Saudi Hajj 2026 Transport Plan Leverages Metro to Move 72,000 Pilgrims per Hour

Context The Kingdom is preparing for the 2026 Hajj, the world’s largest annual religious gathering, with more than 1.6 million pilgrims expected in and around Makkah. Authorities are deploying high‑capacity rail, shuttle buses, and road‑management systems to handle the surge under summer heat and tight timelines.

Key Facts - The Al‑Mashaaer Al‑Mugaddassah Metro, operated by Saudi Arabia Railways, spans 18 km and serves nine stations linking Mina, Muzdalifah and Arafat. Each of the 17 trains can hold up to 3,000 passengers, delivering a combined capacity of about 72,000 passengers per hour. - Officials project the metro will transport more than two million passengers during the pilgrimage season, far exceeding the expected pilgrim count. - Since its 2010 launch, the fully electric line has removed roughly 50,000 bus trips each year from the holy sites, easing road congestion and cutting carbon emissions. - Trains run at up to 80 km/h, completing the Arafat‑to‑Mina leg in roughly 20 minutes. - Parallel road monitoring shows peak highway entries of over 75,000 vehicles on the fifth day of Dhu Al‑Hijjah, with the Prince Mohammed bin Salman Road alone handling 22,000 vehicles. - In Madinah, a dedicated shuttle service will connect key stations to the Prophet’s Mosque and Quba Mosque during the Day of Arafah and Eid Al‑Adha, further relieving city traffic.

What It Means The metro’s high throughput directly addresses the logistical bottleneck of moving millions of worshippers across tightly spaced sites. By substituting electric rail for thousands of bus trips, Saudi Arabia reduces fuel consumption, lowers emissions, and aligns with Vision 2030’s sustainability goals. The integrated approach—combining rail, shuttle buses, and real‑time traffic monitoring—creates a layered mobility network designed to keep pilgrim flow smooth and safe.

Looking ahead, the effectiveness of the metro and supporting services will be measured against real‑time crowd data during the 2026 Hajj, offering a benchmark for future large‑scale events worldwide.