Standard Operating Procedures (SOPs) for Doha Hamad (OTHH) · 2020. 5. 20. · It replaced the...
Transcript of Standard Operating Procedures (SOPs) for Doha Hamad (OTHH) · 2020. 5. 20. · It replaced the...
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Standard Operating Procedures
(SOPs)
for
Doha Hamad (OTHH)
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Index
1. FOREWORD ................................................................................................. 4
2. ATC UNITS .................................................................................................. 4
3. RECOMMENDATIONS ...................................................................................... 5
3.1. CONFLICTS OPTIONS ....................................................................................................... 5
3.2. USE OF OCA .......................................................................................................................... 5
3.3. USE OF TAGS ................................................................................................................ 5
3.4. TRANSITION ALTITUDE/LEVEL ............................................................................................ 5
3.5. SEMI-CIRCULAR FLIGHT LEVEL RULE ..................................................................................... 6
4. ATC POLICY ................................................................................................ 7
4.1. APPROACH POLICY ......................................................................................................... 7
4.2. AERODROME POLICY ....................................................................................................... 7
5. AREA OF RESPONSIBILITY ATC ........................................................................... 8
5.1. AREA OF RESPONSIBILITY OF APPROACH CONTROLLERS ............................................................... 8
5.2. AREA OF RESPONSIBILITY OF TOWER CONTROLLER ................................................................... 10
5.3. AREA OF RESPONSIBILITY OF GROUND CONTROLLER ................................................................. 12
6. DELIVERY OPERATIONS .................................................................................. 13
6.1. CLEARANCE ............................................................................................................... 13
6.2. SSR CODE ........................................................................................................................... 13
7. GROUND OPERATIONS ................................................................................... 14
7.1. PREFERENTIAL SELECTION OF RUNWAY ................................................................................ 14
7.2. PARKING AREAS AND STAND FOR AIRLINES ............................................................................. 14
7.3. PUSHBACK AND START-UP OPERATIONS ............................................................................... 14
7.4. LVPS TAXIWAY OPERATIONS ............................................................................................ 15
8. TOWER OPERATIONS ..................................................................................... 16
8.1. HANDOFF BETWEEN GND AND TWR ..................................................................................... 16
8.2. TAKEOFF AND LANDING CLEARANCE ................................................................................... 16
8.3. TRAFFIC PATTERN ........................................................................................................ 16
8.3.1. ENTRY AND EXIT FROM TRAFFIC PATTERN VFRS ON OTHH .......................................... 16
8.3.2. ENTRY AND EXIT FROM TRAFFIC PATTERN VFRS ON OTBD .......................................... 16
9. APPROACH OPERATIONS ................................................................................. 17
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9.1. OUTBOUND PROCEDURES .......................................................................... 17
9.2. INBOUND PROCEDURES ............................................................................. 17
9.2.1. INTERMEDIATE APPROACH ........................................................................................ 18
9.2.2. FINAL APPROACH .................................................................................................. 19
10. LOW VISIBILITY PROCEDURES (LVPS) ................................................................ 19
11. LOA AND CHARTS ...................................................................................... 20
11.1. LOA ........................................................................................................................ 20
11.2. CHARTS .................................................................................................................... 20
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1. FOREWORD
Hamad International Airport (IATA: DOH, ICAO: OTHH) is the international airport for Doha, the
capital city of Qatar. It replaced the former Doha International Airport as Qatar's airport.
Formerly known as New Doha International Airport (NDIA), Hamad International Airport was
originally scheduled to open in 2009, but after a series of costly delays, the airport finally opened on
April 30, 2014 with a ceremonial Qatar Airways flight landing from Doha International. National
carrier Qatar Airways and all other carriers formally relocated to the new airport on May 27, 2014.
Doha International Airport (IATA: DOH, ICAO: OTBD) was an airport in Doha, Qatar. It was Qatar's
commercial airport until Hamad International Airport opened on 30 April 2014. It featured 60 check-
in counters, 42 parking bays for aircraft and 8 baggage claim belts. All scheduled commercial air
traffic serving this airport moved to the new Hamad International Airport on 27 May 2014. The new
airport is located 4 kilometres (2.5 mi) east of the former facility.
