TECK
Teck Resources Limited
stock NYSE

Utilities keep talking about transmission upgrades.
Data center operators keep talking about power availability.
Meanwhile companies are still out mapping targets, running geophysics and looking for the next copper deposit.
FCX, TECK and IVN get most of the attention.
Then there are earlier-stage names like NRED still working through the exploration process in BC.
Different parts of the same chain.
The finished products get discussed every day.
The first link in the chain usually doesn't.

A year ago it was mostly tech.
Now it's a combination of semiconductor companies, power infrastructure names and copper stocks.
The transition happened slowly.
One headline leads to another.
AI leads to data centers.
Data centers lead to electricity.
Electricity leads to transmission.
Transmission leads to copper.
At that point you're looking at producers like FCX and TECK, but also explorers like NRED and KDK that are still working through the early stages of defining targets.
Not sure if that's where I expected my research to end up, but here we are.

Most people build watchlists around companies that already produce something.
Lately I've been doing the opposite.
S&P is talking about copper demand growing over the next couple of decades while AI infrastructure, defense spending and grid investment keep expanding at the same time.
That doesn't automatically make every explorer interesting.
But it does make me pay more attention to where future supply is supposed to come from.
FCX, TECK and HBM are the obvious names.
NRED, KDK and a few other explorers are where I go when I'm thinking about what the supply picture might look like years from now.

What's good, "space hardware starts in the ground" gang.
Everyone is watching SpaceX. I'm watching what feeds it - because rockets don't launch themselves out of thin air.
SpaceX's IPO has people focused on rockets, satellites, and the infrastructure being built above Earth.
But most of that system still depends on what comes out of the ground first.
SpaceX is now valued at roughly **$1.77 trillion**, and Starlink operates across **164 countries and markets**, with manufacturing and launch activity continuing to scale. That kind of growth requires a steady stream of physical inputs, from metals to energy systems to manufacturing capacity.
At the same time, S&P Global has been projecting a significant rise in copper demand over the next decade, with supply growth struggling to keep pace if current trends continue.
That gap between demand and supply is where my attention goes.
Because while the market focuses on the companies designing satellites and rockets, there is an entire layer underneath that makes those systems possible in the first place.
That includes established producers like **FCX, TECK, HBM, and IVN**, and earlier-stage exploration names such as **NRED, KDK, BIG, and CAM**.
Those companies don't get the same attention as SpaceX or the broader space sector.
But they're tied to the same buildout.
One builds the hardware people see in headlines.
The other is responsible for finding the materials that make all of it possible.
I'm curious how others are positioning around that dynamic.
Are you more focused on the visible layer of innovation, or the supply chain underneath it?

SpaceX's IPO has everyone talking about rockets, satellites, and the future of space infrastructure.
My takeaway is much simpler: space hardware still starts with mines.
SpaceX is now worth roughly $1.77 trillion, Starlink serves customers across 164 countries and markets, and manufacturing output continues to grow. That's an incredible amount of physical infrastructure.
At the same time, S&P Global sees copper demand climbing sharply over the next 15 years and warns that supply may struggle to keep up.
That's why my watchlist includes established names like FCX, TECK, HBM, and IVN, along with smaller explorers such as NRED, KDK, BIG, and CAM.
The market is focused on the company building the rockets.
I'm watching the companies searching for the materials needed to build everything around them.

SpaceX just raised $75 billion and came public at a valuation of about $1.77 trillion.
Most investors will naturally focus on the company itself. I'm more interested in the supply chain behind it.
Starlink is already operating at massive scale, and SpaceX continues expanding manufacturing capacity. Whether it's satellites, launch systems, data centers, or defense hardware, none of it happens without enormous amounts of industrial metals.
That's why I keep coming back to copper.
S&P Global expects copper demand to grow from 28 million metric tons in 2025 to 42 million by 2040, while forecasting a potential supply deficit later in the decade.
For me, the easier ways to follow that theme are FCX, TECK, HBM, and IVN. Then there's the higher-risk exploration group, including NRED, KDK, BIG, and CAM, where future discoveries could matter more than current production.
The SpaceX IPO is the exciting story. The hunt for future metal supply might be the more important one.

AI wants power.
Power wants transmission.
Defense wants manufacturing.
Space wants satellites.
The strange part is how often those stories end up converging on copper.
The companies getting the headlines are mostly technology names.
My watchlist looks completely different.
FCX. SCCO. HBM. TECK. IVN.
Then a smaller bucket with explorers like NRED, KDK, BIG and CAM where future supply is still being defined.
Curious what materials names other people are watching right now.

Started looking at launch systems, Starlink and manufacturing scale.
Ended up reading about copper supply.
That wasn't the path I expected.
The more infrastructure-heavy the story gets, the more important the materials side becomes.
My notes now have more mining names than aerospace names: FCX, HBM, TECK, IVN, plus smaller explorers like NRED and KDK.
Wonder how many people ended up in the same place.

A year ago most of my notes were software, AI and semiconductors.
Now half the list is miners.
Not because I became a mining investor overnight.
Because every time I follow a growth story far enough, I end up looking at power, infrastructure, equipment and materials.
FCX, SCCO, HBM and TECK are obvious names.
NRED, KDK, CAM and BIG are the smaller ones I'm watching to see how their projects develop.
Anyone else finding themselves spending more time on the materials side lately?

Utilities keep talking about transmission upgrades.
Data center operators keep talking about power availability.
Meanwhile companies are still out mapping targets, running geophysics and looking for the next copper deposit.
FCX, TECK and IVN get most of the attention.
Then there are earlier-stage names like NRED still working through the exploration process in BC.
Different parts of the same chain.
The finished products get discussed every day.
The first link in the chain usually doesn't.

A year ago it was mostly tech.
Now it's a combination of semiconductor companies, power infrastructure names and copper stocks.
The transition happened slowly.
One headline leads to another.
AI leads to data centers.
Data centers lead to electricity.
Electricity leads to transmission.
Transmission leads to copper.
At that point you're looking at producers like FCX and TECK, but also explorers like NRED and KDK that are still working through the early stages of defining targets.
Not sure if that's where I expected my research to end up, but here we are.

Most people build watchlists around companies that already produce something.
Lately I've been doing the opposite.
S&P is talking about copper demand growing over the next couple of decades while AI infrastructure, defense spending and grid investment keep expanding at the same time.
That doesn't automatically make every explorer interesting.
But it does make me pay more attention to where future supply is supposed to come from.
FCX, TECK and HBM are the obvious names.
NRED, KDK and a few other explorers are where I go when I'm thinking about what the supply picture might look like years from now.

What's good, "space hardware starts in the ground" gang.
Everyone is watching SpaceX. I'm watching what feeds it - because rockets don't launch themselves out of thin air.
SpaceX's IPO has people focused on rockets, satellites, and the infrastructure being built above Earth.
But most of that system still depends on what comes out of the ground first.
SpaceX is now valued at roughly **$1.77 trillion**, and Starlink operates across **164 countries and markets**, with manufacturing and launch activity continuing to scale. That kind of growth requires a steady stream of physical inputs, from metals to energy systems to manufacturing capacity.
At the same time, S&P Global has been projecting a significant rise in copper demand over the next decade, with supply growth struggling to keep pace if current trends continue.
That gap between demand and supply is where my attention goes.
Because while the market focuses on the companies designing satellites and rockets, there is an entire layer underneath that makes those systems possible in the first place.
That includes established producers like **FCX, TECK, HBM, and IVN**, and earlier-stage exploration names such as **NRED, KDK, BIG, and CAM**.
Those companies don't get the same attention as SpaceX or the broader space sector.
But they're tied to the same buildout.
One builds the hardware people see in headlines.
The other is responsible for finding the materials that make all of it possible.
I'm curious how others are positioning around that dynamic.
Are you more focused on the visible layer of innovation, or the supply chain underneath it?

