Lithium Pegmatites in Gilgit-Baltistan: Where We Actually Are

Let me start with the unglamorous truth. We do not yet have a JORC-compliant lithium resource in Gilgit-Baltistan. Nobody in Pakistan does.

What we do have is a pegmatite province that looks geologically a lot like the ones being mined in Western Australia and developed in Manono, and a growing stack of grab samples returning Li2O numbers that justify the next stage of work. That's a more useful sentence than most of what's been printed about Pakistani lithium in the last eighteen months, so I'd rather start there than oversell.

Here's the thing — I get a call almost every week now from a battery cathode buyer or a trader in Shanghai or Frankfurt asking the same question: is there really lithium in Gilgit-Baltistan, and when can we buy spodumene concentrate? The honest answer has two parts. Yes, the geology is genuinely prospective. And no, nobody is shipping concentrate next quarter. Anyone telling you otherwise is selling something.

The Geology, Without the Marketing Layer

The pegmatite belts we're working sit along the Karakoram and around the Nanga Parbat–Haramosh massif, with additional swarms in the Shigar and Braldu valleys near Skardu. These are LCT-type pegmatites — lithium, cesium, tantalum — emplaced into the country rock during late-stage crystallisation of the surrounding granitoids. The same family that hosts Greenbushes in Australia and Bikita in Zimbabwe.

What you actually see in the field is what any pegmatite geologist would recognise. Coarse quartz-feldspar-muscovite bodies, sometimes zoned, with green and pink tourmaline (a classic indicator), occasional beryl, and in the better outcrops, the pale grey-green blades of spodumene. We've also logged lepidolite — the lithium-mica — in a handful of the Shigar valley showings, which tends to indicate a more evolved, fractionated system. That matters because fractionation is where the lithium concentrates.

Grab sample assays from our concessions have so far returned Li2O values ranging from 0.4% up to 2.18% in spodumene-rich zones. I want to be careful here: grab samples are grab samples. They tell you the mineral exists and is locally high-grade. They don't tell you tonnage, continuity, or strip ratio. We're moving to channel sampling and trenching this season on three priority bodies, and drilling is planned for the following window subject to permitting and partner finance.

Tantalum and cesium credits are showing up in the same assays — Ta2O5 in the 80 to 340 ppm range in some samples — which is relevant for anyone thinking about by-product economics.

What EV Supply-Chain Buyers Should Actually Be Asking

If you're sourcing for a cathode plant in Korea or a gigafactory in Hungary, the questions you should be putting to anyone offering Pakistani lithium are pretty specific. I'd put them in this order.

First — show me the licence. Mineral rights in Gilgit-Baltistan are issued by the GB Mines and Minerals Department under the GB Minerals Concession Rules. There's exploration licences (ELs), and there's mining leases (MLs). They are not the same thing. An EL gives you the right to look. An ML gives you the right to extract and export. Plenty of operators wave around licences without specifying which they hold, over what area, and for how long. Always ask for the licence number and the schedule.

Second — what stage of work is actually complete? Reconnaissance, surface sampling, channel sampling, trenching, drilling, resource estimation, scoping study, PFS, DFS. Most Pakistani lithium projects, ours included, are between stage one and stage three. That's fine — that's where the value is created — but pretend otherwise and you'll waste everyone's time.

Third — what does logistics actually look like? This one gets glossed over and it shouldn't. From our Skardu-area concessions to Karachi port is roughly 1,950 km by road. The Karakoram Highway is the artery north, and it closes for landslides and snow. Realistic export pathway for concentrate is either south to Karachi or, more interestingly for some buyers, north over the Khunjerab into Xinjiang via the China-Pakistan corridor. Khunjerab sits at 4,693 metres and is closed roughly five months of the year. Plan around it.

Fourth — what's the offtake structure on offer? We're open to JV with technical partners who bring drilling capacity and processing know-how, and we're open to prepaid offtake with strategic buyers who want supply security ahead of resource definition. Both structures work. Pure spot purchase doesn't, because there's no spot product yet.

A Note on the Bigger Picture

China processes somewhere around 65% of the world's lithium today. Every EV maker and every government in Europe and North America knows this is a problem. Pakistan sits in an interesting geographic spot — it can ship east into the Chinese processing ecosystem or west toward Gulf ports and onward to Europe. That optionality is genuinely valuable, and it's part of why we've had inbound interest from both directions.

But optionality without confirmed tonnes is just a map. The work that needs to happen now is drilling, metallurgy (spodumene from these pegmatites needs to be tested for concentrate recovery and impurity profile — iron and mica content matter for downstream conversion), and an independent resource statement. That's the next twelve to twenty-four months for the better-advanced bodies on our ground.

If you're a serious buyer or a technical partner and you want to see the assay sheets, the licence schedule, and the field photos, I'd rather have that conversation directly than write any more about it here. The data exists. The question is who's going to do the work to turn it into shipped tonnes.

Where do you sit on the curve — are you sourcing for 2027, or 2030?