2. ATC UNITS
The following positions are available for use at Doha Hamad OTHH:
Position IvAc Callsign Radio Callsign Frequency Vertical limits
ARR R OTHH_R_APP Doha Radar 121.100 From boundaries1 to FL245 / Class A
ARR OTHH_APP Doha Approach 119.725 From boundaries1 to FL145 / Class C
FIN OTHH_F_APP Doha Director 119.400 From SFC to 4500 ft / Class C
AIR W OTHH_W_TWR Hamad Tower 118.025 From SFC to 2500 ft, responsible for
34L/16R / Class D
AIR E OTHH_E_TWR Hamad Tower 118.525 From SFC to 2500 ft, responsible for
34R/16L / Class D
GMC W OTHH_W_GND Hamad Ground 121.675 Responsible for movements to west from
T2
GMC E OTHH_E_GND Hamad Ground 120.225 Responsible for movements to east from
T3
GMP OTHH_DEL Hamad Delivery 120.875 n.a.
1see below boundaries in the charts
The following positions are available for use at Doha Intl airport OTBD:
Position IvAcCallsign Radio Callsign Frequency Vertical limits
AIR OTBD_TWR Doha Tower 118.900 From SFC to 1500 ft / Class D
GMC OTBD_GND Doha Ground 121.925 n.a.
1see below boundaries in the charts
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3. RECOMMENDATIONS
3.1. CONFLICTS OPTIONS
It is recommended to select with Conflict Options to these values:
• _GND: 4nm/800ft;
• _TWR: 4nm/800ft;
• _APP: 6nm/800ft
3.2. USE OF OCA
It is recommended using OCA to note on radar screen important information about coordination
such as frequencies, turbulence reports, speed, ect.
3.3. USE OF TAGS
In aircraft labels assigned flight level should always be updated.
For waypoint tags we recommend the following use:
• When cleared to standard arrival routes (as per Chapter 9.2) the approach controller will
insert the last two letters of the ICAO destination code for aircraft with destination OTxx
(e.g. HH, BD).
• The Approach controller, in according to arrival program, will insert which runway will be use
for landing (e.g. HH-L for Hamad 34L or 16L; HH-R for Hamad 34R or 16R; BD-33 for Doha
(30; BD-15 for Doha 15).
• Only for “direct” to waypoints outside of own sector or out of standard arrival routes the
first three letter of the assigned FIX or navaid will be inserted, or the first three letter of the
fix and the last of the destination for arrival traffic (e.g. DOH-HH).
• For departing traffic DEL/GND/TWR will insert only the initial climb and SID in the following
format: XXX YY (e.g. SID ALSEM 1E, will be inserted ALS 1E).
• We suggest not using tags such as FPL RTE, FP ect. which do not provide any useful
information to other units and keep ATCs busy in adding them or removing them.
3.4. TRANSITION ALTITUDE/LEVEL
The transition altitude is always 13000 ft.
The transition level is always 150.
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3.5. SEMI-CIRCULAR FLIGHT LEVEL RULE
The Doha semi-circular flight level rule is conform to ICAO Doc 8168 - OPS, Volume 1, Part III, Section
1, Chapter 4, so the controller could check if the pilot send a flight plan conform with following table:
RVSM
(East-West)
180°-359°
(West)
000°-179°
(East)
IFR VFR IFR VFR
1500 ft
2500 ft 3500 ft
4000 ft 4500 ft 5000 ft 5500 ft
6000 ft 6500 ft 7000 ft 7500 ft
8000 ft 8500 ft 9000 ft 9500 ft
10000 ft 10500 ft 11000 ft 11500 ft
12000 ft 12500 ft 13000 ft
NO
T A
VA
ILA
BL
E F
OR
VF
R T
RA
FF
IC
N
OT
AV
AIL
AB
LE
FO
R V
FR
TR
AF
FIC
FL 150
FL 160 FL 170
FL 180 FL 190
FL 200 FL 210
FL 220 FL 230
FL 240 FL 250
FL 260 FL 270
FL 280 FL 290
RVSM RVSM
FL 300 FL 310
FL 320 FL 330
FL 340 FL 350
FL 360 FL 370
FL 380 FL 390
FL 400 FL 410
CVSM CVSM
FL 430 FL 450
FL 470 FL 490
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4. ATC POLICY
4.1. APPROACH POLICY
ARR R (OTHH_R_APP) is known as the ‘’master’’ position and must be the first position to be opened.
ARR R will provide full Approach/Departure coverage from every direction if no other _APP positions
open.
FIN (OTHH_F_APP) is the next _APP position to be opened. When online, it will carry out the
functions of the FIN controller. A Tower position must be online before FIN can be opened. If the
_TWR becomes offline, the FIN position must also be disconnected within 10 minutes. During this
time, the FIN will assume responsibility of Aerodrome control.
