Automatic Terminal Information Service (ATIS)
Automatic Terminal Information Service (ATIS)
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SKYbrary Aviation Safety. (February 3, 2025). Automatic Terminal Information Service (ATIS).
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Definition
The automatic provision of current, routine information to arriving and departing aircraft throughout 24 hrs or a specified portion thereof:
- Data link-automatic terminal information service (D-ATIS). The provision of ATIS via data link.
- Voice-automatic terminal information service (Voice-ATIS). The provision of ATIS by means of continued and repetitive voice broadcasts.
(ICAO Doc 4444: PANS-ATM)
Content of Voice-ATIS Broadcasts
Voice-ATIS broadcasts normally contain the following information in the order listed:
- name of aerodrome;
- arrival and/or departure indicator;
- contract type, if communication is via D-ATIS;
- designator;
- time of observation, if appropriate;
- type of approach(es) to be expected;
- the runway(s) in use; status of arresting system constituting a potential hazard, if any;
- significant runway surface conditions and, if appropriate, braking action;
- holding delay, if appropriate;
- transition level, if applicable;
- other essential operational information;
- surface wind direction (in degrees magnetic) and speed, including significant variations and, if surface wind sensors related specifically to the sections of runway(s) in use are available and the information is required by operators, the indication of the runway and the section of the runway to which the information refers;
- visibility and, when applicable, RVR;
- present weather;
- cloud below 1 500 m (5 000 ft) or below the highest minimum sector altitude, whichever is greater; cumulonimbus; if the sky is obscured, vertical visibility when available;
- air temperature;
- dew point temperature;
- altimeter setting(s);
- any available information on significant meteorological phenomena in the approach and climb-out areas including wind shear, and information on recent weather of operational significance;
- trend forecast, when available; and
- specific ATIS instructions.
Voice ATIS may be transmitted on a dedicated VHF communications frequency or as the voice element of a navigational facility (e.g. VOR).
At busy airports, separate ATIS broadcasts may be made for arrivals and for departures.
Use of ATIS
An important element of an ATIS broadcast is the designator (identifying code), which is a letter of the ICAO spelling alphabet. Designators assigned to consecutive ATIS are in alphabetical order. The pilot listens to the ATIS just prior initial contact and notes the code letter; on check-in, the pilot reports the code letter of the ATIS copied. This enables the controller to confirm that the pilot has copied the current ATIS. Normal practice is for the controller to up-date the pilot if the ATIS or any element of it subsequently changes materially.
In some cases, Operator procedures predicated on R/T communications safety require that both pilots in multi-crew aircraft remain on the principal ATC frequency once the aircraft is below FL100/10,000ft. This means that ATC must pass any significant changes to the reported ATIS.
Further Reading
For full information relating to Voice ATIS and D-ATIS, refer to ICAO Annex 11, Chapter 4, Section 4.3.
Categories
What Links Here (131)
- Runway Incursion and Airport Design
- Air Traffic Controller (ATC) Expectation Bias
- Automated Cloud Base and Visibility Measurement
- Effective Briefings
- Hazardous Inflight Weather Advisory Service (HIWAS)
- Magnetic Variation
- VOLMET
- CRJ1, Lexington KY USA, 2006
- DC91, vicinity Kansas City MO USA, 1999
- B773, Auckland Airport New Zealand, 2007
- RJ1H, vicinity Zurich Switzerland, 2001
- A343, Changi Singapore, 2007
- B732, Seattle WA USA, 2006
- A320, vicinity Sochi Russia, 2006
- B738, Manchester UK, 2003
- A343 / B744, London Heathrow UK, 2007
- B737, Amsterdam Netherlands, 2003
