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Ujpest, Hungary, HUUPS9 days
Current Port Congestion in Hungary
Learn how river logistics, fluctuating trade volumes, and infrastructure capacity impact barge traffic and congestion at Hungary’s key inland ports along the Danube, including Budapest and Győr. Use GoComet’s port congestion tool to monitor real-time vessel flow and optimize your shipping schedules through Hungary’s critical river transport corridors.
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About Hungary Ports and Congestion
As a landlocked country, Hungary relies heavily on its Danube River ports, particularly Csepel Freeport in Budapest for bulk and containerized cargo. Congestion levels fluctuate with seasonal water levels, which can restrict barge loads and delay transits. During periods of low river depth, barge capacity is reduced, leading to scheduling delays. While Csepel handles intermodal cargo efficiently during normal flow conditions, the lack of alternate routes during high-congestion periods places pressure on yard turnover and rail availability. Ongoing investments are focused on crane upgrades and dredging programs to stabilize river flow year-round. Port operators coordinate closely with inland shipping agencies to minimize service disruption.
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Feature Insights
Sailing Schedule
63%
shipments do not arrive on-time at Hungary region
Carrier Spotlight
MSC
has the highest shipments arriving on-time for Hungary region
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How is Gocomet's Port
Congestion Index calculated?
Gocomet's Rich Data Source
Live tracking of 200000+ shipments/month from 350+ carriers on our platform
Data from each tracking
Carrier Integration Data
gives Planned & Arrival Dates
Geofencing & AIS Data
Provides position of Shipment tracked over time
AI calculates it for you and how
Gocomet's proprietary Machine Learning algorithm tracks delays at each port over time
AI calculates congestion as the difference of actual arrivals on port & planned arrival schedules from carriers
Gocomet's Port Congestion Index
Analyzed data from AI is built into a standardized index of 700+ global ports
This index helps foresee delays and bring efficiency to your Supply Chain
Frequently asked questions
What are the main causes of congestion at Hungarian ports?
Variable water levels on the Danube and limited berths during peak export cycles lead to inland traffic buildup.Which Hungarian port handles most of the cargo traffic?
Csepel Freeport in Budapest is the largest and most active inland cargo port in Hungary.How does low river depth affect barge operations?
Barges must reduce their loads during low water, causing more trips and potential congestion at terminals.What improvements are being made to reduce congestion?
Upgrades include dredging programs, modern cranes, and rail interface expansion at Csepel.How is congestion managed on the Danube?
Scheduling coordination and inland waterway agency planning help manage peak vessel movements and reduce delay cycles.