ARR is the last _APP position that can be opened, however can be opened only some special cases
and allowed by UAE staff. A Tower position must also be online before ARR can be opened. If the
TWR becomes offline, the ARR R position must also be disconnected within 10 minutes. During this
time, the FIN position will assume responsibility of Aerodrome control.
Checklist:
-ARR R and AIR online = FIN can be opened
-ARR R, AIR and FIN online = ARR can be opened.
4.2. AERODROME POLICY
Tower: AIR E (OTHH_E_TWR) is the “master “position and must be the first TWR position to be
opened. AIR W (OTHH_W_TWR) can be open only if the AIR E, GMC W is online, and when in some
special cases such as event allowed by UAE staff. If the AIR E, GMC W becomes offline, the AIR W
position must also be disconnected or reconnect as AIR E or GMC W within 10 minutes.
Ground: GMC W (OTHH_W_GND) is the “master “position and must be the first GND position to be
opened. GMC E (OTHH_E_GND) can be open only if the GMC W is online. If the GMC W becomes
offline, the GMC E position must also be disconnected or reconnect as GMC W within 10 minutes.
Delivery: Only 1 DEL position is allowed and it’s without restrictions.
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5. AREA OF RESPONSIBILITY ATC
5.1. AREA OF RESPONSIBILITY OF APPROACH CONTROLLERS.
The area of responsibility for Doha Radar (OTHH_R_APP) up to FL245
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The area of responsibility for Doha Approach (OTHH_APP) up to FL145
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5.2. AREA OF RESPONSIBILITY OF TOWER CONTROLLER.
OTHH_E_TWR is the MAIN Tower position and when OTHH_W_TWR is not active responsible for all
Runways. If OTHH_W_TWR is active OMDB_E_TWR only is responsible for RWY 34R/16L and
OTHH_W_TWR for Runway 34L/16R. OTHH_W_TWR position can only be opened only ome cases
allowed by UAE staff!
(HAMAD TOWER IS NOT RESPONSIBLE FOR DOHA AIRPORT MOVEMENT AT ANY TIME!)
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Normal situation
Special situation
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5.3. AREA OF RESPONSIBILITY OF GROUND CONTROLLER.
GMC W (OTHH_W_GND) is responsible for all ground movements on taxiways and aircraft at the
gate. In some special cases allowed by UAE staff can be opened GMC E (OTHH_E_GND). GMC W/E
should transfer traffic at the holding point to the TWR controller.
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6. DELIVERY OPERATIONS
6.1. CLEARANCE
Both VFR and IFR traffic need Clearance to departure from Hamad or Doha airports. Normally this
Clearance will be given by Delivery controller for Hamad, and by Ground controller for Doha. In case
of absence of Delivery controller, the Clearance will be given by first controller available. A Clearance
shall include the following items:
• Aircraft identification;
• Clearance limit;
• Route;
• Level limits (initial climb 3000ft at OTHH and 4000ft at OTBD) or change of levels;
• Squawk (assigned code).
Here you can see some example of Clearance:
• Example of Departure clearance for IFR with SID: “Qatari XXX, cleared to Amsterdam, via
PATOM one Zulu, sq. 2673”.
• Example of Departure clearance for IFR without SID: “Qatari XXX, cleared to Kuwait, runway
heading till 3000 feet, sq. 2606”.
• Example of Departure clearance for VFR: “A6-EFT, cleared VFR to Sharjah, not above altitude
1,500 feet, VFR, squawk 7101”.
6.2. SSR CODE
SSR codes:
International flights 2601-2677
Domestic flights 6101-6177
Local flight / VFR 6001-6077
Military 0601-0677
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7. GROUND OPERATIONS
7.1. PREFERENTIAL SELECTION OF RUNWAY
There are two possible configurations for OTHH and OTBD. Either 34 or 16 for OTHH and 33 or 15 for
OTBD. The configurations refers to the landing direction in use. Normally the configuration 34 Hamad
and 33 Doha is preferred due to the directions of wind. Most times we have wind from North west
directions. Both 34R and 34L are used for arriving and departing traffic. Otherwise 16 and 15 are
opened. Different runway configurations between OTHH and OTBD is strictly forbidden. The 34 and 33
configuration is recommended with max tailwind component up to 5kts. In this case a PIREP (Pilot
Report) is requested whenever possible and it is mandatory to report it in the ATIS rmks (TAILWIND
REPORTED ON FINAL
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7.4. LVPS TAXIWAY OPERATIONS
Low Visibility Procedures (LVP) will be instituted in a phase approach manner at HAMAD
INTERNATIONAL airport whenever the official meteorological visibility condition is 2000 M or less, or
whenever the cloud base is 1000 FT or less, or whenever conditions are such that all of the
maneuvering area cannot be seen from the control tower.
