To find the Qibla direction, first determine your location, calculate the initial great-circle bearing from that point to the Kaaba, and then turn from true north by the stated number of degrees. The simplest method is to use a Qibla finder, allow location access or enter coordinates, and follow the bearing with a calibrated compass. Check the result against a trusted local prayer direction when precision matters.
Quick answer: Open the finder, set your location, and read the bearing. If it says 119° ESE, for example, face true north and turn clockwise to 119 degrees—slightly south of east-southeast. On a supported phone, enable the live compass and turn until the green needle meets the fixed marker at the top of the dial.
What the Qibla direction actually means
The Qibla is the direction toward the Kaaba in Masjid al-Haram, Makkah. For a person standing far away, “toward” needs a geometric definition. Qibla Finder uses the initial direction of the shortest route across the Earth’s surface. Geographers call that route a great circle and its initial direction a forward azimuth.
A Qibla result normally contains three useful pieces of information:
- Bearing: an angle measured clockwise from true north, from 0° to just under 360°.
- Compass point: a familiar label such as NE, ESE, or WNW.
- Distance: the approximate great-circle distance to the Kaaba.
The bearing is the precise part. A compass label divides the horizon into broad sectors, so it is easier to remember but less exact. “NE” covers a range of angles; “58.5°” identifies one direction within that range.
The bearing is also an initial direction. If you could travel thousands of kilometres along the shortest spherical route, your heading would gradually change. For prayer at one location, only the direction at your starting point matters.
The quickest way to find the Qibla direction
For most people, the fastest reliable method takes less than a minute.
- Open Qibla Finder on a phone or computer.
- Press Use my location, then allow the browser’s location request. If you prefer not to share device location with the page, enter latitude and longitude manually.
- Read the bearing and compass point. Remember that the number is measured from true north.
- On a compatible phone, enable the live compass and hold the device flat, screen facing upward.
- Turn slowly until the Qibla needle meets the marker at the top of the dial.
- Compare the direction with a known mosque, mihrab, or established local direction if one is available.
The location calculation runs inside your browser. Coordinates are not sent to an application server. The Qibla map requests its images from a tile provider, which can see the area being shown.
How to find the Qibla using coordinates
Coordinates are useful when browser location is unavailable, permission is denied, or you want to check somewhere other than your current position.
Get a reasonable latitude and longitude
You do not need survey-grade coordinates. A city centre is enough for a city-level estimate, while a building or neighbourhood coordinate gives a more local result. Qibla Finder accepts several common forms:
- Decimal degrees:
51.5074,-0.1278 - Decimal comma:
51,5074,-0,1278 - Degrees, minutes, seconds:
51°30'26.6"N,0°7'40"W - Spaced DMS:
51 30 26.6 N,0 7 40 W
Latitude runs from 90° south to 90° north. Longitude runs from 180° west to 180° east. In decimal form, south and west are usually negative. In DMS form, the letters S and W supply the negative direction, so do not combine a minus sign with a hemisphere letter.
Enter both values and calculate
Put latitude in the first field and longitude in the second. Swapping them may produce a valid point in an entirely different part of the world, which means the result can look reasonable while being wrong. After calculation, check the From line to make sure the displayed position matches the place you intended.
Read the angle clockwise from north
A bearing of 0° is north, 90° is east, 180° is south, and 270° is west. Values between those cardinals describe intermediate directions:
- 45° is northeast.
- 135° is southeast.
- 225° is southwest.
- 315° is northwest.
If your result is 58.5°, begin at true north and rotate clockwise a little past northeast. If it is 295.1°, rotate clockwise past west toward northwest—or turn about 64.9° counterclockwise from north. Both movements end at the same direction.
How to use a compass for the Qibla
A bearing only becomes useful when you can relate it to the room or landscape around you. A compass does that, but it needs careful handling.
Place a handheld compass on a level, non-metallic surface and let the needle settle. Keep it away from steel furniture, speakers, electrical equipment, vehicles, reinforced concrete edges, and magnets. Rotate the compass housing until its north reference aligns with the needle, then locate the Qibla bearing on the degree ring.
With a phone, remove magnetic accessories if the reading seems unstable. Hold the device flat rather than upright like a camera. Move it in a gentle figure-eight if the operating system asks for calibration. Then rotate your whole body with the phone instead of twisting the handset independently.
