Mr. Saf Dhillon reports

BAYRIDGE RESOURCES COMMENCES ADVANCED GEOPHYSICAL RE-INTERPRETATION AT THE BAKER LAKE URANIUM PROJECT

Bayridge Resources Corp. has commenced an advanced geophysical data processing and interpretation program at its Baker Lake basin uranium project in the Kivalliq region of Nunavut, approximately 60 kilometres south of Baker Lake.

Baker Lake basin -- project highlights

• Approximately $7-million in historical exploration value invested to date;
• Multiple drill-ready targets defined;
• Approximately 70 kilometres of unconformity strike length;
• 30 high-priority uranium targets identified from historical airborne surveys.

The current program is designed to further delineate and refine multiple uranium targets previously identified from historical airborne geophysical surveys, with a particular focus on areas where mineralized trends and conductive features were only partially resolved by earlier interpretations.

Initial review of the 7,851-line-kilometre 2008 Fugro airborne Tempest electromagnetic, magnetic and radiometric data sets, together with historical interpretations, has confirmed the presence of numerous uranium-enhanced targets distributed across the Baker basin property. Several of these targets extend beyond known mineralized showings and occur within structurally complex areas where earlier interpretations were constrained by the processing methodologies available at the time. The strength, continuity and geological context of these responses are considered sufficiently compelling to warrant a modern, integrated reinterpretation using current geophysical techniques.

The reinterpretation program, being conducted by Platform Geoscience Ltd., will apply advanced magnetic processing, three-dimensional magnetic vector inversion (MVI), Tau-based analysis of the electromagnetic data and integrated interpretation workflows to better resolve structural architecture, conductive features and target geometry across the project area.

"The Baker basin hosts a large number of uranium-enhanced targets defined from historical airborne surveys," said Mark Richardson, PGeo, vice-president of exploration for Bayridge. "This program is designed to bring those targets into sharper focus by applying modern magnetic and electromagnetic interpretation workflows, improving confidence in target geometry, depth extent and drill orientation."

Results from this work will be used to further prioritize targets in advance of planned field programs and drilling.

Community relations adviser

Bayridge is pleased to announce the appointment of Kasey Stone as community relations adviser for the Baker Lake uranium project.

Ms. Stone is a geologist and educator with more than seven years of experience supporting mineral exploration through community engagement and public outreach. She has worked directly with indigenous communities across Canada and with Inuit community members, educators, and youth in the Kivalliq region of Nunavut. Her background combines hands-on exploration experience with community-focused engagement, strengthening Bayridge's commitment to respectful, transparent and pro-active engagement as exploration advances at Baker Lake.

"This program reinforces the technical foundation of the Baker Lake uranium project while supporting meaningful community engagement," said Saf Dhillon, president and chief executive officer of Bayridge Resources. "Bayridge remains committed to responsible exploration and building sustainable, long-term value."

Mark Richardson, PGeo, vice-president of exploration (NAPEG No. 2451), is the qualified person under National Instrument 43-101 and has approved the technical content of this release.

About Bayridge Resources Corp.

Bayridge Resources is a green energy company advancing a portfolio of Canadian uranium projects. Its flagship Baker Lake uranium project (51-per-cent interest) comprises 83 contiguous claims covering 619 square kilometres in Nunavut's Kivalliq region. Exploration has outlined a 75-kilometre unconformity with multiple uranium targets supported by modern airborne geophysics and drilling.

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