Copper Price Today
HG FuturesIndustrial MetalsLast updated: 2026-05-01 · Source: Alpha Vantage · Monthly average data
Copper Price by Weight Unit
Per Pound (lb)
$13,483.7515
COMEX standard unit (HG futures)
Per Metric Ton (MT)
$29,726,548
LME standard unit (1,000 kg)
Per Short Ton (ST)
$26,967,503
US standard (2,000 lbs)
“Dr. Copper” — The Economic Barometer
Copper is the only commodity to have earned a doctorate. Its price is considered a reliable leading indicator of global GDP because copper is essential across construction, manufacturing, electronics, EVs, and power grids — virtually every sector of the industrial economy. When copper rises, the global economy is expanding; when it falls, contraction often follows. Economists and fund managers monitor HG copper futures alongside PMI data and yield curves as a real-time economic diagnostic.
Copper Price Conversion Table
| Quantity | USD Value |
|---|---|
| 1 lb (pound) | $13,483.7515 |
| 1 kg | $29,726.5483 |
| 10 lbs | $134,838 |
| 100 lbs | $1,348,375 |
| 1 short ton (2,000 lb) | $26,967,503 |
| 1 metric ton (MT) | $29,726,548 |
| 5 metric tons | $148,632,742 |
| 25 metric tons | $743,163,708 |
| 100 metric tons | $2,972,654,832 |
| 1,000 metric tons | $29,726,548,317 |
Based on $13,483.7515/lb = $29,726,548/MT.
Copper Demand Drivers — Why Copper is the Metal of Electrification
Copper is the world's third most consumed metal after iron and aluminum, with approximately 25 million metric tons consumed annually. Its unmatched electrical conductivity (second only to silver, but 1,000× more abundant) makes it the default choice for any application requiring electricity transmission.
- Electric Vehicles & Charging Infrastructure: Each EV requires 60-83 kg of copper — 3-4× a conventional ICE vehicle (18-23 kg). EV charging stations add 8-12 kg per unit. With global EV production projected at 40+ million units by 2030, the EV transition alone could add 5+ million metric tons of annual copper demand by 2030 — equivalent to roughly 20% of 2023 total supply. Source: IEA, 2024.
- Power Grid Modernization & Renewables: Solar and wind installations require 4-5× more copper per MW than conventional power plants. Grid upgrades — from aging transmission lines to smart grid sensors — represent the largest single demand growth category. The IEA estimates $21 trillion in grid investment is needed through 2050. Each GW of solar capacity requires approximately 5,500 metric tons of copper.
- Construction & Infrastructure: Building construction accounts for ~28% of global copper demand — wiring, plumbing, HVAC systems, and roofing. US housing starts, Chinese property investment, and EU infrastructure spending are the key demand drivers to monitor. Each new single-family home in the US uses ~200 lbs of copper.
- Electronics & Consumer Goods: Printed circuit boards, heat sinks, motors, and transformers in consumer electronics account for ~15% of copper demand. AI data center growth is an emerging driver — each server rack uses 40-50 lbs of copper for busbar, cooling, and wiring.
- Industrial Machinery: Electric motors in industrial equipment represent ~25% of demand. As manufacturing electrifies — replacing hydraulic and pneumatic systems with electric drives — copper intensity per unit of industrial output increases. China's manufacturing sector alone consumes ~55% of global refined copper supply.
Copper Price History — Key Milestones
| Year | Price (USD/lb) |
|---|---|
| 1999 | $0.61 |
| 2008 | $4.00+ |
| 2009 | $1.25 |
| 2011 | $4.65 |
| 2016 | $2.00 |
| 2021 | $4.76 |
| 2022 | $3.60 |
| 2024 | $5.00+ |
| 2025 | $4.50+ |
Source: LME, CME Group, historical data.
