The $25 Billion Plan to Bypass the Red Sea
The Red Sea has become a critical vulnerability in global shipping. Attacks on commercial vessels have forced ships to take longer routes around Africa, while higher insurance premiums, fuel costs, and transit times have added billions of dollars to the cost of moving goods around the world.
The disruption has renewed interest in an idea that is more than a century old: replacing part of the maritime route between the Persian Gulf and Europe with a railway across the Middle East.
At the center of that vision is the Hijaz Railway, an Ottoman-era railway that once connected Damascus with Medina. Abandoned after its destruction during World War I, the railway has become part of a much larger modern proposal involving Saudi Arabia, Jordan, Turkey, and Syria.
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The proposed corridor would extend for more than 4,000 kilometers, connecting the Red Sea and Arabian Peninsula with the eastern Mediterranean, Turkey, and ultimately the European rail network. With investment estimated at up to $25 billion, its supporters envision a land bridge capable of moving freight between Asia, the Middle East, and Europe without relying entirely on the Red Sea and Suez Canal.
Why Red Sea Shipping Is Under Pressure
The Bab el-Mandeb Strait, at the southern entrance to the Red Sea, is only about 30 kilometers wide at its narrowest point. Yet this relatively small passage carries enormous strategic importance for global commerce.
Oil, food, electronics, medicine, and countless other products traditionally move through the Red Sea before reaching the Suez Canal and continuing toward European markets.
In 2024 and 2025, attacks on commercial vessels turned the region into a major shipping risk. Hundreds of companies rerouted their vessels around the Cape of Good Hope, adding roughly 12 to 14 days to some journeys.
By 2026, traffic through the Bab el-Mandeb remained at roughly half its pre-crisis level, according to the figures presented in the original plan. The economic consequences have extended well beyond the shipping industry itself, with additional fuel, insurance, and transit costs accumulating across global supply chains.
The Suez Canal presents another vulnerability. In 2021, the grounding of a single container ship blocked the canal for six days and contributed to an estimated $10 billion in losses per day. The canal carries roughly 12% of global trade, making it one of the world’s most consequential commercial chokepoints.
The underlying problem is structural. Global trade depends heavily on a relatively small number of maritime passages. When one becomes dangerous or inaccessible, the effects can spread rapidly through international supply chains.
One response is to create an alternative that does not depend on maritime access at all.
The Hijaz Railway: An Ottoman Railway Reborn
The origins of the proposed corridor reach back to the Ottoman Empire.
In 1900, Ottoman Sultan Abdul Hamid II ordered the construction of a railway from Damascus southward through what is now Jordan and Saudi Arabia toward Medina. The project covered approximately 1,300 kilometers through some of the most difficult terrain in the region.
Construction took place without modern satellite navigation, advanced machinery, or today’s surveying technologies. Engineers and laborers instead built the line across the Arabian landscape using the technology available at the beginning of the 20th century.
By 1908, the railway was operational. A journey that could previously take around 40 days by camel could be completed in roughly three days by train.
The Hijaz Railway became an important transportation link across the region, particularly for pilgrims traveling toward the holy cities.
Its existence, however, was short-lived.
During World War I, Arab forces associated with the Arab Revolt attacked Ottoman railway infrastructure. T.E. Lawrence, better known as Lawrence of Arabia, became closely associated with the campaign, which included attacks on tracks and trains.
Much of the southern section was destroyed between 1916 and 1918. The railway never again operated as a continuous through-route.
For more than a century, the idea of a railway crossing this part of the Middle East remained largely a historical memory.
Modern infrastructure planning is now revisiting the same geographical logic.
A Modern Land Bridge Across the Middle East
The proposed modern corridor would be dramatically larger than the original Hijaz Railway.
The planned route would begin in Jeddah, pass through Mecca and Medina, continue north through Jordan, reach Amman and Damascus, then continue through Aleppo before entering Turkey and connecting with the European rail network.
The proposed system would stretch more than 4,000 kilometers and cross five countries.
Rather than simply restoring old railway tracks, the concept is effectively a new freight and passenger corridor following a route whose strategic potential was recognized more than a century ago.
The proposed railway is designed to accommodate freight trains traveling at speeds of up to 160 km/h, while passenger services could reach approximately 230 km/h.
That would create a fundamentally different transportation model for goods moving between the Gulf and Europe.
According to the plan, a container journey that currently takes around 14 days by ship could potentially be completed in less than five days by rail on some routes.
The objective is therefore not to preserve an Ottoman historical artifact. It is to create a modern logistics network capable of competing with maritime transportation on speed and reliability.
Saudi Arabia’s Role in the $25 Billion Corridor
Saudi Arabia is central to the proposed land bridge.
The country is developing logistics infrastructure intended to connect its ports, industrial centers, and inland transportation networks. Rather than relying solely on conventional passenger stations, the proposed system would incorporate large logistics hubs with warehousing, customs processing, cold storage, and direct connections to ports on both the Red Sea and Persian Gulf.
Saudi ports are described in the plan as having capacity for more than 17 million containers per year. A railway connecting those facilities to the wider Middle Eastern and European networks could allow more of that capacity to feed directly into an overland transportation system.
