Future Fuels Unlocks Historic Geophysical Survey Data; Marketing Update

VANCOUVER, BC / ACCESS Newswire / October 6, 2025 / Future Fuels Inc. (TSXV:FTUR)(FSE:S0J)(OTCQB:FTURF) ("Future Fuels" or the "Company") is pleased to announce that it has acquired high resolution geophysical data that covers the Mountain Lake System at its wholly owned Hornby Basin Project (the "Hornby Project" or the "Project"), located approximately 95 kilometres southwest of Kugluktuk, Nunavut Territory.

Future Fuels CEO, Rob Leckie commented "One of our primary objectives for the Mountain Lake project has been the consolidation and digitization of historic data generated during prior exploration campaigns. Over the past decades, various operators spent substantial time, effort and money generating data that was never properly consolidated. Our ongoing efforts to secure and process this data represents a significant step forward for our exploration program. We will be immediately re-processing and integrating it into Vrify's DORA AI platform, giving us high-resolution geophysical coverage directly over the Mountain Lake system for the first time. Our hope is that this will allow for the identification of geophysical signatures associated with known mineralization and the application of those patterns across our broader district-scale land position. This is why digitization, advanced AI, and machine learning tools are a core part of our exploration strategy; Future Fuels can now systematically evaluate Mountain Lake and the Hornby Basin in a manner that was previously impossible. We believe this dataset will unlock new high-priority drill targets across the property."

About The Historical Geophysical Survey

The Airborne Mega Transient Electromagnetic (MEGATEM) survey was conducted by Pitchstone Exploration and Triex Minerals two decades ago but was never submitted to the Nunavut Geoscience Database. As a result, this data was inaccessible to Future Fuels until now.

In May 2005, Fugro Airborne Surveys flew 684 line kms of MEGATEM electromagnetics and magnetics at 150m line spacings. This is the highest resolution airborne survey ever to be completed at the Hornby Project. The Electromagnetic system was a MEGATEM 20 channel multicoil system flown at a height of 120m above the ground.

MEGATEM are airborne transient (or time domain) towed-bird EM systems incorporating a high-speed digital receiver which records the secondary field response with a high degree of accuracy. The response is generated by eddy currents in conductors. The resulting EM response can be interpreted to identify the probable origin of the source conductors. There are various types of conductors, but graphitic horizons in the bedrock are the primary target. These graphitic zones are often associated with unconformity style uranium deposits. The Company had Fugro's interpretation of the data, as this was documented as an appendix to the 2006 assessment report (085069) but lacked the digital version which prevented integration with the ongoing re-interpretation work and use within the Vrify DORA AI analysis and platform.