Oil Hit $117.45, Then Fell: What’s Happening to Brent, WTI and Oil ETFs?

On Friday, October 23, Brent crude reached $117.45 a barrel. By Monday, an opening quote of $110.85 was enough to make the oil market look as though it had suffered a dramatic weekend reversal.

Put those numbers together and the fall comes to 5.62%. For someone watching from India, where expensive oil can affect everything from transport costs to company profits, that raises an obvious question: what changed so quickly?

There was a real retreat in oil prices. But the size of that apparent plunge has another explanation: the two prices line up with different delivery-month contracts.

That detail matters for more than getting a headline right. It also explains why UKOIL can look different from USOIL, and why an oil ETF may deliver a different return from the oil chart on your screen.

Before deciding whether oil belongs in a portfolio as protection, we need to understand what that screen is actually showing.

Did Oil Really Crash From $117.45 to $110.85?

Oil does not have just one price. There is a price for a particular grade in a particular location, and there are separate futures prices for delivery in different months. A December barrel and a January barrel can trade at quite different prices at the same moment.

Many familiar oil charts join successive contracts together so that readers can follow a single line over several years. When the chart switches contracts, the price difference between those contracts can appear as a jump or a drop. TradingView explains this effect in its documentation on continuous futures and back-adjustment. Its UKOIL page, meanwhile, identifies that particular instrument as a Brent CFD series.

Here is the distinction behind the numbers in this story:

Sources: WSJ’s December Brent contract data; Reuters’ October 23 settlement report; Investing.com’s contract table accessed October 26.

Investing.com explicitly states that its Brent series rolled to the January 2027 contract on October 25. Its contract table lists the January opening at $110.85.

Using that January contract’s own previous close, the opening decline was approximately 0.76%: $110.85 divided by $111.70, minus one. Comparing it with a December intraday high produces a much larger percentage because it mixes both the contract month and the reference point.

The December-January difference at Friday’s settlement was $5.02. That already accounts for most of the $6.60 distance between the two headline numbers.

Why Did Oil Surge on Friday, Then Fall on Monday?

The contract switch explains much of the visual drama. The underlying market still moved, and its story begins with the difficulty of getting oil safely from producers to customers.

Friday’s rally followed Houthi attacks in Saudi Arabia that intensified concerns about energy infrastructure and Middle Eastern supplies. UAE authorities also reported an oil spill, although its cause had not been established in that report. Brent settled at $116.72, up 3.14% for the session.

A refinery needs its next shipment to arrive. It cannot run on an assurance that enough oil exists somewhere underground. If buyers become less certain about delivery, a barrel available soon becomes more valuable.

That is how a geopolitical risk premium develops. Prices can rise because traders see a greater chance of future disruption, even before the full physical consequences are known. The market is continually estimating both how much supply could be lost and how difficult replacing it would be.

There is evidence of a market with less room for error. In its October 14 report, the International Energy Agency projected a 5.8 million-barrel-a-day annual decline in global oil supply for 2026, alongside a smaller 2.6 million-barrel-a-day decline in demand. It also reported a September supply recovery led by Gulf producers, while warning that renewed attacks made that recovery fragile.

US inventories provide another piece of the picture. The latest available EIA weekly summary, for the week ended October 16, showed commercial crude stocks falling by 3.1 million barrels to 412.5 million barrels, 3% below their five-year seasonal average.

By Monday, the balance of expectations had shifted. Reuters reported diplomatic efforts involving Qatari mediators and hopes of easing US-Iran hostilities. Attacks and supply concerns continued, so the news offered a possibility of relief rather than confirmation that shipping risks had disappeared.

Here is how the benchmarks stood in a comparable Monday snapshot:

Source: Reuters, October 23 and October 26.

The economic explanation is straightforward: a reduced probability of further disruption can remove some of the premium embedded during a rally. Prices do not need a signed peace agreement to retreat; a change in expectations can be enough.

Our reading is that Monday brought some relief to a market still carrying substantial supply uncertainty. The evidence supports a pullback alongside a chart rollover. It does not support treating the mixed-contract 5.62% calculation as the benchmark’s overnight return.

