3.3 Containers In, 1 Container Out: How Hormuz Broke the Equipment Loop

Most of the Hormuz coverage focuses on oil tankers and geopolitics. But six weeks into the crisis, a second-order disruption is now hitting booking desks harder than the routing changes themselves: containers are in the wrong place, and the system that moves them back cannot function while the strait is closed.

Europe is drowning in empties. Asia cannot get boxes. India’s ports are buckling under volumes they were never designed to handle. And the global empty repositioning cycle — already strained before the war — has effectively broken. Here is where the imbalance stands, what it means for bookings, and why this problem will outlast the ceasefire.

The Imbalance Is Now 3.3 to 1

Asia-Europe container trade has reached a 3.3:1 loaded import-to-export ratio. Sea-Intelligence data presented at TPM26 confirmed this figure — the widest imbalance on the trade lane in recent history. For every 3.3 loaded containers arriving in Europe from Asia, only one goes back full. The rest must be repositioned empty.

Empty container movements have surged 50% in seven years. Sea-Intelligence’s 12-month rolling average shows global empty repositioning volumes rose from 3 million TEU per month to 4.5 million TEU per month. As a share of loaded volumes, empties increased from 22% pre-pandemic to 28% by January 2026. Measured in TEU-miles — which accounts for the longer Cape of Good Hope routing — empty movements jumped from 32% to 42% of loaded TEU-miles.

This is no longer a disruption effect. Sea-Intelligence modeled a scenario where ships return to Suez and found that “for all practical intents and purposes, there is now no real distortion from the Red Sea crisis” in the imbalance data. The underlying trade pattern — massive Asian export volumes, weak European backhaul demand — has widened beyond what routing changes alone can explain. Cape routing made it worse, but it is not the root cause.

Europe Has Too Many Boxes

Rotterdam is handling a growing surplus of empty containers across its terminals. The port’s director of containers confirmed to The Loadstar that “handling more empty containers between different terminals is an operational challenge.” Rotterdam built a Container Exchange Route connecting all deep-sea terminals to manage the flow. Terminal yard density has reached 85% at RWG and 95% at MVII. Transshipment dwell time hit 9.1 days.

Antwerp is running at 90% yard utilization at PSA Q913, with vessel waiting times around 2 days and barge congestion adding 76 hours. Feeder delays are running 72 hours. DP World Antwerp is at 50% due to labor disputes, which compounds the empty storage problem — fewer working terminals mean less space to stack boxes that nobody is loading.

Southampton is at 97% dry yard utilization and 90% reefer — essentially maxed out. London Gateway is in better shape at 55% dry, but empty stock remains above the free pool and is only slowly being reduced.

The cost paradox is striking. Container xChange and DC Velocity report that repositioning costs now exceed the asset cost of the surplus empty containers themselves. Lessors have “little financial motivation to move the spare boxes back to Asia” when the repositioning voyage costs more than the container is worth. The result: empties sit in Europe, and Asia runs short.

Asia Cannot Get Equipment

India’s JNPT (Nhava Sheva) has become the crisis in miniature. Container volumes at JNPT increased more than 700% compared with February baselines, according to project44’s Supply Chain Insights report. The port was never designed to be a transshipment hub — it is being used as one because Gulf-bound cargo needs somewhere to go. Import dwell time at JNPT more than doubled, from under 12 days at the start of the crisis to 23.47 days by Week 4 — the highest level observed across the entire monitored network.

Singapore is running at 85–95% yard utilization at PSA terminals, with transshipment dwell times reaching 7.1 days. Vessel bunching from rerouted ships arriving in clusters is creating congestion spikes that are difficult to predict or manage. MSC has started using Indian ports for transshipment because Singapore and Colombo are full.

Port Klang is showing import dwell times of 10.3 days at Westport, with Tanjung Pelepas disrupted by a berth crane installation that further constrains capacity. Colombo is holding steady at 7.8 days average dwell but is absorbing diverted cargo from carriers that cannot call at Gulf ports. Lars Jensen of Vespucci Maritime specifically flagged Port Klang, Singapore, and Tanjung Pelepas as the bottleneck recipients of cargo diverted from direct Gulf calls.

China — the world’s largest exporter — sees three of every four arriving containers as repositioned empties. That sounds like surplus, but the surplus is in standard 40-foot dry vans. Exporters needing 20-foot containers, open tops, or flat racks face acute shortages, particularly before and after Lunar New Year. Ningbo and South China ports report intermittent equipment constraints even as empty standard boxes pile up.

34,000 Route Diversions in Four Weeks

project44 recorded more than 34,000 route diversions since the Hormuz disruption began. Week 4 produced the highest diversion volume of the period, indicating the system is still adjusting rather than stabilizing. The UAE’s share of diverted cargo declined from 42.6% in Week 1 to 33.1% in Week 4, as congestion at Khor Fakkan and Fujairah forced cargo toward other destinations. Saudi Arabia and Singapore are emerging as the primary alternative destinations.

