U.S. Launches 13th Night of Iran Strikes as Hormuz Shipping Feels the Squeeze
The United States has carried out a 13th consecutive night of strikes on Iranian military targets, as tanker traffic through the Strait of Hormuz falls to a two‑month low. For ship crews, energy buyers, and Gulf states, the message is that Iran–U.S. confrontation is now measured not just in missiles and drones, but in how nervously vital cargo moves through the world’s most important oil chokepoint.
The United States is now two weeks into a campaign of nightly strikes on Iran, and the impact is no longer confined to military maps. After a 13th consecutive night of attacks targeting Iranian command centers and drone facilities, tanker traffic through the Strait of Hormuz has slipped to its lowest level in two months, signaling that the world’s most critical energy corridor is feeling the strain.
U.S. military officials said the latest round of strikes overnight hit military command centers, drone storage sites and other assets at 16 locations inside Iran. The strikes are part of a sustained effort to degrade Iran’s capacity to project force across the region, particularly via drones and missile systems that Washington says threaten U.S. personnel and partners. The announcement of the new wave came early on 24 July, with no immediate figures on casualties or detailed damage assessment from either side.
At sea, the effect is measurable. Shipping data show tanker movements through Hormuz—where roughly a fifth of globally traded oil normally passes—have dropped to a two-month low. Some vessels are slowing or adjusting routes, while others are delaying transit windows as operators reassess risk. Even without a formal blockade or declared closure of the strait, the perception of rising danger is enough to lengthen voyages, unsettle crews and put upward pressure on insurance premiums.
For crews on tankers and product carriers, the risks are not theoretical. They are asked to navigate a corridor where U.S. and Iranian forces are now in routine confrontation, where drones and missiles are actively in play, and where misidentification could turn a commercial hull into a target or collateral damage. Gulf port operators, pilots, and tug crews bear similar burdens as they work in waters where the consequences of a miscalculation could be catastrophic.
Strategically, Washington is trying to walk a narrow line: exerting enough military pressure to deter or degrade Iranian regional operations without triggering a direct clash that would endanger global energy flows. For Tehran, the calculus is inverted. It has spent years building up a playbook of asymmetric tools—drones, proxies, and the ability to harass shipping in Hormuz—that can raise the cost of any U.S. campaign. Each new U.S. strike risks activating more of those tools, even as it seeks to suppress them.
The economic stakes extend well beyond the Gulf. Energy importers in Asia and Europe must now price in a higher chance of delays or disruptions in Hormuz, even if barrels continue to move. Refiners and traders face a familiar question with fresh urgency: how many days of military escalation in the Gulf does it take before term contracts and spot markets start to reflect not just theoretical risk, but actual lost time and diverted ships?
This phase of confrontation fits a broader pattern of U.S.–Iran competition that has shifted from diplomacy to deniable attacks, cyber operations and now sustained, overt strikes inside Iran’s borders. The longer the nightly raids continue, the harder it becomes for either side to claim the situation is contained. Hormuz risk does not need a full blockade to matter—only enough uncertainty to make ships, insurers, and governments hesitate.
The next signals to watch include any Iranian moves to more overtly challenge shipping in or near Hormuz, shifts in war-risk insurance pricing for Gulf transits, and whether Washington chooses to escalate to new categories of targets inside Iran or seeks an off-ramp through backchannel contacts once it judges key military infrastructure sufficiently degraded.
Sources
- OSINT