Handymax Bulk Carrier: Complete Guide to Supramax, Ultramax, Freight Rates, and Trading
- Ravi Shankar FICS
- 9 hours ago
- 26 min read
Quick Answer: Handymax bulk carriers are dry bulk vessels of 40,000–59,999 DWT, typically 150–200 metres in length with five cargo holds and four deck cranes. The segment includes two main sub-types: Supramax (50,000–59,999 DWT) and the larger Ultramax (60,000–65,000 DWT). They trade minor bulks, grains, fertilisers, steel products, and coal globally, and are tracked commercially via the Baltic Supramax Index (BSI).
In twenty years of shipbroking, including my time fixing bulk carriers at Maersk Broker, the question I heard most from charterers new to dry bulk was some version of: “why would I fix a Handymax when I could use a Panamax?”
The answer is port access. A loaded Panamax needs 13 to 15 metres of draft. A loaded Supramax needs 11 to 12. That difference excludes Panamax from hundreds of ports that Supramax can enter freely. Add the four deck cranes that most Handymax vessels carry, allowing loading and discharging at terminals with no shore infrastructure, and you have a vessel that can trade almost anywhere in the world, on almost any dry bulk commodity.
That versatility is why the Handymax segment carries more commodity types, calls at more ports, and operates on more trade routes than any other bulk carrier class. It is also why, when I look at our vessel pipeline at Shipfinex, the Handymax and Ultramax segment consistently attracts the most interest from investors seeking a balance of accessible acquisition cost, strong port flexibility, and reliable earnings across market cycles.
This guide covers the full segment: how it is defined, how it evolved from the original Handymax design through Supramax to the now-dominant Ultramax, what commodities move on these vessels, how the BSI works, what the current freight market looks like, and what operators and investors need to understand before committing capital or cargo to this segment.
Who this guide is for: Charterers, shipbrokers, ship operators, logistics managers, commodity traders, and maritime investors evaluating the Handymax segment.
What Is a Handymax Bulk Carrier?
A Handymax bulk carrier is a dry bulk vessel with a deadweight tonnage (DWT) of 40,000 to 59,999. It sits in the middle of the bulk carrier size hierarchy, above Handysize (24,000–39,999 DWT) and below Panamax (65,000–79,999 DWT). In the current market, the term “Handymax” is used loosely to cover both Supramax vessels (50,000–59,999 DWT) and, increasingly, Ultramax vessels (60,000–65,000 DWT), which have technically exceeded the traditional upper Handymax boundary but trade in the same routes and markets.
The “handy” in the name is commercial shorthand for accessible. These are vessels designed to enter ports where larger bulk carriers cannot go: terminals with draft restrictions, berths with beam limitations, and ports in emerging markets that lack the heavy crane infrastructure needed to service gearless vessels. The physical dimensions that produce this port flexibility, moderate draft, moderate beam, geared configuration, are the same characteristics that make the Handymax the workhouse of minor bulk shipping.
The defining equipment feature is the deck crane suite. Standard Handymax and Supramax vessels carry four cranes rated at 25 to 35 tonnes safe working load (SWL), most fitted with grabs for bulk cargo handling. This self-sufficiency means these vessels do not depend on terminal equipment. They can load fertiliser at a small port in West Africa with a basic quay wall. They can discharge cement at a river terminal in Southeast Asia. A Capesize vessel cannot do either.
Handymax Dimensions and Specifications
The specification ranges across the Handymax family reflect the evolution from the original 1980s Handymax design through the Supramax refinement to the current Ultramax standard.
Specification | Handymax | Supramax | Ultramax |
DWT | 40,000–49,999 | 50,000–59,999 | 60,000–65,000 |
Length (LOA) | 150–185 m | 180–200 m | 195–200 m |
Beam | 28–32 m | 30–32.5 m | 32–32.5 m |
Draft (loaded) | 11–11.5 m | 11.5–12 m | 12–12.5 m |
Cargo holds | 5 | 5 | 5 |
Cranes | 4 × 25–30t | 4 × 25–35t | 4 × 30–36t |
Grain cubic capacity | ~65,000–72,000 m³ | ~68,000–78,000 m³ | ~78,000–86,000 m³ |
The five-hold configuration is consistent across the family and reflects a design choice about parcel flexibility. Five holds allow multi-parcel loadings, different cargo grades in different holds, which is standard practice in steel products, forest products, and fertiliser trades where a single voyage may carry three or four separate commodity parcels for different receivers at the same discharge port.
For context within the broader bulk carrier hierarchy:
Segment | DWT Range | Geared? | Panama Canal? | Suez Canal? |
Handysize | 24,000–39,999 | Usually | Yes | Yes |
Handymax | 40,000–49,999 | Yes | Yes | Yes |
Supramax | 50,000–59,999 | Yes | Yes | Yes |
Ultramax | 60,000–65,000 | Yes | Yes | Yes |
Panamax | 65,000–79,999 | Usually | Yes (old) | Yes |
Kamsarmax | 80,000–84,999 | Sometimes | No | Yes |
Capesize | 100,000+ | No | No | Large: No |
The canal access column matters commercially. A Supramax can transit both the Panama Canal and Suez Canal, giving it full global routing flexibility. A Capesize cannot transit either under normal loaded conditions, restricting it to long Cape routes.
The Handymax Family: Supramax and Ultramax Explained
The Handymax segment has gone through three distinct commercial generations in the past four decades. Understanding this evolution matters for chartering decisions, fleet selection, and investment analysis.
