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| Makkah–Jeddah Expressway | |
|---|---|
| Name | Makkah–Jeddah Expressway |
| Native name | طريق مكة جدة السريع |
| Length km | ~76 |
| Established | 1970s |
| Terminus a | Makkah |
| Terminus b | Jeddah |
| Country | Saudi Arabia |
Makkah–Jeddah Expressway is a major arterial highway linking Makkah and Jeddah on the western coast of Saudi Arabia. The corridor serves pilgrims traveling to Al-Masjid al-Haram and commercial traffic accessing the King Abdulaziz International Airport, connecting regional hubs such as Ta'if and linking to the Arabian Peninsula transport network. It intersects national routes that tie into projects promoted by Vision 2030 and regional trade initiatives endorsed by the Gulf Cooperation Council.
The expressway begins near the outskirts of Makkah close to the historic precinct of Mount Arafat and proceeds west toward Jeddah passing through or near municipalities including Al-Kunfudah, Al-Lith, and Rabigh before terminating at urban junctions serving Jeddah Corniche and King Abdulaziz International Airport. Major interchanges provide access to industrial zones such as the Jeddah Islamic Port complex, logistics nodes linked to the King Abdullah Economic City corridor, and feeder roads to Medina Road and Mecca-Madinah Road (Highway 60). The right-of-way accommodates multiple lanes in each direction with grade-separated crossings at intersections near Jeddah Corniche Circuit and approaches to the Red Sea Mall area.
Construction began during the period of infrastructure expansion driven by the Oil boom and planning efforts involving agencies like the Ministry of Transport (Saudi Arabia) and consultants affiliated with firms from France, United Kingdom, and United States. The initial alignment followed caravan and pilgrimage routes evidenced in documents tied to the Ottoman Empire and later Kingdom of Saudi Arabia modernization programs. Upgrades in the 1980s and 1990s incorporated standards recommended by organizations such as the World Bank and contractors associated with Bechtel Corporation and Saudi Binladin Group. Subsequent phases intersected with projects financed under bilateral accords with Japan and China as part of broader Gulf infrastructure investment trends.
Engineering works addressed coastal plain geology influenced by the Red Sea Rift and alluvial deposits near the Tihamah. Designs incorporated pavement technology advanced by suppliers from Germany, Italy, and South Korea, employing materials certified by standards such as those from ASTM International and guidance from the International Road Federation. Bridges and overpasses were engineered using prestressed concrete techniques developed by firms like VSL International, with drainage and stormwater systems modeled against data from the Saudi Meteorological Authority. Signage, lighting, and ITS deployments referenced protocols from the International Organization for Standardization and interoperability frameworks promoted by IEEE standards committees.
Traffic patterns reflect seasonal spikes during Hajj and Umrah when pilgrim convoys coordinate with transport plans managed by the General Authority of Civil Aviation and Hajj and Umrah Ministry logistics units. Safety interventions have included median barriers and speed enforcement technologies procured from vendors tied to Danfoss and Siemens, and operational best practices drawn from studies by the World Health Organization and the International Transport Forum. Pilot tolling and congestion management schemes have been evaluated alongside projects like Riyadh Metro and toll frameworks observed in the United Arab Emirates; enforcement and revenue collection have been trialed with electronic systems similar to those used by SALIK.
The expressway underpins economic integration between Makkah’s religious economy and Jeddah’s commercial and port activities, influencing investment in hospitality clusters near Al-Balad and development projects by conglomerates such as Olayan Group and Al Rajhi Bank financiers. It has catalyzed land-use changes echoed in plans for King Abdullah Economic City and facilitated access for industrial projects tied to the Petrochemical industry and Saudi Aramco supply chains. Social effects include altered commuting patterns studied by academics at King Abdulaziz University and policy analysts from King Fahd University of Petroleum and Minerals, with attendant shifts in housing markets and public service delivery in governorates overseen by the Ministry of Municipal and Rural Affairs.
Routine maintenance is coordinated by the Ministry of Transport (Saudi Arabia) in partnership with regional directorates and contractors including multinational maintenance firms operating under service contracts similar to those awarded in projects by Saudi Public Investment Fund initiatives. Asset management uses GIS platforms informed by vendors like Esri and project management methodologies derived from Project Management Institute standards, while emergency response protocols interface with agencies such as the Saudi Red Crescent Authority and Civil Defense (Saudi Arabia).
Planned enhancements align with Vision 2030 objectives and may integrate multimodal linkages to projects like the Haramain High Speed Railway, expanded airport terminals at King Abdulaziz International Airport, and port upgrades at Jeddah Islamic Port envisioned in masterplans involving consultants from AECOM and Arup Group. Proposals include capacity expansion, ITS modernization leveraging 5G networks from carriers like STC (Saudi Telecom Company), and resilience upgrades addressing climate projections from the Intergovernmental Panel on Climate Change. Collaborative investment frameworks may involve partners such as China Railway Engineering Corporation and sovereign funds including the Public Investment Fund (Saudi Arabia).
Category:Roads in Saudi Arabia