Why Is UKOIL More Expensive Than USOIL?

The names make them sound like the same product wearing different country labels. In practice, UKOIL commonly refers to Brent-linked pricing, while USOIL commonly refers to WTI-linked pricing.

Brent is the principal reference for much of the internationally traded, waterborne oil market. Its pricing complex developed around North Sea crude and has evolved over time; it now also incorporates WTI Midland. The “UK” label therefore does not mean every barrel behind the benchmark comes from Britain.

WTI stands for West Texas Intermediate. The NYMEX futures contract is tied to delivery at Cushing, Oklahoma, a major US storage and pipeline hub. US production, refinery demand, inventories and the ability to move oil between locations all influence that market.

Both benchmarks respond to the global balance between supply and demand, but they do not face identical local conditions. Transport, storage, crude characteristics and regional disruptions help explain their price difference. Moving a barrel between markets takes time and costs money, so a gap can persist.

In Monday’s Reuters snapshot, Brent exceeded WTI by $13.47 a barrel, calculated from the same reporting time.

Our interpretation is that a threat to internationally shipped supply can place particular pressure on Brent-linked pricing, while WTI also reflects conditions inside the US. Freight costs and access to export infrastructure affect how closely those markets can reconnect.

There is a second complication: the charts may represent different delivery months. The EIA has specifically explained why comparing prompt Brent with prompt WTI can introduce a calendar mismatch. A sensible comparison checks the contract month as well as the timestamp.

So WTI being cheaper does not automatically make it undervalued. A lower dollar price says little about the return available from today’s level. The relevant question is which market faces greater changes in supply, demand and delivery conditions.

Can Oil ETFs Hedge a Portfolio Against an Oil Shock?

They can help against a particular risk: a supply disruption that raises oil prices while hurting other investments. Their usefulness depends on that relationship actually occurring over the period being hedged.

For India, the concern is understandable. As a net oil importer, the country is exposed to higher import costs and the pressure expensive fuel can place on inflation and economic activity. The effect on individual companies depends on their fuel use, pricing power and ability to pass costs to customers.

An investor with significant exposure to businesses whose margins suffer when fuel becomes expensive may therefore have a reason to examine oil exposure. The analysis should start with those vulnerable investments and the likely source of the shock.

Consider a simplified ₹10 lakh all-equity portfolio. In the illustration below, 5% is reassigned to an unleveraged oil fund, leaving ₹9.5 lakh in equities and ₹50,000 in the fund. The allocation and returns are assumptions used to explain the math; they are not forecasts or a suggested portfolio weight.

Source: Author’s calculations. The illustration excludes taxes, fees, currency movements and rebalancing; fund returns are assumed directly.

In the favourable case, the oil allocation reduces the portfolio loss to 8%, from 10%. It cushions ₹20,000 of damage, but the portfolio still declines because the position is small relative to the remaining investments.

In the unfavourable case, the loss increases to 11%. The exposure intended to protect the portfolio makes the result worse.

This can happen when the problem is falling demand. If economic activity weakens, companies may face lower earnings while the world also needs less fuel. Oil and equities can then decline together. The pandemic-era fall in both crude benchmarks illustrates how severely demand and storage conditions can affect oil.

There is also the entry price. After a substantial rally, oil may already reflect considerable concern about disruption. New exposure needs the subsequent price path to work in its favour; the existence of a frightening headline alone does not establish that.

For investors, the useful distinction is between identifying an oil-sensitive weakness in an existing portfolio and simply wanting exposure to a commodity that has recently risen. A hedge needs a defined purpose, an acceptable cost and a point at which that purpose will be reviewed.

Which Oil ETFs Track Brent, WTI and Energy Stocks?

Products grouped together as “oil ETFs” can give investors very different exposures. Before comparing their returns, identify what each one owns and which benchmark it seeks to follow.

Sources: Official USCF fund descriptions for BNO and USO; State Street’s XLE fund page.

