Modern, high-precision Qibla compass, interactive geodesic map, and live AR camera view — works seamlessly anywhere in the world.
If the compass needle is erratic, hold your phone horizontally and gently wave it in a figure-8 pattern in the air 2-3 times. This recalibrates your mobile device's magnetometer.
On desktop or devices without a digital compass, use the sun position. At the exact time calculated below for your location, facing the sun (or looking at vertical shadow) points directly towards Mecca with 100% astronomical accuracy!
Calculated for your current location
Peer-reviewed by specialists in Islamic jurisprudence and celestial navigation. Learn how great-circle geodesy, sensor physics, and classical fiqh unite to establish prayer accuracy.
A complete, step-by-step tutorial on using Online Qibla Finder—covering device calibration, compass navigation, satellite map alignment, AR camera scanning, and classical solar methods.
A complete diagnostic guide for smartphone compass inaccuracies—explaining MEMS magnetometers, magnetic interference from cases, and step-by-step calibration.
An authoritative, scientific, and juristic investigation into the accuracy of online Qibla finders—analyzing great-circle spherical geodesy (WGS-84), smartphone sensor biases, magnetic interference, and classical Islamic standards.
A comprehensive scientific and fiqh manual explaining the astronomical formulas, solar elevation angles, and shadow ratios used to compute accurate Islamic prayer times worldwide.
A rich historical exploration of how Muslim astronomers pioneered spherical trigonometry, invented universal astrolabes, and laid the mathematical foundation for modern satellite geodesy.
A thorough juristic examination of the requirement to face the Kaaba in Salah, covering the legal difference between direct line of sight vs general direction, and how to rectify mistakes.
Discover the 100% astronomically accurate method to determine the Kaaba's direction using solar shadows, both during the bi-annual Rasd al-Qibla zenith and through daily solar calculations.
Finding the exact orientation to the Holy Kaaba in Mecca (21.4225° N, 39.8262° E) is an essential daily requirement for Muslims performing Salah around the globe. Whether you are traveling, at home, or in a new city, having access to a fast, zero-installation qibla finder makes establishing your prayer direction effortless. Online Qibla Finder delivers a web-based, real-time solution featuring a digital qibla finder compass, interactive satellite-guided qibla finder online map, and an augmented reality live qibla finder view that works directly inside any mobile or desktop web browser.
Facing the Holy Kaaba in Mecca, known in Islamic jurisprudence as Istiqbal al-Qibla (استقبال القبلة), is an indispensable prerequisite (Shart) for the validity of the five obligatory daily prayers (Salah), funeral prayers (Janazah), and voluntary prayers (Nawafil) under normal circumstances.
“So turn your face toward Al-Masjid al-Haram. And wherever you [believers] are, turn your faces toward it [in prayer].”
— Surah Al-Baqarah (2:144)During the initial sixteen to seventeen months following the Prophet Muhammad's (ﷺ) migration (Hijra) from Mecca to Medina, Muslims faced north toward Jerusalem (Bayt al-Maqdis). In Rajab or Sha'ban of the second year of the Hijri calendar (624 CE), divine revelation was received during prayer at what is now known as Masjid al-Qiblatayn (The Mosque of the Two Qiblas) in Medina, commanding an immediate 180-degree pivot south toward the Kaaba.
This physical orientation serves a profound spiritual reality: it unites over 1.9 billion believers worldwide into a concentric, global ring centered upon the ancient sanctuary built by Prophets Ibrahim (Abraham) and Ismail (Ishmael), peace be upon them.
The Holy Kaaba is located at coordinates: Latitude: 21.42249° N (21° 25' 21.15" N), Longitude: 39.82618° E (39° 49' 34.35" E). Calculating the exact direction from any coordinate on Earth to this specific coordinate requires solving the geodesic inverse problem on a three-dimensional curved surface.
On a spherical Earth model, the shortest distance between two points is an arc of a Great Circle (an orthodrome). The forward azimuth angle q measured clockwise from True North is derived from spherical trigonometry:
Where φ₁ is your local latitude, φ₂ = 21.42249° is the latitude of Mecca, and Δλ = λ₂ - λ₁ is the longitudinal difference. In software implementations, the two-argument arctangent function atan2(y, x) is utilized to handle quadrant wrapping gracefully across all 360 degrees.
