🔔 Subscribe to ShipUniverse Weekly →
ShipUniverse Shipbuilding Cost Report
From $333 Million Containerships to $4 Billion FPSOs
A $333 million containership sounds expensive until it is parked beside
a $2.2 billion floating LNG factory or a $4 billion FPSO. These are the
commercial vessels and ship-shaped offshore assets absorbing some of
the largest capital commitments in shipyards today.
Highest public anchor
~$4.08B
Equal-share value of Petrobras's P-84 / P-85 contract.
Largest cruise value
~$3.1B
Financing-implied ceiling for Icon 5.
FLNG project
$2.2B
Golar Esperanza total conversion budget.
U.S. containership
~$333M
Equal-share value of Matson's $1B three-ship program.
Ranking methodology matters. Shipowners often do not disclose individual
contract prices. Every value below is therefore identified as a direct
contract, project budget, program average or financing-implied figure.
This is a defensible public-data ranking, not a claim that every private
shipbuilding contract worldwide is visible.
The modern shipbuilding market has split into two completely different capital worlds. A conventional VLCC can still be ordered for roughly $131 million and a very large containership for about $254 million. Offshore production units and the newest cruise ships can cost ten to thirty times as much.
The difference is not simply size. The expensive ships increasingly carry an industrial plant, resort, high-capacity crane system, LNG production train, cryogenic cargo system or country-specific construction requirement with them.
That makes the ranking more than a curiosity. It shows where maritime capital is actually being concentrated and which suppliers, yards, equipment makers and engineering disciplines sit behind the industry's largest individual build programs.
How the ranking works
Four different kinds of price evidence are used
Direct
Published vessel contract
A company or shipyard publicly states the price of the individual asset.
Program average
Multi-vessel contract divided by units
Useful where the exact allocation between sister vessels is not disclosed.
Financing implied
Contract value inferred from disclosed financing percentage
Used cautiously for Royal Caribbean's newest Icon-class ships.
Project budget
Complete vessel-development cost
Relevant for conversions such as FLNG where equipment and yard work extend far beyond hull cost.
The ranking
Ten extraordinary commercial shipbuilding investments
Rank
1
FPSO · Petrobras / Seatrium
P-84 Atapu
≈$4.08B
equal-share program value
One half of the approximately $8.16 billion P-84/P-85 contract.
The all-electric FPSO is designed for 225,000 barrels of oil per
day plus 10 million m³/day of gas processing.
Status
Under construction
Deployment
Atapu · Brazil
Target
2029
Rank
2
FPSO · Petrobras / Seatrium
P-85 Sépia
≈$4.08B
equal-share program value
Sister unit to P-84 with the same 225,000-bpd production rating
and high-capacity gas-processing plant. Actual individual contract
allocation has not been published.
Status
Under construction
Deployment
Sépia · Brazil
Target
2030
Rank
3
Cruise · Royal Caribbean / Meyer Turku
Fifth Icon-Class Ship
Up to ~$3.13B
financing-implied ceiling
Royal Caribbean disclosed financing of up to about $2.5 billion,
representing approximately 80% of contract price. Physical
construction began with keel laying in September 2026.
Status
Keel laid
Size
~5,600 berths
Delivery
2028
Rank
4
Cruise · Royal Caribbean / Meyer Turku
Hero of the Seas
Up to ~$3.0B
financing-implied ceiling
The fourth Icon-class ship floated out in September and is now
undergoing approximately another year of outfitting before
entering Miami service.
Status
Outfitting afloat
GT
~250,800
Delivery
2027
Rank
5
FLNG · Golar / CIMC Raffles
FLNG Esperanza
$2.2B
total project budget
The former LNG carrier Fuji LNG is being transformed into a
3.5-mtpa floating liquefaction plant. The budget includes donor
vessel, conversion, process equipment, commissioning preparation
and delivery.
Status
Conversion underway
Output
3.5 mtpa LNG
Delivery
Q4 2027
Rank
6
Cruise · MSC / Chantiers de l'Atlantique
MSC World Asia
€1B+
program-average floor
MSC's third World-class vessel is in the final completion stage.
The third- and fourth-ship contracts represented more than
€2 billion combined.