BNO’s benchmark rules move to the next contract when the near-month Brent contract is within two weeks of expiry. USO’s benchmark transitions between WTI contracts over its specified monthly roll period. Their benchmarks can therefore differ from the contract a headline chart happens to display.

For someone examining a disruption to internationally shipped oil, a Brent-linked product is more directly aligned with that benchmark. A WTI-linked product adds a different regional exposure. Neither promises that its share-price return will equal the change between two arbitrary oil-chart readings.

XLE requires a separate investment argument. It owns energy businesses, including companies in oil, gas, fuels, equipment and services. Their earnings can benefit from favourable energy markets, but operating costs, company decisions and stock-market conditions also influence their shares.

An energy-company fund therefore cannot be assumed to provide the same protection as exposure to crude futures. Its performance needs to be assessed against the actual risk in the rest of the portfolio.

Why Oil ETF Returns Can Differ From the Oil Price

A gold fund can own bullion in a vault. The oil products discussed here obtain their commodity exposure through financial contracts, supported by collateral. Keeping that exposure as contracts approach expiry requires an ongoing process of replacement.

The shape of the futures market matters to the outcome. Two terms explain much of it:

Contango means later-dated futures cost more than nearer-dated contracts. Backwardation means nearer-dated contracts cost more. Storage costs, financing and the value of having oil available immediately help determine that relationship.

The difference was substantial on October 26. At 08:26 GMT, WSJ’s contract table showed December Brent at $115.16, January at $110.17 and February at $106.01. Those simultaneous prices described a downward-sloping curve, or backwardation.

That curve tells us nearby barrels carry a premium. It is consistent with immediate supply pressure being more severe than the conditions priced for later delivery. It should not be treated as a dependable forecast of where oil will trade in January or February.

To understand the return effect, take a purely hypothetical contango market. Suppose a fund replaces an expiring contract near $100 with a later contract priced at $105. If that replacement contract subsequently converges to an unchanged $100 spot price, its price falls about 4.76%, before other return components.

The replacement itself does not instantly destroy $5 of fund value. The potential drag develops through subsequent futures pricing and convergence. In backwardation, convergence can work in the other direction, although a fall in the underlying oil market can overwhelm that benefit.

This is why a long-run chart of successive front-month oil prices is an incomplete picture of an investable return. The contracts owned, the replacement schedule, collateral income and expenses all matter. CME’s research explicitly distinguishes a stitched price series from the results of a strategy that continually rolls its futures exposure.

BNO and USO also have partnership structures. USCF identifies both as products issuing partnership tax documents and provides notices relevant to international investors. Brokerage eligibility, applicable withholding treatment and reporting requirements need checking against the current product documentation before any allocation is made.

What Should Investors Watch Next?

The most useful signals now concern whether oil can reach customers reliably, how inventories respond and how much demand survives elevated prices.

First, look for evidence behind diplomatic progress. Safer routes, sustained shipments and reliable infrastructure would give a retreat in the supply-risk premium firmer support. A reassuring statement has a different economic value from several weeks of dependable deliveries.

Second, follow stocks of oil as well as daily production. The latest EIA figures showed inventories below their seasonal average. Subsequent rebuilding would create more room to absorb disruption; continued drawdowns would leave less.

Third, watch the gap between nearby and later futures. Persistent backwardation can signal that immediate availability remains valuable. A narrowing gap may indicate reduced urgency, although changing demand and other market conditions also affect the curve.

Finally, examine why oil is moving. Falling prices following restored supply could ease pressure on oil-consuming businesses. Falling prices caused by deteriorating demand could arrive alongside broader economic weakness. The portfolio consequences would differ considerably.

Our view is that oil exposure can serve a defined role against a supply-driven shock, provided the investor understands the instrument and can tolerate the cost of being wrong. It offers limited protection against the many other reasons an equity portfolio can fall.

For most readers, the immediate lesson from this episode is to establish what moved before deciding how to respond. The $117.45 high was real, and Monday’s retreat was real. But the $110.85 opening figure matches a different delivery month. Understanding that calendar change is the first step towards understanding both the oil story and the product being considered as a hedge.