A common pitfall among Muslims is looking at a flat rectangular world map (such as a standard Mercator projection) and drawing a ruler line between their city and Saudi Arabia.
When reading directional bearings, one must understand that “North” is not a singular direction:
The direction of Earth's rotational axis towards the geographic North Pole. All celestial calculations, sun transits, and our geodesic Qibla algorithms are referenced to True North (0°).
The point in the Northern Hemisphere where Earth's geomagnetic field lines point vertically downwards. Magnetic North drifts continuously by tens of kilometers each year.
The northern direction along the vertical grid lines of a specific map projection (such as UTM). Grid north differs slightly from True North due to meridian convergence.
The difference between True North and Magnetic North at any point on the globe is termed Magnetic Declination (or variation). Depending on your geographic position, declination can range from 0° to over 30°! Standard analog compasses follow Magnetic North; our tool automatically corrects for local geomagnetic declination using the NOAA World Magnetic Model (WMM) so you align with True North effortlessly.
Online Qibla Finder integrates three modern web browser capabilities to ensure reliable orientation across all device form factors:
On mobile smartphones, our application reads the DeviceOrientationEvent. On iOS devices, the browser provides webkitCompassHeading directly referenced to True North. On Android devices, our algorithm fuses the raw Euler angles (α, β, γ) with geomagnetic declination adjustments, applying mathematical angle unwrapping and low-pass dampening filters to prevent jitter while maintaining instantaneous 360-degree responsiveness.
For desktop computers, laptops, or environments with extreme electromagnetic interference, the map mode renders a high-resolution Leaflet satellite view. An emerald geodesic polyline connects your exact building or street directly to Al-Masjid al-Haram in Mecca, allowing visual alignment with your room's windows, exterior streets, or building walls without relying on internal hardware compass sensors.
Combining WebRTC camera streaming with live gyroscope orientation, AR mode overlays a 3D Kaaba beacon directly on your camera feed. As you sweep your device around your room, the on-screen target guides your view until you look straight through the physical world directly in line with Mecca.
For Muslims seeking 100% astronomical verification free of any magnetic anomalies, electrical interference, or sensor bias, the Sun provides an absolute celestial baseline:
Because Mecca is located at latitude 21.4225° N (within the tropics), the Sun's declination matches the exact latitude of the Holy Kaaba twice every year:
At these exact seconds, the Sun stands directly overhead (at zenith) over the Holy Kaaba. Consequently, anyone anywhere on Earth who can see the Sun at that moment is facing directly toward the Kaaba when looking at the Sun! Conversely, looking directly away from a vertical shadow casts a line pointing precisely to Mecca.
You do not have to wait for May or July to use the Sun. On any sunny day, our daily Solar Qibla feature calculates the exact minute when the Sun's azimuth either coincides with your Qibla bearing or is exactly 180° opposite. By planting a vertical stick (gnomon) on level ground at that specified minute, the shadow casts a straight, mathematically infallible Qibla baseline.
Classical Islamic jurists across the four canonical Sunni schools of jurisprudence (Hanafi, Maliki, Shafi'i, and Hanbali) extensively addressed the level of precision required when facing the Qibla:
For anyone who can physically see the Kaaba (worshipers inside Al-Masjid al-Haram in Mecca), facing the physical structure itself with exact physical alignment is mandatory by unanimous consensus (Ijma'). A deviation that places the Kaaba outside their direct gaze invalidates the prayer.
For worshipers distant from Mecca (the vast majority of the Ummah worldwide), facing the general direction (Jihah) satisfies the obligation. The Prophet Muhammad (ﷺ) established this foundational mercy when addressing the people of Medina:
“Whatever is between the East and the West is a Qibla.” (Recorded by At-Tirmidhi and Ibn Majah).
Classical scholars recognized that a distant worshiper whose chest remains within a broad quadrant facing Mecca has fulfilled their religious duty. Prominent jurists across the Hanafi and Maliki schools ruled that minor deviations of up to ±45 degrees from the exact center do not invalidate the prayer for someone who exercised due diligence (Ijtihad) in good faith.
