Algo +1.78% on 32 Exploration Targets and Rocha Appointment

On JAN 13 2026, ALGO rose by 1.78% within 24 hours to reach $0.1309, despite a 2.31% drop in the previous seven days. Over the last 30 days, the token surged by 18.82%, aligning with its strong annual performance of the same magnitude. These movements reflect ongoing investor interest in Algo Grande Copper Corp.'s recent developments in Mexico, particularly at the Adelita Project.

Exploration Progress Confirms District-Scale Potential

Algo Grande has reprocessed and reinterpreted historical geophysical and geochemical datasets at its Adelita Project in Sonora, Mexico, confirming it as a district-scale, structurally controlled porphyry-skarn mineral system. The analysis revealed 32 high-priority copper-gold-silver exploration targets, with 18 of them defined by coincident geophysical anomalies and geochemistry, and 14 generated via AI-based prospectivity modeling. These findings suggest the presence of one or more porphyry intrusions at depth, which are critical to the system's mineralization.

The company also identified vertically extensive conductive feeder structures linking porphyry sources to overlying magnetite-rich skarn zones. These findings are consistent across multiple datasets and suggest a coherent and scalable mineral system with significant expansion potential into the Mezquital, Cerro Potrero, and Las Tablas areas, in addition to the central Cerro Grande skarn zone.

High-Definition Magnetic Survey Underway

To further refine the Cerro Grande skarn zone, Algo Grande has launched a high-definition ground magnetic survey, using Overhauser magnetometer technology (GEM GSM-19). The survey, conducted by the University of Sonora’s Department of Geology, aims to delineate the geometry of skarn bodies and structural corridors. This high-resolution data will be integrated into the company’s 3D geophysical model to guide future drilling and reduce geological uncertainty.

Key objectives of the survey include identifying subtle magnetic anomalies, mapping fault systems, and detecting buried intrusions. The data is being collected along 20-meter-spaced lines, offering a resolution far superior to historical airborne data. The results will be interpreted using specialized geophysical software and combined with existing datasets to support future exploration efforts.

Strategic Leadership Boost

Algo Grande has also announced the appointment of Joao Rocha (EurGeol) as Vice President of Exploration. With over a decade of international experience in mineral exploration and a strong background in AI-based targeting and 3D geophysics, Rocha brings a data-driven approach to the project. He has played a key role in the company’s geophysical reprocessing and is now leading ongoing field programs and exploration strategy.

CEO Enrico Gay emphasized that Rocha’s expertise in combining technology with field execution is a critical asset for advancing the Adelita Project. Rocha also highlighted the technical framework being built at the site, including the integration of AI-generated targets, 3D inversion models, and oriented core drilling, as a foundation for accelerating discovery and de-risking the asset.

Integrated Data-Driven Exploration Model

The company is now integrating a suite of high-quality datasets—including reprocessed magnetic, IP, and MT data, geochemical results, drill core data, and surface mapping—into a modern 3D geological and structural model. This model is designed to systematically reduce uncertainty and generate well-defined drill targets. The results are expected to improve the understanding of skarn geometry, mineral continuity, and structural controls, while also identifying new drill-ready targets.

The machine learning models used in this process have generated exploration targets outside the current geophysical coverage, presenting immediate opportunities for validation and testing. The most promising anomalies include a 4x background chargeability anomaly in the northern part of the property and a large, resistive body beneath the Cerro Grande skarn zone, which has not yet been drill tested.

Future Steps and Exploration Roadmap

Algo Grande plans to begin field validation of these high-priority targets in early 2026. The company expects to drill-test anomalies that show strong multi-dataset convergence, including AD01, AD08, and AD18. These targets, identified through a combination of geophysical, structural, and geochemical data, represent the most immediate opportunities for expanding the known skarn system.

The next phase includes surface trenching, additional geochemical sampling, and oriented core drilling, all of which will feed into the evolving 3D model. The integration of these methods is designed to accelerate the identification of new skarn zones along strike and at depth, improving the overall understanding of the project’s scale and economic potential.

Conclusion

Algo Grande’s recent progress at the Adelita Project—including the identification of 32 high-priority exploration targets, the commencement of a high-definition magnetic survey, and the appointment of Joao Rocha—represents a material step forward in the project’s development. These actions are underpinned by a data-driven, integrated exploration model that leverages advanced geophysics, machine learning, and 3D modeling to de-risk and accelerate discovery.

The project’s alignment with long-term global copper-gold-silver fundamentals and its potential to evolve into a district-scale porphyry-skarn system position Algo Grande as a compelling exploration story for investors focused on the Mexico copper belt. With a clear roadmap and disciplined execution, the company is well-positioned to deliver meaningful value to stakeholders in the months and years ahead.