A U.S. nickel costs 13.78 cents to produce and distribute, nearly three times its five-cent face value. That means the government loses almost nine cents every time a new nickel enters circulation. This has been the case since 2006, and the gap has only widened over time.
The Full Cost Breakdown
The U.S. Mint’s 2024 annual report pegs the total unit cost of a nickel at $0.1378. That figure includes three components: the cost of goods sold (materials and manufacturing) at 11.00 cents, administrative overhead at 2.68 cents, and a small distribution charge of 0.10 cents to ship finished coins to Federal Reserve banks.
For context, that cost has risen significantly over the past decade. In 2014, the total unit cost was 8.09 cents. By 2023, it had climbed to 11.54 cents. The jump to 13.78 cents in 2024 reflects rising metal prices and broader manufacturing costs. Every increase pushes the coin further from making financial sense.
Why a Nickel Costs More Than Five Cents
The nickel is made from 75% copper and 25% nickel metal, weighing exactly 5 grams. Both of those metals are traded on global commodity markets, and their prices fluctuate with supply and demand. As of early 2026, nickel metal trades at roughly $17,400 per metric ton on the London Metal Exchange. Copper has followed a similar upward trend over the past two decades.
The composition of the nickel hasn’t changed since 1866 (aside from a brief wartime substitution in the 1940s). That’s the core problem. The coin was designed when these metals were far cheaper relative to the coin’s purchasing power. Today, the raw materials alone eat up a large share of the production cost, and the Mint has no authority to change the recipe without an act of Congress.
How Much Money the Government Loses
In fiscal year 2023, the Mint reported negative seigniorage of $92.6 million on nickels alone. Seigniorage is the difference between a coin’s face value and what it costs to make. When the cost exceeds the face value, the Mint loses money on every single coin it ships. Combined with penny losses, which have the same problem, the total drain on taxpayers runs well into the hundreds of millions over time.
The nickel and penny have now cost more to make than they’re worth for 19 consecutive fiscal years. No other U.S. coin denominations have this problem. Dimes, quarters, and half dollars all generate positive seigniorage because their face values are high enough to comfortably exceed production costs.
Efforts to Fix the Problem
The U.S. Mint has spent years testing cheaper metal alternatives. The most promising option is an alloy called 80/20 cupronickel, which uses less nickel metal (20% instead of 25%) and more copper. The Mint completed testing on this alloy as early as 2022 and has stated it’s ready for production. The catch: Congress has to authorize the change first.
A more ambitious option involves an alloy known as C99750, which blends copper, nickel, zinc, and manganese. Two variants of this alloy, a low-manganese and a high-manganese version, have shown promise in testing and could deliver even greater cost savings. The Mint has evaluated these for the nickel, dime, quarter, and half dollar.
The key requirement for any replacement is that it be “seamless,” meaning it works in existing vending machines, parking meters, and coin-sorting equipment without requiring those industries to retool. Both the 80/20 alloy and the C99750 variants are designed with this constraint in mind.
Where Legislation Stands
In February 2025, the Coin Metal Modification Authorization and Cost Savings Act was introduced in the House of Representatives. The bill would give the Mint authority to switch to cheaper alloys for multiple coin denominations. It was referred to the Committee on Financial Services but, as of its introduction, has not advanced further. Similar bills have been proposed in previous sessions of Congress without passing, making the timeline for any actual change uncertain.
Until Congress acts, the Mint will keep producing nickels at nearly triple their face value. Each year that passes without a composition change adds tens of millions more to the cumulative loss.