Qibla · Ontario
Qibla direction in Kingston, Ontario, Canada
To face the Kaaba in Kingston, Ontario, Canada, turn to 56.6° measured clockwise from true north, which is north-east (33.4° north of east). The Sacred Mosque in Mecca lies 10,268 km away along the shortest path over the globe, and this is the direction the mihrabs of the mosques in Kingston, Ontario, Canada should follow.
Line up the top of your phone or compass with the green needle: it marks 56.6°, the Qibla of Kingston, Ontario, Canada. Phone compasses usually display true north, so a reading of 57° is all you need; a needle compass reads magnetic north and needs the local declination added or subtracted first.
Find the Qibla with your phone
How to face the Qibla in Kingston, Ontario, Canada
Stand where you will pray and find north first. Then turn towards east and move a further 33.4° towards north: the result is the bearing of 56.6°. Because the angle sits far from the cardinal points, a rough guess such as “east” would be off by more than 30°, which is why a measured bearing matters in Kingston, Ontario, Canada.
Facing the Qibla is a condition of the prayer. Whoever prays inside the Sacred Mosque faces the Kaaba itself; whoever is far away, as in Kingston, Ontario, Canada, faces its direction and makes a sincere effort to be accurate. A nearby mosque is a handy reference, because its prayer rows were aligned when it was built. Once you know the direction at home, a discreet mark on the wall saves you from checking again.
Why a flat map shows a different direction
This is a place where maps mislead badly: a straight line on a flat map from Kingston, Ontario, Canada to Mecca points to 103.3° (east), a full 46.7° away from the true Qibla of 56.6° (north-east). The map line keeps one compass heading and is 762 km longer than the great-circle route. Because the Earth is a sphere, the shortest way to Mecca from Kingston, Ontario, Canada first heads north-east, and that is the direction to face.
How is the figure of 56.6° obtained? From the coordinates of Kingston, Ontario, Canada (44.2298° N, 76.4810° W) and of the Kaaba (21.4225° N, 39.8262° E), spherical trigonometry gives the starting bearing of the great circle joining them. Mosque architects and astronomical Qibla tables rely on exactly the same calculation.
Distance from Kingston, Ontario, Canada to Mecca and Medina
Mecca is 10,268 km from Kingston, Ontario, Canada as the crow flies, and Medina, the city of the Prophet ﷺ, is 9,994 km away. A direct flight would take roughly 12 h 35 min, although most pilgrims from Kingston, Ontario, Canada connect through Jeddah or Medina airport.
Clocks in Kingston, Ontario, Canada run 8 hours behind Mecca in winter and 7 hours behind Mecca in summer, because of daylight saving time. Prayer times, however, depend on the sun at your own location, so always use the prayer times of Kingston, Ontario, Canada rather than those of Mecca.
Finding the Qibla with the sun in Kingston, Ontario, Canada
From Kingston, Ontario, Canada the sun never rises high in the Qibla direction of 56.6°, so you cannot simply face the sun. The opposite method works instead, as the right-hand column of the table shows.
On 308 days the sun stands exactly opposite the Qibla: then the shadow of any vertical object, a pole, a door frame or a plumb line, points straight towards Mecca. This is most frequent in March (31 days), for instance on 1 February 2027 at 16:19.
| Date | Sun in the Qibla direction (face the sun) | Sun opposite (shadows point to the Qibla) |
|---|---|---|
| 1 January 2027 | — | — |
| 15 January 2027 | — | — |
| 1 February 2027 | — | 16:19 |
| 15 February 2027 | — | 16:05 |
| 1 March 2027 | — | 15:47 |
| 15 March 2027 | — | 16:27 |
| 1 April 2027 | — | 16:02 |
| 15 April 2027 | — | 15:43 |
| 1 May 2027 | — | 15:23 |
| 15 May 2027 | — | 15:09 |
| 1 June 2027 | — | 15:00 |
| 15 June 2027 | — | 14:58 |
| 1 July 2027 | — | 15:02 |
| 15 July 2027 | — | 15:10 |
| 1 August 2027 | — | 15:23 |
| 15 August 2027 | — | 15:34 |
| 1 September 2027 | — | 15:48 |
| 15 September 2027 | — | 15:59 |
| 1 October 2027 | — | 16:12 |
| 15 October 2027 | — | 16:24 |
| 1 November 2027 | — | 16:41 |
| 15 November 2027 | — | 15:55 |
| 1 December 2027 | — | — |
| 15 December 2027 | — | — |
Twice a year the sun passes directly over the Kaaba, on 28 May 2027 and 16 July 2027. Both happen at night in Kingston, Ontario, Canada (05:18 and 05:27 local time), so they cannot be used here. Instead, on 13 January 2027 at 16:29 and 28 November 2027 at 16:09 the sun is over the point opposite the Kaaba, and every vertical shadow in Kingston, Ontario, Canada points straight to Mecca.
Kingston, Ontario, Canada compared with other cities
Compared with Ottawa, 145 km away, the Qibla in Kingston, Ontario, Canada is turned 0.5° further anticlockwise (56.6° against 57.2°), and Mecca is 123 km farther away. The nearest city with its own Qibla page, Ottawa (145 km), prays towards 57.2°, a difference of 0.5°.
Across the 46 cities in Canada on this site, the Qibla ranges from 16.5° in Victoria, British Columbia, Canada to 73.4° in St. John's, a spread of 56.9°. That is too large to use one national direction, so each city has its own bearing.
See all cities on the Qibla page for Canada.
Qibla in cities near Kingston, Ontario, Canada
Qibla in Kingston, Ontario, Canada: questions and answers
What is the Qibla direction in Kingston, Ontario, Canada?
It is 56.6° from true north, which is north-east: 33.4° north of east.
How far is Kingston, Ontario, Canada from Mecca?
10,268 km in a straight line over the globe, and 9,994 km to Medina.
When does the sun show the Qibla in Kingston, Ontario, Canada?
The sun never stands in the Qibla direction here, but on 308 days it is exactly opposite, and shadows then point to Mecca.
Why is the Qibla in Kingston, Ontario, Canada not the direction shown on a map?
Flat maps distort directions. The line on a map points to 103.3°, but the shortest route on the globe leaves Kingston, Ontario, Canada at 56.6°, and that is the Qibla.
Does the Qibla change during the year?
No. The direction of 56.6° is fixed; only the times when the sun lines up with it change from day to day.
