Trafigura’s Volare Listing Turns Tanker Scarcity Into a Capital Cycle Bet

Trafigura’s Volare listing converts charter exposure into owned tanker risk. The decisive question is whether today’s freight scarcity can support through cycle returns.

A commodity trader buying a tanker fleet is not simply adding steel. It is changing where volatility sits on its balance sheet.

Trafigura has launched Volare Shipping with plans to place roughly $500 million of new equity and seek a listing on Euronext Growth Oslo. The new company is expected to own and operate fourteen very large crude carriers. Six are already trading and eight are scheduled for delivery between 2026 and 2028. According to Reuters, the private placement is intended to fund the remaining newbuilding program before an expected market debut around 5 October, subject to approval.

The obvious interpretation is that Trafigura wants exposure to strong tanker rates. That is true, but incomplete. The more important change is structural. A trading house that charters ships pays the market price of transport when it needs capacity. A trading house that owns ships captures freight income, controls a larger part of the physical chain and holds an asset that may appreciate when capacity is scarce. It also inherits the full burden of capital cost, maintenance, regulation, utilization and residual value.

Volare therefore looks less like a routine fleet expansion and more like a public test of one question: can a trader convert a temporary freight shock into a durable infrastructure franchise before the shipping cycle turns?

The deal is a transfer of risk, not an escape from it

Trafigura already manages an enormous transport network. Reuters reports that the group manages about five hundred vessels, including around two hundred and fifty tankers. Ownership is a different proposition from management. A charter contract buys access to a ship for a defined period. The owner retains the capital asset and most of the long life economics. Volare moves more of that economics into a dedicated vehicle.

The distinction matters because freight can dominate the marginal economics of an oil cargo. When routes lengthen, ports become congested or insurance costs rise, the barrel itself may not change but the cost and time needed to move it can change quickly. A trader with a cargo and no vessel is exposed to that price. A trader with both cargo and vessel can offset part of the transport shock with higher shipping earnings.

This is a form of natural hedge, but it is not a complete hedge. The cargo book and the fleet rarely match perfectly by route, timing or size. A ship can be in the wrong basin. A cargo can require a different vessel class. A maintenance period can remove capacity exactly when rates are attractive. Ownership reduces dependence on a spot charter market, yet it introduces basis risk between the freight exposure the trader needs and the freight exposure the fleet actually provides.

That trade can still be valuable. In periods of disruption, optionality has a price. A controlled vessel can be redirected, scheduled around a refinery program or committed to a customer without first competing for scarce tonnage. The commercial advantage is not just a higher daily rate. It is the ability to protect flows when transport becomes the binding constraint.

This complements the argument in our analysis of refinery disruption and global inflation. Product availability and shipping availability form one system. A refinery outage changes trade paths. A longer trade path absorbs more ship days. More ship days reduce effective fleet capacity even if the number of vessels does not change.

Why tanker ownership becomes more valuable when distance rises

Shipping supply is usually discussed as a count of vessels. That is useful, but incomplete. The economically relevant quantity is carrying capacity multiplied by available time. A tanker that completes fewer voyages per year provides less effective capacity. Longer routes, slower passages, port delays and security procedures all reduce the number of cargoes the same hull can carry.

The United States Energy Information Administration estimates that maritime oil trade averaged 79.8 million barrels per day in the first half of 2025. It also identifies the Strait of Malacca and the Strait of Hormuz as the two largest oil transit chokepoints by volume. Hormuz alone carried about 20.9 million barrels per day, close to one fifth of global petroleum liquids consumption.

Those figures explain why geopolitical tension can move tanker economics before it changes physical oil supply. If a route remains open but risk rises, charterers may pay more for willing ships, crews, insurance and scheduling certainty. If a route is avoided, distance can rise sharply. The cargo still reaches its destination, but the same journey consumes more ship time. The immediate market response can be a freight spike even without a sustained shortage of crude.

Our recent Gulf risk analysis showed how regional security can migrate from the oil price into local equities and financing conditions. Volare adds a further channel. Security risk can migrate into the value of transport capacity. A vessel owner may benefit from higher rates, while also bearing greater insurance, operating and route risk. The same event can improve revenue and weaken risk adjusted returns.

