Find the exact direction of the Kaaba in Makkah from wherever you are. Tap the button, allow location access, and slowly rotate your phone until the 🕋 marker points up — that is your Qibla.
What is the Qibla?
The Qibla is the direction Muslims face when they pray — toward the Kaaba, the sacred black cube at the center of Masjid al-Haram in Makkah, Saudi Arabia. Facing the Qibla is a condition for the validity of the five daily prayers, which is why finding it accurately matters everywhere you travel.
The Kaaba sits at approximately 21.4225° north and 39.8262° east. From your location, the Qibla is not simply "east" or "west" — it is the shortest path over the curved surface of the Earth (called a great circle). For example, from North America the Qibla points northeast, and from Indonesia it points northwest.
How to use this Qibla compass
Getting an accurate reading
Qibla direction from major cities
As a rough reference, the Qibla angle (clockwise from true north) is about: Riyadh 245°, Karachi 267°, London 119°, New York 58°, Jakarta 295°. Your exact angle depends on your precise location, so always use the live calculator above for prayer.
Frequently asked questions
What is magnetic declination and does it affect the Qibla?
Declination is the angle between magnetic north (where compass needles point) and true north (the geographic pole). It ranges from 0° to over 20° depending on where you are. Quality qibla tools correct for it automatically using your location — a raw magnetic reading without correction can be several degrees off.
Why does my phone compass point a few degrees off?
Usually an uncalibrated magnetometer or nearby interference — phone cases with magnets, speakers, cars, and reinforced concrete all distort readings. Calibrate with a figure-8 motion, move away from metal, and re-check.
Can I find the Qibla without internet or GPS?
Yes, if you know your city's Qibla bearing in degrees — memorize it once and any ordinary compass works offline. Traditional fallbacks include the sun's position at known times and shadow methods, though they are less precise than a GPS-based bearing.