Transshipment Time (days) in South America
Published 2026-10-08 · 24Peaks Research
Transshipment Time (days) in South America
Transshipment time in days measures the average delay a containerized cargo shipment experiences at an intermediate port before it is loaded onto a connecting vessel. In South America, values vary widely by port and trade lane, ranging from roughly 2 days at efficient hub ports to over 10 days at congested or low-capacity terminals, as of the latest available year. The indicator matters because it adds directly to total transit time and landed cost, and it is tracked by logistics operators, exporters, and trade economists using data compiled from port authorities, customs agencies, and international trade databases.
What the Indicator Measures
Transshipment time captures the dwell period between discharge from an incoming vessel and loading onto an outgoing vessel at a hub or relay port. It is distinct from total port dwell time, which includes time waiting at anchorage, berthing, customs clearance, and inland movement. Transshipment time isolates the transshipment segment of the journey.
Key points on methodology:
- Data is typically collected through port community systems, carrier schedules, and customs records, then harmonized by international bodies.
- The United Nations Conference on Trade and Development (UNCTAD) publishes port-level performance data, while the World Bank's Logistics Performance Index (LPI) offers country-level proxies for trade-related delays.
- The IMF uses trade time data, including transshipment delays, in gravity models of trade flows.
- Values are usually reported as average days per container move, sometimes broken down by carrier, route, or terminal.
Because carriers define "transshipment" slightly differently, cross-country comparisons should rely on a single harmonized source. 24Peaks hosts the latest series for South American economies using consistent port-level methodology.
Why It Matters for Investors and Traders
Transshipment time is a direct input into supply chain cost and reliability. For investors, it is an operational signal about port efficiency, infrastructure quality, and trade competitiveness.
- Cost: Each extra day of transshipment adds storage, demurrage, and working capital costs. A 5-day delay on a 40-foot container can add hundreds of dollars in variable costs.
- Reliability: Long or volatile transshipment times push shippers to hold more safety stock, raising inventory costs.
- Trade competitiveness: Countries with faster transshipment attract more transshipment cargo, which generates port revenue and logistics employment.
- Commodity pricing: For agricultural exporters, including soybean and copper shippers, transshipment delays affect delivery windows and contract penalties.
- Investment signals: Persistent transshipment bottlenecks often precede or accompany port concession awards and infrastructure spending, which are relevant to infrastructure and logistics investors.
The World Bank and UNCTAD both treat port and transshipment efficiency as a determinant of trade integration. For South America, where many exports move through a small number of hub ports, small changes in transshipment time can shift regional routing patterns.
Recent Trends by Region
South America's transshipment landscape is shaped by geography. The continent has few natural deepwater hubs, and much cargo is relayed through the Caribbean, Panama, or European ports before reaching final destinations.
As of the latest available year, several broad patterns are visible:
- Pacific Coast: Ports in Chile, Peru, and Colombia handle growing transshipment volumes linked to Asian trade. Investment in terminal automation has reduced average transshipment times at the largest facilities, though smaller ports lag.
- Atlantic Coast: Brazilian and Argentine ports serve bulk and container trade. Transshipment times are often longer than Pacific peers because of berth congestion, customs procedures, and inland transport links.
- Caribbean and Canal relays: A large share of South American container cargo transships at Caribbean hubs or near the Panama Canal. Congestion at these relay points can raise effective transshipment time for South American origin cargo even when the origin port is efficient.
- River and inland ports: Inland terminals in the Amazon basin and Paraguay-Paraná waterway face additional barge and feeder delays, extending transshipment time well beyond coastal benchmarks.
Trend data from UNCTAD and the World Bank indicate gradual improvement in the region's largest container ports over the past decade, driven by privatization, terminal automation, and customs digitization. However, gains are uneven, and smaller ports often show stagnant or volatile transshipment times.
Comparison Examples
The table below compares recent transshipment times for four illustrative South American economies. Values are indicative of the latest available data and are best confirmed against the live series on 24Peaks.
| Country | Recent value (days) | Year | Note |
|---|---|---|---|
| Chile | ~2–4 | Latest available year | Efficient Pacific hubs; strong terminal automation |
| Brazil | ~5–8 | Latest available year | Large variation; congestion at major Atlantic ports |
| Peru | ~3–6 | Latest available year | Improving Pacific capacity; growing transshipment role |
| Argentina | ~6–10 | Latest available year | Bulk-heavy trade; slower container transshipment |
These figures are averages and can mask wide terminal-level differences. A single port may show 2 days for one carrier and 8 days for another depending on berth windows and feeder schedules.
Limitations and How to Read the Data
Transshipment time is useful but easy to misread.
- Definition variance: Carriers and ports use different start and end points, so a "transshipment day" is not always the same unit across sources.
- Averages hide tails: A 4-day average may include many 1-day moves and a few 15-day outliers caused by missed connections.
- Coverage gaps: Smaller and inland ports often lack consistent reporting, skewing regional averages toward large hubs.
- Causality: Long transshipment time can reflect volume growth as well as inefficiency; a busy port may show higher dwell than a quiet one.
- Seasonality: Agricultural export peaks and holiday periods can temporarily raise transshipment times by several days.
For analytical work, transshipment time is best used alongside total transit time, the World Bank LPI, and port throughput data. IMF trade models often combine time and cost variables rather than relying on transshipment time alone. 24Peaks presents the indicator with year labels and source notes so users can compare consistent series.
FAQ
What is transshipment time in days?
It is the average number of days cargo waits at an intermediate port between arriving on one vessel and departing on another. It excludes time at the origin and destination ports. In South America, values typically range from about 2 to 10 days depending on the port and trade lane.
Which South American country has the shortest transshipment time?
Chile generally records among the shortest times in the region, often around 2 to 4 days at its main Pacific container terminals, as of the latest available year. Peru has also improved and is close behind at its largest ports. Values vary by terminal and carrier.
Why is transshipment time longer in some South American ports?
Common causes include berth congestion, limited feeder capacity, customs and documentation delays, and reliance on distant relay hubs in the Caribbean or Europe. Inland and river ports face additional barge and road transfer delays. Infrastructure investment and terminal automation tend to reduce these times.
How does transshipment time affect exporters?
Every extra day adds storage, demurrage, and financing costs, and it reduces schedule reliability. Exporters may respond by holding more inventory or routing cargo through faster hubs. For time-sensitive goods such as perishables, delays can affect product quality and contract compliance.
Where can I find the latest transshipment time data for South America?
International sources include UNCTAD port data, the World Bank Logistics Performance Index, and IMF trade time datasets. 24Peaks hosts the latest available series for South American economies with year labels and consistent methodology. That makes it easier to compare countries and track changes over time.
Compare transshipment time across South American economies on the 24Peaks workbench to see how port efficiency shapes trade and investment decisions.