Gold to Oil Ratio

The price of one troy ounce of gold divided by the price of one barrel of West Texas Intermediate crude oil. The result is the number of barrels of oil an ounce of gold can buy — a high reading means gold is expensive relative to oil, a low reading means oil is expensive relative to gold.

47.1

barrels of oil

Updated 2026-04-01 · monthly · 964 months since 1946-01-01

Gold to oil ratio — latest reading: 47.1 barrels of oil. As of April 2026, it is down 7.1% over the past 12 months and up 58.6% since 1946-01-01.

Min

6.64

Max

101.7

Current

47.1

Total change

+58.6%

Apr 2026 · 47.06 barrels of oil
NBER recession periods

Gold to Oil Ratio964 months, shown as the actual ratio (barrels of oil). Source: MacroRadar and FRED data. Red shading indicates NBER recession periods.

Macro Regime Context

The market regime is currently neutral (72% confidence).

See what this means across all four regime dimensions →

What this means

The price of one troy ounce of gold divided by the price of one barrel of West Texas Intermediate crude oil. The result is the number of barrels of oil an ounce of gold can buy — a high reading means gold is expensive relative to oil, a low reading means oil is expensive relative to gold.

Since 1946-01-01, this ratio has moved +58.6% (29.7 barrels of oil 47.1 barrels of oil). MacroRadar presents this as a historical indicator, not investment advice.

What is the gold-to-oil ratio?

The gold-to-oil ratio divides the US-dollar price of one troy ounce of gold by the price of one barrel of West Texas Intermediate crude oil. The result is expressed in a tangible unit — barrels of oil — and tells you how many barrels an ounce of gold can buy. Like the other level-mode charts on MacroRadar, it is shown as the actual ratio rather than rebased to 100, so the number carries direct meaning: a reading of 20 means one ounce of gold is worth twenty barrels of crude.

The two legs are both real assets, yet they represent very different economic ideas. Gold is the classic monetary and safe-haven metal, valued as a store of wealth with no counterparty and no industrial necessity. Crude oil is the lifeblood of the physical economy — the input that powers transport, manufacturing, and heating, with a price driven by the real-time balance of global supply and demand. Pricing gold in barrels of oil therefore measures the purchasing power of money-like gold against the most economically essential commodity on earth, capturing the eternal contest between monetary value and real-economy energy.

How do you read the gold-to-oil ratio?

Read the chart by its absolute level. A high reading — many barrels per ounce of gold — means oil is cheap relative to gold, which has historically coincided with collapsing energy prices, demand shocks, or oil gluts. A low reading — few barrels per ounce — means oil is expensive relative to gold, the signature of energy supply shocks and inflationary spikes when crude soars while gold lags. The ratio thus tends to surge when the economy stumbles and oil demand craters, and to sink when oil prices spike.

Because oil is far more volatile than gold and prone to sudden supply-and-demand shocks, the ratio's most dramatic moves usually come from the oil leg. Spikes to record highs almost always reflect crude crashing rather than gold soaring, while deep lows reflect oil shocks. As always with these level charts, the meaningful comparison is against the ratio's own long history rather than any fixed correct value, since the relationship between a monetary metal and an energy commodity has no economically anchored equilibrium.

What drives the gold-to-oil ratio?

On the oil side, the dominant forces are the physical balance of supply and demand: OPEC and producer decisions, geopolitical disruptions, recessions that crush demand, and booms that strain it. Oil prices can move violently and quickly, which is why they drive most of the ratio's volatility. On the gold side, the forces are monetary — real interest rates, currency confidence, and safe-haven demand — which move more slowly and steadily. The ratio is therefore largely a story about what is happening to oil, observed through a relatively stable gold lens.

The two legs also interact through the business cycle and inflation. In an energy-driven inflation shock, oil spikes and the ratio falls even though gold may be rising too, because crude rises faster. In a demand-destroying recession or oil glut, crude collapses while gold often holds or gains as a safe haven, sending the ratio sharply higher. That asymmetry — oil crashing harder in downturns and spiking harder in supply shocks — is what gives the chart its characteristic spikes and gives the ratio a contrarian, mean-reverting reputation among commodity watchers.

How has the gold-to-oil ratio moved through history?

Over the long run the ratio has often sat somewhere between roughly 10 and 30 barrels per ounce, but it has repeatedly broken far outside that band. The 1970s oil shocks drove it to low readings as crude prices soared while gold, though rising, could not keep pace with oil's explosion. The 2008 spike, when oil briefly approached record highs, pushed the ratio down again toward the low end. The opposite extremes came when oil collapsed: the 2016 oil glut and especially the 2020 oil crash sent the ratio to record highs, on the order of above 90 barrels per ounce, as crude prices briefly cratered while gold held firm as a safe haven.