Take two or three readings. If they differ sharply while you have not moved, the sensor is being disturbed. Change position and try again rather than averaging unreliable numbers.
True north and magnetic north are not the same
This distinction causes many apparent disagreements between a calculated Qibla and a physical compass.
True north points toward the geographic North Pole. Great-circle bearings are calculated from true north because it is a fixed geometric reference.
Magnetic north is the direction a magnetic compass needle follows. The angle between magnetic and true north is called magnetic declination. Its size and sign vary by location and slowly change over time. In some places the difference is small; elsewhere it can exceed 20 degrees.
A phone may report a heading already corrected to true north, a magnetic heading, or no north-referenced heading at all. Browser support also varies. That is why Qibla Finder refuses to rotate the live dial when a device reports movement without a trustworthy north reference. A stationary, honest bearing is safer than an animated but meaningless one.
If you are using a traditional magnetic compass with a true-north Qibla bearing, apply the current local magnetic declination or use a trusted map or compass app that explicitly provides true north. Do not assume the correction used in another city applies to yours.
Why the Qibla can look wrong on a flat map
People often expect the shortest path to appear as a straight line. That expectation works on a sheet of paper, not on a globe flattened into a rectangular map.
The common Mercator projection preserves local angles but stretches distance and area, especially toward the poles. A great-circle route that is straight on a globe usually appears curved on a Mercator map. Drawing a ruler line from your city to Makkah follows a different path—a rhumb line with a constant compass heading—not the shortest route over the Earth.
This is especially noticeable from North America. Makkah appears east and south on many wall maps, yet the shortest spherical route from cities such as New York begins toward the northeast. The route bends over the North Atlantic and continues across Europe and the Mediterranean region. The great-circle map makes that curve visible.
Neither the screen nor the mathematics is claiming that Makkah moved north. The projection changed the visual relationship between places. The Qibla bearing describes the direction at your feet on a globe; the wall map describes positions on a distorted plane.
Approximate Qibla bearings from selected cities
These examples use representative city-centre coordinates and are rounded to one decimal place. A location within the same urban area will usually differ only slightly, but you should calculate from your own coordinates for the result you intend to use.
| City | Approximate bearing | Compass point | Approximate distance |
|---|---|---|---|
| London | 119.0° | ESE | 4,794 km |
| New York | 58.5° | ENE | 10,306 km |
| Jakarta | 295.1° | WNW | 7,920 km |
| Sydney | 277.5° | W | 13,236 km |
| Cape Town | 23.4° | NNE | 6,558 km |
| Istanbul | 151.6° | SSE | 2,405 km |
| Delhi | 266.6° | W | 3,835 km |
A compass point is deliberately broad. New York’s 58.5° is labelled ENE by a 16-point compass, but the numerical bearing is the better value when setting a line in a room.
Finding the Qibla without a smartphone
A smartphone is convenient, not essential.
Use an established local direction
A nearby mosque with a known mihrab is often the simplest reference. Once you know how its prayer line relates to a road, wall, sunrise view, or other fixed feature, you can transfer that relationship to nearby places. Be cautious in old or converted buildings where the visible room may not follow the original prayer axis.
Use a printed map with the correct bearing
Calculate the bearing beforehand, then mark true north and the Qibla angle on a local street or topographic map. A local map covers a small area, so its north grid is far more useful for orientation than a ruler line across a world map. Align the map with true north using landmarks, a surveyed street grid, or a corrected compass.
Use the Sun as an orientation check
The Sun rises broadly in the east and sets broadly in the west, but its exact path changes with date and latitude. It can help you reject a direction that is grossly wrong; it should not be treated as a universal precision method without a local solar calculation. A memorized “face the sunrise” rule will be wrong in many places and seasons.
Ask locally
When instruments are unavailable, ask someone familiar with the established prayer direction. Local knowledge is particularly valuable inside airports, hospitals, universities, hotels, and remote facilities that maintain designated prayer spaces.
How to find the Qibla while travelling
Travel changes the practical problem more than the geometry. Your bearing updates with your position, but it does not usually swing dramatically over a short walk or drive. Recalculate after a meaningful change of location—such as arriving in another city—not every few metres.
At an airport or station, look first for a prayer room and its direction marker. In a hotel, compare the calculated bearing with the building plan: long corridors, window walls, and street directions make useful references once identified. Outdoors, choose a distant fixed object along the bearing so you are not repeatedly checking the screen.
