What are the current transit times on the Middle Corridor, and what is the target?

As of 2025, delivery times have improved from 38 days to 13-17 days between China and ports in Georgia and Turkey. The target is to achieve stable 10-12 day transit times by 2030, supported by a World Bank-backed $1.41 billion rail infrastructure project including a 322.3-kilometer railway line between Moiynty and Kyzylzhar.

How much cargo is actually moving through the Middle Corridor?

Freight volumes reached 4.1 million tons in 2025 (down 8.9% from 2024), while container traffic increased 36% to 77,000 TEU. Kazakhstan estimates corridor capacity at approximately 6 million tons and 182,000 containers annually, indicating room for growth before capacity constraints become critical.

What is the biggest operational bottleneck preventing reliability?

Coordination across multiple countries, railway operators, ports and customs authorities represents the primary bottleneck. The corridor crosses several nations with different systems, requiring unified management as one integrated system rather than separate national routes. Multiple border crossings, different railway and customs systems, and insufficient digital integration all contribute to unpredictability.

How are countries addressing digitalization and customs delays?

The Digital Trade Corridor platform has been integrated with railway systems in Kazakhstan, Azerbaijan and Georgia, enabling online cargo monitoring through a single-window mechanism. The Tez Customs (fast customs) module provides paperless transit processing, reducing customs processing time from 8 hours to 30 minutes.

What is the trade imbalance problem and why does it matter?

The corridor currently handles primarily westbound cargo from China to Europe, with limited eastbound traffic. This creates empty returns for trains and trucks, reducing route economics and utilization. More balanced trade flows and regional value capture through warehousing and processing would improve the corridor's commercial viability.

Shipping & Freight

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The signal

The Trans-Caspian International Transport Route (TITR) is experiencing significant growth and infrastructure investment, with container traffic increasing 36% to 77,000 TEU in 2025 despite a slight overall freight volume decline. Kazakhstan, Azerbaijan, Georgia and China have established coordination mechanisms and launched digitalization initiatives that have reduced customs processing times from 8 hours to 30 minutes and delivery times from 38 days to 13-17 days.

However, the corridor's long-term success depends on converting infrastructure investments into a reliable, commercially viable logistics network that maintains consistent performance rather than simply achieving short transit times under favorable conditions. The biggest challenge is coordination across multiple countries, railway operators, ports and customs authorities, where delays at any single point can disrupt the entire route.

Supply chain professionals should view the Middle Corridor as a maturing but still-developing alternative to traditional China-Europe supply chains, requiring careful performance validation before committing high-value or time-sensitive shipments.

#middle-corridor

#trans-caspian-route

#corridor-infrastructure

#kazakhstan-logistics

#multimodal-transport

#transit-times

#customs-digitalization

#container-traffic

#eurasian-trade

#port-expansion

Frequently Asked Questions

What This Means for Your Supply Chain

Simulation Suggestion

strategic

What if the Moiynty-Kyzylzhar railway line faces a 12-month delay?

Simulate the impact of postponing the planned 322.3-kilometer railway expansion from its expected completion date. Evaluate how congestion on existing routes would affect transit times, container processing capacity, and the corridor's ability to maintain the 10-12 day transit time target. Assess revenue implications for Kazakhstan's ports and logistics operators.

Run this scenario

Simulation Suggestion

immediate

What if customs processing reverts to 4-hour average due to coordination failures?

Simulate the impact of partial digitalization rollback or coordination breakdown between Kazakhstan, Azerbaijan and Georgia customs authorities. Model how degraded customs processing efficiency (4 hours vs. current 30 minutes) would affect end-to-end transit times, corridor competitiveness versus traditional routes, and shipper confidence in corridor reliability.

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Simulation Suggestion

this month

What if eastbound cargo from Europe to China increases 30% year-over-year?

Model the operational impact of significantly improving trade flow balance on the Middle Corridor. Evaluate how increased eastbound volume would affect port berth utilization, railway capacity, container handling throughput, and return asset positioning. Assess whether current infrastructure investments would need acceleration to prevent bottlenecks.

Run this scenario

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