SpaceX's IPO has everyone talking about rockets, satellites, and the future of space infrastructure.
My takeaway is much simpler: space hardware still starts with mines.
SpaceX is now worth roughly $1.77 trillion, Starlink serves customers across 164 countries and markets, and manufacturing output continues to grow. That's an incredible amount of physical infrastructure.
At the same time, S&P Global sees copper demand climbing sharply over the next 15 years and warns that supply may struggle to keep up.
That's why my watchlist includes established names like FCX, TECK, HBM, and IVN, along with smaller explorers such as NRED, KDK, BIG, and CAM.
The market is focused on the company building the rockets.
I'm watching the companies searching for the materials needed to build everything around them.

SpaceX just raised $75 billion and came public at a valuation of about $1.77 trillion.
Most investors will naturally focus on the company itself. I'm more interested in the supply chain behind it.
Starlink is already operating at massive scale, and SpaceX continues expanding manufacturing capacity. Whether it's satellites, launch systems, data centers, or defense hardware, none of it happens without enormous amounts of industrial metals.
That's why I keep coming back to copper.
S&P Global expects copper demand to grow from 28 million metric tons in 2025 to 42 million by 2040, while forecasting a potential supply deficit later in the decade.
For me, the easier ways to follow that theme are FCX, TECK, HBM, and IVN. Then there's the higher-risk exploration group, including NRED, KDK, BIG, and CAM, where future discoveries could matter more than current production.
The SpaceX IPO is the exciting story. The hunt for future metal supply might be the more important one.

AI wants power.
Power wants transmission.
Defense wants manufacturing.
Space wants satellites.
The strange part is how often those stories end up converging on copper.
The companies getting the headlines are mostly technology names.
My watchlist looks completely different.
FCX. SCCO. HBM. TECK. IVN.
Then a smaller bucket with explorers like NRED, KDK, BIG and CAM where future supply is still being defined.
Curious what materials names other people are watching right now.

Started looking at launch systems, Starlink and manufacturing scale.
Ended up reading about copper supply.
That wasn't the path I expected.
The more infrastructure-heavy the story gets, the more important the materials side becomes.
My notes now have more mining names than aerospace names: FCX, HBM, TECK, IVN, plus smaller explorers like NRED and KDK.
Wonder how many people ended up in the same place.

A year ago most of my notes were software, AI and semiconductors.
Now half the list is miners.
Not because I became a mining investor overnight.
Because every time I follow a growth story far enough, I end up looking at power, infrastructure, equipment and materials.
FCX, SCCO, HBM and TECK are obvious names.
NRED, KDK, CAM and BIG are the smaller ones I'm watching to see how their projects develop.
Anyone else finding themselves spending more time on the materials side lately?

NоvaRed Mining put out a Wilmac project summary today, and the useful part is the target breakdown.
Wilmac is a 16k hectare copper-gold project in British Columbia's Quesnel porphyry belt. It sits about 10 km west of Hudbay's producing Copper Mountain Mine. Hudbay reports Copper Mountain has 345M tonnes of proven and probable reserves grading 0.26% copper and 0.12 g/t gold, per the release.
That nearby mine context helps explain the district, but it does not prove mineralization at Wilmac.
The company is focusing on 3 priority areas:
Wilmac
Lamont / North Lamont
Trojan-Condor Corridor
The release says the project has copper-in-soil anomalies, anomalous copper rock samples, porphyry-style alteration, magnetic targets, and evidence for a multi-phase intrusive complex. Management also pointed to a planned 2026 field program aimed at refining the drill targets.
That last part is the main thing I am watching. NRЕD CN / NRЕDF is still an early-stage explorer. It has no producing mine, no defined resource, and no revenue. Soil data, rock samples, old core review, and geophysics help build targets. Drill results decide whether those targets matter.
I would keep NovaRed in the earlier-stage bucket with names like KDK and CAM. Producers like TECK, HBM, FCX, and TKO belong in a separate category because they already have operating copper exposure.
NFA. For copper juniors, do you care more about land position and target quality before drilling, or do you wait until actual drill assays come out?