On a moving vehicle, a phone compass may be affected by metal and electrical systems. Location can also lag behind movement. Determine the direction when stationary if possible. Questions about how to pray when direction cannot be established, or while travel prevents a fixed orientation, belong with an appropriate religious authority rather than a browser tool.
Common Qibla-finding mistakes
Treating east as the universal answer
Makkah is not east of every location. From some places the Qibla is west, north, south, or a diagonal direction. The correct answer depends on both coordinates.
Swapping latitude and longitude
This is easy to do with copied coordinates. Latitude comes first in Qibla Finder. Check the displayed position before trusting the bearing.
Following magnetic north as though it were true north
The calculation starts from true north. A magnetic compass may need local declination correction. A difference of ten degrees is visible across a room.
Trusting an unstable phone sensor
An exact-looking number is not proof of an exact measurement. If the heading wanders beside metal or changes when the phone tilts, move and recalibrate.
Drawing a straight line across a world map
A straight Mercator line is not normally the shortest path on the globe. Use a great-circle bearing rather than the apparent page angle.
Measuring from the wrong end of the phone
The live dial assumes the top edge of the screen is the facing direction. Align that edge—not the side of the handset—with the marker or wall you intend to face.
Expecting the bearing to point at a visible object
The Kaaba is below the horizon from almost everywhere. The Qibla is a horizontal direction along the Earth’s surface, not a line of sight through the planet or into the sky.
How accurate does a Qibla direction need to be?
Mathematical precision and practical precision are different. The formula can return tenths of a degree, while a phone compass near steel may be wrong by many degrees. A thick prayer line, an uneven wall, or the way people stand can also introduce more variation than the calculation.
Use the numerical bearing carefully, then judge the quality of the instrument used to transfer it into the room. A stable handheld compass with a current declination correction is generally more informative than a phone heading that drifts. A surveyed or well-established local direction is stronger evidence than either.
Religious traditions may differ in how exact the orientation must be when the Kaaba is not visible and only a general direction can reasonably be known. Qibla Finder supplies geographic information, not a ruling. Consult a knowledgeable local authority for questions about obligation, uncertainty, or exceptional circumstances.
Frequently asked questions
Can I find the Qibla without allowing location access?
Yes. Enter latitude and longitude manually. The browser permission is only a convenience for obtaining coordinates; it is not required for the bearing formula.
Does Qibla Finder store my location?
No. The current coordinates are held in the page while it calculates and are cleared when the page is closed or reloaded. Theme and distance-unit preferences are stored locally, but coordinates are not. The map makes external tile requests, as explained in the Privacy Policy.
Why does my phone point somewhere different from the calculated bearing?
The most common causes are magnetic declination, poor sensor calibration, a tilted phone, nearby metal or magnets, or a browser that cannot provide a north-referenced heading. Compare like with like: true-north bearing against a true-north heading.
Does the Qibla change within the same city?
Technically, yes, because every starting coordinate has its own great-circle bearing. Across an ordinary city the change is generally small. It becomes relevant when comparing distant neighbourhoods, large regions, or calculations made from a generic country coordinate rather than your actual location.
Why is there no direction at the geographic poles?
At a geographic pole, every horizontal direction initially leads away from that pole and local north is undefined. There is no ordinary compass reference from which to measure a clockwise bearing. The useful instruction becomes following the appropriate meridian away from the pole.
What happens at the point opposite the Kaaba?
At the exact antipode, every great circle through that point reaches the Kaaba after the same half-circumference distance. There is no unique shortest initial direction. Move away from that exceptional point and a unique bearing appears again.
A dependable final check
Before using a newly calculated prayer direction, run through this short checklist:
- Confirm that the latitude and longitude describe the intended place.
- Read the numerical bearing, not only the broad compass label.
- Confirm whether your instrument uses true north or magnetic north.
- Keep the compass level and away from metal, magnets, speakers, and vehicles.
- Take more than one reading and investigate large changes.
- Transfer the direction to a fixed feature such as a wall edge or distant landmark.
- Compare it with an established local direction when one is available.
A good Qibla method combines sound geometry with honest observation. The calculation provides the geographic direction; your coordinates, compass, surroundings, and local reference determine how faithfully that direction reaches the floor in front of you.
Ready to check your location? Calculate your Qibla direction, or read how the tool was built for more about the method and its privacy-first design.