CHAPTER 2. GENERAL PROVISIONS FOR
RADIO NAVIGATION AIDS
2.1 Standard radio navigation aids
2.2 Ground and flight testing
2.3 Provision of information on
the operational status of radio navigation services
2.4 Power supply for
radio navigation aids and communication systems
2.5 Human Factors considerations
CHAPTER 3. SPECIFICATIONS FOR RADIO NAVIGATION AIDS
3.1 Specification for ILS
3.2 Specification for precision approach radar system
3.3 Specification for VHF omnidirectional radio range (VOR)
3.4 Specification for non-directional radio beacon (NDB)
3.5 Specification for UHF
distance measuring equipment (DME)
3.6 Specification for en-route VHF marker beacons (75 MHz)
3.7 Requirements for the Global Navigation Satellite System (GNSS)
3.9 System characteristics of airborne ADF receiving systems
3.11 Microwave landing system (MLS) characteristics
APPENDIX A. MICROWAVE LANDING SYSTEM (MLS)
CHARACTERISTICS
APPENDIX B. TECHNICAL SPECIFICATIONS FOR
THE GLOBAL NAVIGATION SATELLITE SYSTEM (GNSS)
ATTACHMENT A. DETERMINATION OF INTEGRITY AND CONTINUITY OF SERVICE OBJECTIVES
USING THE RISK TREE METHOD
ATTACHMENT B. STRATEGY FOR INTRODUCTION AND APPLICATION OF NON-VISUAL AIDS TO
APPROACH AND LANDING
2. Objectives of strategy
ATTACHMENT C. INFORMATION AND MATERIAL FOR GUIDANCE IN THE APPLICATION OF THE STANDARDS AND RECOMMENDED PRACTICES FOR ILS, VOR, PAR, 75 MHz
MARKER BEACONS (EN-ROUTE), NDB AND DME
2. Material concerning ILS installations
3. Material concerning VOR/DVOR
4. Precision approach radar system
5. Specification for 75 MHz marker beacons (en-route)
6. Material concerning NDB
7. Material concerning DME
8. Material concerning power supply switch-over times
ATTACHMENT D. INFORMATION AND MATERIAL FOR GUIDANCE IN THE APPLICATION OF THE
GNSS STANDARDS AND RECOMMENDED PRACTICES
3. NAVIGATION SYSTEM PERFORMANCE REQUIREMENTS
5. AIRCRAFT-BASED AUGMENTATION SYSTEM (ABAS)
6. SATELLITE-BASED AUGMENTATION SYSTEM (SBAS)
7. GROUND-BASED AUGMENTATION SYSTEM (GBAS)
AND GROUND-BASED REGIONAL AUGMENTATION SYSTEM (GRAS)
8. SIGNAL QUALITY MONITOR (SQM) DESIGN
9. STATUS MONITORING AND NOTAM
11. RECORDING OF GNSS PARAMETERS
12. GNSS PERFORMANCE ASSESSMENT
14. MODELLING OF RESIDUAL ERRORS
ATTACHMENT E. GUIDANCE MATERIAL ON THE
PRE-FLIGHT CHECKING OF VOR AIRBORNE EQUIPMENT
1. Specification for a VOR airborne equipment test facility (VOT)
2. Selection and use of VOR aerodrome check-points
ATTACHMENT F. GUIDANCE MATERIAL CONCERNING RELIABILITY AND AVAILABILITY OF RADIOCOMMUNICATIONS AND NAVIGATION AIDS
1. Introduction and fundamental concepts
2. Practical aspects of reliability and availability
ATTACHMENT G. INFORMATION AND MATERIAL FOR GUIDANCE IN THE APPLICATION OF THE MLS STANDARDS
AND RECOMMENDED PRACTICES
2. Signal-in-space characteristics — angle and data functions
5. Operational considerations on siting of DME ground equipment
6. Interrelationship of ground equipment monitor and control actions
8. Operations at the limits of and outside the promulgated MLS coverage sectors
9. Separation criteria in terms of signal ratios and propagation losses
10. Material concerning MLS installations at special locations
11. Integrity and continuity of service — MLS ground equipment
12. Classification of MLS approach azimuth, elevation and DME ground facilities
13. Computed centre line approaches
14. Application of Table G-15 service level objectives for MLS/RNAV operations
15. Application of simplified MLS configurations
ATTACHMENT H. STRATEGY FOR RATIONALIZATION OF CONVENTIONAL RADIO NAVIGATION AIDS AND EVOLUTION
TOWARD SUPPORTING PERFORMANCE-BASED NAVIGATION
2. OBJECTIVES OF THE STRATEGY