The procedures will ensure protection of the ILS localizer and glide path signals to ILS CAT III limits,
provide an effective surface movement guidance and control system, and ensure a safe ground
environment for aircraft and vehicles.
LVP will not normally be introduced for aircraft carrying out practice CAT II or CAT III approaches
although a request may be made to ATC for ILS signal protection.
In this situation all pilots pay attention to movement by ATC instructions
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8. TOWER OPERATIONS
8.1. HANDOFF BETWEEN GND AND TWR
Before to reach an holding point the pilot should contact tower controller in order to request
departure clearance.
8.2. TAKEOFF AND LANDING CLEARANCE
In case OTBD_TWR is online, his controller must coordinate about departures with OTHH_E_TWR or
OTHH_W_TWR. If there aren’t OTHH twr online, OTBD twr controller must coordinate about
departures with OTHH_R_APP.
a) Landing Clearance Phraseology
• "(Call sign) (traffic information e.g. aircraft type & vacating point), wind (direction (.)
/ speed (knots)) Runway (number) cleared to land"
• "(Call sign) (traffic information e.g. aircraft type departing ahead), wind (direction (.)
/ speed (knots)), Runway (number) cleared to land"
b) Departing Clearance Phraseology
• "(Call sign) (traffic information e.g. aircraft type departing ahead), wind (direction (.)
/speed (knots)), Runway (number) cleared for take‐off"
8.3. TRAFFIC PATTERN
8.3.1. ENTRY AND EXIT FROM TRAFFIC PATTERN VFRS ON OTHH Traffic patterns should be done in according to ATC instructions.
8.3.2. ENTRY AND EXIT FROM TRAFFIC PATTERN VFRS ON OTBD Special notes on VFR traffic departing from OTBD
VFR departures from OTBD - RWY 15 are independent from OTHH IFR traffic on
the provison that the VFR traffic climbs straight ahead to 700 FT, turns to the
west before the upwind end of OTBD RWY 15. The VFR departure will state if it
is unable to adhere to this route and will therefore be treated as per OTBD IFR
departure.
VFR departures from OTBD - RWY 33 are independent from OTHH IFR traffic on
the provison that the VFR traffic climbs straight ahead to 700 FT, turns to the
west and remains south of OTP45. The VFR departure will state if it is unable to
adhere to this route and will therefore be treated as per OTBD IFR departure.
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9. APPROACH OPERATIONS
9.1. OUTBOUND PROCEDURES
For all configurations, the departures traffic should contact Doha Radar (OTHH_R_APP).
They have no contact with Doha director (OTHH_F_APP) or Doha approach (OTHH_APP).
Aircraft should be transferred by ADC to the ARR sector when passing 1000’ MSL.
Departures will not normally be climbed above 3000ft until they have established a positive contact
with ARR and, once in contact with appropriate ARR, not above altitude 13000’ until in contact with
Bahrain center.
No need of coordination between ADC and ARR if both agree to make good use of the datatag,
including SID.
Aircraft must also be instructed to report their passing altitude (if omitted from the first call) to verify
the Mode C/S readout. (Readout has to be +/- 200ft from the reported altitude).
9.2. INBOUND PROCEDURES
All arrival routes into OTHH (OTBD) are from AFNAN, BAYAN, GINTO. All Arrival routes are RNAV 1
miles.
STARS for OTHH:
RWY 34L RWY 34R
AFNAN 1W AFNAN 1E
BAYAN 1W BAYAN 1E
GINTO 1W GINTO 1E
RWY 16L RWY 16R
AFNAN 1M AFNAN 1C
BAYAN 1M BAYAN 1C
GINTO 1M GINTO 1C
STARS for OTBD:
RWY 33 RWY 15
AFNAN 1N AFNAN 1N
BAYAN 1N BAYAN 1N
GINTO 1N GINTO 1N
The Approach controller must check to have always updated charts.
