Al-Mashaaer Al-Mugaddassah Metro Ready To Serve Thousands Of Hajj Pilgrims

The Al-Mashaaer Al-Mugaddassah Metro Line plays a crucial role in transporting pilgrims between the holy sites in Makkah, Mount Arafat, Muzdalifah, and Mina. This metro system facilitates the smooth and comfortable performance of rituals for pilgrims. It features nine stations distributed across the holy sites, connected by an 18-kilometre double railway.

With a capacity of 72,000 passengers per hour in one direction, the metro makes over 2,000 trips, significantly easing the movement of pilgrims. Travelling at a speed of 80 kilometres per hour, it covers the distance between Mina and Arafat in approximately 20 minutes. The fleet comprises 17 trains, each capable of carrying 3,000 passengers, thereby transporting more than 350,000 pilgrims between various holy sites.

The stations are meticulously designed to facilitate the movement of pilgrims. To manage the large number of passengers, the waiting area is separated from the boarding area, while the boarding platform is distinct from the departure platform. Connecting bridges transport passengers to the ground floor from the opposite side, and ramps assist in moving passengers from the platform.

Elevators are available to ensure easy access to platforms, particularly for elderly individuals and those with disabilities. Each station features 60 doors on each side to guarantee smooth entry and exit for pilgrims. These design elements collectively enhance the overall efficiency and comfort of pilgrim transportation.

The metro operates on electric power, producing zero carbon emissions. This environmentally friendly approach contributes to preserving the environment at the holy sites and promotes the overall health of pilgrims. The use of electric power aligns with global efforts to reduce carbon footprints and supports sustainable practices within Saudi Arabia.

The Al-Mashaaer Al-Mugaddassah Metro Line exemplifies advanced public transportation solutions tailored to meet specific needs during significant religious events. Its efficient design and operation underscore its importance in facilitating pilgrim movements while maintaining environmental sustainability.

With inputs from SPA