Original Handymax (40,000–49,999 DWT)
The original Handymax design emerged from Japanese and Korean shipyards in the late 1970s and 1980s. The design brief was simple: build a geared vessel large enough to carry meaningful cargo parcels on medium-distance routes, small enough to enter ports that Panamax vessels could not access. The 40,000–50,000 DWT range represented the commercial sweet spot.
These vessels now represent a declining proportion of active trading tonnage. At 30 to 40 years old, the original Handymax generation is largely at or past its economic scrapping threshold. CII rating penalties and rising maintenance costs are accelerating this process. When brokers and charterers say “Handymax” today, they almost always mean Supramax or Ultramax.
Supramax (50,000–59,999 DWT)
The Supramax emerged in the late 1990s and through the 2000s as the dominant Handymax sub-type. Shipowners ordered vessels at the upper end of the draft and beam constraints that define the segment, producing a ship that could carry 10 to 15% more cargo than a classic Handymax while retaining the same port access. The crane ratings were upgraded, 30 to 35 tonne SWL became standard, with hydraulic grabs for bulk handling. The five-hold layout remained.
Supramax vessels now represent the largest installed base of geared bulk carriers in the world fleet. The Breakwave Advisors fleet data for Q3 2025 counts approximately 4,312 Supramax/Ultramax units in active service. The average fleet age for Supramax specifically is above 14 years, with 232 vessels exceeding 25 years. That age profile matters for compliance (CII/EEXI) and for the competitive dynamics between older Supramax tonnage and newer Ultramax designs.
The Supramax orderbook is effectively stagnant. In 2024, only two Supramax vessels were on order globally. Owners who want to build in this segment build Ultramax instead.
Ultramax (60,000–65,000 DWT)
The Ultramax is the current newbuilding standard for the Handymax segment. It emerged from the post-2010 design evolution as shipyards optimised hull forms, hold configurations, and propulsion systems within the port constraint envelope. The critical design achievement: fitting 60,000 to 65,000 DWT capacity into a vessel that can still transit the old Panama Canal locks (beam under 32.2 m) and enter the same terminals that a classic Supramax can access.
In practice, the Ultramax typically carries 10 to 12% more cargo per voyage than a 52,000 DWT Supramax. On a grain voyage from the US Gulf to Japan, that difference translates directly into higher voyage revenue per trip. Combined with improved fuel efficiency from modern hull form and engine design, the Ultramax earns a consistent TCE premium over comparable Supramax tonnage.
The orderbook profile confirms the investment direction. The Ultramax orderbook-to-fleet ratio stood at 28% in 2024 per AXS Marine data, the highest of any bulk carrier segment. Owners placing orders today are ordering Ultramax, not Supramax. For investors evaluating fleet positions, this generational shift is material: a Supramax fleet is aging toward compliance stress; an Ultramax fleet has 15 to 20 years of compliant economic life ahead.
What Commodities Does the Handymax Segment Carry?
This is where the Handymax genuinely separates from the rest of the bulk carrier hierarchy. A Capesize trades essentially two commodities, iron ore and coal, on a limited set of long-haul routes. A Handymax/Supramax/Ultramax can carry more than thirty commodity types across hundreds of ports worldwide.
Minor Bulks: The Core Trade
Steel products are one of the most technically demanding Handymax trades. Coils, rods, sheets, and structural sections require careful stowage to prevent movement and contact damage. They are often loaded in multi-parcel consignments across different holds for different receivers. Steel mills in South Korea, Japan, and China ship finished products to construction and manufacturing markets in Southeast Asia, the Middle East, and Africa. The crane requirement is explicit: steel products need precision placement, not bulk grab discharge.
Fertilisers are the commodity I traded most at Maersk Broker in the Supramax segment. The trade flows follow agricultural calendars: potash from Canada (Vancouver) and Belarus/Russia (Baltic ports) to importers in South Asia, Southeast Asia, and Latin America; phosphate from Morocco (Jorf Lasfar) and the Western Sahara to Asia; urea from the Middle East (Jubail, Mesaieed) and China to global agricultural markets.
Fertiliser voyages often involve small, specialist ports where Panamax draft is prohibitive. Morocco's phosphate export terminals accommodate Supramax but not fully loaded Panamax. Indian import terminals at smaller coastal ports are constrained to Supramax draft. The geared design matters here because many regional fertiliser import terminals have limited or unreliable shore crane capacity.
Cement and clinker move from major production centres, Turkey, Southeast Asia, the Middle East, to developing market construction destinations. This is essentially a grab trade: clinker in bulk, cement in bags or bulk, both needing the ship's cranes. Cement trades are often concentrated in periods of infrastructure build-out in specific regions, producing lumpy but predictable demand cycles.
Forest products, logs, wood chips, timber, pulp, are shipped from Canada, Scandinavia, Russia (pre-sanctions), and Southeast Asia to paper mills, furniture manufacturers, and construction markets globally. These cargoes have specific stowage and ventilation requirements; certain forest product trades require open-hatch or semi-open-hatch vessel configurations that are standard in the Supramax/Ultramax segment.
Sugar flows seasonally from Brazil, Thailand, and India to deficit markets in Africa, Asia, and the Middle East. The Brazilian sugar season drives Atlantic Supramax demand spikes between March and September. Indian export limitations or policy changes can abruptly shift vessel demand on the Indian Ocean routes.
Major Bulks: Secondary but Significant
Grain, wheat, soybeans, corn, barley, moves on Handymax/Supramax/Ultramax vessels in two ways: smaller parcel sizes on short-haul and regional routes where a full Panamax parcel is too large for the buyer, and as standard business in trades where the loading port infrastructure constrains vessel size. The US Gulf grain trade, which uses the Mississippi River system, has draft restrictions at certain terminals that favour Supramax over Panamax. The Black Sea grain trade, Turkey, Romania, Ukraine, runs significantly on Supramax tonnage due to draft limitations at certain Ukrainian and Romanian ports.
Coal moves on Handymax vessels in smaller parcel sizes compared to the Capesize/Panamax trades. Indonesian thermal coal exports to South Asian and Southeast Asian power plants frequently use Supramax vessels for deliveries to smaller port facilities. Minor coking coal shipments to steel mills with limited draft capacity also fall in this segment.
Bauxite from West Africa, primarily Guinea, to China has become a rapidly growing Handymax trade. The Guinea bauxite trade expanded substantially after 2015 and has sustained strong Supramax demand on the West Africa–China route, which is one of the longer Supramax fronthaul voyages.
Why Cargo Flexibility Produces Commercial Resilience
A Capesize vessel that loses its iron ore trade, through mine shutdowns, Chinese import restrictions, or routing disruptions, has limited alternatives. The Handymax fleet has no equivalent single-commodity concentration risk. When grain demand falls, fertiliser demand may be rising. When steel product exports from South Korea slow, Indonesian coal demand is often active. The multi-commodity, multi-route profile dampens earnings volatility relative to single-commodity segments. In thirty-plus years of Supramax market data, the BSI has shown shallower trough-to-peak swings than the BCI, and has historically recovered faster from demand shocks.
Key Trading Routes for Handymax Vessels
The Handymax segment's global route map is more complex than any other bulk carrier class. The primary commercial circuits:
Atlantic Triangle
Load: US Gulf grain or fertiliser → Discharge: North Europe or Mediterranean → Ballast or load: ECSA fertiliser or grain → Discharge: Far East → Ballast back. This circuit, repeated on roughly 90-day cycles, is the backbone of Atlantic Supramax employment. The US Gulf fronthaul (S4A route on the BSI) is the most liquid and most closely watched route for Atlantic Supramax rate intelligence.
East Coast South America
Argentina and Brazil export grain and soy via ECSA terminals. Santos, Paranaguá, Buenos Aires, and Rosario are major Supramax load centres. ECSA to China is a long fronthaul voyage, typically 35 to 40 days, that requires a ballast bonus to attract vessels repositioning from the Atlantic or Pacific. The recent fixture benchmark of ~$17,500/day plus $750,000 ballast bonus for a 63K Ultramax open Argentina to China illustrates the economics of this route.
Black Sea and Mediterranean
Ukrainian and Romanian grain exports (pre-war and post-war patterns differ materially), Turkish steel and cement exports, and Black Sea fertiliser flows all run heavily on Supramax and Ultramax tonnage. The Canakkale (Dardanelles) transit is the commercial gateway; S1B, Canakkale to the Far East, is the BSI's primary fronthaul route.
Pacific
Australian coal and grain exports to Northeast Asia (China, Japan, South Korea) are primarily Panamax/Kamsarmax in scale but include Supramax for smaller parcels and draft-constrained discharge ports. Indonesian coal and bauxite to South and Southeast Asia runs heavily on Supramax. Intra-Asia steel, cement, and fertiliser movements are predominantly Supramax trades.
West Africa to China
Guinea bauxite, along with other West African mineral and agricultural exports, drives a growing long-haul Supramax/Ultramax route to Chinese importers. This route adds meaningful tonne-mile demand to the segment and has partially offset declining Atlantic demand during weaker grain cycles.
Indian Ocean
Middle East fertiliser to South Asia, Africa, and Southeast Asia; Indian coal imports from Australia and Indonesia; cement and clinker from Gulf producing countries to East African construction markets. The Indian Ocean is a critical Supramax employment zone, particularly for geared vessels accessing ports with limited infrastructure.
The Baltic Supramax Index (BSI): How Freight Rates Are Measured
The Baltic Supramax Index is the primary freight rate benchmark for the Handymax segment. Published daily by the Baltic Exchange, it aggregates time charter equivalent rate assessments from a panel of shipbrokers across a set of standard Supramax routes.
How the BSI is constructed
Each Baltic Exchange panel broker submits a daily rate assessment for each BSI route, expressed as a daily USD time charter equivalent. The Baltic Exchange calculates an average across panel submissions, which becomes the published route rate. The composite BSI is a weighted average of the individual route rates.
Core BSI routes
Route | Description | Commercial Significance |
S1B | Canakkale to the Far East via South Africa | Primary Atlantic–Pacific fronthaul benchmark |
S4A | US Gulf to Skaw-Passero (North Europe/Med) | US grain export demand indicator |
S5 | West Africa to ECSA | Regional round voyage benchmark |
S8 | Continent/Mediterranean to Far East | European fronthaul |
S10 | South China–Indonesia–South China | Pacific round voyage / Indonesian coal indicator |
The S1B and S4A routes carry the most commercial weight for Atlantic operators. S10 is the primary Pacific benchmark.
BSI history and 2023–2026 context
The BSI troughed at approximately 746 points in June 2023, reflecting post-pandemic demand normalisation and excess fleet supply following the 2021-22 congestion era. By June 2024, the BSI had surged 88% to 1,399 points, driven by Red Sea rerouting extending voyage distances, stronger US Gulf grain export demand, and tighter effective fleet availability. As of June 2026, the BSI stands near 1,215 points, a moderated but fundamentally supported level reflecting continued Red Sea disruption and sustained minor bulk demand.
For comparison: BSI at 1,215 corresponds to approximately $15,364 daily earnings for a standard Supramax, based on HandyBulk rate data from June 2026.