That dual effect is why record freight markets can be deceptive. Revenue is visible immediately. The cost of operating in a more dangerous system emerges through premiums, crew decisions, maintenance intensity and the possibility of idle time. Investors should not treat every rate increase as equal. A rate increase caused by healthy trade demand is different from one caused by a route that is technically open but commercially difficult.

The $500 million raise is a capital cycle decision

Shipping is one of the clearest capital cycle businesses. High rates increase cash generation and attract investment. New orders then expand future supply. Because shipyards take years to deliver large vessels, the response arrives with a delay. That lag can keep rates elevated longer than expected, but it can also produce excess capacity after the original shortage has faded.

Volare enters this cycle with eight newbuildings due between 2026 and 2028. The proposed equity raise is expected to fund the program fully. That choice is important. Equity lowers refinancing pressure and gives the company more room to survive weak rates than a heavily leveraged structure would. It also transfers more cycle risk to new shareholders.

The sequence is favorable on paper. Raise capital while freight economics are strong. Complete ships without relying on repeated debt issuance. Deliver capacity into a market shaped by route disruption and limited immediate supply. Use Trafigura relationships and cargo knowledge to keep utilization high. If those pieces align, Volare can earn attractive returns while preserving balance sheet resilience.

The sequence can also reverse. Strong current rates can inflate vessel values and investor expectations. Deliveries can arrive after risk premiums normalize. A slowing global economy can reduce oil movements. Older ships can stay in service longer than anticipated. New environmental rules can raise capital needs. In that case, a fully funded fleet avoids a financing crisis but does not avoid weak returns on equity.

This is the central distinction between solvency and value creation. Enough capital can ensure that vessels are completed. It cannot ensure that the vessels earn more than their cost of capital. The market must judge Volare on through cycle returns, not merely on whether the construction bill is paid.

A simple return model clarifies the wager

The economics of a tanker can be reduced to a sequence. Begin with available operating days. Multiply those days by the realized daily rate. Subtract voyage expenses where the owner bears them, then subtract crew, insurance, maintenance, management and scheduled dry dock costs. The result is operating cash before financing and tax. Compare that cash with the capital committed to the vessel.

This sequence matters because quoted spot rates sit near the beginning, not the end. A spectacular rate for a short voyage may lift a market index while contributing little to annual cash if the ship spends many days repositioning or waiting. A moderate rate earned consistently can produce a better annual result. Utilization and contract structure turn the headline price into an investable return.

Consider an illustrative vessel with three hundred and fifty available days. Every $10,000 change in the realized daily margin changes annual operating cash by about $3.5 million before financing and tax. That sensitivity works in both directions. A strong market creates operating leverage. A weak market removes cash at the same speed. Across fourteen vessels, the fleet effect can become material even when the movement in the daily rate appears modest relative to a cargo value.

The denominator is equally important. If ships are acquired or ordered when asset values are high, even robust cash earnings can produce an ordinary return on invested capital. If a modern ship is secured at an attractive cost before scarcity becomes visible, the same freight income can generate a far stronger return. Investors should therefore examine the contract price and final delivered cost of each newbuilding, including financing, supervision and equipment, rather than relying on current broker valuations alone.

Residual value completes the model. A ship produces cash during operation and retains a resale or recycling value at the end of the holding period. That future value can support returns, but it is highly cyclical. It depends on freight expectations, steel prices, regulation, vessel condition and access to finance. Treating today’s appraisal as permanent would overstate the protection provided by the asset.

The model also reveals why equity funding can be rational even when debt appears cheaper. Debt magnifies equity returns when rates are strong, yet fixed interest and amortization continue when the vessel is idle or freight income falls. Fresh equity gives Volare more time to wait through a downturn and more flexibility around deliveries. The price is dilution and a higher amount of permanent capital that must earn an acceptable return.

For public investors, the cleanest test is cash return on gross vessel investment across a full cycle. That measure connects commercial performance, operating discipline and purchase price. It is harder to flatter than revenue growth and more informative than a single quarter of spot exposure.

Charter exposure and ownership produce different earnings

A charterer is exposed to the price of access. An owner is exposed to the difference between freight revenue and the full cost of owning and operating the ship. Moving from one model toward the other changes both the income statement and the information investors need.

Market condition Charter heavy model Ownership heavy model Investor question
Rates rise quickly Transport cost increases Freight earnings can expand How much capacity is open to current pricing?
Rates fall quickly Future access becomes cheaper Asset earnings and values can decline What is the cash break point of the fleet?
Routes lengthen More ship days must be purchased Controlled tonnage gains scarcity value Do higher rates exceed added operating risk?
Regulation tightens Cost appears in charter pricing Capital spending and vessel value are direct Which ships remain competitive after compliance costs?
Trade flow shifts Charter mix can adjust Fleet may face location and utilization mismatch Can the operator redeploy ships without losing days?

The timing of contracts is especially important. A ship fixed on a longer contract provides revenue visibility but may miss a surge in spot rates. A ship left open can capture a strong market but faces immediate downside when rates weaken. Fleet disclosures therefore need to show more than vessel count. Investors need contract duration, rate type, counterparty quality, operating days, dry dock schedules and the share of capacity available to the spot market.

Trafigura brings a potential commercial advantage because its cargo network can generate employment for the fleet. Reuters says most of the ships have historically done business for third parties, which suggests the vehicle is intended to operate as more than a captive transport unit. That breadth matters. A fleet serving only its sponsor might trade at a governance discount if outsiders cannot see whether contracts reflect market terms. A fleet with diversified customers has a clearer external price signal.

Third party business does not remove sponsor risk. Trafigura will remain central to origination, market intelligence and likely a meaningful share of commercial activity. The market will need clear related party disclosure and a transparent policy for allocating cargoes and vessels. Otherwise, Volare could appear independent in legal form while remaining economically dependent on one network.

Why a separate listing can create value

A trading house and a tanker owner are difficult to value with the same lens. Trading earnings depend on volume, margins, working capital, credit access and risk management. Shipping earnings depend on rates, utilization, operating cost, fleet age, contract coverage and asset value. Combining them can hide the capital intensity of one inside the working capital rhythm of the other.

A separate listing makes the shipping bet legible. Investors can compare fleet value with market capitalization. They can estimate net asset value, daily earnings and cash break points. They can assess whether the shares trade above or below the replacement value of the vessels. That clarity can attract specialist shipping capital that might not invest directly in a private commodity trader.

It also gives Trafigura a new financing channel. Public equity can fund ships without placing every dollar of construction cost on the parent balance sheet. Future vessel acquisitions could be financed by retained cash, debt or additional equity at the listed company. The parent preserves strategic access to capacity while sharing capital risk with public investors.

This is not free capital. Separation introduces a governance burden and a public market discount when incentives are unclear. Minority investors need confidence that vessel purchases, charter agreements, management fees and related services are priced fairly. They also need assurance that attractive opportunities will not remain at the parent while weaker assets migrate to the listed vehicle.

The planned venue matters. Euronext Growth is designed as an access point for growing companies seeking public capital with a framework that is lighter than a main regulated market. That can accelerate access and broaden the investor base. It also raises the importance of voluntary disclosure. When formal requirements are proportionate, credibility is built by giving investors the operating detail needed to price the cycle.

The energy transition does not make tanker value simple

Long term oil demand uncertainty is an obvious challenge for an asset designed to operate for decades. A vessel delivered in 2028 may still be economically active far into the 2040s. Its value depends not only on how much oil the world consumes, but on where production and refining occur, how far cargoes travel and which ships remain compliant.

A gradual demand decline can coexist with strong freight markets if trade routes lengthen or if inefficient ships leave the fleet faster than cargo volumes fall. The opposite can also occur. Oil demand can remain resilient while tanker earnings weaken because too many vessels enter service or routes become shorter. Demand for the commodity and demand for ship days are related, but they are not identical.