- A321, Daegu South Korea, 2006
- B732, London Gatwick UK, 1993
- E135, Norwich UK, 2003
- DH8D, Chania Greece, 2010
- C501, Birmingham UK, 2010
- SB20, Werneuchen Germany, 2002
- TBM8, Birmingham UK, 2011
- A332/A345, Khartoum Sudan, 2010
- B734, Amsterdam Netherlands, 2010 (2)
- B738, Newcastle UK, 2010
- A306, vicinity Birmingham AL USA, 2013
- A320, Paris Orly France, 2013
- IL76, St John's Newfoundland Canada, 2012
- A320, vicinity Lyons Saint-Exupéry France, 2012
- A332, Jakarta Indonesia, 2013
- A333, Kathmandu Nepal, 2015
- B733 / DH8D, Fort McMurray Canada, 2014
- B738, Pardubice Czech Republic, 2013
- DH8C / P180, Ottawa ON Canada, 2013
- B773, Dubai UAE, 2016
- B738, vicinity Christchurch New Zealand, 2011
- B737, Gran Canaria Spain, 2016
- B739, Yogyakarta Indonesia, 2015
- MD82 / C441, Lambert-St Louis MI USA, 1994
- DC91 / B722, Detroit MI USA, 1990
- B738, Delhi India, 2014
- A320, Jaipur India, 2014
- B736, Montréal QC Canada, 2015
- A333, Montréal QC Canada, 2014
- A320, Brunei, 2014
- A320 / B789 / A343, San Francisco CA USA, 2017
- B737, New York La Guardia USA, 2016
- A319, Santiago de Compostela Spain, 2016
- DH8D / DH8D, vicinity Sudbury ON Canada, 2016
- L410, Isle of Man, 2017
- A320, vicinity Tokyo Haneda Japan, 2016
- B738, Sint Maarten Eastern Caribbean, 2017
- B773, London Heathrow UK, 2016
- B748, Amsterdam Netherlands, 2017
- B738, Christchurch New Zealand, 2015
- B738, Rome Ciampino Italy, 2008
- A343, Rio de Janeiro Galeão Brazil, 2011
- GLEX, Montréal St Hubert Canada, 2017
- E190 / D328, Basel Mulhouse France, 2016
- A321, vicinity Deauville France, 2013
- E50P, Berlin Schönefeld Germany, 2013
- MD83, Port Harcourt Nigeria, 2018
- C25A, Bern Switzerland, 2018
- B738, Mumbai India, 2018
- AT76, Fez Morocco, 2018
- B738, Sochi Russia, 2018
- A320 (2) / CRJX (2) / B738 (3) / A332, vicinity Madrid Barajas Spain, 2018
- A319, Belfast Aldergrove UK, 2011
- E145, Stuttgart Germany, 2009
- CRJ2, Menorca Spain, 2011
- PRM1, vicinity Samedan Switzerland, 2010
- A332, vicinity Tripoli Libya, 2010
- A320, vicinity Oslo Norway, 2008
- B738, Eindhoven Netherlands, 2012
- A321 / B738, Dublin Ireland, 2011
- Vehicle / E190 / E121, Jersey Channel Islands, 2010
- A319, Copenhagen Denmark, 2012
- B738/B738, vicinity Oslo Norway, 2012
- B772, San Francisco CA USA, 2013
- B738, Paris CDG France, 2008
- CRJ7, Lorient France, 2012
- Aircraft Communications, Addressing and Reporting System
- Read-back or Hear-back
- Wingtip Clearance Hazard
- Transfer of Communication
- Bird Strike Reporting
- Bird Strike: Guidance for Controllers
- Wildlife Strike
- Landing on Contaminated Runways
- Wind Velocity Reporting
- Runway Crossing Incursions
- Cross Wind Landings
- Automation and ATM
- Runway/Taxiway Construction Risks
- Simultaneous Approaches to Parallel Runways
- Simultaneous Close Parallel PRM Approach
- Disruption of Aerodrome Meteorological Observations
- Flight Preparation and Conducting Effective Briefings (OGHFA BN)
- Landing At Wrong Airport (OGHFA SE)
- Low Level Wind Shear
- Low-Level Wind Shear Alert System (LLWAS)
- Microburst
- Monitoring Skills (OGHFA BN)
- Non-stabilized Approach After ATC-Requested Runway Change (OGHFA SE)
- Preventing Runway Incursions at Small Aerodromes
- Prioritisation for Pilots
- Runway Overrun On Landing (OGHFA SE)
- System Wide Events: Guidance for Controllers
- Takeoff Weight Entry Error and Fatigue (OGHFA SE)
- Transponder
- Weather Observations at Aerodromes
- Wind Shear Encounter During Go-Around (OGHFA SE)
- Wind
- Visibility
- AT75, vicinity Manchester UK, 2016
- Global Reporting Format (GRF)
- A321, Charlotte NC USA, 2015
- L410, Dubrovnik Croatia, 2018
- B738, vicinity Bergerac France, 2015
- B744, Halifax NS Canada, 2018
- B748, vicinity Hong Kong China, 2017
- The Tower Controller
- B744, Hong Kong China, 2018
- AT75, Rome Fiumicino Italy, 2013
- B78X, vicinity Abu Dhabi UAE, 2020
- A333, Zurich Switzerland, 2020
- The Approach Controller
- Aerodrome Weather Information Service (AWIS)
- GAMET






