Muslim World League
Muslim World League recommended method – 18° for both Fajr and Isha.
The broad fallback on Pray.Zone for much of Europe and countries without a dedicated local preset.
This page explains how Pray.Zone builds prayer times from calculation methods, twilight angles, the Asr juristic setting, and high-latitude adjustments.
Official presets with their own angles and adjustment rules.
Standard and Hanafi affect only the Asr prayer time.
Used where twilight can be too long or disappear seasonally.
Prayer times begin with your location, date, and time zone. After that, the selected calculation preset decides the twilight angles for Fajr and Isha, the juristic rule for Asr, and the fallback logic used in very high latitudes.
Most users should keep the official method used in their country or city. The custom settings are there for people who want to match a local mosque, council, or school of thought more precisely.
Each method preset bundles together a known convention for Fajr, Isha, and sometimes special regional adjustments. Choosing a method in the settings drawer automatically fills the related angles, Asr madhab, and high-latitude rule.
Muslim World League recommended method – 18° for both Fajr and Isha.
The broad fallback on Pray.Zone for much of Europe and countries without a dedicated local preset.
Official Egyptian method – Fajr ≈19.5°, Isha ≈17.5°.
Default on Pray.Zone for Egypt and a large part of Africa and the Arab world.
University of Islamic Sciences Karachi – 18° for Fajr and Isha.
Default on Pray.Zone for Pakistan, Afghanistan, Bangladesh, and parts of India.
Used by local communities depending on country, mosque, or school preference.
Used by local communities depending on country, mosque, or school preference.
Dubai Islamic Affairs method – angles around 18.5°.
Used in the United Arab Emirates, especially Dubai-based schedules.
Global Moon Sighting Committee – primarily based on actual visual moon sighting.
Used by some North American communities that follow moon-sighting committee schedules.
Islamic Society of North America (ISNA) method – 15° for Fajr and Isha.
Default on Pray.Zone for the United States and Canada.
Islamic Society of North America (ISNA) method – 15° for Fajr and Isha.
Default on Pray.Zone for the United States and Canada.
Official Kuwait method – moderate angles per official calendar.
Used in Kuwait and by communities that follow Gulf-style timetables.
Official Qatar method – based on official calendar and local angles.
Used in Qatar and by some nearby Gulf communities.
MUIS Singapore method – 20° for Fajr and Isha.
Default on Pray.Zone for Singapore.
UOIF France method – 12° for Fajr and Isha.
Default on Pray.Zone for France and commonly used by French mosque timetables.
JAKIM (Malaysia) method – 20° for Fajr and Isha.
Default on Pray.Zone for Malaysia and often used in Malaysia and Brunei.
Twelver Shia method – Fajr 16°, Isha 14°.
Mainly used by Jafari / Twelver Shia communities.
Twelver Shia method – Fajr 16°, Isha 14°.
Mainly used by Jafari / Twelver Shia communities.
Institute of Geophysics, University of Tehran – Fajr 17.7°, Isha 14°.
Default on Pray.Zone for Iran and also used by some Shia communities.
Turkish Diyanet (Religious Affairs) method – approximately 12° angles.
Default on Pray.Zone for Turkey and based on Diyanet-style schedules.
Official Moroccan method – Fajr 19°, Isha 18°.
Used in Morocco and Moroccan official timetables.
Indonesian Ministry of Religious Affairs – based on moon sighting and local calculations.
Used in Indonesia by some local calendars and mosque timetables.
Official Algerian method – uses moderate angles according to the local calendar.
Commonly associated with Algeria and Algerian timetables.
Preset based on Indonesian Ministry of Religious Affairs standards for local prayer applications.
Used in some Indonesian apps and Kemenag-aligned local setups.
Local method used in Russia, with practical angles and adjustments for northern regions.
Used in parts of Russia and nearby Muslim communities with local northern-latitude practices.
Official Tunisian method using locally adopted angles from national timetables.
Used in Tunisia and Tunisian official schedules.
London/UK preset using 17.5° Fajr and 15° Isha with angle-based high-latitude handling.
Community-specific option used by some London and UK mosque timetables.
London/UK preset using 17.5° Fajr and 15° Isha with angle-based high-latitude handling.
Community-specific option used by some London and UK mosque timetables.
The Fajr angle is the solar depression used to estimate true dawn. A larger angle usually makes Fajr earlier because it assumes dawn begins while the sun is farther below the horizon.
The Isha angle is the solar depression used for the night prayer. A larger angle usually makes Isha later because the model waits for deeper twilight before considering nightfall complete.
The Asr juristic setting changes only the Asr prayer. The standard option follows the Shafi'i, Maliki, and Hanbali opinion, while Hanafi uses a later shadow ratio and therefore produces a later Asr time.
earlier Asr based on the standard shadow length rule.
later Asr based on the Hanafi shadow length rule.
In places where twilight remains for a very long time, or does not fully disappear in some seasons, standard angle-based calculations can become unreliable. High-latitude rules provide a fallback so Fajr and Isha remain usable.
Splits the night in half and uses the midpoint as a practical limit.
Uses one-seventh of the night as the adjustment window for dawn and nightfall.
Keeps the twilight-angle idea but scales it to a fraction of the night.
When you change the angles, Asr madhab, or high-latitude rule manually, the site can treat your setup as a custom configuration. That is useful when you want to follow a local mosque timetable rather than a national default preset.