Oil prices are finding solid support from a combination of shrinking stockpiles and renewed geopolitical jitters, with West Texas Intermediate (WTI) crude climbing toward $93 per barrel. A market analysis from DBS highlights that a larger-than-expected drawdown in U.S. crude inventories, reported by the Energy Information Administration (EIA), is providing a tangible floor under prices. The reduction in stockpiles signals that supply is being consumed faster than it is replenished, helping to offset lingering macroeconomic concerns.
Simultaneously, reports of Iranian missile activity near the Strait of Hormuz have injected a fresh risk premium into crude markets. Unconfirmed accounts of short-range missile tests by Iranian naval units in the Persian Gulf have stoked fears of potential disruptions to the critical waterway, through which roughly one-fifth of the world’s petroleum transits daily. The lack of official clarification from Tehran has amplified uncertainty, with WTI futures gaining approximately 1.8% in early Asian trading. Brent crude also edged higher, hovering near $97 per barrel.
DBS analysts emphasize that the inventory drawdown is a pivotal factor, as it diminishes the oversupply that had previously weighed on the market. Ongoing production cuts from OPEC+ members—including voluntary reductions by Saudi Arabia and Russia—further constrain global crude flows. Combined with the geopolitical tensions, these supply-side dynamics create an environment where downside risk may be limited, barring a sharp demand contraction.
The interplay between physical market tightness and geopolitical risk has widened backwardation in WTI futures, indicating that traders are willing to pay a premium for near-term barrels. For consumers, sustained price support could translate into higher fuel costs, particularly as U.S. summer driving season approaches. Market participants now closely monitor upcoming inventory reports, OPEC+ policy signals, and any diplomatic overtures that could ease or exacerbate the Strait of Hormuz tensions.