BSI vs. BCI vs. BPI: which index to watch
The Baltic Capesize Index (BCI) reflects iron ore and coal demand driven by Chinese industrial production. The Baltic Panamax Index (BPI) reflects coal and grain demand at Panamax scale. The BSI reflects the broadest commodity demand picture in dry bulk, because the Supramax/Ultramax segment trades more commodities than either. BSI movements that diverge from BCI often signal commodity-specific demand rather than macro shipping market shifts, making the BSI particularly valuable for reading underlying trade conditions rather than iron ore cycle noise.
Handymax Charter Rates: Current Market and Historical Context
Current earnings benchmarks (2025-2026)
Based on published data from HandyBulk and Breakwave Advisors:
Segment | 2025 Average Daily Earnings | June 2026 (BSI-implied) |
Capesize | ~$21,297/day | Recovering, BCI C5TC above $30/t |
Panamax | ~$13,361/day | BPI at 1,839; ~$16,552/day |
Supramax | ~$14,275/day | BSI at 1,215; ~$15,364/day |
Handysize | ~$11,911/day | BHSI at 731; ~$13,163/day |
Supramax earnings have consistently tracked slightly above Panamax on an average annual basis in recent years, a reflection of the minor bulk demand diversification that Supramax provides versus the more cyclical coal/grain dependence of Panamax.
Ultramax premium
Ultramax vessels command a premium over Supramax on comparable routes. On major fronthaul routes, this premium typically runs $500 to $1,000 per day, reflecting the larger cargo intake and better fuel efficiency. On the Argentina-to-China route, a 63,000 DWT Ultramax typically achieves $1,000 to $1,500 per day more than a 52,000 DWT Supramax on the same laycan.
Voyage charter vs. time charter
The Handymax segment trades in both modes. Voyage charters, where the shipowner carries a specific cargo on a specific route for a freight rate per tonne, dominate the minor bulk and spot grain trades. Time charters, where a charterer hires the vessel by the day for a defined period, are used by trading houses, commodity majors, and operators who want consistent access to Supramax capacity without voyage-by-voyage fixture activity.
Typical time charter periods in the current market: 6 to 12 months is the most common range. 2 to 3-year time charters appear during market peaks when charterers seek rate certainty; 3 to 6 months is common during softer markets when owners resist long-term commitment at depressed rates.
Ballast bonus
On long fronthaul voyages, particularly those requiring vessels to reposition from a non-productive ballast position, a ballast bonus is paid by the charterer to compensate the shipowner for the unloaded transit. The recent benchmark of ~$750,000 ballast bonus for an Ultramax repositioning from Argentina to load position illustrates the scale: this is equivalent to roughly 40 to 50 days of typical Handysize earnings, added to a single voyage fixture.
Demurrage rates
Typical demurrage for Supramax/Ultramax under voyage charters runs $12,000 to $20,000 per day in current market conditions. Rates move broadly in line with time charter equivalent levels. In tight markets (BSI above 1,500), demurrage rates for Ultramax can approach $22,000 to $25,000 per day.
Handymax vs. Supramax vs. Ultramax: Operator Decision Framework
When I am advising a charterer on vessel selection in this segment, the decision comes down to four variables: parcel size, port constraints, route length, and rate differential.
Classic Handymax (40,000–49,999 DWT): niche use cases
The original Handymax designs remain in service primarily for trades where parcel sizes are genuinely small, typically below 40,000 tonnes, and where the charterer cannot justify the higher rate for a Supramax. River terminal trades, small-port coastal routes in South Asia and Southeast Asia, and some specialised forest product voyages still employ classic Handymax tonnage. The compliance risk from aging CII ratings is the main constraint on their continued commercial utility.
Supramax (50,000–59,999 DWT): the commercial standard
For most minor bulk trades at standard parcel sizes, the Supramax is the default vessel type. It combines sufficient cargo intake for viable voyage economics, four well-rated cranes, and universal port access. A charterer booking a grain voyage from the Black Sea to a Mediterranean grain receiver, or a fertiliser shipment from Jubail to an Indian coastal terminal, will typically fix a Supramax unless a specific constraint (rate, availability, terminal length restriction) pushes them to another type.
Ultramax (60,000–65,000 DWT): the modern preferred standard
On routes where parcel sizes can be maximised, US Gulf grain, ECSA soy, major fertiliser import trades to unrestricted terminals, charterers increasingly prefer Ultramax. The 10 to 12% additional cargo intake reduces the freight cost per tonne, and the modern hull forms and engine configurations produce better fuel efficiency that matters for CII compliance on the vessel owner's side.
The practical rate premium the Ultramax commands, $500 to $1,000 per day above Supramax on equivalent routes, is typically justified by the additional cargo intake. A charterer paying $500/day more for an Ultramax that lifts 8,000 more tonnes of grain is often paying less freight per tonne than if they fixed the Supramax at the lower rate.
For operators deciding between secondhand Supramax and secondhand or newbuilding Ultramax, the compliance picture is increasingly decisive. A 15-year-old Supramax with a CII rating of D or E faces mandatory improvement plans, potential speed restrictions, and early scrapping pressure. A 5-year-old Ultramax rated A or B trades without compliance overhead for a decade.
Fleet Profile: Age, Orderbook, and Scrapping Trends
The Supramax/Ultramax fleet is one of the largest in dry bulk by vessel count and one of the most actively traded segments for secondhand S&P activity.
