Falcon Metals uses Inventum3D for Blue Moon prospect analysis

PROJECT LAUNCH: Falcon Metals Ltd – Blue Moon Prospect, Pyramid Hill Gold Project Full 3D Model: https://lnkd.in/eTvmmX52 We’re excited to unveil the Blue Moon Prospect, a significant new exploration target within Falcon Metals’ Pyramid Hill Gold Project in Victoria’s highly prospective Bendigo goldfield. Our latest Inventum3D interactive model transforms Falcon’s exploration datasets into a fully dynamic 3D environment. The model allows users to navigate drill holes, interpret targets in geological context, and assess mineralised corridors from any angle, all within an interactive application designed to make complex data more accessible and understandable. By translating technical datasets into an intuitive visual story, Inventum3D enhances decision-making, improves transparency, and deepens understanding of Falcon’s exploration strategy as Blue Moon progresses towards its next phase of drilling. Learn more: https://lnkd.in/gBXGrzZX #Inventum3D #Mapability #FalconMetals #BlueMoon #PyramidHill #GoldExploration #MiningInnovation #3DGeology #DataVisualisation #ASX

Written in Stone 🪨 Every drill core tells a story billions of years in the making. Mineralization patterns, alteration zones, structural features—all captured in cylindrical sections pulled from thousands of feet below the surface. This isn't just rock. It's evidence. It's data that drives exploration decisions, supports investment presentations, and guides mining operations worth millions. From visible gold to trace element analysis, we document core samples with the precision and detail geologists and exploration teams need. Clear imagery. Accurate color. Proper scale. Every detail matters when decisions depend on what you can see. We've worked with major mining companies and geoscience firms across Canada, creating the technical photography that supports discovery. #Geology #Exploration #Mining #CoreSample #Geoscience #MineralExploration #GoldMining #GeologicalPhotography #PalmerCreative #ResourceDevelopment #TGOL941gramsperton

Kingfisher Metals has identified a new porphyry copper system beneath the Hank epithermal gold-silver deposits at the 849 km² HWY 37 Project in British Columbia’s Golden Triangle. 🔹 Hole HW-25-011 intersected 429 m of porphyry copper mineralization, starting at 530 m and bottoming in copper at 959 m. 🔹 The intercept validates the exploration model, confirming potential for a large-scale porphyry Cu-Au system below Hank. Fieldwork is now complete for 2025, with 7,630 m drilled across 11 holes, plus IP geophysics, MMT airborne surveys, mapping, soils, and rock sampling. Crews have been demobilized, with assays pending. 🔗 Full details in our September 23rd update: https://lnkd.in/ehepkkWs #KFR #KingfisherMetals #Mining #Exploration #GoldenTriangle

Reasons why the dip direction of a drill hole is always negative In geological drilling, the dip direction is often expressed as a negative value — and this isn’t an error; it’s a fundamental rule of orientation. The negative sign simply shows that the drill hole is angled downward from the surface into the Earth’s subsurface. By convention, any inclination below the horizontal plane carries a negative dip, while positive values indicate an upward direction. In mining terms, a positive dip would mean the drill trace is shooting into the air rather than toward the orebody! Why does this matter? Because in 3D geological modelin and mine design, accuracy is everything. Software like GEOVIA Surpac, Mine Vision, etc rely on this sign convention to correctly position drill traces in space. If dip values were recorded as positive, the resulting ore model would be inverted — showing the mineralization above the surface instead of beneath it, leading to major interpretation errors and flawed mine planning. So when you see a drill hole dip of –60°, it means the borehole is descending 60° below the surface — precisely where exploration aims to uncover the hidden mineral wealth of the Earth. Because in mining, even a negative value tells a positive story of discovery. #MiningEngineering #Geology #Exploration #MineDesign #Surpac #Leapfrog #GeoModeling #Sustainablemining

In mineral exploration, knowing where and how to #drill can make all the difference. Ground and Borehole #TDEM surveys help you identify and prioritize conductive targets, even those buried beneath conductive cover or located beyond the reach of your drillhole. Abitibi Geophysics offers a suite of advanced TDEM solutions tailored to different deposit styles, environments, and stages of exploration. Whether you're chasing deep VMS conductors, mapping graphite-rich zones for uranium, or refining drill targets around a known deposit, our methods improve confidence in your models. https://lnkd.in/e6FpXEFi

#URU URU METALS LTD - Commencement of Ground Geophysics & Regulatory Update ✅ Appoints GeoFocus to undertake combined ground gravity & frequency-domain EM survey over two priority targets at Zeb Nickel Project ✅ Appoints specialist service provider to implement the environmental rehabilitation guarantee required for granting of Zeb #nickel mining right Exploration VP Richard Montjoie: “Transitioning from airborne targeting to ground geophysics is the critical step to refine our highest-priority conductors along the intrusive margins. ...Putting the rehabilitation guarantee provider in place is a simple, value-protective step that keeps the Project on the front foot.” read: https://lnkd.in/eimw4F6S

Drillholes only tell part of the story. Deeper insight lives in the gaps between them. That’s where drillhole contacts and surfaces come in. They connect the dots between drillholes, giving you the opportunity to clearly show lithologies, subsurface layers, and other underground horizons. Curious to learn more? In our latest blog, discover: ✔ Why drillhole contacts and surfaces matter for subsurface modeling ✔ How industries from mining to infrastructure benefit ✔ How Surfer makes building these models easier than ever Read the full post → https://hubs.la/Q03KWchk0 #Geoscience #Geology #SubsurfaceModeling #Drillholes #Mining #WaterResources #EnvironmentalScience #Engineering #3DVisualization #GoldenSoftware

MineSpot applies in situ geophysics to generate high-resolution 3D geological models, guiding drilling operations with greater precision and reliability. This approach reduces geological uncertainty, minimises exploration risk, and enhances decision-making in early-stage mineral projects. 📌 Co-funded by the European Union | COMPETE 2030 🔗 Learn more at www.spotmine.com/minespot #Innovation #SustainableMining #MineSpot #Geoscience #ExplorationTechnology

Building the Geochemical Framework for 2026 Exploration The 2025 field sampling program is generating the geochemical foundation for next season’s work, with 538 soil and 15 rock grab samples collected across key zones — Pyromorphite, Golden Cap, DIP, and Star West — identified through historical anomalies and structural trends along the Iron Mountain Fault Zone. Results from this program will support the integration of geological mapping and geophysical surveys, refining 2026 drill targeting across this prospective polymetallic corridor. 🔗 Read more:https://lnkd.in/gG4j3bEE #Gold #Exploration #BritishColumbia #JuniorMining #EarthwiseMinerals $WISE Eagle Plains Resources Ltd TerraLogic Exploration Inc.

Gunnison Copper teams up with tech start-up Lunasonde to trial subsurface exploration in Arizona: Gunnison Copper Corp (TSX:GCU, OTCQB:GCUMF) has signed a letter of intent with US-based defence and mineral sensing start-up Lunasonde to pilot the company’s aerial subsurface imaging technology across its copper-rich land in southeastern Arizona. The partnership will give Lunasonde access to Gunnison’s extensive land package in the Cochise Mining District, a region thought to contain copper, rare earth elements, and other critical minerals, much of it hidden beneath deep layers of gravel and sediment. The companies aim to assess whether Lunasonde’s airborne radar can detect buried mineralisation that would otherwise require costly and invasive drilling to find. Stephen Twyerould, chief executive of Gunnison, said: “Geology like that of the Cochise Mining District has been known to host at least 12 of the critical minerals so important to the US supply chain, yet most of this geology lies, unexplored, beneath thick alluvial cover. "We are delighted to explore this... http://dlvr.it/TNGFZW