It currently costs a little over 5 cents to make a U.S. dime, so each 10‑cent coin actually costs about half its face value to produce.

Quick Scoop

How much does it cost to make a dime?

Most recent estimates and Mint-based breakdowns put the total cost per dime in the neighborhood of 5–6 cents per coin, including:

  • Raw metal (copper and nickel)
  • Minting (striking, quality control, machinery)
  • Labor
  • Distribution and other operating costs

A 2023-style cost figure is often cited around 5.2–5.3 cents per dime, while some discussions using newer metal prices mention about 5.7–5.8 cents.

Why isn’t it exactly 10 cents (or 1 cent)?

Because “cost to make” is different from “face value”:

  1. The dime’s metal is mostly copper with a bit of nickel, which are relatively cheap.
  1. The government earns seigniorage (profit) when the face value is higher than production cost, so dimes still bring in a few cents of profit each.
  1. Metal prices, energy, and labor costs move over time, so the exact cost per dime changes year to year.

What’s in a dime?

Modern dimes are a clad “sandwich” of metals:

  • About 91.67% copper
  • About 8.33% nickel
  • Weight: roughly 2.27 grams

The copper–nickel mix is much cheaper than the old 90% silver dimes the U.S. used before 1965.

Forum-style angle: why do people care?

You’ll see this pop up in money forums and social posts because:

  • Pennies and nickels now cost more to make than they’re worth, while dimes still cost less than 10 cents to produce.
  • People debate whether low‑value coins should be redesigned or eliminated to save taxpayer money.
  • Infographics comparing “face value vs. cost to mint” for each coin tend to go viral from time to time.

Tiny coin, real economics

A single dime only costs a few cents to mint, but multiplied by hundreds of millions of coins, even small differences in metal or energy prices add up to big dollar amounts for the U.S. Mint each year.

Information gathered from public forums or data available on the internet and portrayed here.