Supply Constraints — Why the Copper Deficit Is Structural
Copper mining is capital-intensive, environmentally regulated, and subject to long lead times — typically 10-20 years from discovery to production. The global copper supply faces structural headwinds that are unlikely to be resolved quickly:
Grade Decline
Average ore grade has fallen from ~2% copper in the 1960s to ~0.5% today. Miners must process 4× more rock per ton of copper, increasing energy and water consumption.
Geographic Concentration
Chile (27%) and Peru (11%) account for 38% of global mine supply. Political risk, water scarcity, and community opposition are chronic constraints in both countries.
Long Project Timelines
Greenfield copper mines take 10-20 years from discovery to production. Even with high prices, supply response is slow. The pipeline of projects needed by 2030 is underfunded.
Recycled Copper Gap
Secondary (recycled) copper provides ~30% of supply but cannot easily scale. Copper scrap availability is inelastic — it depends on end-of-life cycles of products lasting 20-40 years.
Source: S&P Global, Wood Mackenzie, CRU Group, 2024.
Copper Price FAQ
What is the copper price today per pound?▼
The copper price today is $13,483.7515 per pound (USD/lb), from Alpha Vantage monthly data as of 2026-05-01. This equals $29,726,548 per metric ton (LME standard) and $26,967,503 per short ton (US standard). For real-time intraday copper prices, consult CME Group's HG copper futures page or the London Metal Exchange (LME). COMEX HG copper is traded in contracts of 25,000 lbs (~11.3 metric tons).
What is the copper price per metric ton?▼
At $13,483.7515/lb, copper costs approximately $29,726,548 per metric ton. One metric ton = 1,000 kg = 2,204.62 lbs. The London Metal Exchange (LME) quotes copper in USD per metric ton, while CME Group's COMEX uses USD per pound. To convert: multiply $/lb by 2,204.62 to get $/MT; divide $/MT by 2,204.62 to get $/lb.
Why is copper considered a leading economic indicator?▼
Copper earned the nickname 'Dr. Copper' because it is used in construction, manufacturing, electronics, infrastructure, and EVs — virtually every sector of the industrial economy. Demand for copper tracks global GDP closely. When copper prices rise, it signals that factories are ordering more raw materials and infrastructure investment is increasing — both indicators of economic expansion. Conversely, falling copper prices often precede recessions, as they signal reduced industrial activity. This relationship has held across multiple economic cycles, making copper a standard tool for macroeconomic analysis alongside bond yield curves and PMI indices.
How does the green energy transition affect copper demand?▼
The green energy transition is the most powerful structural demand driver for copper in decades. EVs need 60-83 kg of copper each (vs. 18-23 kg for ICE vehicles). Solar farms need ~5,500 MT per GW of capacity. Wind turbines need 4-15 MT per MW depending on type (offshore needs more). Power grid upgrades — essential for integrating renewables — require hundreds of millions of tons of copper globally through 2050. The IEA's Net Zero scenario requires copper demand to grow from ~25 million MT/year today to ~40 million MT/year by 2040. Source: IEA Critical Minerals Outlook 2024.
How can investors gain exposure to copper?▼
Investors can access copper through: (1) Copper ETFs (e.g., Global X Copper Miners ETF — COPX, United States Copper Index Fund — CPER); (2) Copper mining stocks (Freeport-McMoRan — FCX, Glencore, BHP, First Quantum); (3) COMEX HG copper futures (25,000 lb contract, requires margin); (4) Copper-focused funds or commodity baskets. Physical copper investment is impractical for most retail investors due to storage costs. This is not financial advice — consult a qualified financial advisor.
What countries produce the most copper?▼
The top five copper-producing countries in 2023 were: (1) Chile — 5.0 million MT (26.6% of global production), primarily from Escondida, Collahuasi, and Codelco state mines; (2) Peru — 2.6 million MT; (3) Democratic Republic of Congo — 2.5 million MT; (4) China — 1.8 million MT; (5) United States — 0.9 million MT (primarily from Arizona). Chile's state copper company Codelco is the world's largest single copper producer. Source: USGS Mineral Commodity Summaries, 2024.
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