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Seahawk Gold Corp. Seahawk Gold currently owns four properties in the world famous Abitibi Greenstone Belt in Quebec

10/13/2026

Sometimes the most useful clue in the search for gold isn’t the gold. It’s what the surrounding rock has been turned into.

When hot, mineral-rich fluids move through rock deep underground, they don’t just drop their metals and leave. They chemically react with the rock they pass through, changing its minerals and its appearance. That change is called alteration, and it often spreads out well beyond the mineralization itself, forming a kind of halo around it.

For a geologist, that halo is gold, figuratively speaking. Alteration is frequently larger and easier to spot than the narrow zone of actual mineralization at its core. So instead of hunting for a needle directly, geologists can look for the much bigger stain it left behind, then work inward. Certain alteration minerals, think of names like sericite, chlorite, or pyrite, are recognizable signs that mineralizing fluids once moved through, and the pattern of that alteration can point toward where the richest part of a system might sit.

Here’s the honest limit. Alteration tells you that a mineralizing system was active. It does not tell you that system carried economic gold, or how much. Plenty of strongly altered rock hosts no meaningful mineralization at all. It is a vector, a direction to follow, not a destination. Confirming what is actually there still takes sampling and, eventually, drilling.

If you follow exploration, this is a good one to file away. When geologists get excited about altered rock that shows no visible gold, they are not reaching. They are reading the halo, and following it inward.

10/08/2026

Gold hits a record high, and plenty of gold stocks fall the same day. If that seems backwards, here’s what’s actually going on.

The key thing to understand is that gold and a gold company are two very different things. Gold is a commodity. Its price moves on big-picture forces like interest rates, the dollar, and demand from central banks and investors. A gold company, by contrast, is a business. Its value depends on the price of gold, yes, but also on its costs, how much stock it has issued, the quality of its projects, the jurisdiction it operates in, and whether its management executes.

That gap is why the two can move in opposite directions. A producing miner has largely fixed costs, so when the gold price rises, profits can rise faster, and when it falls, they can fall faster. That is leverage, and it cuts both ways. For an exploration company, the link is looser still. An explorer has no gold sales at all, so its value is driven far more by its own results and funding than by the daily gold price. Good news on the ground can lift it while gold is flat, and gold can rally while the stock does nothing.

Here’s the honest takeaway. A gold stock is not a simple proxy for gold. It is a business with its own risks layered on top of the metal, and those risks are exactly why two companies with similar ground can perform very differently.

If you follow the sector, this is one of the most useful things to internalize early. The metal and the companies that chase it are related, but they are not the same bet.

10/05/2026

Most junior exploration companies have names you forget the second you read them. Ours take a slightly different approach. Touchdown. Blitz. Xtra Point. There's a theme, and no, it isn't an accident.

Seahawk has always had a bit of gridiron in its DNA, right down to the name, and it carries through to how we label our ground. In a sector where properties tend to get dense, technical-sounding names that all blur together, we went the other way. The names are easy to remember, they give the portfolio a personality, and honestly, they make the work a little more fun to talk about.

It's a small thing. But in exploration, where the real work is patient, slow, and highly technical, a bit of character goes a long way. It reminds us there are people behind the geology, not just rock samples and survey grids.

So the next time you see Touchdown or Blitz show up in our updates, now you know the story. Same disciplined approach to the ground underneath. Just a name you'll actually remember.

What would you have named them? Let us know.

Gold 101: how does a drill core become a gold result?Every drill result starts as a tube of rock pulled from the ground....
09/29/2026

Gold 101: how does a drill core become a gold result?

Every drill result starts as a tube of rock pulled from the ground. Before it becomes a number in a news release, it goes through three steps:

1️⃣ Log: geologists examine the core metre by metre and record the rock type, veins and alteration.
2️⃣ Split: the core is sawn in half lengthwise. One half is sent to an independent lab and the other is kept on file.
3️⃣ Assay: the lab crushes and analyzes each sample to measure how much gold it contains.

A result like 5.2 g/t gold over 4.1 m (Hole TD-19-01, Touchdown property) tells you two things: • Grade: 5.2 grams of gold per tonne of rock • Width: the 4.1 metres of core that grade was measured across

One hole is a single data point. Patterns across many holes are what start to define a deposit.

Learn more about our projects at seahawkgoldcorp.com

CSE: SEAG.X

09/28/2026

Not all gold deposits are the same. The way gold got into the ground changes how you have to look for it.

Gold forms through more than one geological process, and geologists sort deposits into types because each type behaves differently. Here are three of the common ones, in plain terms.

Orogenic gold forms deep in the crust, where ancient fault systems channel hot, gold-bearing fluids into veins, often over hundreds of millions of years. Many of the world's classic gold camps are this type. Then there are porphyry and related systems, where gold and other metals like copper are tied to large bodies of intruding magma, sometimes spread across enormous volumes of rock at lower grades. And near the surface, epithermal systems form where hot fluids deposit gold at shallow depths, often in more recent geological settings.

