WTI vs Brent Crude Oil: Pricing, Futures and Market Drivers

One barrel, two benchmarks

WTI and Brent are the two reference prices for crude oil. Both contracts are for 1,000 barrels. Both quote in dollars and cents per barrel, with a minimum tick of $0.01 — $10 per contract. Both trade on regulated exchanges with clearinghouses behind them.

They are not the same instrument. WTI is the NYMEX light sweet crude contract, delivered at Cushing, Oklahoma. Brent is the ICE contract for North Sea crude, priced as a seaborne marker. The difference in location is the origin of almost everything else: the quality specification, the delivery mechanism, the buyers, and the spread.

WTI: inland, physical, Cushing

The WTI contract calls for 1,000 barrels of light sweet crude. Delivery is at any pipeline or storage facility at Cushing that has access to the Enterprise or Enbridge storage — the junction where several major US pipelines meet. The rulebook sets the quality: sulfur no more than 0.42% by weight, gravity between 37 and 42 degrees API, with limits on viscosity, vapour pressure and sediment.

Cushing is the pricing point, not the consumption point. Crude flows into Cushing from Texas, Oklahoma, North Dakota and Canada, and flows out toward Gulf Coast refineries and export terminals. The price at Cushing therefore reflects the balance at that hub: how much is arriving, how much can leave, and how much storage is available.

The contract is physically settled. A holder who reaches expiry enters the delivery process, which requires the ability to receive crude at Cushing — an operational capability most financial participants do not have. That is why most positions are closed or rolled before expiry, and why the physical delivery option is what anchors the futures price to the spot market.

The CME fact card also notes that foreign crudes, including Brent Blend, are deliverable against the WTI contract at a discount. That detail matters for understanding the spread: the two benchmarks are connected by a delivery channel, even if it is rarely used.

Brent: seaborne, North Sea, EFP

The Brent contract is also 1,000 barrels, with the same $0.01 tick. Its delivery mechanism is different. ICE describes Brent as a deliverable contract based on EFP — exchange for physical — with an option to cash settle against the ICE Brent Index. The contract lists up to 156 consecutive months, and trading in a contract month stops on the last business day of the second month before the delivery month.

The EFP mechanism is what makes Brent a seaborne benchmark. It links the futures contract to the physical cargo market, where Brent-linked cargoes trade on a delivered or free-on-board basis. The cash-settlement option gives financial participants a way out without touching a cargo. It is not a purely cash-settled index future, and describing it as one misses the delivery channel that keeps it tied to physical barrels.

Brent prices crude that moves by sea. Its buyers are refineries in Europe, Asia and the Americas, and the price includes the freight to reach them. That makes Brent sensitive to tanker rates, port congestion and the availability of North Sea cargoes in a way that WTI, priced at an inland hub, is not.

The prices on 2026-10-19

On 19 October 2026, the two benchmarks and their nearby months traded as follows:

Two facts stand out. First, the December Brent–WTI spread was 10.51 per barrel. On a 1,000-barrel contract that is 10,510 per contract pair, and it is one of the most actively traded spreads in the energy market. Second, the WTI curve was in backwardation: each later month was cheaper than the one before it, with the November-to-December step at 3.18 per barrel, or 3.15%.

Backwardation is a statement about prompt supply. It says the market is paying more for a barrel now than for the same barrel later, which typically happens when current inventories are tight relative to demand or when the cost of storing crude is high. For a long position, rolling from November to December means selling at 100.88 and buying at 97.70 — capturing 3.18 per barrel, or 3,180 per contract. That is a roll yield, not a directional gain, and it exists because the front month is scarce.

Why the spread exists

The Brent–WTI spread is not a pricing error and it is not constant. It is the price of moving a barrel from one market to another, adjusted for quality and timing. Four things drive it.

Location and freight. Brent is priced where crude loads onto ships; WTI is priced where pipelines meet in Oklahoma. A barrel at Cushing that cannot reach the Gulf Coast costs less than a barrel already at a port. When pipeline takeaway capacity from Cushing is ample, the spread tends to narrow; when it is constrained, the inland barrel has to discount to move.

Quality. WTI’s sulfur limit is 0.42% under the NYMEX rulebook and its gravity is 37 to 42 API. Brent is a blend of North Sea streams. Refineries are configured for specific crudes, and the value of a barrel depends on the yield of products a refinery can make from it. A light sweet barrel is not interchangeable with every other light sweet barrel.

Regional balances. Cushing inventories, US production, Canadian imports and US exports set the WTI balance. North Sea production, Norwegian maintenance, OPEC+ allocations and Asian demand set the Brent balance. The two can move in opposite directions.

Timing and contract months. The spread quoted in the market is usually between two specific contracts — December Brent against December WTI, for example — and different month pairs can show different spreads as the two curves change shape. A spread quoted without contract months is incomplete.

What moves each benchmark

WTI responds to Cushing inventory data, US crude production and exports, pipeline and storage economics, and the Gulf Coast refining complex. The weekly inventory report is the most closely watched scheduled event, because it is the most direct read on the hub’s balance.

Brent responds to North Sea cargo availability, maintenance on Norwegian and UK fields, freight rates, and the waterborne balance that includes West African, Middle Eastern and US exported crude. It is also the benchmark most exposed to geopolitical risk in Europe and the Mediterranean, because those barrels are priced into the same seaborne market.

Neither curve is a forecast. The shape of the WTI curve on 2026-10-19 — backwardated from November to January — says the market was paying a premium for prompt barrels. That is consistent with tight nearby supply, but it does not say what the price will be next month.

Contracts, ticks and the cost of a spread trade

Both contracts are 1,000 barrels, so a $1 move in either is $1,000 per contract. The tick is $0.01, or $10 per contract.

A spread trade is quoted as the difference between the two. At the December prices above, one December Brent contract is 108,210 of notional and one December WTI contract is 97,700. A long Brent / short WTI spread is long 10,510 of value per contract pair at that moment. If the spread narrows to 8.00, the position gains 2.51 per barrel, or 2,510 per pair, before commissions and margin.

The margin on each leg is set by the exchange and the broker, and a spread position may receive margin relief because the two legs offset. That relief is a risk-management decision by the clearinghouse, not a guarantee: the legs can diverge, and a spread that looks hedged can still lose money if the relationship moves against it.

Which contract for which exposure

• A view on US crude specifically — Cushing inventories, US production, Gulf Coast exports — is a WTI view.
• A view on the global waterborne market — North Sea supply, freight, Asian demand — is a Brent view.
• A view on the relationship between the two is a spread trade, and it requires its own risk budget because both legs can move.
• A hedge of a physical position should use the benchmark that matches the delivery point and quality of the physical barrel, not the one with the most liquidity.

The two contracts are close substitutes for directional exposure and poor substitutes for precise exposure. The difference is the point.

Risk note. Prices in this article were read from exchange data on 2026-10-19, and contract specifications from CME Group and ICE. Crude oil futures are leveraged, can move limit-up or limit-down, and can lose more than the initial margin. Contract months, spreads and curve shapes change continuously. Nothing here is investment advice or a recommendation to trade.

The spread is the instrument

WTI and Brent are both crude oil, both 1,000 barrels and both priced in dollars per barrel. What separates them is where the barrel is, what it is, and who can buy it. Those differences are not noise around a single “oil price”; they are the reason two benchmarks exist.

For a directional view the distinction matters less. For a hedge, a spread trade or any position that depends on the relationship between the two, the distinction is the trade. The number to watch is not the price of oil. It is the difference between the two prices, in the contract months that match the exposure.