What a Geological Survey Actually Costs in Pakistan (And Why I Stopped Paying for Ground Crews First)
Last year I spent PKR 4.2 million on a traditional ground survey for a single 12 sq km block in Skardu. The report came back nine months later. It told me what I already suspected — there was chromite mineralization along a fault I'd been staring at since 2019.
Four point two million. Nine months. For confirmation.
That's when I got serious about building GeoMine AI. Not because ground surveys are useless (they aren't), but because the sequencing was completely backwards for the way exploration works in Pakistan.
The Real Cost of a Traditional Survey (Nobody Publishes These Numbers)
Let me break down what a proper geological survey Pakistan-style actually costs in 2024, because the quotes floating around Islamabad are all over the place.
A basic reconnaissance survey for a 10 sq km block — meaning a small field crew, hand samples, some XRF work, a written report — starts around PKR 1.8 million if you know the right people. If you don't, you'll pay PKR 3 million and get a junior team.
Add trenching and pitting? That's another PKR 800,000 to 1.4 million depending on terrain. Gilgit Baltistan terrain multiplies everything by roughly 1.7x because of access, porters, and helicopter time if you're above 3,800m.
Drilling is where budgets die. I've paid PKR 8,500 per meter for RC drilling in accessible areas and PKR 14,200 per meter in high-altitude sites. A modest 12-hole program at 80m average depth? You're staring at PKR 13 million minimum. Before assays. Before mobilization. Before the diesel bill that somehow doubles between the quote and the invoice.
So a serious traditional exploration cycle on a mid-size prospect in Pakistan — reconnaissance, mapping, trenching, initial drilling, assays, reporting — lands somewhere between PKR 22 and 45 million. Timeline: 14 to 22 months if the weather cooperates.
And here's the thing nobody wants to admit — most of that money confirms what a good satellite pre-screen would've told you in three weeks.
What Satellite AI Actually Changes About the Math
When we run a full breeze geo mineral analysis at GeoMines, we're pulling Sentinel-2 multispectral bands, ASTER SWIR and TIR data, SAR backscatter for structural mapping, and SRTM DEM for lineament analysis. Then our models cross-reference spectral signatures against known deposit types — porphyry copper looks nothing like orogenic gold, and chromite ophiolite signatures are wildly different from pegmatite-hosted lithium.
A geo mine assessment on a 50 sq km block costs a fraction of what a ground team charges for 10 sq km. Our satellite survey pricing for a full mineral prospectivity report — with alteration mapping, structural analysis, drill target recommendations, and confidence scoring — runs between PKR 180,000 and PKR 650,000 depending on the mineral and area size.
Read that again. Six hundred fifty thousand rupees. Versus 22 million.
Turnaround is 5 to 14 days.
But I need to be honest about something. I got this wrong at first. When we started GeoMine AI, I thought satellite exploration could replace ground work entirely. It can't. What it does is tell you where NOT to spend your drilling budget, which is arguably more valuable.
Here's how I actually run exploration on my 15 mines now:
- Satellite pre-screen across the entire license area — always. PKR 400k range.
- Ground verification only on the top 3-5 anomalies the model flags
- Trenching only where ground verification confirms surface expression
- Drilling only where trenching hits mineralization
My total exploration cost per confirmed prospect has dropped from around PKR 31 million to roughly PKR 7.8 million. That's not marketing. That's my accountant's spreadsheet.
Where Traditional Still Wins (Because I Won't Pretend Otherwise)
Satellites can't sample rock. They can't measure grade. They can't tell you if that beautiful clay alteration halo you're seeing in ASTER SWIR is 4 g/t gold or completely barren propylitic garbage.
So if you're at the resource definition stage — where you need JORC or NI 43-101 compliant numbers for financing — you're drilling. Full stop. No satellite is going to short-circuit that.
Also, for very small blocks (under 4 sq km) where you already know the geology intimately, satellite work has diminishing returns. My mine in Shigar valley is 2.1 sq km. I've walked every meter of it. A remote sensing report there would tell me things I learned in 2016.
But for greenfield exploration? For picking which of 40 applications to actually pursue? For deciding where to send your PKR 8,500/meter drill? Look, the math isn't close anymore.
A copper porphyry hunt in Chagai using traditional methods first will cost you PKR 40 million before you know if you're even in the right structural corridor. The same hunt starting with satellite intelligence costs PKR 600k to know if you should keep going.
The mining departments I've spoken to in Punjab and KP still write tender documents assuming exploration means boots on the ground from day one. That's how you burn public money confirming what a 14-day satellite analysis would've told you for less than the cost of a Land Cruiser rental.
I'm not saying fire your geologists. I employ four of them. I'm saying stop paying them to walk ground that a satellite already told us is barren.
What would you do with an extra PKR 20 million per project?