Active fleet
Breakwave Advisors' Q3 2025 fleet data counts approximately 4,312 Supramax/Ultramax units. This makes it the largest segment by vessel count in the dry bulk fleet, ahead of Panamax/Kamsarmax (3,472 units) and Handysize (3,202 units).
Fleet age
The age distribution is bifurcated. The Ultramax sub-fleet is relatively young, most Ultramax vessels have been delivered since 2012. The Supramax sub-fleet is aging: average age above 14 years, with 232 units exceeding 25 years. These older vessels represent both a scrapping pipeline and a source of downward competitive pressure on earnings, since aged Supramax tonnage with degraded CII ratings and higher maintenance costs often accepts voyage charter fixtures at rates below the market average to secure employment.
Orderbook
The Ultramax orderbook-to-fleet ratio stood at 28% in 2024, the highest of any bulk carrier segment. In the first nine months of 2025, the Supramax/Ultramax combined fleet added 127 vessels. Handymax (40,000–49,999 DWT, the original sub-type) had 35 orders year-to-date in 2024, almost entirely Ultramax designs. Pure Supramax (50,000–59,999 DWT) orderbook was effectively zero in mid-2024, a structural signal that owners have voted with their capital for the Ultramax design.
Scrapping
CII D/E rating penalties are accelerating scrapping decisions for 20-plus-year Supramax vessels. The IMO's CII framework, which became mandatory in 2023, assigns annual carbon intensity ratings (A through E) to vessels above 5,000 GT. A vessel rated D for two consecutive years, or E for one year, must submit a plan to the flag state showing how it will improve. For a 25-year-old Supramax where the economic cost of speed restriction or engine modification exceeds the vessel's remaining residual value, scrapping is typically the preferred outcome.
In practical market terms, this scrapping pressure is supply-tightening for the segment. Older Supramax tonnage exits; Ultramax newbuildings enter. The net supply balance depends on the pace of each.
CII, EEXI, and Environmental Compliance for Handymax Tonnage
The IMO's carbon intensity framework affects the Handymax segment more acutely than any other bulk carrier class, precisely because the Supramax fleet is the oldest large bulk carrier segment.
EEXI (Energy Efficiency Existing Ship Index)
EEXI became mandatory in January 2023. It applies to vessels above 400 GT and sets a required energy efficiency level based on vessel type and size. Vessels that do not meet the EEXI requirement must implement an Engine Power Limitation (EPL), a technical modification that caps the maximum shaft power output, effectively restricting the vessel's maximum speed.
For older Supramax vessels with less efficient engines, EPL requirements can reduce maximum speed by 1 to 2 knots. On a 20-day voyage, that is a meaningful reduction in effective cargo-carrying capacity per year and may affect the vessel's competitiveness on time-sensitive routes.
CII (Carbon Intensity Indicator)
CII ratings are issued annually based on a vessel's actual fuel consumption relative to cargo carried over the calendar year. The rating scale runs A (best) to E (worst). Ratings tighten each year, a vessel that earned a C rating in 2023 may earn a D or E rating in 2025 on the same operational profile as the required improvement threshold increases.
For a 52,000 DWT Supramax built in 2008 or 2009, achieving a C rating or better in 2025 and beyond typically requires some combination of slow steaming, improved cargo planning, biofouling management, or technical modification. The operational costs of maintaining a compliant CII rating add to the already elevated maintenance cost of an aging vessel.
A newbuilding Ultramax delivered in 2023 or 2024 typically achieves an A or B CII rating under normal commercial operations, operating at full commercial speed with normal cargo intake. The compliance gap between a 5-year-old Ultramax and a 17-year-old Supramax is both a present regulatory cost and a future competitive advantage for the newer vessel.
Commercial implications
Major oil company and mining group charterers, Glencore, Cargill, Louis Dreyfus, ADM, among others, increasingly include CII-related vessel eligibility requirements in their time charter vetting criteria. Vessels rated D or E may be excluded from certain charterer programmes or may attract rate penalties. For an aging Supramax operator, CII degradation compounds the challenge of maintaining commercial fixture competitiveness.
Vetting and PSC Risk Profile for Handymax Vessels
From my time at Maersk Broker, and watching how charterers' vetting standards evolved over two decades, the Handymax segment has a specific PSC and vetting risk profile driven primarily by fleet age and the multi-cargo nature of its trades.
Hold condition
Handymax/Supramax vessels that trade across multiple commodity types face hold cleaning challenges that single-commodity bulk carriers do not. A vessel transitioning from a coal cargo to a grain cargo requires thorough hold washing, drying, and inspection to grain survey standard. Inadequate hold cleaning produces cargo contamination claims and is a consistent source of charterer disputes and PSC attention. Vetting inspectors at RightShip specifically examine hold condition records and the vessel's history of cargo contamination incidents.
Crane maintenance
The deck crane suite is both the primary commercial advantage of the Handymax type and its most maintenance-intensive component. Hydraulic grab cranes on vessels operating in abrasive cargo trades, bauxite, coal, cement, experience accelerated wear on wire, sheaves, and grab mechanisms. Crane breakdowns during a voyage charter fixture trigger claims for additional discharge costs, port time extensions, and demurrage. RightShip vetting reviews crane maintenance records, last survey dates, and any history of crane-related fixture disputes.
Hatch cover integrity
Hatch cover condition is a cargo protection and PSC deficiency risk on aging Supramax tonnage. Rubber seals degrade over time; compression bars wear; drainage systems can block. In a port state control inspection, a hatch cover with visible rubber deterioration or failed hose test will generate a deficiency. In a wet weather loading situation, a failed hatch cover creates cargo damage liability.
Multi-parcel trade complexity
The multi-parcel trading pattern common in steel products, fertiliser, and minor bulk voyages creates more complex stowage plans, more cargo documentation, and more interactions with port agents and surveyors per voyage than a single-cargo Capesize trade. The complexity increases PSC document inspection risk, more documents means more potential for deficiencies in cargo declaration, stowage plan accuracy, or bill of lading consistency.
Age and PSC detention rates
Industry PSC data consistently shows that vessels above 15 years of age have higher deficiency rates than younger vessels across all flag states. For Supramax vessels now averaging 14-plus years, the segment sits at the age threshold where active PSC management, through ISM compliance, proactive dry-docking, and responsive deficiency rectification, makes a material difference to detention exposure.
Handymax Vessels as Investment Assets
The Handymax/Supramax/Ultramax segment has been one of the most actively traded in dry bulk S&P markets, with 107 Supramax/Handymax and 101 Handysize vessels finding new owners in the first half of 2024 alone, a 39% and 26% increase respectively versus the same period in 2023.
Acquisition costs (2024 benchmarks)
5-year-old Ultramax: approximately $35–38 million, up ~75% versus June 2020 (Xclusiv Shipbrokers data)
5-year-old Supramax: approximately $22–28 million, reflecting the compliance discount relative to Ultramax
10-year-old Supramax: approximately $16–22 million, with CII rating risk embedded in the discount
Newbuilding Ultramax: approximately $35–40 million depending on yard and delivery year
TCE yield and return on asset
At 2025 average Supramax earnings of approximately $14,275 per day, a 5-year-old Supramax acquired at $25 million generates a gross earnings yield before opex of approximately 21% annually ($14,275 × 365 = ~$5.2m on a $25m asset). Operating costs for a Supramax, crew, maintenance, insurance, management, typically run $5,500 to $7,500 per day, leaving a net operating income of approximately $6,800 to $8,800 per day before financing costs.
The Ultramax earns a rate premium of $500 to $1,000 per day over equivalent Supramax tonnage. On a $36 million acquisition cost versus a $25 million Supramax, the Ultramax acquirer is paying $11 million more for approximately $250,000 to $365,000 per year of incremental net operating income, implying an incremental payback period of 30 to 44 years on the price differential alone, before factoring in the compliance advantage. This explains why buyers of 5-year-old Ultramax tonnage are primarily strategic operators, ship management companies, commodity trading houses, rather than purely yield-focused investors.
For investors seeking yield rather than capital growth, 8-to-12-year-old Ultramax vessels in the $20–28 million range often represent a better risk-adjusted entry point: newer than comparable Supramax secondhand at the same price, with a longer CII-compliant trading life ahead.
The Supramax-to-Ultramax valuation spread
One of the most structurally interesting aspects of the current Handymax market is the compression in the secondhand Supramax price, driven by CII rating uncertainty. A 12-year-old Supramax that might have fetched $22 million in 2022 is now more likely priced at $18–20 million as buyers factor in the cost of achieving and maintaining compliant CII ratings over the vessel's remaining life. This creates both risk and opportunity in the secondhand market: risk for undiscerning buyers who ignore the compliance cost, opportunity for operators who can manage aging tonnage efficiently.
Economic exposure considerations
For investors who cannot commit to full vessel ownership at $25 million-plus, the Handymax/Ultramax segment offers the most accessible entry point in the deep-sea bulk carrier universe. The combination of moderate acquisition cost, strong port flexibility, earnings diversification across commodity trades, and an active secondhand market with good price transparency makes Supramax and Ultramax vessels logical candidates for structures offering economic exposure to a vessel-owning SPV. At Shipfinex, this segment accounts for a significant proportion of our investor interest precisely for these reasons.
Frequently Asked Questions
What is the difference between Handymax, Supramax, and Ultramax?
These are three generations of the same vessel type. Original Handymax vessels are 40,000–49,999 DWT and date primarily from the 1980s and 1990s. Supramax (50,000–59,999 DWT) is the current installed base, the dominant type by vessel count in active service. Ultramax (60,000–65,000 DWT) is the current newbuilding standard, offering 10 to 12% more cargo capacity than a standard Supramax with better fuel efficiency and CII compliance. All three types are geared with five cargo holds and four deck cranes.
What does BSI stand for and what does it measure?
The Baltic Supramax Index, published daily by the Baltic Exchange. It aggregates shipbroker rate assessments across a set of standard Supramax routes to produce a daily composite time charter equivalent rate for the segment. It is the primary benchmark for Handymax/Supramax/Ultramax freight rate intelligence, equivalent to the BCI for Capesize or the BPI for Panamax.
Why are Handymax vessels popular for minor bulk trades?
Three reasons. Port access: their 11 to 12 metre loaded draft and moderate beam allow entry to terminals that Panamax and Capesize vessels cannot access. Self-sufficiency: the four deck cranes rated 25 to 35 tonnes SWL allow loading and discharging at terminals with no shore crane infrastructure. Cargo flexibility: five separate cargo holds allow multi-parcel loadings of different commodity types in the same voyage, standard practice in steel products, fertiliser, and forest product trades.
What is a ballast bonus and when is it used?
A ballast bonus is a lump-sum payment from the charterer to the shipowner to compensate for the cost of repositioning a vessel in ballast, without cargo, from its current position to the agreed loading port. It is most common on long fronthaul voyages where the nearest available vessel is far from the load port. The current benchmark for an Ultramax repositioning from Argentina to China fronthaul is approximately $750,000 ballast bonus in addition to the daily hire rate.
How does CII affect older Supramax vessels?