Environmental regulation further separates fleet winners from fleet losers. The International Maritime Organization strategy calls for greenhouse gas emissions from international shipping to reach net zero by or around 2050, with checkpoints for 2030 and 2040. Compliance can change fuel choice, operating speed, retrofit spending and residual value.

New ships may benefit from better efficiency and a longer competitive life. They also carry technology risk. A vessel ordered today must operate through changes in fuels, carbon pricing and port infrastructure that are not fully settled. Efficiency can protect earnings, but a ship cannot be redesigned cheaply every time the regulatory path changes.

For Volare, the newbuilding program is therefore both an advantage and a commitment. Modern ships should be better positioned than older tonnage under tighter efficiency standards. Yet eight deliveries concentrate capital into a narrow design and delivery window. If technology or regulation moves faster than expected, modern does not automatically mean future proof.

What the market may be pricing today

The Financial Times describes tanker rates as being at record levels and frames the listing as the first flotation of a Trafigura business. That backdrop gives the transaction momentum. It also creates the classic risk of selling a cyclical asset near peak enthusiasm.

Public investors are likely to price three layers. The first is current earnings. Strong spot rates can produce rapid cash generation. The second is fleet value. Modern vessels with near term delivery slots may command a premium when shipyard capacity is constrained. The third is strategic value. A fleet connected to a major commodity network may achieve better utilization or gain access to cargo flows that a stand alone owner would need to source in the open market.

Each layer can be overstated. Current earnings can normalize. Appraised vessel values can fall with rates and financing conditions. Strategic value can become sponsor dependence. A disciplined valuation should apply different confidence levels to each component rather than turning one strong freight market into a permanent growth rate.

The interest rate backdrop also matters. Our discussion of oil relief and rising Treasury yields showed how a benign commodity signal can be offset by a higher discount rate. Shipping is especially sensitive because assets are expensive, long lived and often financed. Even a company funded with new equity is valued against the return investors can earn elsewhere. Higher required returns reduce the price buyers should pay for a given stream of vessel cash flows.

Three scenarios for Volare

Scenario one: scarcity lasts

Trade routes remain long, security risk stays elevated and the order book does not overwhelm demand. Volare receives its new vessels into a market with strong spot economics. Trafigura provides cargo access, while third party work keeps pricing transparent. Cash generation funds dividends or further growth without excessive debt. In this outcome, the listing successfully converts a freight bottleneck into an enduring transport platform.

The key confirmation would be strong utilization and cash returns after operating cost, not merely high quoted rates. Investors should also see that new capacity earns attractive returns without relying on repeated asset sales.

Scenario two: normalization arrives before the ships

Geopolitical premiums fade, routes shorten and rate volatility declines as deliveries enter service. Volare remains fully funded, so the balance sheet survives, but returns disappoint. The company may respond by fixing more ships on longer contracts, cutting distributions or seeking consolidation. The equity trades closer to net asset value and loses the strategic premium attached at launch.

This is not a failure of execution. It is a timing failure. The ships arrive as the market stops paying scarcity prices.

Scenario three: regulation divides the fleet

Efficiency rules and carbon costs accelerate retirement of older vessels. Modern Volare ships gain a commercial advantage even if total oil demand grows slowly. Better fuel performance and compliance flexibility support utilization. The market becomes less about total fleet count and more about the count of ships that customers are willing to employ.

The risk is that technical expectations move again. A vessel that appears efficient under current rules may require expensive changes later. The advantage depends on design choices, operating practices and the ability to pass compliance costs through to charterers.

The indicators that matter after the listing

The headline freight index will attract attention, but it is not enough. The first indicator is realized revenue per operating day compared with the relevant spot market. This shows whether commercial access and timing create an advantage.

The second is utilization. A high rate on a few days does not compensate for avoidable idle time. Delivery delays, dry docks and positioning voyages must be visible.

The third is cash operating cost per day. Revenue can rise while insurance, crew, fuel and maintenance consume the gain. Investors need a bridge from market rate to vessel cash contribution.

The fourth is contract coverage. The share of days fixed, the duration of contracts and the credit quality of counterparties determine how much current strength is locked in.

The fifth is capital discipline. New orders made during a boom can destroy the value created by an existing fleet. A credible dividend and investment policy should explain when Volare will return cash, acquire ships or order new capacity.

The sixth is sponsor economics. Related party revenue, management fees, cargo allocation and vessel transactions with Trafigura should be disclosed clearly. Independence is demonstrated through terms and oversight, not through a separate ticker.

What would invalidate the thesis

The positive thesis fails if Volare cannot translate Trafigura access into superior utilization or pricing after all costs. It also fails if the fleet becomes primarily a mechanism for shifting capital intensity away from the parent without giving minority investors fair economics.

A sharp decline in ton mile demand would be another invalidation. This could follow shorter trade routes, weaker consumption, excess new capacity or faster retirement of sanctions related transport patterns. In that environment, modern ships may outperform older ones but still earn inadequate returns.

Finally, the thesis weakens if the listing valuation assumes that record rates are permanent. A good asset bought at the wrong price can still produce a poor investment. The market should value current cash flows, fleet replacement value and strategic benefits separately, then stress each one through a normal freight cycle.

The real bet is on control

Trafigura is not merely betting that tanker rates stay high. It is betting that control of scarce transport will remain valuable enough to justify permanent capital, public disclosure and long life asset risk. Volare turns a variable procurement cost into an owned operating business. That can reduce one form of exposure while creating several others.

The logic is strongest when disruptions change routes faster than ship supply can respond. It is weakest when investors capitalize a temporary freight spike as if it were a stable annuity. The eight vessels arriving through 2028 will reveal which force dominates.

For oil markets, the transaction is a reminder that the barrel is only one part of the price. Distance, time, insurance, finance and available hulls determine whether supply can become delivery. For investors, it is a cleaner test. Volare must prove that owning the bridge between producer and refinery creates more value than simply renting passage across it.

Learning Path

Start with our framework for line splitting and oil transport risk. It explains why a small disruption at a constrained route can have a much larger effect on prices and asset allocation. Then connect that mechanism to the EIA chokepoint data and compare it with Volare disclosures on realized rates, utilization and contract coverage. The goal is to move from a dramatic headline to a measurable chain: route change, additional ship days, effective capacity, freight rate, vessel cash flow and equity return.

Information is abundant. Structure is rare.

This article is provided solely for informational and educational purposes and does not constitute financial or investment advice, a recommendation, or an offer or solicitation to buy or sell any financial instrument or digital asset. See our Financial Disclaimer.

This article was generated with the support of AI and reviewed by the Editorial Team. For more information, see our Terms of Service.


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OASIS

Oasis is an entrepreneur, investor and founder of Block2Learn, The Investor Intelligence Hub. His work sits at the intersection of financial markets, digital assets, technology and investor education. Through Block2Learn, he develops research, market intelligence and educational frameworks that bring structure to financial information and help independent investors navigate increasingly complex markets with greater knowledge and clarity.

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DeXe (DEXE) $ 1.92 4.82%
decentraland
Decentraland (MANA) $ 0.085686 7.57%
based-brett
Brett (BRETT) $ 0.005595 8.80%
elrond-erd-2
MultiversX (EGLD) $ 4.23 16.53%
beam-2
Beam (BEAM) $ 0.00192 8.15%
aerodrome-finance
Aerodrome Finance (AERO) $ 0.681961 5.84%
usdd
USDD (USDD) $ 0.998481 0.04%
dydx-chain
dYdX (DYDX) $ 0.135604 7.09%
thorchain
THORChain (RUNE) $ 0.597881 11.43%
morpho
Morpho (MORPHO) $ 2.81 12.93%
l2-standard-bridged-weth-base
L2 Standard Bridged WETH (Base) (WETH) $ 2,266.86 3.46%
mantle-restaked-eth
Mantle Restaked ETH (CMETH) $ 2,447.46 3.67%
conflux-token
Conflux (CFX) $ 0.054064 10.66%
reserve-rights-token
Reserve Rights (RSR) $ 0.001675 7.32%
arbitrum-bridged-weth-arbitrum-one
Arbitrum Bridged WETH (Arbitrum One) (WETH) $ 2,265.06 3.52%
zcash
Zcash (ZEC) $ 1,530.52 6.38%
tether-gold
Tether Gold (XAUT) $ 4,349.93 0.47%
ether-fi-staked-btc
Ether.fi Staked BTC (EBTC) $ 76,722.00 4.00%
ai16z
ai16z (AI16Z) $ 0.000481 7.63%
ether-fi-staked-eth
ether.fi Staked ETH (EETH) $ 2,317.47 1.05%
apecoin
ApeCoin (APE) $ 0.142872 6.02%
coredaoorg
Core (CORE) $ 0.021909 7.64%
helium
Helium (HNT) $ 0.466674 3.04%
frax
Legacy Frax Dollar (FRAX) $ 0.992389 0.13%
akash-network
Akash Network (AKT) $ 0.637255 18.24%
compound-governance-token
Compound (COMP) $ 22.24 7.14%
meow
MEOW (MEOW) $ 0.000005 6.45%
usdx-money-usdx
Stables Labs USDX (USDX) $ 0.008734 0.00%
ecash
eCash (XEC) $ 0.000008 6.67%
chiliz
Chiliz (CHZ) $ 0.015709 7.18%
wormhole
Wormhole (W) $ 0.011973 11.54%
amp-token
Amp (AMP) $ 0.000474 5.07%
ultima
Ultima (ULTIMA) $ 1,851.53 2.35%
eigenlayer
EigenCloud (prev. EigenLayer) (EIGEN) $ 0.24078 8.56%
pumpbtc
pumpBTC (PUMPBTC) $ 76,077.00 2.54%
deep
DeepBook (DEEP) $ 0.019229 16.93%
resolv-usr
Resolv USR (USR) $ 0.092761 1.39%
pancakeswap-token
PancakeSwap (CAKE) $ 2.53 3.13%
pax-gold
PAX Gold (PAXG) $ 4,345.27 0.34%
gigachad-2
Gigachad (GIGA) $ 0.002179 4.78%
mina-protocol
Mina Protocol (MINA) $ 0.124979 18.64%
gnosis
Gnosis (GNO) $ 117.37 0.24%
pendle
Pendle (PENDLE) $ 2.73 5.90%
bitcoin-avalanche-bridged-btc-b
Avalanche Bridged BTC (Avalanche) (BTC.B) $ 76,260.00 3.16%
beldex
Beldex (BDX) $ 0.076029 0.21%
echelon-prime
Echelon Prime (PRIME) $ 0.232654 0.13%
zksync
ZKsync (ZK) $ 0.012013 1.19%
paypal-usd
PayPal USD (PYUSD) $ 0.999995 0.02%
havven
Synthetix (SNX) $ 0.235263 7.63%
coinbase-wrapped-staked-eth
Coinbase Wrapped Staked ETH (CBETH) $ 2,539.40 3.57%
true-usd
TrueUSD (TUSD) $ 0.999804 0.06%
stakestone-berachain-vault-token
StakeStone Berachain Vault Token (BERASTONE) $ 2,720.69 5.71%
axelar
Axelar (AXL) $ 0.052315 13.46%
tbtc
tBTC (TBTC) $ 70,942.00 7.49%
apenft
AINFT (NFT) $ 0.000000238167 0.31%
snek
Snek (SNEK) $ 0.00051 7.07%
mog-coin
Mog Coin (MOG) $ 0.00000011226 7.69%
telcoin
Telcoin (TEL) $ 0.001611 10.09%
toshi
Toshi (TOSHI) $ 0.000122 7.02%
dydx
dYdX (ETHDYDX) $ 0.135649 6.88%
kava
Kava (KAVA) $ 0.072054 0.60%
polygon-pos-bridged-weth-polygon-pos
Polygon PoS Bridged WETH (Polygon POS) (WETH) $ 2,261.63 3.58%
newton-project
AB (AB) $ 0.000581 0.97%
notcoin
Notcoin (NOT) $ 0.000502 9.93%
chex-token
Chintai (CHEX) $ 0.009366 0.46%
bridged-usdc-polygon-pos-bridge
Polygon Bridged USDC (Polygon PoS) (USDC.E) $ 0.99972 0.00%
vethor-token
VeThor (VTHO) $ 0.000671 1.19%
frax-ether
Frax Ether (FRXETH) $ 2,262.16 2.20%
1inch
1INCH (1INCH) $ 0.102454 7.25%
trust-wallet-token
Trust Wallet (TWT) $ 0.591732 4.96%
quantixai
Quantix Finance (QFI) $ 19.96 7.30%
grass
Grass (GRASS) $ 0.371075 4.96%
stader-ethx
Stader ETHx (ETHX) $ 2,455.55 2.19%
superfarm
SuperVerse (SUPER) $ 0.14844 10.97%
terra-luna
Terra Luna Classic (LUNC) $ 0.000055 9.20%
sweth
Swell Ethereum (SWETH) $ 2,521.55 3.25%
safe
Safe (SAFE) $ 0.108452 9.86%
livepeer
Livepeer (LPT) $ 1.70 7.77%
hashnote-usyc
Circle USYC (USYC) $ 1.14 0.00%
usdb
USDB (USDB) $ 0.997708 0.15%
creditcoin-2
Creditcoin (CTC) $ 0.113451 10.86%
theta-fuel
Theta Fuel (TFUEL) $ 0.010646 5.98%
oasis-network
Oasis (ROSE) $ 0.007847 8.55%
super-oeth
Super OETH (SUPEROETH) $ 2,263.65 2.59%
aixbt
aixbt (AIXBT) $ 0.022144 9.31%
kusama
Kusama (KSM) $ 4.64 8.39%
bio-protocol
Bio Protocol (BIO) $ 0.02877 8.07%
layerzero
LayerZero (ZRO) $ 1.22 14.74%
blur
Blur (BLUR) $ 0.019682 7.34%
dash
Dash (DASH) $ 59.20 6.52%
cat-in-a-dogs-world
cat in a dogs world (MEW) $ 0.000444 7.86%
ordinals
ORDI (ORDI) $ 4.86 9.78%
solayer-staked-sol
Solayer Staked SOL (SSOL) $ 112.14 4.30%
io
io.net (IO) $ 0.150438 9.94%
ondo-us-dollar-yield
Ondo US Dollar Yield (USDY) $ 1.14 0.22%
freysa-ai
Freysa AI (FAI) $ 0.00252 5.02%
arkham
Arkham (ARKM) $ 0.124982 16.01%
turbo
Turbo (TURBO) $ 0.001011 7.90%
popcat
Popcat (POPCAT) $ 0.056428 19.10%
binance-peg-busd
Binance-Peg BUSD (BUSD) $ 1.00 0.05%
olympus
Olympus (OHM) $ 20.16 0.87%
dog-go-to-the-moon-rune
Dog (Bitcoin) (DOG) $ 0.001213 9.90%
nervos-network
Nervos Network (CKB) $ 0.00128 7.89%
astar
Astar (ASTR) $ 0.006935 7.57%
just
JUST (JST) $ 0.112303 1.51%
compound-wrapped-btc
cWBTC (CWBTC) $ 1,534.90 2.99%
mx-token
MX (MX) $ 1.91 4.36%
zilliqa
Zilliqa (ZIL) $ 0.003644 3.42%
verus-coin
Verus (VRSC) $ 0.215135 2.14%
melania-meme
Melania Meme (MELANIA) $ 0.103964 3.97%
holotoken
Holo (HOT) $ 0.000412 5.89%
ai-rig-complex
AI Rig Complex (ARC) $ 0.075472 17.42%
origintrail
OriginTrail (TRAC) $ 0.349084 6.95%
liquid-staked-ethereum
Liquid Staked ETH (LSETH) $ 2,406.26 2.78%
