Altluneberg Ramadan Timing 2027

Today, October 11, 2026 Sehri time in Altluneberg is 05:47 AM and Iftar time is 6:39 PM according to Hijri date 01 Jumada Al-Awwal 1448 AH by Islamic calendar. Suhoor (Sehri) ends at the start of Fajr, which begins around 05:47 AM today. The complete Ramadan fasting timetable for Altluneberg with Suhoor and Iftar time includes PDF Download option available for convenience

Today Sehri & Iftar Time in Altluneberg - Germany

Date Sehri Iftar
11 Oct, 2026 05:47 am 6:39 pm
Jafria: Sehr 05:37 Am Iftar 06:49 Pm
Note: 1 minute Preventive difference in Sehri (-1 min) & Iftar (+1 min)
Please recheck the time from your local Masjid & Authority

Ramadan in Altluneberg with Suhoor Iftar Timing

Ramadan 2027 in Altluneberg will begin tentative on February 8 and end on March 9, it marked 30 days of fasting, Taraweeh prayers, and spiritual devotion for Muslims in Altluneberg. Fasting always starts with Sehri, the pre-dawn meal, and concludes with Iftar at sunset of the location. On 11 Oct, 2026, Altluneberg Ramadan Sehri and Iftar timings are 05:47 AM and 6:39 PM for Fiqa Hanafi, and according to Fiqa Jafria or (Shia Ramadan timing) 05:37 AM and 06:49 PM. The updated Ramadan calendar 2027 provides accurate Suhoor, and Iftar time in Altluneberg, ensuring ease for Muslims observing this holy month of Ramzan.

Ramadan Calendar 2027 Altluneberg

Day SEHRI IFTAR DATE
1 05:58 AM 5:22 PM 08 Feb 2027
2 05:56 AM 5:24 PM 09 Feb 2027
3 05:54 AM 5:26 PM 10 Feb 2027
4 05:53 AM 5:28 PM 11 Feb 2027
5 05:51 AM 5:30 PM 12 Feb 2027
6 05:49 AM 5:32 PM 13 Feb 2027
7 05:47 AM 5:34 PM 14 Feb 2027
8 05:45 AM 5:36 PM 15 Feb 2027
9 05:44 AM 5:38 PM 16 Feb 2027
10 05:42 AM 5:39 PM 17 Feb 2027
11 05:40 AM 5:41 PM 18 Feb 2027
12 05:38 AM 5:43 PM 19 Feb 2027
13 05:36 AM 5:45 PM 20 Feb 2027
14 05:34 AM 5:47 PM 21 Feb 2027
15 05:32 AM 5:49 PM 22 Feb 2027
16 05:29 AM 5:51 PM 23 Feb 2027
17 05:27 AM 5:53 PM 24 Feb 2027
18 05:25 AM 5:55 PM 25 Feb 2027
19 05:23 AM 5:57 PM 26 Feb 2027
20 05:21 AM 5:59 PM 27 Feb 2027
21 05:18 AM 6:01 PM 28 Feb 2027
22 05:16 AM 6:03 PM 01 Mar 2027
23 05:14 AM 6:05 PM 02 Mar 2027
24 05:11 AM 6:07 PM 03 Mar 2027
25 05:09 AM 6:09 PM 04 Mar 2027
26 05:07 AM 6:10 PM 05 Mar 2027
27 05:04 AM 6:12 PM 06 Mar 2027
28 05:02 AM 6:14 PM 07 Mar 2027
29 04:59 AM 6:16 PM 08 Mar 2027
30 04:57 AM 6:18 PM 09 Mar 2027

Altluneberg Ramadan Sehr o Iftar Calendar

The table above is the complete Altluneberg Ramadan Calendar 2027. Here you can see the Sehri timing and iftar timing in Altluneberg from the first to the last Ramadan fasting day. The Islamic and Gregorian calendar dates are also given in the following Ramadan schedule of Altluneberg so you can know the daily Altluneberg Ramadan timing updates.

Hamariweb tried the best to give the authentic Altluneberg Ramadan timings, but remember that there is a 01 minute preventive difference between the Sehr and Iftar times. You can consult your nearest mosque for the exact time for Altluneberg Sehr o Iftar Timings for better results.

Disclaimer: Timings feature a 1 minute preventive adjustment (Sehri -1 min, Iftar +1 min). We verify info including DST, but please double-check with your local authority or mosque/masjid. Report errors or concerns to [email protected].

Altluneberg Ramadan Timing 2027 (Today Sehri & Iftar Time Calendar)

Ramadan Calendar 2027 Altluneberg is all about Altluneberg Ramadan time including today Sehri Time at 05:47 and iftar time at 6:39 . Today, on Sunday 11 Oct, 2026 is 01 Jumada Al-Awwal 1448 of the islamic month.

There is a few minutes difference in Fiqa Jafria Sehr o Iftar Time in Altluneberg which is as follows Shia Sehri Time: 05:37 and Iftar Time: 06:49.

However, there are different variations of this name. It is called Ramadan in Arabic and other pronunciations are also common in different parts of the world like Ramzan, Ramazan, Ramadhan, and Ramathan. The Islamic calendar is usually ten to twelve days shorter than the Georgian calendar and Iftar time in Altluneberg varies each year. It is a reason that a large number of people utilize the Ramadan calendar 2027 Altluneberg to check Roza or Iftar time and Altluneberg Sehri time.

The Muslim population living in Altluneberg can remain updated with the Ramadan Calendar 2027 Altluneberg and can analyze the number of fasting hours. Besides Sehri or Suhoor and Iftar time in Altluneberg today, you can also view prayer timings, Qibla direction, and other information about Altluneberg on other pages.

When Altluneberg Ramadan Time 2027 is expected?

Ramadan starts in Altluneberg 2027 is expected to take place on the evening of February 7. Subsequently, the first day of fasting is anticipated to occur on February 8th.

What is today's Sehri and Iftar timing in Altluneberg as per Fiqh Hanafi?

Today Sehri time in Altluneberg is 05:47 am and Iftar time in Altluneberg as per Fiqa Hanafi is 6:39 pm as on 11 Oct, 2026.

What is today's Sehri and Iftar timing in Altluneberg as per Fiqh Jafria?

Today Sehri time in Altluneberg is 05:37 am and Iftar time in Altluneberg as per Fiqa Jafria is 06:49 pm as on 11 Oct, 2026. For accurate fasting times, users are strongly advised to consult their nearest mosque or local Islamic authority.

What is Altluneberg Ramadan Sehri and Iftar time today?

Today Sehri and Iftar times in Altluneberg are as follows:

  • Today Sehri time in Altluneberg is 05:47 am
  • Today Iftar time in Altluneberg is 6:39 pm

Altluneberg Sehri End Time?

Today 11 Oct, 2026 Altluneberg Sehri End Time is 05:47 .

How Long Fasting Time Today?

Today fasting time in Altluneberg is around 12 hours 52 minutes.

Altluneberg Fasting Start and End Time

Today 11 Oct, 2026 Sehri time ends at 05:47 and Iftar time starts at 6:39 .

Ramadan 2027 Altluneberg Start and End Date

This year Ramadan in Altluneberg is expected to start on 8 February and ends on 9 March 2027.

Altluneberg Ramadan Timing | Reviews
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Technical Disclaimer: Timings are derived via spherical trigonometry and positional astronomy. Suhoor is calculated based on astronomical twilight (solar altitude of −15° to −18°), while Iftar is determined by the apparent solar disc descent, factoring in atmospheric refraction and geodetic elevation.