While modern digital tools allow us to achieve precision within ±1°, knowing this juristic breadth provides psychological peace of mind, freeing the believer from compulsive doubt (Waswas) during worship.
Smartphone compasses rely on miniature MEMS magnetometers measuring microscopic electrical variations in Earth's weak magnetic field (~30 to 60 microteslas). In contemporary urban environments, man-made electromagnetic interference often corrupts sensor readings:
Travelers frequently encounter complex environments where traditional compass reading requires special adaptation:
Airplanes travel at 900 km/h along flight corridors, meaning Qibla bearing shifts continuously. Consult the in-flight entertainment flight path map to determine aircraft heading relative to Mecca. Align your Takbirat al-Ihram toward Mecca; if the aircraft turns mid-prayer, continue your prayer without restarting as established in classical travel fiqh.
In northern Scandinavia (Tromsø, Kiruna), Alaska, and Iceland, magnetic field lines plunge vertically into the ground (dip angle > 80°), causing handheld needles to freeze or spin erratically. Worshipers in polar regions must rely on our satellite map or celestial transit calculations rather than magnetic sensors.
Evaluate each method according to accuracy, operational prerequisites, and situational reliability:
| Method | Accuracy | Indoor Reliability | Key Prerequisite | Best Use Case |
|---|---|---|---|---|
| Digital Web Compass | ±1° to ±3° | Moderate (rebar sensitive) | Magnetometer & Gyro | Quick handheld checks outdoors / open rooms |
| Geodesic Satellite Map | ±0.1° (Exact) | High (100% immune to metal) | GPS / Street View | Apartment buildings, hotels, desktop PCs |
| AR Camera View | ±2° to ±4° | Moderate | Camera & Motion Permissions | Visual room orientation & spatial clarity |
| Solar Shadow Transit | 100% Astronomical | Requires Direct Sunlight | Clear sky & known time | Mosque construction, permanent baseline check |
| Local Mosque Mihrab | High (Surveyed) | High | Proximity to mosque | Benchmark cross-verification in Muslim cities |
Follow this 5-step checklist to establish your prayer space in any new hotel, residence, or travel venue:
Learn how Online Qibla Finder accurately calculates the direction to Kaaba in Mecca using your device sensors and location.
Online Qibla finders are highly accurate (typically within 1° to 2°) when using device GPS coordinates combined with Great Circle ellipsoid calculations (WGS84 model).
However, digital compass sensor accuracy depends on device calibration and avoiding magnetic interference. Using our Solar Qibla (sun position) or online map baseline provides 100% astronomical accuracy.
Using Online Qibla Finder is quick and simple:
The most accurate Qibla finders use real-time GPS location data paired with official geodesic algorithms to compute the precise angle to Mecca (21.4225° N, 39.8262° E).
Online Qibla Finder offers triple verification: digital magnetometer compass, visual satellite map overlays, and solar shadow position calculations.
You can locate your Qibla direction in three reliable ways:
The Qibla direction varies depending on your geographical location on Earth relative to Mecca, Saudi Arabia:
Yes! You can check your Qibla online instantly without installing any app. Online Qibla Finder works directly inside any web browser on iPhone, Android, Windows PC, or Mac using HTML5 Geolocation and device motion APIs.
The Qibla direction is fixed towards the Holy Kaaba in Mecca (21.4225° N, 39.8262° E) and does not change over time. Open Online Qibla Finder with location permissions turned on to see your exact angle right now.
To verify that your Qibla reading is accurate:
You can determine Qibla without a compass using:
Inside reinforced concrete buildings, steel rebar can distort magnetic compass needles. Switch to Map View to see the line connecting your hotel room to Mecca relative to streets and window orientation.
In Islam, the Qibla (القبلة) is the specific direction facing the sacred Kaaba located inside Al-Masjid al-Haram in Mecca, Saudi Arabia. All Muslims align toward this singular sanctuary when offering prayers (Salah).
No. Online Qibla Finder operates with 100% client-side computations. Your coordinates are processed exclusively in your device browser and are never transmitted to or stored on any server.
To display exact Qibla orientation, real-time compass movement, and AR camera view, Online Qibla Finder requests access to your location and sensors.
If you clicked "Block" or "Don't Allow", your browser will suppress future popups. You can re-enable permissions easily:
