District-Scale Porphyry Targets

Porphyry Copper Targets

Large, Untested Copper-Molybdenum System in Sonora, Mexico

The Adelita projects hosts a large, underexplored porphyry copper system expressed across two target areas: One below the Cerro Grande Skarn and the Mezquital target.

A 25-35 km² target footprint is defined by converging geochemical and geophysical anomalies. Integrated 3D work and high-definition ground magnetics are tightening targets for drill testing at depth.

Copper-Molybdenum Porphyry System

Surface work and shallow drilling suggest that the Cerro Grande and Mezquital represent 2 shallow seated porphyry systems - with strong depth potential.

Copper-Molybdenum Porphyry System

Surface work and shallow drilling suggest that the Cerro Grande and Mezquital represent 2 shallow seated porphyry systems - with strong depth potential.

Untested Depth Potential

Historic drilling is interpreted to have stopped above the main metal-bearing zone, leaving the copper-rich largely untested in all directions.

Untested Depth Potential

Historic drilling is interpreted to have stopped above the main metal-bearing zone, leaving the copper-rich largely untested in all directions.

Proven Porphyry Indicators

Historic mapping, sampling, and geophysics define porphyry-style mineralization and a classic chargeability ring - supported by Cerro Grande drilling that intersected porphyry dikes, porphyry-style alteration, and elevated molybdenum.

Proven Porphyry Indicators

Historic mapping, sampling, and geophysics define porphyry-style mineralization and a classic chargeability ring - supported by Cerro Grande drilling that intersected porphyry dikes, porphyry-style alteration, and elevated molybdenum.

Next Steps: Advancing Toward Drill Testing

Next work programs include high-definition magnetics and deeper IP surveys leading into deeper and de-risked drilling campaigns to define the architecture of the porphyry systems.

Next Steps: Advancing Toward Drill Testing

Next work programs include high-definition magnetics and deeper IP surveys leading into deeper and de-risked drilling campaigns to define the architecture of the porphyry systems.

District-scale Porphyry Copper Targets

District-scale Porphyry Copper Targets

Adelita hosts a large, underexplored porphyry copper system expressed across multiple target areas.

Adelita hosts a large, underexplored porphyry copper system expressed across multiple target areas.

A 25-35 km² target footprint is defined by converging geochemical and geophysical anomalies. Integrated 3D work and high-definition ground magnetics are tightening targets for drill testing at depth.

A 25-35 km² target footprint is defined by converging geochemical and geophysical anomalies. Integrated 3D work and high-definition ground magnetics are tightening targets for drill testing at depth.

The cross-section illustrates the interpreted subsurface geometry of the Mezquital & Cerro Grande Porphyry Target at Adelita.

The cross-section illustrates the interpreted subsurface geometry of the Mezquital & Cerro Grande Porphyry Target at Adelita.

The cross-section illustrates the interpreted subsurface geometry of the Mezquital & Cerro Grande Porphyry Target at Adelita.

The cross-section illustrates the interpreted subsurface geometry of the Mezquital & Cerro Grande Porphyry Target at Adelita.

Drilling, surface mapping, and alteration patterns indicate a porphyry intrusion at depth, with a potassic core surrounded by phyllic and propylitic alteration and associated copper-bearing ore shells.

Drilling, surface mapping, and alteration patterns indicate a porphyry intrusion at depth, with a potassic core surrounded by phyllic and propylitic alteration and associated copper-bearing ore shells.

Drilling, surface mapping, and alteration patterns indicate a porphyry intrusion at depth, with a potassic core surrounded by phyllic and propylitic alteration and associated copper-bearing ore shells.

The Cerro Grande skarn at surface is interpreted as the upper expression of this system, while the model highlights strong potential for a large, porphyry copper body extending below and adjacent to known mineralization

The Cerro Grande skarn at surface is interpreted as the upper expression of this system, while the model highlights strong potential for a large, porphyry copper body extending below and adjacent to known mineralization

Next Steps and Outlook

The next phase will advance the Mezquital/Cerro Grande porphyry targets through integrated geology, geochemistry, and modern 3D geophysics to refine drill-ready targets

The next phase will advance the Mezquital/Cerro Grande porphyry targets through integrated geology, geochemistry, and modern 3D geophysics to refine drill-ready targets

  • Complete integrated 3D interpretation across key datasets (magnetics, IP/DCIP, MT, VTEM) to refine subsurface geometry and target vectors

  • Complete integrated 3D interpretation across key datasets (magnetics, IP/DCIP, MT, VTEM) to refine subsurface geometry and target vectors

  • Complete integrated 3D interpretation across key datasets (magnetics, IP/DCIP, MT) to refine subsurface geometry and target vectors

  • Execution of drone based magnetic survey at the Cerro Grande target

  • Execution of drone based magnetic survey at the Cerro Grande target

  • Extend soil sampling to close coverage gaps and tighten grids over priority anomalies to improve targeting confidence

  • Extend soil sampling to close coverage gaps and tighten grids over priority anomalies to improve targeting confidence

  • Advance drill-ready targets generated through multi-dataset convergence (including targets defined through modern targeting workflows) into ranked, permitted drill plans.

  • Advance drill-ready targets generated through multi-dataset convergence (including targets defined through modern targeting workflows) into ranked, permitted drill plans.

  • Design a staged drill program to test the main porphyry center anomalies and define the architecture of the system.

  • Design a staged drill program to test the main porphyry center anomalies and define the architecture of the system.

PART OF A BIGGER SYSTEM

PART OF A BIGGER SYSTEM

The Adelita Project

Current evidence indicates that Adelita hosts multiple mineral systems. Together, these systems point to a district-scale opportunity with the potential to support multiple deposits across the property.

Current evidence indicates that Adelita hosts multiple mineral systems. Together, these systems point to a district-scale opportunity with the potential to support multiple deposits across the property.

Explore the full Adelita Project

Explore the full Adelita Project

Dive into our interactive VRIFY model to explore all aspects of the Adelita Project

Dive into our interactive VRIFY model to explore all aspects of the Adelita Project

Get an overview of the project, learn more about the location, explore the interactive maps and dive deeper into the results.

Get an overview of the project, learn more about the location, explore the interactive maps and dive deeper into the results.

*43-101 Disclaimer References

The scientific and technical information contained in this website has been reviewed and approved by Mr. Lorne Warner, P. Geo., an independent Qualified Person for Algo Grande Copper Corp. as defined in NI 43-101.

Mr. Warner has examined information regarding the historical exploration at the Adelita copper project, which includes his review of the historical sampling, analytical and procedures and two site visits to verify drill collar locations and personally collect rock samples for analysis. Mr. Warner also completed a technical report on the Adelita Project prepared in accordance with NI 43-101 dated effective August 15, 2025, which is available under the Company’s profile at www.sedarplus.ca.

Management notes that historical results were collected and reported by operators unrelated to the Company but have been verified by its Qualified Person; as a result, the historical results create a scientific basis for ongoing work on the Adelita property. Management cautions that historical results, discoveries and any published resource estimates on adjacent or nearby mineral properties, whether in stated current resource estimates or historical resource estimates, are not necessarily indicative of the results that may be achieved on the Adelita property.

*43-101 Disclaimer References

The scientific and technical information contained in this website has been reviewed and approved by Mr. Lorne Warner, P. Geo., an independent Qualified Person for Algo Grande Copper Corp. as defined in NI 43-101.

Mr. Warner has examined information regarding the historical exploration at the Adelita copper project, which includes his review of the historical sampling, analytical and procedures and two site visits to verify drill collar locations and personally collect rock samples for analysis. Mr. Warner also completed a technical report on the Adelita Project prepared in accordance with NI 43-101 dated effective August 15, 2025, which is available under the Company’s profile at www.sedarplus.ca.

Management notes that historical results were collected and reported by operators unrelated to the Company but have been verified by its Qualified Person; as a result, the historical results create a scientific basis for ongoing work on the Adelita property. Management cautions that historical results, discoveries and any published resource estimates on adjacent or nearby mineral properties, whether in stated current resource estimates or historical resource estimates, are not necessarily indicative of the results that may be achieved on the Adelita property.