polygon-bridged-wbtc-polygon-pos
Polygon Bridged WBTC (Polygon POS) (WBTC) $ 76,130.00 3.08%
0x
0x Protocol (ZRX) $ 0.117658 3.29%
baby-doge-coin
Baby Doge Coin (BABYDOGE) $ 0.00000000040298 5.88%
ether-fi
Ether.fi (ETHFI) $ 0.751803 8.06%
safepal
SafePal (SFP) $ 0.306181 8.09%
staked-frax-ether
Staked Frax Ether (SFRXETH) $ 2,589.68 3.62%
aethir
Aethir (ATH) $ 0.005445 5.87%
golem
Golem (GLM) $ 0.123363 5.51%
basic-attention-token
Basic Attention (BAT) $ 0.082629 5.99%
swissborg
SwissBorg (BORG) $ 0.173142 1.61%
skale
SKALE (SKL) $ 0.004525 3.86%
wemix-token
WEMIX (WEMIX) $ 0.192549 0.07%
mocaverse
Moca Network (MOCA) $ 0.010203 9.24%
xyo-network
XYO Network (XYO) $ 0.003571 1.38%
gas
Gas (GAS) $ 1.37 4.17%
celo
Celo (CELO) $ 0.092472 8.26%
benqi-liquid-staked-avax
BENQI Liquid Staked AVAX (SAVAX) $ 12.58 0.25%
qtum
Qtum (QTUM) $ 0.973653 4.45%
spell-token
Spell (SPELL) $ 0.000091 5.58%
would
would (WOULD) $ 0.035004 1.46%
vine
Vine (VINE) $ 0.008098 7.44%
zencash
Horizen (ZEN) $ 7.97 5.37%
woo-network
WOO (WOO) $ 0.012368 9.98%
iotex
IoTeX (IOTX) $ 0.003576 11.20%
bridged-wrapped-ether-starkgate
Bridged Ether (StarkGate) (ETH) $ 2,241.79 5.41%
resolv-wstusr
Resolv wstUSR (WSTUSR) $ 1.13 0.06%
siacoin
Siacoin (SC) $ 0.000962 5.13%
bybit-staked-sol
Bybit Staked SOL (BBSOL) $ 112.08 4.42%
plume
Plume (PLUME) $ 0.014556 12.10%
osmosis
Osmosis (OSMO) $ 0.036885 5.86%
vana
Vana (VANA) $ 1.14 9.17%
griffain
GRIFFAIN (GRIFFAIN) $ 0.015045 10.61%
zetachain
ZetaChain (ZETA) $ 0.063315 67.68%
uxlink
UXLINK (UXLINK) $ 0.000716 0.99%
ethereum-pow-iou
EthereumPoW (ETHW) $ 0.285063 7.83%
ankr
Ankr Network (ANKR) $ 0.005002 6.92%
akuma-inu
Akuma Inu (AKUMA) $ 0.00000008509 6.22%
tribe-2
Tribe (TRIBE) $ 0.410645 4.02%
ravencoin
Ravencoin (RVN) $ 0.002317 4.99%
enjincoin
Enjin Coin (ENJ) $ 0.028346 7.84%
peanut-the-squirrel
Peanut the Squirrel (PNUT) $ 0.054558 5.87%
elixir-deusd
Elixir deUSD (DEUSD) $ 0.000977 0.00%
memecoin-2
Memecoin (MEME) $ 0.00059 6.88%
aelf
aelf (ELF) $ 0.072322 1.46%
anime
Animecoin (ANIME) $ 0.003322 8.26%
constellation-labs
Constellation (DAG) $ 0.005803 1.57%
polymesh
Polymesh (POLYX) $ 0.041748 4.83%
convex-finance
Convex Finance (CVX) $ 2.07 9.62%
drift-protocol
Drift Protocol (DRIFT) $ 0.018195 16.63%
sats-ordinals
SATS (Ordinals) (SATS) $ 0.000000011797 8.95%
venice-token
Venice Token (VVV) $ 34.10 19.79%
qubic-network
Qubic (QUBIC) $ 0.00000038122 7.17%
coinex-token
CoinEx (CET) $ 0.004998 0.03%
peaq-2
peaq (PEAQ) $ 0.036013 24.67%
threshold-network-token
Threshold Network (T) $ 0.00515 0.51%
stepn
GMT (GMT) $ 0.008289 10.10%
usda-2
USDa (USDA) $ 0.967102 0.00%

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