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SUBPART B -APPROACH AND LANDING

All Weather Operations (CS-AWO) · CS-AWO · AWO.B.CATI.101 – AWO.B.CATIII.101

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  1. AWO.B.CATI.101 CS AWO.B.CATI.101 Applicability

    An aeroplane with a basic airworthiness approval for instrument flight rules (IFR) operations shall be eligible to perform xLS approaches down to a…

    AMC AWO.B.CATI.101 Applicability

  2. AWO.B.CATI.102 CS AWO.B.CATI.102 Terminology

    xLS (landing system) An xLS (landing system) is a navigation means (facilities external to the aircraft) that provides to the crew and the aircraft…

    AMC AWO.B.CATI.102 Terminology

  3. AWO.B.SACATI.101 CS AWO.B.SACATI.101 Applicability

    This section is applicable to aeroplanes for which certification is sought to allow the performance of approaches with DHs below 60 m (200 ft) down to 45…

  4. AWO.B.SACATI.102 CS AWO.B.SACATI.102 Safety level

    SUBPART B -APPROACH AND LANDING SECTION 2 -AIRWORTHINESS CERTIFICATION OF AEROPLANES FOR OPERATIONS WITH DECISION HEIGHTS (DHs) BELOW 60 M (200 FT) AND…

    AMC AWO.B.SACATI.102 Safety level

  5. AWO.B.SACATI.103 CS AWO.B.SACATI.103 Go-around rate

    (See AMC AWO.B.SACATI.103) The proportion of approaches that terminate in a go-around below 150 m (500 ft) due to the approach system performance or…

    AMC AWO.B.SACATI.103 Go-around rate

  6. AWO.B.SACATI.104 CS AWO.B.SACATI.104 Flight crew workload

    The workload associated with the use of the approach system shall be considered in showing compliance with CS 25.1523, AMC 25.1523, and CS-25 Appendix D.

  7. AWO.B.SACATI.105 CS AWO.B.SACATI.105 Control of flight path

    The approach system shall: - (a) either provide information of sufficient quality to the flight crew to permit the manual control of the aeroplane along…

  8. AWO.B.SACATI.106 CS AWO.B.SACATI.106 Control of speed

    ED Decision 2022/007/R Automatic throttle/thrust control shall be provided unless it is demonstrated in flight that speed can be controlled manually by…

  9. AWO.B.SACATI.107 CS AWO.B.SACATI.107 Manual control

    - (a) In the absence of a failure, the approach down to the DH shall not require a change in the means of control (e.g.

    AMC AWO.B.SACATI.107 Manual control

  10. AWO.B.SACATI.108 CS AWO.B.SACATI.108 Oscillations and deviations

    The approach system shall not cause sustained nuisance oscillations or undue attitude changes or control activity as a result of configuration or power…

  11. AWO.B.SACATI.109 CS AWO.B.SACATI.109 Decision height (DH) recognition

    EQUIPMENT

  12. AWO.B.SACATI.111 CS AWO.B.SACATI.111 Installed equipment

    (See AMC AWO.B.SACATI.111) The approach guidance system shall include the following:

    AMC AWO.B.SACATI.111 Installed equipment

  13. AWO.B.SACATI.110 CS AWO.B.SACATI.110 Go-arounds

    Go-arounds shall not require exceptional piloting skill, alertness or strength to maintain the desired flight path.

  14. AWO.B.SACATI.112 CS AWO.B.SACATI.112 Minimum equipment

    PERFORMANCE

  15. AWO.B.SACATI.113 CS AWO.B.SACATI.113 Flight path and speed control

    The minimum equipment, which must be serviceable at the beginning of an approach, shall be established and articulated in the AFM for compliance with the…

    AMC AWO.B.SACATI.113 Flight demonstration

  16. AWO.B.SACATI.114 CS AWO.B.SACATI.114 Decision height (DH)

    The DH shall not be less than 1.25 times the minimum permissible height for the use of the approach system.

  17. AWO.B.SACATI.115 CS AWO.B.SACATI.115 Excess-deviation alerts

    CONTROLS, INDICATORS AND ALERTS

  18. AWO.B.SACATI.117 CS AWO.B.SACATI.117 Mode selection and switching

    - (a) Excess-deviation alerts shall operate when the deviation from the intended flight path exceeds a value from which a safe landing can be performed…

  19. AWO.B.SACATI.116 CS AWO.B.SACATI.116 Go-around climb gradient

    The AFM shall contain either a weight, altitude, temperature (WAT) limit corresponding to a gross climb gradient of 2.5 %, with the critical engine…

  20. AWO.B.CATII.116 CS AWO.B.CATII.116 Go-around climb gradient

    CONTROLS, INDICATORS AND ALERTS

  21. AWO.B.CATII.117 CS AWO.B.CATII.117 Mode selection and switching

    FAILURE CONDITIONS

  22. AWO.B.CATII.119 CS AWO.B.CATII.119 General

    The AFM shall contain either a WAT limit corresponding to a gross climb gradient of 2.5 %, with the critical engine failed and with the speed and…

  23. AWO.B.CATII.118 CS AWO.B.CATII.118 Presentation of information to the flight crew

    The display and presentation of information to the flight crew, including that required to monitor the flight path, shall be compatible with the…

  24. AWO.B.CATII.120 CS AWO.B.CATII.120 Radio altimeter (or other device capable of providing for equivalent performance and integrity level)

    The radio altimeter (or other device capable of providing for equivalent performance and integrity level) shall be such that the probability of the…

  25. AWO.B.CATII.121 CS AWO.B.CATII.121 Excess-deviation alerts

    AEROPLANE FLIGHT MANUAL (AFM)

  26. AWO.B.CATII.122 CS AWO.B.CATII.122 General

    The AFM shall state: - (a) the limitations, including the minimum DH to which the aeroplane is certified;

    AMC AWO.B.CATII.122 Aeroplane flight manual

  27. AWO.B.CATIII.101 CS AWO.B.CATIII.101 Applicability

    This section is applicable to aeroplanes for which certification is sought to allow the performance of approaches with DHs below 30 m (100 ft) or with no…

Consolidated from the EASA Easy Access Rules (revision 14 Aug 2026, extracted 17 Aug 2026) for convenience. Not the official publication — verify against the Official Journal of the European Union and the EASA publications before operational use.

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