Holding stacks are normally AFNAN (min 8000’, max FL220, inb 268 Right turn), BAYAN (min 8000’,
max FL240, inb 229 Left turn) and GINTO (min 8000', max FL210, inb 087 Right turn). These are
conditional clearance points: a traffic direct AFNAN or BAYAN or GINTO shall not proceed beyond
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these points without further clearance. Nevertheless always advise if holding or radar vectors are to
be expected.
Aircraft should be informed of the length of delay expected in the hold. If the delay is going to be
over 20 minutes, Expected Approach Time must be passed on to the aircraft.
Aircraft must comply with STAR speed and altitude constraints unless waived from the controller,
e.g. ‘’comply with star speed/no atc speed restrictions’’.
ARR controllers should use minimum clearance altitude of 5000’ if Doha director is online. ARR
should instruct the acft to descend and maintain 5000’ and speed 220kts. Initiate the TRANSFER
when the acft leaves/crosses 6000’.
Verification of MET and Aircraft type Doha Radar has to verify that aircraft are in receipt of the latest ATIS report and are to verify the
aircraft type, including type variants. First contact to Doha director should be callsign only. ARR
controllers have to specify this to the acft during the handoff: e.g. ‘’Qatari 313 contact director on
119.4, callsign only’’. While checking-in with director, the pilot will only say the callsign: e.g.
‘’Director, Qatari 313’’. This is important to keep director’s frequency free from congestion..
9.2.1. INTERMEDIATE APPROACH ARR adopts the role of "Master Arrival" to coordinate and integrate traffic from all directions.
During normal operations, ARR will pass instructions to inbound traffic routeing from arrivals
routed in order to perform integration of the three streams until handover to Doha Director.
Traffic should normally be offered to FIN descending to altitude 5000ft (QNH) at 220kts. If any
non-standard altitudes or speeds are used, FIN should be informed when the aircraft is
transferred. On transfer of control to FIN, controllers should use the phrase "Contact Doha
Director 119,40, callsign only".
Continuous Descent Approach Procedure The aim of a CDA is to provide pilots with ATC assistance necessary for them to achieve a
continuous descent without levelling off between 6000’ MSL and touchdown on landing rwy.
This has significant benefits in terms of noise produced and reduces the amount of fuel that
needs to be used.
The procedure requires specific speeds to be assigned to aircraft and accurate, adequate
range from touchdown information. As a general idea, use the ‘’dist. X 3 times’’: e.g. track
miles to touchdown 25nm = around 7000’ (take a few hundred feet off if the traffic is above
220kts and/or has a noticeable tailwind component).
The CDA procedure should be used for all inbound aircraft to Dubai.
Distance from touchdown should be passed whenever possible on first contact with ARR (if
known) and shall be passed on first contact with FIN.
Speed restrictions:
In according to AIP publication, a pilot inbound should maintain the following speed restrictions:
• 220 KTS: in advanced downwind and base;
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9.2.2. FINAL APPROACH
During normal operation, FIN will pass instructions to inbound traffic routeing in order to perform
integration of the three streams onto the final leg until handover to the Tower. Traffic should normally
be received by FIN descending to altitude 5000ft (QNH) at 220kts. If any nonstandard altitudes or speeds
are used, FIN should have been informed earlier on. Good use of datatag is recommended.
Radar Separation Requirements 1000’ vertical and 5nm horizontal is the standard in the Qatar airspace, with the exception:
The minimum radar separation between aircraft on final to land is 3nm.
It’s paramount that the preceding acft is advised of the following acft and it is required to exit the rwy
expeditiously via the first HST (High Speed Taxiway). So expect to vacate the runway in these following
taxiways:
• 34R: A5 or A9 ;
• 34L: L6 or L9;
• 16R: L5 or L3;
• 16L A7 or A3.
Request of HST exit should be given by the Tower on first contact.
Spacing Requirements The minimum spacing between aircrafts is 3 nm unless vortex separation is higher. Wake turbulence
caution shall ALWAYS be given.
Missed Approach Procedures See charts.
10. LOW VISIBILITY PROCEDURES (LVPS)
See chapter 7.5
When LVP's are in force, pilots can expect that the ILS localizer and glidepath signal are fully protected.
Aft taxying to the rwy are required to stop at the CAT II/III holding point, advise them consequently
and include in the ATIS ‘’LVP IN PROGRESS’’.
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11. LOA AND CHARTS
11.1. LOA
The Letters of agreements are available to download in ae.ivao.aero
11.2. CHARTS
The charts needed to control in Bahrain are available in AE-IVAO website (, or on Civil Aviation Authority
of Qatar