Each diversion creates an equipment ripple. A container diverted from Jebel Ali to Salalah and then trucked overland to Dubai does not reenter the carrier’s normal repositioning loop. It sits at a terminal that has no outbound vessel calling for it. Multiply that by tens of thousands of diversions and the result is a systemic mismatch: equipment accumulates at workaround ports that have no backhaul demand, while origin ports in Asia lose access to the containers that would normally return via Gulf services.

Specialized Equipment Is Hit Harder

Standard dry van fleets have reached record volumes in 2026. Specialized containers have not. Maritime Fairtrade’s analysis found that the supply of non-standard equipment — reefers, flat racks, open tops, tank containers — remains “insufficient and inelastic” even as the overall fleet grows.

Reefer containers face compounding pressure. Extended Cape of Good Hope voyages add 10 or more days of continuous power demand per rotation. That increases energy costs, raises the risk of technical failure, and keeps each reefer unit out of circulation longer. Up to 60–65% of the global reefer fleet remains concentrated on East-West trades, while demand growth is increasingly on North-South routes — Latin America, Africa, Southeast Asia. The result is structural shortages at origin in regions that need cold chain capacity most.

Flat racks and open tops are critically short across Asian export hubs. India is experiencing a surplus of standard 40-foot containers but a shortage of 20-foot open tops and flat racks — equipment essential for its growing heavy engineering export sector. The mismatch between standard and specialized equipment means aggregate fleet statistics are misleading: having enough boxes in total does not mean having the right boxes where they are needed.

The $20 Billion Drag

Empty container repositioning costs the global shipping industry an estimated $20 billion per year. That figure, consistently cited by Maritime Fairtrade, Container xChange, and Supply Chain Dive, represents over 12% of carrier operating costs. Before the Hormuz crisis, roughly one in three containers moved empty at any given time. That ratio is now closer to two in five.

Carriers are managing the imbalance through network restructuring, not dedicated repositioning programs. No major carrier has announced a specific empty container repositioning initiative. Instead, they are using blank sailings (47 across major trade lanes in March–April), slow steaming (16–17 knots, down from 19–20), and service redesigns to indirectly rebalance equipment. Asia-Europe alone saw 28 cancelled voyages removing 180,000–220,000 TEU of weekly capacity — roughly 15% of nominal capacity on the trade lane.

The fleet keeps growing anyway. The global container fleet stands at 33.69 million TEU across 7,498 operational vessels. The orderbook has reached 11.8 million TEU — a 31.7% orderbook-to-fleet ratio, the highest since 2010. Deliveries are accelerating: 1.7 million TEU scheduled for 2026, 2.8 million for 2027, and 3.5 million for 2028. More capacity entering the market means more containers to reposition — but it does not solve the geographic mismatch. New ships and new boxes still end up where the demand is, not where the empties are needed.

Why This Outlasts the Ceasefire

Even if the Strait of Hormuz fully reopens, the equipment imbalance will not self-correct quickly. Hundreds of thousands of containers are stranded at ports in India, Oman, and Pakistan that were never part of the normal repositioning loop. Carriers would need to send empty vessels into the Gulf to retrieve equipment — a process Hapag-Lloyd’s communications chief estimated would take “weeks, if not months.” Meanwhile, the European empty surplus reflects a trade pattern, not a routing disruption: weak European export demand means containers will continue accumulating there regardless of whether ships transit Suez or Cape.

The Red Sea ceasefire provides a reference case. The Houthi ceasefire was agreed in January 2025. As of April 2026, Suez Canal traffic remains 60% below 2023 levels. Carriers that invested in Cape-routed networks have not reversed those investments. The lesson: workaround capacity, once built, does not simply unwind when the original route becomes theoretically available. The same logic applies to the container repositioning patterns being established right now.

What This Means for Bookings

Equipment availability is now a booking constraint independent of vessel capacity. You may find space on a ship and still not find the right container type at your origin port. This is especially true for reefers, open tops, and 20-foot units at Asian export hubs.

Lead times for equipment should be added to booking lead times. If your carrier quotes a booking confirmation 10 days out, ask whether that includes equipment availability or just slot allocation. The two are increasingly decoupled.

Surcharges will continue reflecting the repositioning cost, even if base rates soften. Emergency Contingency Surcharges, War Risk Surcharges, and Equipment Imbalance Surcharges are being applied independently of base rate negotiations. Understanding which surcharges your contract absorbs — and which are passthrough — matters more than watching the headline rate indexes.

Consider alternative equipment types where possible. If 20-foot containers are scarce, consolidating into 40-foot units may be faster even if less cost-efficient per CBM. If reefer availability is constrained, discuss genset alternatives with your forwarder. Flexibility on equipment type is becoming a procurement advantage.