FAA 8260.53 : 2005
Current
The latest, up-to-date edition.
STANDARD INSTRUMENT DEPARTURES THAT USE RADAR VECTORS TO JOIN RNAV ROUTES
Hardcopy , PDF
English
01-01-2005
1.0 Purpose
2.0 Distribution
3.0 Effective Date
4.0 Background
5.0 Definitions
5.1 Along-Track (ATRK) Fix Displacement Tolerance ( FDT)
5.2 Area Navigation (RNAV)
5.3 Climb Gradient (CG)
5.4 Cross Track (XTRK) FDT
5.5 Departure End of Runway (DER)
5.6 Departure Altitude
5.7 Departure Procedure Termination Fix
5.8 Distance of Turn Anticipation (DTA)
5.9 DME/DME Navigation
5.10 Fix Displacement Tolerance (FDT)
5.11 Fly-By Waypoint
5.12 Fly-Over Waypoint
5.13 Global Navigation Satellite System (GNSS)
5.14 Global Positioning System (GPS)
5.15 Inertial Reference Unit (IRU)
5.16 Initial Climb Area (ICA)
5.17 Initial Departure Fix (IDF)
5.18 Obstacle Areas and Surfaces
5.18.1 Obstacle Evaluation Area (OEA) or Obstacle
Clearance Area (OCA)
5.18.2 Obstacle Clearance Surface (OCS)
5.18.3 Obstacle Identification Surface (OIS)
5.19 Pilot Navigation Area (PNA)
5.20 Radar Vector Area
5.21 Required Navigation Performance (RNP)
5.22 RNAV Minimum Reception Altitude (MRA)
5.23 RNAV Route
5.24 Standard Instrument Departure (SID)
5.25 TERPS
5.26 Waypoint (WPT)
5.27 Waypoint Displacement Area/Fix Displacement Area
6.0 General
6.1 Procedure Identification
6.2 Initial Departure Fix (IDF)
6.2.1 Placement
6.2.2 SID Limited to One Initial Departure Fix
6.2.3 Maximum Intercept Angle
6.3 RNAV Minimum Reception Altitudes
6.3.1 GPS, GNSS, or DME/IRU Minimum Reception Altitude
6.3.2 DME/DME RNAV Minimum Reception Altitude (MRA)
6.3.3 RNAV MRAs
6.3.4 Altitude for Each Subsequent Segment
6.4 Climb Gradient
6.5 SID Overview
6.5.1 Radar Vector Area
6.5.2 Pilot Navigation Area
6.5.3 RNAV Route
7.0 Radar Vector Area (RVA)
7.1 Alignment
7.2 Area
7.3 Obstacle Clearance
7.3.1 Radar Departure Inclined Obstacle Evaluation
Surfaces
7.3.2 Radar Departure Level Obstacle Clearance Surface
7.3.3 Mitigating Obstacle Penetrations
7.3.4 Lateral Obstacle Clearance Below MVA/MIA
7.3.5 Vectoring Prohibited Areas
7.3.6 Vectoring Within a Designated Boundary
7.3.7 Obstacle Evaluation for Vectoring Within a
Designated Boundary
7.3.8 Height of the OIS or OCS at the Runway/ICA
Boundary
7.4 RVA Altitude
7.5 Minimum Distance
7.6 Climb Gradient
7.6.1 CG Calculations to Mitigate a Penetration of the
Inclined OIS
7.6.2 CG for the ICA and Straight-Ahead Portion of Climb
7.6.3 CG for Use after the Initial Climb to the First
Turn Altitude
8.0 Pilot Navigation Area (PNA)
8.1 Alignment
8.1.1 Sector Size
8.1.2 Alignment of DER and PNA
8.2 Area
8.2.1 PNA
8.2.2 PNA Obstacle Evaluation Area
8.2.3 PNA Buffer Area
8.2.4 IDF Turn Area
8.3 Obstacle Clearance
8.3.1 PNA Inclined Obstacle Evaluation Surfaces
8.3.2 PNA Level Obstacle Clearance Surface
8.3.3 Mitigating Obstacle Penetrations
8.4 PNA Altitude
8.4.1 PNA Minimum Altitude
8.4.2 PNA Boundary Minimum Crossing Altitude
8.5 Minimum Distance/Maximum CG from DER to the PNA Boundary
8.5.1 CG Calculation
8.5.2 CG Calculation to be Published
8.5.3 Flight Track Distance to the PNA
8.6 Climb Gradient
8.6.1 CG from DER to PNA Boundary
8.6.2 CG from PNA Boundary to the IDF
8.6.3 CG to Mitigate a Penetration of the PNA Inclined
OCS
8.6.4 CG to Mitigate a Penetration of the PNA OIS for
Obstacles Within the Extended ICA Splay When the
PNA OIS Continues from the RVA OIS/OCS
8.6.5 CG to Mitigate a Penetration of the PNA OIS for
Obstacles Outside the Extended ICA Splay When the
PNA OIS Continues from the RVA OCS
8.6.6 CG to Mitigate a Penetration of the PNA OIS When
the OIS Originates at the Height of the RVA Level
OCS
8.6.7 End of PNA Inclined Obstacle Surface and CG
Evaluation
9.0 RNAV Route
9.1 Alignment
9.2 Area
9.3 Obstacle Clearance
9.3.1 MCA Inclined Obstacle Clearance Surface
9.3.2 RNAV Route Level Obstacle Clearance Surface
9.3.3 Obstacle Measurements
9.4 RNAV Route Altitude
9.4.1 RNAV Route Minimum Altitude
9.4.2 Minimum Crossing Altitude
10.0 Coordination, Documentation, and Processing
11.0 Information Update
Provides the criteria to evaluate the use of radar vectors to join the initial departure fix (IDF) of an RNAV standard instrument departure (SID).
DocumentType |
Standard
|
Pages |
53
|
PublisherName |
Federal Aviation Administration
|
Status |
Current
|
FAA AC 90-105 : 2016 | APPROVAL GUIDANCE FOR RNP OPERATIONS AND BAROMETRIC VERTICAL NAVIGATION IN THE U.S. NATIONAL AIRSPACE SYSTEM AND IN OCEANIC AND REMOTE CONTINENTAL AIRSPACE |
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