Brazil's Waterborne Freight Hits 5-Year High with 9.81% Growth
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Brazilian waterborne freight transport achieved its strongest performance in five years, recording 374.6 billion tonne-kilometers (TKU) in 2025, representing a 9.81% increase from 2024. This growth reflects expanding capacity across multiple transport modes: inland navigation jumped 21.06%, international shipping on inland waterways climbed 23.46%, and coastal shipping grew 6.49%. The Lower Amazon and Madeira waterways dominated activity, accounting for approximately 64% and 30% of inland navigation output respectively.
The data, compiled by Brazil's maritime authority ANTAQ, carries significant implications for supply chain professionals managing South American logistics networks. The robust growth indicates that waterborne transport is becoming an increasingly reliable and competitive alternative to rail and road freight, particularly for bulk commodities and agricultural products. However, regional disparities reveal underlying vulnerabilities: while the Paraguay River Waterway exploded 195%, the Paraná-Tietê system declined 31.77%, reflecting hydrological, operational, and infrastructure constraints that logistics planners must navigate.
For supply chain teams sourcing from or shipping to Brazil, this expansion presents opportunities to optimize transportation costs and reduce congestion on road networks. The structural growth in inland waterways suggests improved infrastructure stability and operational reliability, supporting longer-term sourcing and distribution strategy adjustments in the region.
Frequently Asked Questions
What This Means for Your Supply Chain
What if hydrological conditions reduce Lower Amazon Waterway capacity by 15%?
Simulate a scenario where drought or seasonal flooding reduces available capacity on the Lower Amazon Waterway (which handles 63.95% of inland waterborne traffic) by 15%. Model the impact on shipping volumes, transit times, and cost allocation across alternative routes including Paraná-Tietê and Paraguay corridors.
Run this scenarioWhat if Paraguay River Waterway maintains 195% growth trajectory?
Model a supply chain scenario where the Paraguay River Waterway continues its exceptional 195% growth rate into 2026-2027. Evaluate how expanded capacity on this corridor could enable routing optimization for agriculture and energy exports, including potential cost savings and transit time improvements.
Run this scenarioWhat if Paraná-Tietê Waterway stabilizes after 31.77% decline?
Simulate recovery scenarios for the Paraná-Tietê system after its 31.77% contraction. Model the impact of infrastructure investments or operational improvements that restore capacity to 2024 levels, and calculate sourcing and routing adjustments needed for shippers currently redirecting volumes to alternative waterways.
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