Rukyah Hilal
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Rukyah Hilal

Ramalan keterlihatan anak bulan (Hilal) berdasarkan pengiraan astronomi dan pembelajaran mesin.

Bandar Utama

  • New York
  • Los Angeles
  • Chicago
  • Toronto
  • London
  • Istanbul
  • Makkah
  • Dubai
  • Riyadh
  • Cairo
  • Karachi
  • Lahore
  • Dhaka
  • Jakarta
  • Mumbai
  • Kuala Lumpur
  • Tehran
  • Houston
  • Dearborn
  • Nairobi

Sumber Data

  • Efemeris JPL DE421 (NASA)
  • Pemerhatian CrescentWatch.org
  • Pemerhatian MoonSighting.org.co.uk
  • Pemerhatian Jawatankuasa Hilal Chicago
  • Pustaka astronomi Skyfield

Metodologi

  • 7 parameter keterlihatan astronomi
  • Model ML Random Forest
  • 2,000+ rekod latihan sejarah
Maklum Balas & Permintaan Ciri

Projek Rukyah Hilal · Ramalan astronomi adalah anggaran dan harus digunakan bersama amalan rukyah hilal tradisional

  1. Home
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  3. Islamic New Year 2026

When is Islamic New Year 2026?

Islamic New Year 1448 AH · The first day of Muharram, marking the beginning of a new Islamic (Hijri) year.

Predicted Date

Wednesday, June 17, 2026

1448 AH

Based on Makkah. Actual dates may vary by 1-2 days depending on local crescent moon sighting in your region.

Predicted Dates by City
CityCountryPredicted DateConfidence
MakkahSaudi ArabiaWed, Jun 17, 202699% Very Likely
DubaiUAEWed, Jun 17, 202698% Very Likely
IstanbulTurkeyWed, Jun 17, 202697% Very Likely
LondonUnited KingdomWed, Jun 17, 202691% Very Likely
CairoNorth AfricaWed, Jun 17, 202698% Very Likely
LagosWest AfricaWed, Jun 17, 202699% Very Likely
JakartaIndonesiaWed, Jun 17, 202696% Very Likely
Kuala LumpurMalaysiaWed, Jun 17, 202697% Very Likely
New DelhiIndiaWed, Jun 17, 202697% Very Likely
KarachiPakistanWed, Jun 17, 202698% Very Likely
DhakaBangladeshWed, Jun 17, 202698% Very Likely
New York CityUnited StatesTue, Jun 16, 202669% Likely
Los AngelesUnited StatesTue, Jun 16, 202682% Very Likely
TorontoCanadaTue, Jun 16, 202666% Likely
SydneyAustraliaWed, Jun 17, 202663% Likely
Makkah

Saudi Arabia · Wed, Jun 17, 2026

99%
Dubai

UAE · Wed, Jun 17, 2026

98%
Istanbul

Turkey · Wed, Jun 17, 2026

97%
London

United Kingdom · Wed, Jun 17, 2026

91%
Cairo

North Africa · Wed, Jun 17, 2026

98%
Lagos

West Africa · Wed, Jun 17, 2026

99%
Jakarta

Indonesia · Wed, Jun 17, 2026

96%
Kuala Lumpur

Malaysia · Wed, Jun 17, 2026

97%
New Delhi

India · Wed, Jun 17, 2026

97%
Karachi

Pakistan · Wed, Jun 17, 2026

98%
Dhaka

Bangladesh · Wed, Jun 17, 2026

98%
New York City

United States · Tue, Jun 16, 2026

69%
Los Angeles

United States · Tue, Jun 16, 2026

82%
Toronto

Canada · Tue, Jun 16, 2026

66%
Sydney

Australia · Wed, Jun 17, 2026

63%

Confidence reflects the likelihood of crescent moon visibility on the evening before the predicted date. Higher confidence means stronger astronomical conditions for sighting.

Check Islamic New Year Visibility in Your City

New YorkLos AngelesChicagoHoustonTorontoLondonParisDubaiMakkahRiyadhIstanbulCairoKarachiLahoreDhakaJakartaKuala LumpurMumbaiDelhiSydney

View detailed moon sighting predictions and astronomical parameters for your city.

About Islamic New Year

The Islamic New Year (also known as Hijri New Year) marks the first day of Muharram, the first month of the Islamic calendar. It commemorates the Hijra — the migration of Prophet Muhammad (PBUH) from Makkah to Madinah in 622 CE.

Muharram is one of the four sacred months in Islam during which warfare was traditionally forbidden. The 10th of Muharram (Ashura) is particularly significant — it is observed as a day of fasting and reflection by many Muslims.

Unlike the Gregorian New Year, the Islamic New Year is generally a quieter observance focused on reflection and gratitude rather than festivities. Some Muslim communities hold special prayers and gatherings.

Frequently Asked Questions

Related

Islamic Events in 2026

Ramadan

2026

Eid al-Fitr

2026

Eid al-Adha

2026

Islamic New Year in Other Years

Islamic New Year 2025Islamic New Year 2027Islamic New Year 2028Islamic New Year 2029Islamic New Year 2030

How These Predictions Work

Predictions are based on astronomical calculations using NASA JPL DE421 ephemeris data combined with a machine learning model (Random Forest) trained on over 2,000 historical crescent moon sighting observations. The model evaluates five key parameters — moonset lag, moon age, altitude, elongation, and illumination — to produce a confidence score for crescent visibility at each location.