Most demand forecasting problems involve uncertainty about how much customers will buy. World Cup merchandise presents a different challenge because the demand signal itself can change suddenly. A match result can alter which products people want, while the commercial window for selling them may last only a few days.
When a team unexpectedly progresses deep into the knockout stages, demand for its jerseys and other merchandise can rise by several hundred percent within a short span. If a tournament favourite is eliminated early, their merchandise can quickly become clearance stock. The supply chain must respond to either outcome, sometimes across several product categories and without the lead times normally built into commercial replenishment.
The FIFA World Cup brought this challenge into sharper focus. With 104 matches across 16 cities in the United States, Canada and Mexico, merchandise had to move across three countries and several customs environments. The scale of the tournament made the logistics behind that movement particularly demanding.
Yiwu: Where Much of the Merchandise Starts
A large share of World Cup merchandise originates in Yiwu, in China’s Zhejiang Province. Estimates from the Yiwu Sporting Goods Association suggest that Made-in-Yiwu products account for close to 70 percent of World Cup-related merchandise traded globally. That concentration reflects decades of investment in a manufacturing cluster built around sporting goods and related products.
The Yiwu International Trade Market covers more than five million square metres and brings together more than 75,000 suppliers. Manufacturers within the cluster can source materials, components and production inputs within a short distance of one another. That proximity helps reduce production lead times, which is particularly useful when demand can rise sharply and then disappear just as quickly.
Exports of sporting goods from Yiwu reached 11.65 billion yuan in 2025, up 20.3 percent from the previous year. In the first two months of 2026, exports had already exceeded 2.34 billion yuan. One vendor with ten years of experience producing soccer jerseys reported that sales during the 2026 tournament were more than 60 percent higher than during Qatar 2022. Online retail sales doubled over the same period.
The cluster’s ability to react can also be seen in individual demand spikes. When a hand-shaped sun hat went viral during the tournament, local merchants reportedly completed prototypes and began mass production that same afternoon. Yiwu Customs has also introduced a dedicated smart clearance gate to speed up exports of sports merchandise.
Yiwu’s logistics options extend beyond sea freight. The Yixin’ou freight train service connects the city with Europe through an overland rail corridor, giving exporters an option between air freight and ocean shipping.
How a Match Result Rewrites the Freight Plan
Fanatics, which manages on-site retail across all 104 matches, pre-positions inventory around multiple tournament outcomes before the competition begins. This allows the business to prepare for the teams most likely to advance and the products most likely to see increased demand.
The difficulty comes when an unexpected team continues progressing. If a team progresses unexpectedly, its pre-positioned merchandise can be exhausted quickly. At that point, restocking from the manufacturing base becomes the only practical way to keep up with demand.
That restocking process starts in Zhejiang and can involve export customs, ocean or air freight across the Pacific, US customs clearance and domestic distribution before the merchandise reaches consumers. Under normal commercial planning, thereās time to manage each stage. A bracket-driven demand spike can reduce that window to a matter of days.
Thereās also very little historical data that can accurately predict what will happen. Qatar 2022 produced a different demand pattern from Russia 2018, while the results of the 2026 tournament created another set of outcomes. Pre-tournament planning therefore relies on probability models that estimate which teams are likely to advance and which products are most sensitive to those results.
Those models provide a starting point, but they canāt account for every outcome. The logistics network needs enough flexibility to respond when reality moves beyond the forecast.
The Transit Time Behind Every Restocking Decision
The available freight options quickly narrow once demand starts moving fast.
Ocean freight from China to US East Coast ports generally takes between 25 and 30 days, depending on the route and carrier. West Coast gateways can reduce that to around 14 to 18 days. Neither timeline works particularly well when a match result on a Tuesday evening creates a demand spike that needs to be addressed before the following weekend.
Air freight can move the same merchandise from Chinese airports to US gateways in roughly two to three days, but the cost is considerably higher.
Whether that premium makes sense depends largely on the product. Flags, scarves and accessories often have margins that make significant air freight costs difficult to absorb. Licensed jerseys have more room to support the additional freight expense, which helps explain why they feature prominently in air-restocking decisions.
Yiwu manufacturers with experience across several World Cup cycles have also shortened production lead times for priority orders to around five to seven days. Even then, a factory departure from Zhejiang followed by two or three days of air transit still leaves customs and domestic distribution in the United States to complete the journey.
Rail provides another option for European markets. The Yixin’ou service can move merchandise to Europe in around 15 to 25 days, with costs positioned between sea and air. For products with a longer selling window, rail can provide a useful middle option.
The Distribution Challenge of a 16-City Tournament
The 2026 tournament creates a distribution network that is very different from a conventional commercial supply chain. The 16 host cities stretch across three countries and cover a wide geographic area. Vancouver and Seattle sit in the Pacific Northwest, Kansas City and Atlanta are further inland, while the Mexican host cities introduce another customs border into the network. The East Coast locations extend from Boston to Miami.
Getting merchandise to a US gateway is therefore only one part of the journey. A shipment of jerseys arriving in Los Angeles from Shanghai still must clear customs, move by ground transport to a regional staging hub and then make its way to the relevant venue.
Regional staging hubs near clusters of host cities help manage this distribution, receiving incoming freight and moving it to individual venues according to match schedules. At the same time, those facilities are handling the normal freight activity of the cities around them. World Cup merchandise therefore has to compete for transport, warehouse and handling capacity with existing commercial demand.
A change in the tournament can also alter where inventory is needed. If a team performs better than expected and demand rises sharply in one region, restocking decisions have to be made around a fixed match calendar. A venue cluster can run short of merchandise before new stock arrives, leaving only a limited window to close the gap.
What Commercial Supply Chains Can Take from This
The World Cup merchandise supply chain offers a useful example of what happens when demand changes faster than normal replenishment cycles can accommodate. A match result can create a demand spike within hours, leaving manufacturers and logistics teams with very little time to respond.
The ability to react depends on decisions made well before the tournament begins. Production capacity, carrier relationships, access to different freight modes and distribution hubs all give businesses more options when demand shifts unexpectedly.
The same principle applies beyond sporting merchandise. Whether the trigger is a viral product, a sudden change in consumer demand or an unexpected market opportunity, companies with flexible freight networks are better placed to respond while the commercial window is still open.