Another major component involves NEOM’s Oxagon industrial city on the Red Sea. In 2023, a consortium signed a $1.5 billion contract intended to connect the corridor to Oxagon.
The envisioned logistics chain would allow goods manufactured in the region to move north by rail through Jordan and Syria, enter Turkey’s railway network, and eventually reach European markets.
The infrastructure is also intended to incorporate modern automation and lower-carbon technologies. Plans described in the project include hydrogen-powered locomotives, solar-powered railway stations, and automated freight operations.
Together, these systems are intended to create a new trade artery rather than simply another railway.
Turkey, Jordan, and Syria Become Critical Links
The corridor depends on infrastructure across several countries, making regional cooperation essential.
Turkey has already reopened a 325-kilometer railway line along the Syrian border, with completion reported on March 31, 2026. A further $110 million investment is planned to extend the line toward Aleppo.
Jordan is another important component. A $2.3 billion rail agreement involving Jordan and the UAE is intended to connect Jordanian mineral resources with the port of Aqaba.
The Syrian section is particularly significant because years of conflict and damaged infrastructure have made the country one of the most difficult links in any proposed overland route between the Arabian Peninsula and Turkey.
That situation is now changing under the plan outlined in the script.
In April 2026, Turkey, Syria, and Jordan signed a trilateral memorandum of understanding in Amman. Turkey has also committed to rebuilding 30 kilometers of missing railway track inside Syrian territory.
These agreements would provide an institutional framework for rebuilding the missing links and integrating the separate national railway systems.
The proposed corridor therefore depends not only on billions of dollars in construction but also on cooperation between governments, compatible technical standards, customs procedures, and coordinated infrastructure planning.
A New Route for Global Trade
The strategic significance of the railway extends beyond transportation.
For centuries, control of maritime routes has played a major role in international trade. A functioning land bridge would introduce another option between Asia, the Middle East, and Europe.
The proposed route is positioned as an alternative to several existing trade corridors, including the maritime route through the Red Sea and Suez Canal, the northern route through Russia, and routes passing eastward through Iran.
Turkey would sit at the northern end of the proposed system, where the Middle Eastern railway network could connect with Europe’s extensive rail infrastructure.
For countries and businesses dependent on predictable supply chains, diversification could be as important as speed. A railway cannot be affected by a naval blockade in the same way as a ship crossing a strategic maritime chokepoint, and it does not face the same exposure to storms or maritime insurance premiums.
That does not make a land corridor immune to disruption. Railways can also be damaged, delayed, or affected by political and security conditions. But the fundamental advantage is diversification: global commerce would have another route available when maritime transportation becomes difficult.
Faster Transport From the Gulf to Europe
The proposed corridor could significantly reduce transit times on some routes.
The plan estimates that transporting goods between Dubai and London could take roughly 20 to 25 days by sea, while an overland journey through the new corridor and onward through Turkey could take less than 12 days.
That would represent a potential reduction of around 40% in transit time.
For industries such as automotive manufacturing, pharmaceuticals, electronics, and fresh produce, faster transportation can have significant commercial value. Products spend less time in transit, inventories can potentially be reduced, and time-sensitive goods can reach markets more quickly.
The broader economic argument is based on the relationship between transportation costs and consumer prices.
When shipping costs rise sharply, those costs can eventually affect the price of goods. Disruptions to maritime transportation during 2024 and 2025 contributed to higher freight expenses and created additional pressure across supply chains.
A reliable alternative route could therefore serve two purposes: moving goods faster and reducing dependence on a small number of vulnerable maritime chokepoints.
From Historical Railway to Modern Infrastructure Network
The proposed project is much more ambitious than simply rebuilding the old Hijaz Railway.
The original line was primarily associated with passenger transportation and pilgrimage. The modern proposal is designed around freight, industrial production, logistics, and international trade.
Its success would depend on integrating several different systems into one continuous network: Saudi Arabian railways and ports, Jordanian infrastructure, Syrian railway links, Turkey’s national network, and European rail connections.
The feasibility study is expected to be completed by the end of 2026. The plan described in the script also calls for a three-year roadmap involving Turkey, Syria, and Jordan, with designated committees, technical standards, and deadlines.
That represents a shift from discussing the corridor as a long-term concept toward establishing specific institutional and engineering frameworks for its development.
In 1908, the Hijaz Railway crossed the Arabian desert and dramatically shortened journeys between Damascus and Medina. Within a decade, war had destroyed much of the southern network, leaving its tracks and stations to deteriorate for generations.
More than a century later, the same geographical concept is being reconsidered for an entirely different purpose.
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The proposed $25 billion corridor would connect Saudi Arabia and the wider Gulf with Jordan, Syria, Turkey, and Europe, creating an overland alternative to the Red Sea and Suez Canal.
Its significance ultimately depends on whether the participating countries can turn agreements and feasibility studies into thousands of kilometers of functioning railway, logistics infrastructure, and cross-border connections.
The original Hijaz Railway was built to connect people across the Arabian Peninsula. Its proposed successor would be designed to connect global supply chains across an increasingly fragmented trade landscape.
