PHX IFR Procedure Design Package

PHX IFR Procedure Design Package

  • Design all types of IFR procedures
  • Document the complete procedure design process in real time by using the built-in Quality Assurance Assistant that can record the following: all entered parameters, results of obstacle analysis, screen shots, custom commentary
  • Calculate and construct the minimum stabilisation distance between two RNAV waypoints
  • Calculate and construct the cross-track tolerance (XTT), along-track tolerance (ATT) and half the area width (1/2 A/W) for an RNAV waypoint using the VOR-DME or DME-DME criteria
  • Construct the theoretical DME coverage for DME-DME based RNAV procedure
  • Construct the RNP AR surfaces
  • Construct and analyse precision approaches: ILS basic surfaces, ILS OAS surfaces including automatic OAS constants calculation and allow for steep angle approaches, Collision risk model (CRM) analysis
  • Construct and analyse various holding patterns and reversals: Race-track holding pattern, Base turn reversal,  Procedure turn reversal, VOR/DME race-track holding pattern, Holding pattern overhead a VOR or NDB, RNP holding pattern, RNAV holding
  • Construct and analyse departures & missed approach: Standard departure, RNAV departure, Departure nominal track, Omnidirectional departure, Initial missed approach
  • Construct and analyse en-route straight and turn segments
  • Construct and analyse obstacle limitation surfaces defined by ICAO Annex 14 or UK CAP 168 criteria featuring: Runway organisation, Custom parameters
  • Construct and analyse the theoretical safeguarding area and surfaces of navigational aids
  • Construct and analyse GPS/GNSS procedures: Basic GNSS approach obstacle analyser, Terminal arrival altitudes (TAA) construction and analysis, APV/Baro VNAV construction and analysis, OAS for APV categories, RNAV (GNSS en-route/STAR) turning segment analyser, RNAV (GNSS En-route/STAR) straight segment analyser, SBAS FAS Data Block, Support for AIXM 5.1
  • Use various independent tools to design complex procedures: Nominal turn construction, Turn protection area construction, VOR and NDB radial construction, Over-head tolerance of a VOR or NDB construction, Visual circling construction, Fix area construction using a combination of different types of navigational aids (VOR, NDB, DME), Non-precision final approach alignment calculation, DME tolerance and slant range calculation and construction, Indicated air speed (IAS) to true air speed (TAS) conversion, Secondary MOC calculation, Nominal approach altitudes calculation and construction taking into account the curvature of the earth, Minimum sector altitude (MSA) construction and analysis, Visual segment surface (VSS) for non-precision and precision approach procedures, Visual segment for helicopter PinS procedures, Radar Vectoring Calculation

Screenshots

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