-3 Pilots may not use a lower category than the one certified, but may choose to use a higher category for higher speed approaches. [2]
RECAT Phase II was a continuation of the RECAT program that focused on a larger variety of aircraft (123 ICAO type designators that make up more than 99% of US air traffic movements based on 32 US airports), as opposed to the 61 aircraft comprising 85% of operations from 5 US and 3 European airports that were used in RECAT Phase I. [citation ...
Aircraft equipment FAR Federal Aviation Regulation: FAA regulation FAR/AIM Federal Aviation Regulation / Aeronautical Information Manual: Bundle of FAA regulations and Aeronautical Manual [13] FAROS final approach runway occupancy signal FAS final approach segment FAT Free air temperature FATO final approach and take off FB Winds aloft
An aircraft category is defined by the International Civil Aviation Organization as a "classification of aircraft according to specified basic characteristics", for the purpose of personnel licensing. Examples of aircraft categories include aeroplanes, helicopters, gliders, or free balloons.
The missed approach track is shown as a thin hash marked line with a directional arrow. Missed approach icons are in the upper left or right of the profile view. [1]: 16–25 Landing minimum are listed for either a straight-in landing, or a circling-to-land, for each aircraft approach category.
The registration often denotes the aircraft type and maker. Some examples: HB-Axx two-engined aircraft from 5.7 to 15 tons, Aircraft over 15 tons due to shortage of Jxx. HB-Bxx balloons; HB-Cxx single-engined Cessnas under 5.7 tons; HB-Dxx and HB-Kxx other single-engined aircraft under 5.7 tons; HB-Fxx Swiss-produced aircraft like PC-6 and PC-12
DAFIF diagram of Ottawa International Airport. The Digital Aeronautical Flight Information File or DAFIF (/ ˈ d eɪ f ɪ f /) is a comprehensive database of up-to-date aeronautical data, including information on airports, airways, airspaces, navigation data, and other facts relevant to flying in the entire world, managed by the National Geospatial-Intelligence Agency (NGA) of the United States.
Each amendment is issued as a supplement, a format number suffix indicating the revision level of the standard. Supplement 22 was issued in July 2018, but the FAA currently publishes data in the older ARINC 424-18 format.