GPS jamming over Qatar

Updated 27 October 2026, 21:19 UTC

In the update of 27 October 2026, 21:19 UTC, 4 hexagons had enough aircraft to measure. 1 showed high interference (over 10% affected).

Flights on 26 October 2026. The map is rebuilt once a day from the previous day's flights.

The live map

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Embed this map

Paste this where the Qatar map should appear. It is free to use and updates by itself.

<iframe src="https://gpsinterference.com/embed?region=qatar" width="640" height="400"
        style="border:0;width:100%;max-width:960px" loading="lazy"
        title="Live GPS interference map: Qatar"></iframe>
<p>Live map: <a href="https://gpsinterference.com/">GPS Interference</a></p>

Open the embed studio to choose the map style, altitude, height and place names, and see a preview.

Most affected areas

Place	Share affected	Aircraft affected
Doha 25.6°N 51.0°E	31.0%	9 of 29

With few aircraft, one report can give a hexagon a high share; see the limitations.

Today in numbers

43 of 672 aircraft observations (6.4%) reported low accuracy. An aircraft counts once in each hexagon it crossed.

Hexagons by level, latest update
Level	Share of aircraft affected	Hexagons
High	over 10%	1
Medium	3–10%	3
Low	under 3%	0

By altitude

Mostly low altitude: points to local, low-power jammers. How this is read.

Aircraft observations by barometric altitude, latest update
Altitude	Aircraft	Share affected
Below 5,000 ft	344	5.5%
5,000 to 15,000 ft	466	6.0%
15,000 to 30,000 ft	199	1.5%
Above 30,000 ft	84	2.4%

An aircraft is counted in each layer it crosses, so the rows do not add up.

Area covered

This page counts only the hexagons whose centre lies inside Qatar's borders, so hexagons in neighbouring countries and out at sea are left out. The map is framed on 24.4°N to 26.2°N and 50.7°E to 51.7°E.

Background

For the reporting on interference in this area, and who it is attributed to, see the Middle East.

The Persian Gulf and Gulf of Oman at night, photographed from the International Space Station

About these figures. Low reported accuracy points to interference but does not prove it, and the map cannot locate a transmitter or say who is responsible. How the map is made.