Riyadh's Mega-Metro Set to Launch Later This Year

  • Publish date: Tuesday، 23 July 2024 Reading time: 1 min read | Last update: Saturday، 21 December 2024

Riyadh's New Metro System to Ease Traffic and Boost Public Transport

Related articles
Flyadeal to Launch Budget Flights Between Saudi and Pakistan
Riyadh's First Cake Picnic Festival to Take Place in November
Saudi Film Festival Resturns on This Date

The highly anticipated Riyadh Metro is expected to start operations later this year, as per a recent report from Saudi media. This mega-project aims to transform public transport in the Saudi capital.

فيديو ذات صلة

This browser does not support the video element.

Metro Details and Coverage

The Riyadh Metro, one of the world's largest transport projects, includes six lines covering 176 kilometers and connecting 84 stations across the city. The metro will use electric trains to serve densely populated areas, with stations powered by renewable energy.

Key Connections

Designed as the backbone of Riyadh’s public transport, the metro will link major locations such as King Khalid International Airport, the King Abdullah Financial District, universities, and central Riyadh. 

Passenger Capacity and Impact

Initially, the $22.5 billion metro project will accommodate 1.2 million passengers daily, with a future capacity of 3.6 million. Riyadh's mayor, Prince Faisal bin Ayyaf, highlighted that the metro would significantly reduce traffic congestion by offering a modern, comfortable transport option.

Current Traffic Situation

Currently, 90% of trips in Riyadh are made by private cars, contributing to severe traffic jams. The new metro system is expected to alleviate these issues, reduce carbon emissions, and enhance the overall transportation experience for residents.

Future Prospects

Experts believe the Riyadh Metro will streamline city transport as Riyadh gears up to host the 2030 World Expo. Residents are optimistic that the metro will ease traffic woes and provide a reliable, eco-friendly mode of transportation.