Rail Gauge Compatibility Checker
Check rail gauge compatibility between origin and destination countries, calculate transshipment costs and time delays, and find the best bogie exchange locations for your international rail freight.
Rail Gauge Compatibility Checker
Analyze rail gauge compatibility between countries, estimate transshipment costs and delays, and plan efficient cross-border rail freight routes.
Gauges Compatible
Direct through service possible
Rail gauge is one of the most critical technical considerations in international rail freight. A gauge difference of just 85mm (between Standard and Russian gauge) can add days to transit time and thousands of dollars to shipping costs.
Technical Definition
The distance between the inner sides of the two parallel rails that make up a railway track.
Global Impact
Over 55% of world railways use Standard gauge, but major freight corridors use different gauges.
Cost Implications
Gauge changes can add $200-500 per container and 6-12 hours of transit time.
| Gauge Type | Width | Primary Regions | Global Share | Key Freight Routes |
|---|---|---|---|---|
Standard Gauge | 1,435mm | North America, Europe, China, Australia | ~55% | Trans-Siberian (Chinese section), Europe-China |
Russian Gauge | 1,520mm | Russia, CIS countries, Finland, Mongolia | ~12% | Trans-Siberian Railway, Northern Corridor |
Indian Broad Gauge | 1,676mm | India, Pakistan, Bangladesh, Argentina | ~7% | Indian Railways network, South Asia freight |
Meter Gauge | 1,000mm | Southeast Asia, Africa, South America | ~10% | Vietnam-China corridor, African networks |
Cape Gauge | 1,067mm | Japan (most lines), South Africa, Australia, NZ | ~8% | Japanese freight, African mineral lines |
Irish Broad Gauge | 1,600mm | Ireland, Brazil (parts) | ~3% | Irish Rail, Brazilian regional lines |
Bogie Exchange
Wheelsets (bogies) are swapped at gauge change points. The freight wagon remains on jacks while new wheelsets are attached.
Container Transshipment
Containers are lifted by crane from one train to another. Required when wagons cannot undergo bogie exchange.
Variable Gauge Axles
Automatic gauge adjustment while moving through a special installation. Fastest method but limited availability.
China-Europe Railway (New Silk Road)
Gauges
Change Locations
Dostyk/Altynkol (KZ), Brest/Malaszewicze (BY/PL)
Transit Time
14-18 days
Annual Volume
~600,000 TEU (2023)
Trans-Siberian Railway
Gauges
Change Locations
Zabaykalsk/Manzhouli, Naushki/Sukhbaatar
Transit Time
15-20 days
Annual Volume
~200,000 TEU
Iran-Turkmenistan-Kazakhstan
Gauges
Change Locations
Sarakhs
Transit Time
7-10 days
Annual Volume
~50,000 TEU
Vietnam-China Corridor
Gauges
Change Locations
Dong Dang
Transit Time
3-5 days
Annual Volume
~30,000 TEU
Best Practices
- Book gauge change slots in advance during peak seasons
- Factor in 1-2 buffer days at gauge change points
- Negotiate volume discounts for regular shipments
- Consider alternative routing through compatible gauge networks
- Ensure proper documentation for customs at gauge borders
Common Mistakes
- Underestimating time required for gauge changes
- Not accounting for peak season delays
- Assuming all railcars can undergo bogie exchange
- Forgetting customs clearance time at gauge borders
- Not planning for cargo compatibility with exchange facilities