Views: 0 Author: Site Editor Publish Time: 2026-07-17 Origin: Site
The navigation in the strait has plummeted, and the transportation routes for large equipment have come to a standstill
The current military game between the United States and Iran continues to escalate, with both sides blaming each other for breach of contract and forming a game deadlock. The shipping system in the Strait of Hormuz has been severely damaged, and the scale of navigation has significantly shrunk. Currently, only more than ten merchant ships pass through daily, and the overall transportation capacity has only recovered to one tenth of the pre war level. Large engineering equipment such as rotary drilling rigs and pile drivers are oversized, overweight, and extra long special cargo that rely on stable long-distance main shipping routes throughout the transportation process. They also have extremely high requirements for navigation conditions and safety, and cannot be transported by small ships. The Strait of Hormuz, as the core throat channel for engineering equipment trade in the Middle East and Asia Europe, has experienced a sharp decline in navigation volume, directly leading to the large-scale stagnation of transportation routes for large equipment passing through the water area. A large amount of infrastructure equipment waiting to be transported is stranded in ports, and the pace of cross-border transportation is completely disrupted. At the same time, the US military continues to strike Iran's coastal ports, bridges, and facilities. Core logistics nodes such as Abbas Port and Bushehr City are frequently attacked, experiencing power outages and facility damage, further compressing the operating space for loading, unloading, and transferring large equipment, causing the already sluggish large-scale logistics transportation to come to a standstill.
The route was forced to detour, resulting in significant delays in equipment transportation efficiency
Due to the risk of military conflict in the Strait, most shipping companies have suspended the operation of the Strait of Hormuz route. In order to avoid the risk of war, large engineering equipment transport ships can only choose to detour around the Cape of Good Hope in Africa as an alternative route. Compared to the original direct route through the strait, the detour distance has significantly increased, with a single transportation distance of 3000 to 4000 nautical miles and a transportation time extension of 10 to 14 days. Rotary drilling rigs and pile drivers are often used in overseas infrastructure, oil and gas engineering, overseas aid construction and other projects with strong timeliness. The significant delay in transportation time directly leads to the delay of equipment entry in overseas engineering projects, and the construction period is forced to be postponed. Unlike ordinary goods, which can flexibly adjust transportation plans, large-scale engineering equipment has strong compatibility. Delay of a single equipment will affect the overall construction progress, which can easily lead to chain problems such as project schedule breach, on-site work stoppage, and material shortage, seriously affecting the pace of overseas infrastructure projects.
The surge in logistics costs puts pressure on the economic benefits of equipment trade
The geopolitical conflict in the Strait of Hormuz has triggered a chain of price increases in the shipping market, comprehensively pushing up the cross-border logistics costs of large-scale engineering equipment. On the one hand, the premium rates for war risk insurance in conflict zones have skyrocketed, and the insurance costs for large vessels have doubled. Coupled with the increase in fuel and vessel leasing costs caused by detours, the total cost of cross-border transportation for a single rotary drilling rig and pile driver has risen significantly. On the other hand, some ships in the Persian Gulf region are stranded and their capacity is frozen, leading to a tight supply of large-scale shipping capacity in the market and further raising the rental rates for special vessels. For engineering equipment export enterprises, the significant increase in logistics costs has compressed the profit margin of product trade; For overseas infrastructure construction companies, the equipment transportation premium increases the total project construction cost, putting sustained pressure on the economic benefits of previously low profit overseas infrastructure projects.
Upgrading transportation risks and increasing difficulty in ensuring equipment safety
The current stalemate in the US Iran game, the lack of clear termination points for military strikes, and the normalization of explosions and military attacks around the strait have significantly increased the maritime transportation safety risks of large engineering equipment. Rotary drilling rigs and pile drivers have precise structures, large volumes, and vulnerable components. When sailing in military conflict waters, they are highly susceptible to equipment collisions, damage to precision components, and other issues due to sea turbulence, ship turbulence, and sudden attacks. At the same time, multiple ports and bridges in Iran have been attacked and damaged, port loading and unloading equipment has been damaged, and the operating system is unstable. The risk of damage to large equipment during port loading, unloading, and transit has significantly increased. In addition, the uncertainty of the geopolitical situation has led to disorderly customs clearance processes at sea, frequent vessel delays and temporary controls, and equipment being stranded at sea or ports for long periods of time. This not only exacerbates equipment wear and aging, but may also face unknown risks such as customs clearance delays and cargo seizures, greatly increasing the difficulty of safety control throughout equipment transportation.
Market restructuring and adjustment of large-scale logistics supply chain
The ongoing standoff between the United States and Iran has completely broken the traditional large-scale logistics supply chain system in the Strait of Hormuz, promoting the restructuring of the global large-scale engineering equipment transportation market pattern. In the past, the Middle East and Asia Europe large cargo logistics channels that relied on efficient navigation through the strait were basically paralyzed. Shipping companies have adjusted their route layouts and opened up alternative channels such as inland transportation across Saudi Arabia to avoid military risks in the sea. This supply chain restructuring has caused confusion in the adaptation of the logistics system in the short term, with insufficient efficiency in the inland transportation and sea land intermodal transportation of large equipment, further restricting transportation efficiency. In the long run, if the game between the United States and Iran continues and the blockade of the strait persists, overseas engineering equipment trade will gradually form a diversified and safe logistics layout. The traditional single reliance on the Strait of Hormuz for large-scale logistics will completely change, and the industry as a whole will enter a new stage of supply chain adjustment and cost reconstruction.
The game stalemate persists, and the short-term pressure on the industry is difficult to reverse
Based on the current situation, the United States and Iran have mutually accused each other of breach of contract and are deadlocked in their game. The United States continues military strikes while releasing negotiation signals, while Iran adheres to the principle of equal performance and resolutely counterattacks aggression. There is no sign of reconciliation between the two sides, and the low navigation and high-risk situation in the Strait of Hormuz will continue for a long time. For the logistics industry of large engineering equipment such as rotary drilling rigs and pile drivers, it is difficult to escape the dilemma of blocked routes, delayed delivery, high costs, and rising risks in the short term. Industry enterprises need to proactively adapt to changes in the situation, by planning transportation routes in advance, optimizing equipment protection plans, and locking in long-term transportation resources to avoid risks, reduce losses, and alleviate the supply chain impact caused by geopolitical conflicts.
