Strait of Hormuz Daily Ship Transits Forecast | Polymarket Trade
The Strait of Hormuz remains one of the world's most strategically critical waterways, with approximately one-third of global seaborne oil passing through this narrow passage between Iran and Oman each day. Daily vessel traffic through the strait fluctuates based on geopolitical tensions, supply-chain disruptions, seasonal demand patterns, and broader macroeconomic conditions affecting global trade. This event aggregates three complementary prediction markets that collectively track expected shipping volume transits through the Strait of Hormuz through July 31, 2026. The three markets are structured around increasingly specific daily transit thresholds: 60 ships, 40 ships, and 30 ships. Rather than forecasting a single fixed number, these tiered markets allow observers to assess probability across a range of plausible daily volumes. A high probability for all three thresholds would suggest market participants expect strong maritime activity; if only the 30-ship market trades high while higher thresholds decline, it signals expectations of moderate traffic. This layered structure mirrors how traders and analysts naturally think about forward-looking supply-demand scenarios. When reading the probabilities below, consider what drives Hormuz transit volumes: OPEC production decisions, renewable energy adoption rates, geopolitical risk premiums, seasonal demand cycles, and global logistics network efficiency. The prices reflect market participants' aggregated views on these factors through the end of July. Notably, prediction markets like these have historically provided valuable information about future commodity flows, as they incentivize participants to incorporate the latest available data and expert analysis into a single probability figure. Whether your interest is macroeconomic forecasting, energy markets, geopolitical risk assessment, or maritime logistics, these markets offer a window into collective expectations around one of the world's most consequential shipping chokepoints.