The IMO's Carbon Intensity Indicator assigns annual ratings (A through E) based on actual fuel consumption per cargo-tonne-mile. The required improvement thresholds tighten each year. A 15-to-20-year-old Supramax operating at normal commercial speeds and cargo intakes typically achieves a C, D, or E rating under the current standards. A D rating for two consecutive years triggers a mandatory corrective action plan. An E rating in any single year triggers the same. This creates either a speed restriction cost (slowing the vessel to reduce fuel consumption) or a capital expenditure cost (engine modification, air lubrication system, or propeller upgrade) to maintain commercial operability.
What is the typical demurrage rate for a Supramax?
In the current market, demurrage under Supramax voyage charter parties typically runs $12,000 to $20,000 per day. Rates move broadly in line with TCE levels, when the BSI is above 1,500 points, demurrage rates trend toward the upper end. When the BSI is below 800, demurrage tends toward $10,000 to $14,000 per day. The demurrage rate is agreed in the voyage charter party at the time of fixture.
What commodities are exclusively Handymax trades?
No commodity is exclusively Handymax, most can also move on Panamax or Handysize vessels depending on parcel size. But some trades are effectively Handymax-dominated due to port constraints and parcel size: potash from Baltic export terminals, phosphate from Morocco, clinker to small construction markets, forest products requiring specialised cargo handling, and minor bulk parcels to regional ports in South Asia, Africa, and Southeast Asia that are inaccessible to Panamax draft.
How does the Ultramax differ from the New Panamax?
The Ultramax (60,000–65,000 DWT) can transit the old Panama Canal locks and most Handymax-accessible terminals. The New Panamax (Neopanamax) bulk carrier is designed around the expanded Panama Canal locks, allowing DWT in the 80,000–85,000 range with larger beam. Neopanamax bulk carriers sacrifice some port access for cargo capacity. Ultramax retains full Handymax port access while pushing close to the upper size limit of that access envelope.
What is the current secondhand value of a 5-year-old Ultramax?
Based on Xclusiv Shipbrokers data from 2024, a 5-year-old Ultramax was valued at approximately $35 to $38 million, depending on build yard and specifications. This represents an increase of approximately 75% versus June 2020 levels, driven by the post-pandemic freight rate cycle and sustained Ultramax demand.
How does the Handymax segment compare to Capesize as an investment?
Capesize vessels have higher earnings in strong markets (BCI above 3,000+) but more extreme earnings volatility and higher acquisition costs ($61–64 million for a 5-year-old Capesize in 2024). Capesize is essentially a two-commodity, three-route market: iron ore and coal on long-haul lanes. Handymax/Ultramax has lower peak earnings but shallower troughs, multi-commodity demand diversification, and lower entry cost. For investors prioritising earnings stability over upside capture, the Supramax/Ultramax segment has historically shown a steadier, less volatile earnings profile through cycles.
What are the key routes tracked by the BSI?
The core BSI routes are: S1B (Canakkale to Far East via South Africa, primary Atlantic-Pacific fronthaul); S4A (US Gulf to Skaw-Passero, US grain export indicator); S5 (West Africa to ECSA); S8 (Continent/Mediterranean to Far East); and S10 (South China–Indonesia–South China, the Pacific round voyage benchmark). S1B and S4A carry the most commercial weight for Atlantic operators.
What PSC issues are most common on Handymax vessels?
Age-related PSC deficiencies on Handymax/Supramax tonnage most commonly involve: hatch cover condition (rubber seal deterioration, failed hose test), crane maintenance records, hold cleanliness (particularly on vessels transitioning between incompatible cargo types), rest hour compliance, and ISM documentation. Vessels above 15 years old have statistically higher deficiency rates across all port state control regimes. Active ISM management and regular dry-docking are the primary mitigation tools.
Glossary
Ballast Bonus: A lump-sum payment from charterer to shipowner compensating for repositioning a vessel in ballast from its current position to the agreed load port. Common on long fronthaul routes.
Baltic Supramax Index (BSI): The Baltic Exchange's daily composite freight rate index for Supramax bulk carriers, constructed from broker assessments across standard Supramax routes.
BCI (Baltic Capesize Index): The Baltic Exchange's daily freight rate index for Capesize bulk carriers, reflecting iron ore and coal demand.
BDI (Baltic Dry Index): The composite Baltic Exchange index covering all dry bulk segments: Capesize, Panamax, Supramax, and Handysize.
BHSI (Baltic Handysize Index): The Baltic Exchange's daily freight rate index for Handysize bulk carriers.
BPI (Baltic Panamax Index): The Baltic Exchange's daily freight rate index for Panamax bulk carriers.
CII (Carbon Intensity Indicator): An IMO rating system that assigns annual carbon intensity grades (A–E) to vessels above 5,000 GT based on actual fuel consumption per cargo-tonne-mile. Mandatory from 2023.
Deadweight Tonnage (DWT): The total weight a vessel can carry, including cargo, fuel, stores, and crew. The primary measure of bulk carrier size and capacity.
EEXI (Energy Efficiency Existing Ship Index): An IMO energy efficiency standard for existing vessels, mandatory from January 2023. Vessels not meeting the required level must implement Engine Power Limitation.
Engine Power Limitation (EPL): A technical modification limiting maximum shaft power output, typically implemented to meet EEXI requirements. May reduce the vessel's maximum operating speed.
Five-Hold Configuration: The standard cargo hold arrangement for Handymax, Supramax, and Ultramax vessels. Five separate holds allow multi-parcel loading of different commodities in the same voyage.
