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Airport Overview

Information

OMDB - Dubai International

IATA ICAO Charts NOTAM(s)
DXB OMDB U.A.E eAIP (Account Required) U.A.E FIR - NOTAM(S)

Dubai International Airport is the primary gateway for Dubai and the United Arab Emirates. It ranks as the world's busiest airport by international passenger traffic and is also the largest airport in the Middle East. Globally, it is the second busiest by total passenger volume and the leading airport for Airbus A380 and Boeing 777 operations.

Located 2.54 nautical miles east of Dubai's city center in the Al Garhoud district, the airport is home to Emirates Airline and low-cost carrier FlyDubai.

Tip

Dubai International is one of the busiest globally and the most active in the Middle East. Due to the high volume of traffic during peak hours and the airport's operational complexity, it is essential that you prepare thoroughly, as any professional crew would. Be sure to review this brief and the corresponding charts carefully.

If you are new to the VATSIM Network, we strongly recommend avoiding this airport until you have gained more experience flying on the network. During peak times, controllers are often too busy to offer additional assistance. Instead, consider flying to other airports within the Arabian vACC, where the traffic is lighter and procedures are less complex, allowing for a more accommodating experience.

Charts & Scenery

Pilots can access the latest charts through the following sources: Chartfox (Free, VATSIM login required), the U.A.E eAIP (Free, account required), or Navigraph (Subscription required). VFR charts in Navigraph are listed under the "APP" category with "Runway Unspecified."

Simulator Freeware Payware
MSFS flightsim.to IniBuilds
X-Plane X-Plane Default TAIMODELS
Prepar3D V4/V5 AVSIM FlyTampa

Warning

The latest airport layout is reflected in MSFS, X-Plane, and the freeware Prepar3D sceneries. However, the payware Prepar3D scenery from FlyTampa features the 2012 airport layout, which lacks Concourse D and some taxiways/rapid-exits. Pilots using the FlyTampa scenery must inform the controller of this on initial contact.

Stand Allocation

Area Stand Allocation Operator
Concourse A Stands A1 to A10, D1 to D10 ACA, QFA, UAE, UAL
Concourse B Stands B14 to B27, F16 to F27 ACA, QFA, UAE, UAL
Concourse C Stands B1 to B12, F2 to F13 FDB (Stands: F2, B1 to B10), UAE
Concourse D Stands C48 to C64 International Operators
Apron C (Remote) Stands C18 to C47 UAE (Stands: C24 to C40), FDB (Stands: C18 to C23, C27 to C40), KAM (Stands: C36 to C40), International Operators
Apron E (Remote) Stands E1 to E45 AXB, FDB, other low cost and cargo operators
Apron G (Remote) Stands G1 to G22 UAE (Overflow)
Apron H Stands H1 to H4 AUH, DUB
Apron Q (Remote) Stands Q1 to Q11 FDB
Apron S (Remote) Stands S1 to S15 UAE (Overflow)

Info

All arriving aircraft will be assigned stands by our stand assigner using the Ground Radar Plugin. Virtual Airlines can expect to be directed to park at Concourse D.

Air Traffic Control positions

Login Code Radio Callsign Frequency Area of Responsibility
OMDB_DEL Dubai Delivery 120.350 - All IFR & VFR Clearances
OMDB_1_GND Dubai Ground 118.350 - Primary Ground Position - Concourse A, B, C, Apron G, Apron H
OMDB_2_GND Dubai Ground 121.650 - Concourse D, Apron C, Apron E, Apron Q, Apron S
OMDB_1_TWR Dubai Tower 118.750 - Primary Tower Position - Runway 12L/30R
OMDB_2_TWR Dubai Tower 119.550 - Runway 12R/30L
OMDB_1_DEP Dubai Departures 121.025 - Primary Departure Position
OMDB_2_DEP Dubai Departures 124.675 -
OMDB_APP Dubai Arrivals 124.900 - Primary Arrivals Position - Services for: OMDB, OMSJ, OMDW
OMDB_F_APP Dubai Director 127.900 - Final approach sequencing - Call with callsign only!

Warning

It's crucial that you pay close attention to the frequency you're being transferred to. Do not attempt to guess the next frequency, and never switch frequencies without explicit instructions from the controller. Auto-handoffs are not used at Dubai International. If you're unsure, don’t hesitate to ask for the frequency again!

Reduced Runway Separation Minima (RRSM)

Reduced runway separation may be implemented at any time, day or night, under the following scenarios:

  • A departing aircraft followed by another aircraft departing from the same runway.
  • Two consecutive landing aircraft.
  • Two consecutive departing aircraft.

Conditions for Application:

  • The tailwind component does not exceed 5 knots at the landing threshold, and there are no pilot reports of wind shear.
  • Meteorological visibility is at least 5000 metres, and the cloud ceiling is not below 1000 feet. The AIR controller must be confident that the following aircraft can continuously and completely observe the relevant traffic.
  • Traffic information is provided to the crew of the succeeding aircraft.
  • The runway is dry, with no indications that braking action will be adversely affected.
  • The AIR controller must be able to assess separation visually or using radar-derived information.
  • Suitable landmarks and surface surveillance markers must be available to assist in assessing aircraft separation.
  • Wake turbulence separation minima must be maintained.
  • Minimum separation must still exist between two departing aircraft immediately after the second aircraft takes off.
  • The pilot of an arriving aircraft must be informed of the expected exit point for runway vacating.