Why does the type matter so much? Because it tells a geologist where to look and what to look for. An orogenic target sends you hunting for the right structures and vein systems. A porphyry setting sends you looking for a large altered zone and a different chemical signature. The deposit model shapes the entire exploration approach, from what to sample to where to drill.

Naming a possible deposit type early is a working hypothesis, not a conclusion. Many properties show hints of more than one model, and figuring out which one is really there, if any, takes systematic work and eventually drilling. The model guides the search. It does not confirm the prize.

If you follow exploration, this is a useful lens for reading any project: what type of deposit does the company think it has, and does their work actually fit that story?

09/25/2026

Geologists can map rock hundreds of metres down without digging a single hole. One of the ways they do it is by measuring magnetism.

Different rocks carry different magnetic signatures. Some are rich in magnetic minerals, others barely register, and the boundaries between them often mark exactly the features a geologist cares about: buried structures, faults, and intrusions of one rock type into another. A magnetic survey measures tiny variations in the Earth's magnetic field across a property, and those variations quietly trace out the geology hidden beneath the surface.

The survey itself is fairly low-tech to run. A geophysicist walks or flies a grid across the property carrying a magnetometer, taking continuous readings, while a fixed base station records natural daily drift in the field so it can be corrected out. The result is a map where highs and lows reveal the shape of the rock below, structures you would otherwise have to drill to find.

Here's why it matters. Magnetics is one of the earliest and cheapest tools in exploration, which is exactly why it comes first. It does not detect gold. What it does is reveal the architecture of a property, the faults and contacts that gold-bearing systems often follow, so a team can narrow a large area down to the structures worth testing. It points to where to look, not to what is there.

If you follow exploration, this is a good reminder that a lot of the real work happens before anyone drills. Reading the ground first is how disciplined teams decide where the drill is even worth pointing.

09/24/2026

Turns out the biggest gold buyers on earth aren’t traders, they’re central banks, and they’ve been net buyers for over a decade. Gold has no counterparty, can’t be printed by any one country, and tends to hold up in stress. For them it’s about resilience, and long term security.

09/23/2026

The biggest gold buyers in the world are not traders chasing a hot streak. They are governments.

For years, central banks have been among the steadiest and largest buyers of gold on the planet, quietly adding to national reserves. It is worth understanding why, because it says something about the role gold plays that stocks and currencies do not.

A few reasons drive it. Gold is a store of value that no single government can print, devalue, or control, which makes it useful for spreading risk across a country's reserves. It carries no counterparty, meaning its worth does not depend on another institution staying solvent. And in times of geopolitical or financial stress, it has a long history of holding value when other assets wobble. For a central bank, that combination is less about chasing a return and more about resilience.

If you follow the sector, this is one of those quiet forces worth keeping in view. The daily price gets the attention, but some of the most patient buyers in the market are working on a very different time horizon.

Before a drill rig ever shows up, someone walks the ground.Surface geology is the cheapest information in exploration, a...
09/15/2026

Before a drill rig ever shows up, someone walks the ground.

Surface geology is the cheapest information in exploration, and it drives almost every expensive decision that follows. A geologist covering a property is reading a handful of things at once.

Rock type, because certain host rocks are far more likely to carry mineralisation than others. Structure, meaning the faults and fractures that act as plumbing for metal-bearing fluids. Alteration, where original rock has been chemically changed by those fluids, often showing up as bleaching or clay minerals. And oxidation, the rusty staining that can hint at sulphides breaking down below.

None of it proves anything on its own. Together it builds a picture of whether a system was active here, and where. That picture is what turns a large land package into a short list of targets worth spending real money on.

Follow for project updates as we advance our US-focused exploration portfolio.
Seahawk Gold Corp. (CSE: SEAG.X / OTC: SEHKF).

09/15/2026

Four properties. Two states. One US-focused exploration portfolio.

Seahawk’s proposed portfolio spans Arizona and New Mexico, covering gold, silver and base metals rather than betting on a single commodity.

• McNary, Arizona. Gold, 31 staked claims.
• Boston-Arizona, Arizona. Zinc-polymetallic, 6 staked claims.
• Lonepine, New Mexico. Gold-tellurium, 16 staked claims.
• Winston, New Mexico. Gold-silver, 15 staked claims.

Arizona and New Mexico are two of the most established mining jurisdictions in the United States, with the infrastructure, access and permitting history that exploration work depends on.

Learn more at seahawkgoldcorp.com
(CSE: SEAG.X / OTC: SEHKF).

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909 Bowron Street
Coquitlam, BC
V3J

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+16049391848

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