One historical wrinkle is essential. Gold was fixed under the Bretton Woods system until 1971, so for the earliest part of the monthly series, which begins in 1946, the numerator was effectively pegged and the ratio reflected only oil's movements. The ratio only floats freely from the early 1970s onward, once gold's price was set by the market. Treat all the specific levels as approximate; the durable pattern is that the ratio spikes when oil crashes and sinks when oil shocks hit, and that its extremes have historically not lasted.

How is the gold-to-oil ratio calculated?

Each month the chart divides the US-dollar gold price (FRED series GOLDPRICE) by the WTI crude oil price (WTISPLC) and leaves the result in its natural unit of barrels per ounce — it is not rebased. Monthly data begins in 1946, so the chart spans the postwar era, the 1970s oil shocks, the 2008 spike, and the 2020 crash. Both inputs come from FRED and update as new monthly figures arrive.

Several caveats matter. As noted, gold was fixed under Bretton Woods until 1971, so the pre-1971 portion does not reflect a freely floating ratio. Both legs are price-only, which is appropriate because neither gold nor crude pays income, so price return equals total return for both. WTI is a US benchmark and can diverge from global crude prices like Brent, especially during US-specific supply gluts. And, as with all these level charts, the ratio is a price relationship rather than a tradable instrument, with no economically fixed equilibrium, so its level is meaningful only relative to its own history.

How does the gold-to-oil ratio relate to MacroRadar's other charts?

Within the metals and commodity family, the gold-to-oil ratio's closest sibling is the Gold to Silver Ratio, which prices gold in ounces of silver instead of barrels of oil — both are level-mode charts measuring gold's purchasing power over another commodity. Copper vs Gold offers a complementary growth-versus-safety read, pitting industrial copper against monetary gold, where the gold-to-oil ratio pits energy against monetary gold.

Stepping out, Stocks vs Commodities frames a broad commodity basket against equities, and the Energy Sector vs S&P 500 chart shows how energy stocks fare against the market — both connect oil's fortunes to the wider economy. For gold's role against financial assets, Stocks vs Gold and the Dow to Gold Ratio complete the picture. Reading the gold-to-oil ratio alongside these helps separate an oil-specific shock from a broad commodity or inflation move, since a spike driven purely by crashing crude looks very different from one accompanied by weakness across all commodities.

What does the gold-to-oil ratio signal in today's macro regime?

The macro-regime panel above places the current reading in context. Because the ratio is dominated by the oil leg, it is most informative read against the growth and inflation backdrop. A very high reading — oil cheap relative to gold — has historically accompanied demand shocks, recessions, or oil gluts, when energy prices collapse while gold holds as a haven. A very low reading — oil expensive relative to gold — has accompanied energy supply shocks and inflationary spikes, when crude races ahead of the monetary metal.

This is context, not a forecast. The regime overlay helps you see whether the current level fits the broader environment — for instance, an extreme high during evident economic stress is coherent, while an extreme reading at odds with the backdrop may be worth noting. Historically the ratio's extremes have tended to revert, but the timing has varied enormously, and MacroRadar offers the chart as relative context rather than a way to call the next move in oil or gold.

Why does the gold-to-oil ratio matter for long-term investors?

The gold-to-oil ratio is a compact read on two of the most important real assets in any inflation-aware portfolio — the premier monetary metal and the world's key energy commodity. Because it isolates their relative purchasing power, it can flag when energy looks historically cheap relative to gold or vice versa, and it tends to register economic stress quickly through oil's volatility. For investors thinking about commodity exposure or inflation hedges, it adds a useful cross-check that the broad indices can obscure.

It works best as long-run context rather than a timing device. Pairing the ratio's level with the macro regime shown on the page helps frame whether oil looks historically cheap or rich relative to gold and what kind of environment that has tended to accompany. Treat it as one input among many. It is a historical indicator, not investment advice.

Frequently Asked Questions

What is the gold-to-oil ratio?

It is the US-dollar price of one troy ounce of gold divided by the price of one barrel of WTI crude oil. The number tells you how many barrels of oil one ounce of gold would buy. Unlike most comparison charts, it is shown as the actual ratio rather than rebased to 100.

What is a high or low gold-to-oil reading?

Over the long run the ratio has often sat somewhere between roughly 10 and 30 barrels, but it spikes far higher when oil collapses — it reached record highs above 90 during the 2020 oil crash and the 2016 oil glut — and falls when oil spikes, as during the 1970s oil shocks and 2008. A high ratio is often read as oil being cheap relative to gold, and a low ratio the reverse.

Is this price-only or total return?

Price-only. Neither gold nor crude oil pays income, so the comparison uses spot prices directly. It captures relative purchasing power between the two commodities rather than an investment return.

How far back does this chart go?

Monthly data begins in 1946, so the chart spans the 1970s oil shocks, the 2008 spike, and the 2020 oil crash. Note that gold was fixed under the Bretton Woods system until 1971, so the ratio only floats freely from the early 1970s onward. MacroRadar presents this as a historical indicator, not investment advice.