【Pricing Fundamentals】How Commodity Hedging Works Using Futures Markets
Quote from chief_editor on June 6, 2026, 3:00 amCommodity hedging using futures markets explained. Learn how physical traders use futures to manage price risk and what basis risk means in practice.
Commodity hedging using futures markets refers to the practice of taking an offsetting position in exchange-traded futures contracts to reduce or eliminate the price risk arising from physical commodity transactions. A physical commodity trader who buys or holds inventory is exposed to the risk that prices will fall before the commodity is sold. By selling futures contracts in an equivalent amount, the trader creates a position that gains value if prices fall — partially or fully offsetting the loss on the physical inventory.
A hedge is a risk-management position, not a profit-seeking position. The purpose of commodity hedging with futures is to lock in a known margin on a physical transaction, not to speculate on price direction.
How a Basic Commodity Hedge Works
Consider a trading company that purchases 1,000 metric tons of copper cathode from a Chilean supplier at the London Metal Exchange (LME) Cash Settlement price over five days following the Bill of Lading (BL) date. The company plans to sell the copper to a Chinese rod mill at the LME Cash Settlement price over the same five-day window, but with a different premium. In theory, the price risk cancels out — both buy and sell are at the same LME reference. In practice, there may be a timing gap between when the purchase price is fixed and when the sale price is fixed.
Now consider a more typical scenario: the trading company buys copper at LME plus $80 per metric ton with pricing five days after the BL date, and sells to a buyer who wants to price based on the monthly average LME for the month of delivery — which may be three to four weeks later. The company carries copper price exposure for the period between the two pricing windows.
To hedge this exposure, the company sells LME copper futures for 1,000 metric tons at the current futures price, timed to correspond with the expected pricing window of the physical purchase. If copper prices fall by $200 per metric ton between the purchase pricing period and the sale pricing period, the physical cargo loses $200,000 in value. The short futures position gains approximately $200,000 as the futures price also falls. The two positions offset, protecting the planned margin.
For example, assume the trading company sells 25 LME copper futures contracts — each contract covers 25 metric tons — at $9,200 per metric ton. The buy pricing period produces an average LME Cash Settlement of $9,200, so the purchase price is $9,280 per metric ton (including the $80 premium). Before the sale pricing period, prices fall to $9,000 per metric ton. The sell price is $9,080 per metric ton (LME $9,000 plus a $80 premium). Without the hedge, the trader loses $200 per metric ton × 1,000 MT = $200,000. With the hedge, the trader closes the 25 short futures contracts by buying them back at $9,000 — a gain of $200 per metric ton × 25 MT × 25 contracts = $125,000. The partial offset (not full, because the hedge covers only the LME component, not the premium) reduces the loss significantly.
Basis Risk: The Residual After Hedging
Basis risk is the risk that remains after a hedge is in place. In the example above, the hedge protects against changes in the LME futures price but does not protect against changes in the physical premium. If the premium collapses from $80 to $40 per metric ton, the trader loses $40,000 on the premium component that the futures hedge cannot offset.
The reason basis risk cannot be fully eliminated is that exchange-traded futures contracts are standardized — they cover a specific grade, a specific delivery location, and a specific delivery period. Physical commodities vary from these standardized specifications, so the relationship between physical and futures prices — the basis — moves independently.
Traders manage basis risk by understanding historical basis patterns for their commodity, choosing futures contracts whose specifications are closest to their physical exposure, and sometimes using options or swaps to hedge residual risks that futures alone cannot cover.
Commodity hedging with futures converts price risk into basis risk — the hedger exchanges an unpredictable exposure to commodity price movements for a more manageable and better-understood exposure to the relationship between the physical and futures market.
Commodity hedging using futures markets explained. Learn how physical traders use futures to manage price risk and what basis risk means in practice.
Commodity hedging using futures markets refers to the practice of taking an offsetting position in exchange-traded futures contracts to reduce or eliminate the price risk arising from physical commodity transactions. A physical commodity trader who buys or holds inventory is exposed to the risk that prices will fall before the commodity is sold. By selling futures contracts in an equivalent amount, the trader creates a position that gains value if prices fall — partially or fully offsetting the loss on the physical inventory.
A hedge is a risk-management position, not a profit-seeking position. The purpose of commodity hedging with futures is to lock in a known margin on a physical transaction, not to speculate on price direction.
How a Basic Commodity Hedge Works
Consider a trading company that purchases 1,000 metric tons of copper cathode from a Chilean supplier at the London Metal Exchange (LME) Cash Settlement price over five days following the Bill of Lading (BL) date. The company plans to sell the copper to a Chinese rod mill at the LME Cash Settlement price over the same five-day window, but with a different premium. In theory, the price risk cancels out — both buy and sell are at the same LME reference. In practice, there may be a timing gap between when the purchase price is fixed and when the sale price is fixed.
Now consider a more typical scenario: the trading company buys copper at LME plus $80 per metric ton with pricing five days after the BL date, and sells to a buyer who wants to price based on the monthly average LME for the month of delivery — which may be three to four weeks later. The company carries copper price exposure for the period between the two pricing windows.
To hedge this exposure, the company sells LME copper futures for 1,000 metric tons at the current futures price, timed to correspond with the expected pricing window of the physical purchase. If copper prices fall by $200 per metric ton between the purchase pricing period and the sale pricing period, the physical cargo loses $200,000 in value. The short futures position gains approximately $200,000 as the futures price also falls. The two positions offset, protecting the planned margin.
For example, assume the trading company sells 25 LME copper futures contracts — each contract covers 25 metric tons — at $9,200 per metric ton. The buy pricing period produces an average LME Cash Settlement of $9,200, so the purchase price is $9,280 per metric ton (including the $80 premium). Before the sale pricing period, prices fall to $9,000 per metric ton. The sell price is $9,080 per metric ton (LME $9,000 plus a $80 premium). Without the hedge, the trader loses $200 per metric ton × 1,000 MT = $200,000. With the hedge, the trader closes the 25 short futures contracts by buying them back at $9,000 — a gain of $200 per metric ton × 25 MT × 25 contracts = $125,000. The partial offset (not full, because the hedge covers only the LME component, not the premium) reduces the loss significantly.
Basis Risk: The Residual After Hedging
Basis risk is the risk that remains after a hedge is in place. In the example above, the hedge protects against changes in the LME futures price but does not protect against changes in the physical premium. If the premium collapses from $80 to $40 per metric ton, the trader loses $40,000 on the premium component that the futures hedge cannot offset.
The reason basis risk cannot be fully eliminated is that exchange-traded futures contracts are standardized — they cover a specific grade, a specific delivery location, and a specific delivery period. Physical commodities vary from these standardized specifications, so the relationship between physical and futures prices — the basis — moves independently.
Traders manage basis risk by understanding historical basis patterns for their commodity, choosing futures contracts whose specifications are closest to their physical exposure, and sometimes using options or swaps to hedge residual risks that futures alone cannot cover.
Commodity hedging with futures converts price risk into basis risk — the hedger exchanges an unpredictable exposure to commodity price movements for a more manageable and better-understood exposure to the relationship between the physical and futures market.