Status
Final outfitting
GT
~216,000
Delivery
2026
Rank
7
Cruise · MSC / Chantiers de l'Atlantique
MSC World Atlantic
€1B+
program-average floor
The fourth World-class vessel floated out in September 2026 and
remains alongside at Saint-Nazaire for interior, public-area and
technical completion.
Status
Outfitting afloat
Fuel
LNG dual fuel
Delivery
2027
Rank
8
Offshore Wind · Cadeler / COSCO
Wind Apex
~$400M
direct contract
A next-generation A-class installation vessel with more than
5,600 m² of deck space and payload above 17,000 tonnes. It can
switch between turbine and giant foundation installation work.
Status
Under construction
Payload
17,000+ t
Delivery
2027
Rank
9
LNG Carrier · QatarEnergy / Hudong-Zhonghua
First QC-Max LNG Carrier
≈$344.6M
24-ship program average
The first 271,000-m³ QC-Max entered physical construction in
June 2026. The 24-ship program is worth more than $8.27 billion
and represents the largest LNG-carrier order of its kind.
Status
Construction started
Capacity
271,000 m³
Length
344 m
Rank
10
Containership · Matson / Hanwha Philly
New Aloha-Class Containership
≈$333M
three-ship program average
Matson's three LNG-powered Jones Act Aloha-class ships represent
approximately $1 billion of investment. All three are now in the
construction sequence at Hanwha Philly Shipyard.
Status
Under construction
Capacity
3,600 TEU
Speed
23+ knots
The strangest comparison in the ranking
A 3,600-TEU Matson ship costs more than today's global 24,000-TEU benchmark
Not a like-for-like comparison
U.S. construction economics versus global mega-containership economics
Matson Aloha-class program average
~$333M
3,600 TEU · U.S.-built · LNG dual fuel · 23+ knots.
Clarksons 22K–24K TEU benchmark
~$254M
Global newbuilding benchmark in August 2026.
The smaller ship costs roughly 31% more.
The comparison reflects radically different construction environments
and vessel missions rather than simple shipyard inefficiency. Matson's
vessels are Jones Act-compliant, U.S.-built ships optimized around
domestic service, high speed and a specialized LNG-capable design.
The opposite effect
The world's largest LNG carrier appears cheaper per cubic meter
QC-Max program average
~$345M
271,000 m³ cargo capacity gives an approximate build cost of
$1,272 per cubic meter.
Standard LNGC benchmark
$248.5M
174,000 m³ gives approximately $1,428 per cubic meter.
Extra ship price
~39%
Approximate QC-Max premium over the current conventional LNGC benchmark.
Extra cargo volume
~56%
The larger ship gains substantially more cargo capacity than its price increases.
Approximate construction cost per cubic meter falls about 11%.
That does not prove lower transportation cost because port compatibility,
fuel, financing and utilization still matter. It does show the industrial
logic behind moving LNG carriers toward unprecedented scale.
Why does a ship reach $1 billion?
Hull steel is rarely the thing creating the extraordinary price
FPSO
Floating refinery
Topsides contain oil separation, compression, water treatment,
injection, gas processing, power generation and export systems. The
vessel is an industrial production plant sitting on a ship-shaped hull.
Cruise
Floating city
Thousands of cabins, restaurants, pools, entertainment systems,
HVAC, electrical capacity, wastewater treatment and hotel systems
create an outfitting bill radically different from cargo ships.
FLNG
Liquefaction plant
Gas pretreatment, compression, liquefaction trains, utilities,
storage and offloading equipment transform a vessel into an offshore
LNG export terminal.
Offshore wind
Giant lifting system
Jack-up legs, enormous cranes, dynamic positioning and heavy deck
structures are designed to manipulate turbine components and
foundations that can weigh thousands of tonnes.
Jones Act
Domestic build
U.S. construction, labor, supply-chain scale and a low-volume domestic
shipbuilding environment can push the price of a comparatively small
commercial vessel above much larger Asian-built ships.
The ship waiting to enter the ranking
One signed project would immediately jump into the Top 5
Excluded on construction-status grounds
Golar's fourth FLNG
Golar signed the EPC contract with CIMC Raffles in August 2026 and has
secured the donor vessel and long-lead equipment. The fully delivered
budget is approximately $2.45 billion. The public disclosures reviewed
for this report did not yet provide the same clear physical-conversion
milestone available for FLNG Esperanza, so it is held outside the
strict “being built right now” ranking.
