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The Case For Copper

~9Mt

Projected copper supply gap by 2035 (S&P Global)

53%

Demand growth projected by 2040 vs. today (IEA)

2-4 x

More copper in EVs vs. combustion engine vehicles

16yr

Avg. mine discovery-to-production timeline

Sources: Source 1, Source 2

MARKET DATA

Copper

The Backbone of Modern Infrastructure

2-4x3

More copper in EVs vs. ICE vehicles

53%4

Demand growth projected by 2040

28Mt4

Annual demand by 2030 (IEA)

Copper is non-negotiable for the global energy transition
Why Copper Demand Is Structural, Not Cyclical

*Click to Expand Image

Sources:

1: International Copper Association (ICA) 2024    2: CRU Group, Copper Market Outlook 2024

3: BloombergNEF EV Outlook 2024    4: IEA, Critical Minerals in Clean Energy Transitions 2024

MARKET DATA

Copper — Macro & Price Outlook

*Click to Expand Image

Illustrative projection based on IEA & S&P Global data. Assumes current mine pipeline only.

Key Takeaway

The copper market is entering a structural supply-demand imbalance that cannot be resolved by price alone — new mines take 16+ years to develop, meaning the deficit will persist and deepen regardless of short-term price signals.

~9Mt1

Supply Defecit

projected gap by 2035

53%2

Demand Growth

by 2040 vs. today

$12K+3

Price Outlook

per tonne LT forecast

16yrs4

Mine Lead Time

avg. discovery to production

Sources:
1: S&P Global / Wood Mackenzie Copper Market Outlook 2024.  2: IEA, Critical Minerals in Clean Energy Transitions 2024

3: Goldman Sachs Commodities Research, April 2024   4: World Copper Council / ICMM, Mine Development Pipeline 2024

COPPER MARKET

Frequently Asked Questions

Why is global copper demand expected to grow?

The IEA projects copper demand will grow 53% by 2040 versus today, with annual demand reaching 28Mt by 2030. Growth is driven by electrification, electric vehicles, renewable generation and grid infrastructure buildout.

S&P Global projects a copper supply gap of approximately 9Mt by 2035. That deficit reflects the difference between forecast demand and the supply available from existing and committed mine production.

The average timeline from discovery to production for a new mine is 16 years. Because that lead time is fixed by permitting, engineering and construction, higher prices cannot bring new supply online fast enough to close a near-term deficit.

Electric vehicles require 2 to 4 times more copper than internal combustion engine vehicles. EV fast chargers add roughly 0.5 kg of copper wiring each.

Offshore wind installations require approximately 8 tonnes of copper per megawatt, around 5 times the intensity of conventional power generation.

Goldman Sachs forecasts long-term copper prices above $12,000 per tonne.

The current outlook is structural rather than cyclical. Demand growth is tied to a multi-decade buildout of electrification and grid infrastructure, while supply is constrained by long development timelines, creating an imbalance that cannot be resolved by price alone.

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