INTERNATIONAL JOURNAL OF ARTIFICIAL INTELLIGENCE
ISSN: 2692-5206, Impact Factor: 12,23
American Academic publishers, volume 05, issue 05,2025
Journal:
https://www.academicpublishers.org/journals/index.php/ijai
page 2001
COMPARATIVE ANALYSIS OF TRANSIT COMPETITIVENESS: UKC RAILWAY
VS. KAZAKHSTAN AND IRAN CORRIDORS
Bo‘riyev Shuxrat Xamroqul ugli,
Boymurzayev Alovuddin Ramozoп ugli,
Xakimov Umidjon
Introduction
As Central Asia emerges as a pivotal hub in the trans-Eurasian transport network, countries are
investing in strategic railway corridors to capture transit trade flows. The Uzbekistan–
Kyrgyzstan–China (UKC) railway, still under development, seeks to compete with established
routes such as the Kazakhstan–China and Iran–Central Asia corridors. Assessing the transit
competitiveness of these corridors is essential for regional policy and investment planning.
This study compares the UKC railway corridor with alternative routes in terms of transit time,
cost efficiency, infrastructure quality, geopolitical risk, and customs performance. It aims to
determine whether UKC can emerge as a preferred option for transcontinental freight
movement between China and Europe.
Methods
The research employs a multi-criteria comparative analysis methodology, using both qualitative
and quantitative indicators. Key steps include:
- Transit Time and Cost Benchmarking: Based on published freight schedules and pricing from
logistics providers and railway authorities.
- Infrastructure Assessment: Evaluation of track quality, tunnel capacity, and intermodal
facilities.
- Risk Indexing: Analysis of geopolitical risk, customs efficiency, and border delays using
World Bank and Global Logistics Index data.
- Expert Consultation: Interviews with freight forwarders and policy analysts in Kazakhstan,
Uzbekistan, and Iran.
Performance indicators were normalized to create a weighted composite index of corridor
competitiveness.
Results
The Kazakhstan route currently handles over 55% of trans-Central Asian rail traffic, with an
average transit time of 12 days from western China to Europe. The Iran route, affected by
sanctions and infrastructure constraints, averages 15–17 days. The projected UKC corridor is
expected to achieve an 8–10 day delivery window.
Table 1: Corridor Comparison Summary
INTERNATIONAL JOURNAL OF ARTIFICIAL INTELLIGENCE
ISSN: 2692-5206, Impact Factor: 12,23
American Academic publishers, volume 05, issue 05,2025
Journal:
https://www.academicpublishers.org/journals/index.php/ijai
page 2002
| Metric
| UKC (Projected) | Kazakhstan | Iran Corridor |
|-----------------------------|----------------|------------|---------------|
| Avg. Transit Time (days) | 8–10
| 12
| 15–17
|
| Avg. Freight Cost (USD/TEU)| 3,100
| 3,700
| 3,300
|
| Customs Time (hours)
| 10–12
| 16
| 20+
|
| Border Crossings (#)
| 2
| 3
| 4
|
| Geopolitical Risk (score) | Medium
| Low
| High
|
UKC shows a cost and time advantage over Iran and is competitive with Kazakhstan on
performance metrics. However, it lacks the operational maturity of its counterparts.
Discussion
The comparative analysis confirms that UKC has the potential to outperform existing corridors
in terms of time and cost efficiency, provided it meets its projected infrastructure and regulatory
targets. Its streamlined route design, fewer border crossings, and favorable topography (post-
tunnel development) contribute to its competitiveness.
The Iran route faces major geopolitical and financial sanctions risks, affecting its long-term
reliability. Meanwhile, Kazakhstan's corridor, though well-developed, is nearing capacity,
causing potential bottlenecks.
UKC’s success will depend on synchronized policy frameworks, digital customs integration,
and logistics zone development. Further, investment in terminal automation and cargo handling
efficiency will be required to maintain its edge.
Transport operators express cautious optimism, citing the need for transparent tariffs,
predictable border policies, and multi-modal connectivity (road–rail–sea) to enhance corridor
performance.
Conclusion
The UKC railway corridor has a viable opportunity to emerge as a leading Central Asian transit
route, especially if complemented by institutional and technological enhancements. It offers
lower transit times, fewer geopolitical disruptions than Iran, and potentially better cost
structures than the Kazakhstan route.
Stakeholders should prioritize phased investments, international cooperation on customs
harmonization, and continuous monitoring of corridor performance metrics to ensure long-term
competitiveness.
References:
1. World Bank. (2023). Logistics Performance Index Report.
2. UNESCAP. (2022). Corridor Development and Transit Analysis in Central Asia.
3. CAREC Institute. (2023). Regional Freight Flow and Risk Assessment.
4. Kazakh Railways. (2022). Transit Traffic Statistics.
INTERNATIONAL JOURNAL OF ARTIFICIAL INTELLIGENCE
ISSN: 2692-5206, Impact Factor: 12,23
American Academic publishers, volume 05, issue 05,2025
Journal:
https://www.academicpublishers.org/journals/index.php/ijai
page 2003
5. Iranian Ministry of Transport. (2021). Transit Corridor Feasibility Report.
6. Deloitte. (2023). Geopolitical Risk in Infrastructure Development.
7. Maersk Logistics. (2022). Freight Tariff Index for Eurasian Corridors.
8. Uzbek Ministry of Transport. (2023). UKC Railway Investment Overview.
9. International Union of Railways. (2021). Transcontinental Corridor Profiles.
10. UNCTAD. (2023). Customs Efficiency and Trade Facilitation Benchmark.
