VFR · Visual Flight Rules
Shiraz Shahid Dastghaib International Airport
Large International Airport · Shiraz, 07, Iran
Conditions are good for visual flight at Shiraz Shahid Dastghaib International Airport. It's 81°F with 28% humidity. Winds are calm. Skies are clear.
ICAOOISSIATASYZ
Zulu · UTC--:--:--Aviation standard time
Local · UTC+4--:--:--Approx. (from longitude)
Elevation4,927ft1,502 m
Longest runway14,345ft4,372 m
Runways22 lighted
Coordinates29.54, 52.5929°32'21.1"N 52°35'23.3"E
ClassInternationalScheduled service
Current weather
81°F27°C · Dew 45°FVFR — Visual Flight Rules
Calm
- Visibility6+ sm
- CeilingSky clear
- Humidity28%
- Altimeter30.12 inHg
- Pressure1020 hPa
- GustsNone
Forecast
TAF- InitialTue 18:00Zuntil Thu 00:00ZVFRWind300° @ 6 ktVis6+ smSkyFew 4,000′Now
Issued 29 Sep 2026 17:45Z·NOAA / NWS Aviation Weather Center
Quick answers
- What is the weather at Shiraz Shahid Dastghaib International Airport (OISS) right now?
- Conditions are good for visual flight at Shiraz Shahid Dastghaib International Airport. It's 81°F with 28% humidity. Winds are calm. Skies are clear. (observed 19:30 UTC)
- Is OISS VFR or IFR right now?
- OISS is currently reporting VFR (Visual Flight Rules), based on the latest METAR.
- How many runways does Shiraz Shahid Dastghaib International Airport have?
- Shiraz Shahid Dastghaib International Airport has 2 runways; the longest is 14,345 ft (4,372 m). Field elevation is 4,927 ft.
- What are the tower and ATIS frequencies at OISS?
- ATIS 127.00 MHz, Tower 118.10 MHz (community data — confirm against current charts).
- What time is sunrise and sunset at OISS?
- On 2026-09-29, sunrise is at 02:21 UTC and sunset at 14:18 UTC; civil twilight ends at 14:42 UTC.
Runways
11L/29R◐ lit
11R/29L◐ lit
Radio frequencies
ATIS127.00
Tower118.10
Approach34.40
Approach119.00
Frequencies (MHz) come from the OurAirports community dataset and can lag official changes. Confirm against the current chart supplement or AIP before flight.
Nearby navaids
Distance and true bearing from the airport reference point