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The world's busiest shipyards are scheduled to deliver far more vessels in 2028 than their demonstrated production capacity can support. Danish Ship Finance's November 2026 Shipping Market Review, highlighted by Splash247 on November 6, finds that 99 heavily booked yards face delivery commitments equal to 164% of their annual capacity. Across all 277 active yards in the study, the orderbook has expanded from approximately 60 million compensated gross tonnes (CGT) in 2020 to 210 million CGT in September 2026, while construction capacity has increased only 30%. The financier's historical delivery analysis suggests that 10–11 million CGT of scheduled output could slip from each of 2027 and 2028 into later years. That is an illustrative industry-wide volume estimate, not a confirmed count of delayed ships.
Shipyard Capacity: 100%
Delivery Commitments: 164%
The 99 most heavily booked yards
About 30.2 million CGT of annual capacity versus approximately 49.5 million CGT scheduled in 2028.
All 277 active yards combined
The worldwide 2028 schedule is 64 million CGT against 56.4 million CGT of estimated annual capacity.
Approximate 2028 schedule overload at the 99 highest-performing yards, before allowance for slippage or capacity adjustments.
Estimated spare 2028 capacity at the other 178 active yards. Not all of it can be substituted for specialist LNG, tanker or large container ship berths.
How a shipbuilding boom creates a later supply wave
China Is Overbooked.
Japan Still Has Room.
LNG Slots Are Nearly Gone.
Active yards are scheduled to deliver their last existing order by the end of 2028. Together they represent only around 20% of the industry's annual capacity, underscoring how uneven the orderbook has become.
Estimated 2028 open VLCC building slots are located in Japan. Six of the 13 open LNG slots are in South Korea and five in Japan, though Japan's LNG delivery record is older.
A later handover may require extending older vessels' service lives, arranging interim charters or renegotiating forward employment commitments.
Scarce capacity at premium yards can support strong equipment pipelines, while newer or less-established yards may face quality, qualification and integration challenges.
A delayed delivery wave can postpone fleet expansion but may intensify competition once new ships enter service, particularly in heavily ordered vessel segments.
The 2028 Delivery Crunch:
Measure the Bottleneck and the Cost
Shipyard workload assumptions
World / 2028. Scheduled CGT and annual capacity are from the Danish Ship Finance report. Carryover is a scenario assumption.
Scheduled-year arrivals at the selected historical rate, plus assumed prior-year carryover, divided by available annual capacity.
CGT to be completed in the selected year, including assumed rollover
CGT above the selected effective capacity, if positive
Scheduled volume multiplied by the selected arrival rate
Includes delays, cancellations and other timing differences, not all confirmed late ships
Where the 2028 pressure comes from
All bar lengths use a common CGT scale. These quantities have different meanings and must not be added together indiscriminately.
Newbuilding delay exposure
All vessel prices, earnings and financing inputs are hypothetical sensitivity assumptions, not verified contracts. The model is not assigning a delay probability to any specific yard.
Forgone vessel contribution plus carrying cost on pre-delivery capital, less assumed recoverable contractual damages.
Illustrative new-vessel cash contribution during the delay period
Additional interest or opportunity cost on pre-delivery installments
Selected contractual daily rate, eligible-day cap and recovery fraction
Month-to-day conversion used in this illustrative cost model
Monthly accumulation of modeled exposure
Recalculates the net economic exposure as the delivery delay lengthens, under the selected assumptions.
Financial impact bridge
Methodology and important limitations
Capacity view: Current-year in-year arrivals = scheduled CGT × selected in-year percentage. Workload = in-year arrivals + assumed prior-year carryover. Effective capacity = demonstrated annual capacity × (1 + expansion %). Capacity shortfall = max(0, workload − effective capacity). Workload above annual capacity measures a scenario mismatch, not a proven number of canceled or delayed vessels.
The historical 78% rate refers to CGT arriving in the year originally scheduled. The remainder includes delays, cancellations and timing differences. The model's carryover input represents additional previously scheduled work assumed to be delivered during the current modeled year. Users must not add it to the unfulfilled current-year schedule as if both are known future deliveries.
Owner view: Forgone contribution = delay days × net daily contribution. Financing carry = newbuilding price × prepaid fraction × annual rate × delay months ÷ 12. Recovered damages = min(delay days, damages day cap) × daily damages rate × recovery percentage. Net exposure = forgone contribution + carrying cost − recovered damages.
Owner results exclude temporary charter replacement, changes in freight rates, vessel depreciation, shipyard insolvency, refinancing effects, contract-specific excusable delays, tax and claims expenses, residual value changes and discounted cash-flow timing. Actual contractual remedies depend on the shipbuilding agreement and applicable law. An industry-level CGT model cannot establish the probability or duration of delay for a particular vessel.
Sources: The capacity presets use Danish Ship Finance's November 2026 Shipping Market Review, with data through September 2026. Preset carryover quantities are illustrative except for the approximately 10–11 million CGT annual slippage scenario discussed in the report. All owner-case presets are hypothetical.
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