Fronthaul: A voyage from a major loading region (e.g. US Gulf, ECSA, Black Sea) to a distant discharge region (e.g. Far East). Associated with higher voyage revenues and often requiring ballast bonus.
Geared: A vessel fitted with its own cargo cranes, capable of loading and discharging without shore-based equipment. All Handymax, Supramax, and Ultramax bulk carriers are geared.
Gearless: A vessel without deck cranes, dependent on terminal equipment for cargo operations. Standard for Capesize and most Panamax bulk carriers.
Grab: A mechanical clamshell attachment fitted to crane wires, used for bulk cargo handling (coal, grain, fertiliser, bauxite). Standard equipment on Handymax crane installations.
Handymax: Dry bulk carriers of 40,000–59,999 DWT. In commercial usage, the term often includes Ultramax (60,000–65,000 DWT). All types are geared with five holds and four cranes.
Handysize: Dry bulk carriers of 24,000–39,999 DWT, smaller than Handymax but similarly geared. Tracked by the Baltic Handysize Index (BHSI).
Kamsarmax: A Panamax sub-type of approximately 80,000–84,999 DWT, sized to the maximum vessel length accepted at the Port of Kamsar in Guinea (a major bauxite export terminal).
Minor Bulks: Dry bulk commodities other than the five major bulks (iron ore, coal, grain, phosphate, bauxite). Includes steel products, cement, fertilisers, forest products, sugar, and dozens of other traded commodities.
Open Hatch: A vessel design with particularly wide hatch openings relative to ship width, facilitating efficient loading and discharging of unitised or oversized cargo. Common in Supramax and Ultramax designs.
Panamax: Dry bulk carriers sized to transit the original Panama Canal locks: typically 65,000–79,999 DWT with beam not exceeding 32.2 m. Tracked by the Baltic Panamax Index.
Round Voyage: A complete voyage cycle covering a loaded leg (laden voyage) and a return leg (ballast voyage), used to calculate the effective daily TCE earned over the full cycle.
S1B: The primary BSI fronthaul route, Canakkale (Dardanelles) to the Far East via South Africa. The most commercially significant route for Atlantic Supramax rate intelligence.
S4A: BSI route covering US Gulf to Skaw-Passero (North Europe/Mediterranean range). The primary indicator of US grain export demand for the Supramax segment.
Safe Working Load (SWL): The rated maximum load for a crane. Standard for Supramax cranes is 25–35 tonnes SWL; for Ultramax cranes, 30–36 tonnes.
Supramax: Dry bulk carriers of 50,000–59,999 DWT. The dominant active Handymax sub-type by vessel count. Average fleet age above 14 years; stagnant orderbook.
TCE (Time Charter Equivalent): Voyage revenue minus voyage costs (bunkers, port charges, commissions), divided by voyage days. Allows comparison of earnings across different charter types and routes.
Ultramax: Dry bulk carriers of 60,000–65,000 DWT. The current newbuilding standard for the Handymax segment. Better CII compliance, higher cargo intake, and modest beam that retains old Panamax Canal access.
Voyage Charter: A charter party for one specific voyage, defined cargo, route, and freight rate. The charterer pays freight per tonne; the shipowner bears voyage costs (bunkers, port charges).
References
Baltic Exchange. Baltic Supramax Index (BSI), Daily Route Assessments 2023–2026. London: Baltic Exchange.
Breakwave Advisors. Dry Bulk Fleet Composition in the First Nine Months of 2025. New York: Breakwave Advisors, November 2025.
Xclusiv Shipbrokers. Dry Bulk S&P Activity and Vessel Price Analysis H1 2024. Athens: Xclusiv Shipbrokers, 2024.
AXS Marine. Dry Bulk Carriers Q3 2024 Fleet Recap and Outlook. 2024.
HandyBulk. Ship Charter Rates, Supramax and BSI Data. Updated May 2026.
Pacific Basin Shipping. Q3 2024 Sales/Trading Call Transcript. October 2024.
Hellenic Shipping News Worldwide. Dry Bulk Market: Freight Rates and Ships' Prices on the Rise. 2024.
ShipNerd News. Dry Bulk Shipping 2025: Serious Troubles Ahead. April 2025.
UNCTAD. Review of Maritime Transport 2024. Geneva: United Nations, 2024.
International Maritime Organization. CII and EEXI, Carbon Intensity and Energy Efficiency Requirements for Existing Ships. London: IMO, 2023.
Clarksons Research. A Guide to Bulk Vessel Sizes. London: Clarksons, 2024.
BIMCO. Dry Bulk Shipping Fundamentals and Chartering Guidance. Copenhagen: BIMCO.
Compliance Disclaimer: Shipfinex FZCO operates under a VARA In-Principle Approval (IPA/26/01/002) issued by the Virtual Assets Regulatory Authority, Dubai. The information in this article is published for general maritime industry education and does not constitute legal advice, regulatory guidance, or a solicitation to invest in any financial product. Readers should consult qualified legal and compliance professionals for advice applicable to their specific circumstances. Nothing in this article constitutes an offer or invitation to deal in virtual assets or securities.
Ravi Shanker
Co-Founder & CCO, Shipfinex
Ravi Shankar FICS is Co-Founder and Chief Commercial Officer of Shipfinex, and General Secretary of the ICS Middle East Branch. A Fellow of the Institute of Chartered Shipbrokers with extensive experience in ship sale and purchase, chartering, and maritime consultancy, he has previously held senior roles at Maersk Broker and Eastgate Shipping DMCC. His day-to-day commercial work spans dry bulk and tanker market analysis, SnP transactions, and shipbroking advisory.