$2.45B project budget
Full comparison
Ten ships, five completely different capital models
| Vessel | Type | Price anchor | Evidence | Builder | Status | Delivery |
|---|---|---|---|---|---|---|
| P-84 | FPSO | ≈$4.08B | Program average | Seatrium network | Construction | 2029 |
| P-85 | FPSO | ≈$4.08B | Program average | Seatrium network | Construction | 2030 |
| Icon 5 | Cruise | Up to ~$3.13B | Financing implied | Meyer Turku | Keel laid | 2028 |
| Hero of the Seas | Cruise | Up to ~$3.0B | Financing implied | Meyer Turku | Outfitting | 2027 |
| FLNG Esperanza | FLNG | $2.2B | Project budget | CIMC Raffles | Conversion | Q4 2027 |
| MSC World Asia | Cruise | €1B+ | Program floor | Chantiers de l'Atlantique | Final completion | 2026 |
| MSC World Atlantic | Cruise | €1B+ | Program floor | Chantiers de l'Atlantique | Outfitting | 2027 |
| Wind Apex | Wind installation | ~$400M | Direct contract | COSCO | Construction | 2027 |
| QC-Max #1 | LNG carrier | ≈$344.6M | Program average | Hudong-Zhonghua | Construction | Future delivery |
| Matson Aloha-class | Containership | ≈$333M | Program average | Hanwha Philly | Construction | 2027–28 |
Research anchors
Price and construction-status sources
Seatrium / Petrobras
P-84 and P-85 two-FPSO contract, construction program, production
capacity and 2029–30 deployment schedule.
Royal Caribbean SEC filings / Meyer Turku
Icon-class financing percentages, financing ceilings, Hero float-out
and Icon 5 keel-laying status.
Golar LNG
$2.2 billion FLNG Esperanza conversion budget and construction status
at CIMC Raffles.
Chantiers de l'Atlantique / MSC Cruises
World-class ship investment program, World Asia completion and World
Atlantic float-out / outfitting milestones.
Cadeler
Approximately $400 million Wind Apex contract and 2027 delivery.
CSSC / Hudong-Zhonghua / QatarEnergy
24-vessel QC-Max program exceeding $8.27 billion and first physical
construction milestone in June 2026.
Matson / Hanwha Philly Shipyard
Approximately $1 billion three-vessel Aloha-class program and current
construction milestones.
Clarksons Research market benchmarks
August 2026 benchmark values of approximately $248.5 million for a
174,000-m³ LNG carrier and $254 million for a 22,000–24,000-TEU containership.
Interactive capital model
Mega-Ship Capital Recovery Tool
Convert a multi-billion-dollar ship price into the annual and daily cash contribution required simply to recover capital over its economic life.
Asset economics
$4.08B
25 years
8.0%
365
Capital recovery hurdle
The asset must create roughly $1 million per operating day just to carry its capital
This is capital recovery only. Operating expense, tax, maintenance,
fuel, insurance and project-specific costs sit on top.
$1.05M/day
required capital recovery per operating day
Annual capital recovery
$382M
Annualized cost after selected life, return and residual value.
Capital recovery factor
9.37%
Annual fraction of present capital requiring recovery.
Present value of residual
$60M
Discounted value of the user-selected end-of-life residual.
Modeled annual net cash
$456M
Selected net cash contribution multiplied by operating days.
Capital coverage
1.19×
Annual modeled cash divided by annualized capital recovery.
Simple payback
8.9 yrs
Initial cost divided by selected annual net cash contribution.
This tool isolates capital intensity and is not a complete vessel
investment model. For FPSOs and FLNG units, project revenue structures
differ fundamentally from conventional ship chartering. Cruise ships
also generate passenger, onboard and destination revenue rather than a
simple day rate. The model therefore treats daily cash contribution as
a generic user-defined cash measure. Construction financing,
construction-period interest, taxes, operating expense, drydocking,
decommissioning and contract-specific risk are excluded.
Feedback Welcome
We welcome your feedback, suggestions, corrections, and ideas for enhancements.
Please click here to get in touch