Mr. Brad Brodeur reports

CANAMERA IDENTIFIES HIGH-PRIORITY REE TARGET AT GARROW PROJECT AS AIRBORNE SURVEY REVEALS BROAD MAGNETIC ANOMALY ALIGNED WITH ELEVATED RARE EARTH LAKE SEDIMENT VALUES

Canamera Energy Metals Corp. has completed a 463.7-line-kilometre airborne magnetic survey over its Garrow rare-earth element (REE) project located in Eastern Ontario, approximately 16 kilometres west of Timiskaming. The survey has identified a broad magnetic anomaly on the western portion of the property that is spatially coincident with elevated total rare-earth element (TREE) values reported in regional lake sediment sampling conducted by the Ontario Geological Survey (OGS).

The Garrow project is an REE and niobium exploration property situated within the Grenville province, a geological terrane known to host alkaline and carbonatite-related mineralization across Eastern Ontario. The airborne survey represents the first modern geophysical data set acquired over the property and provides the company with a foundational tool for targeting ground-level exploration programs. Garrow is one of three Ontario-based exploration assets in Canamera's portfolio, alongside the Schryburt Lake and Waterslide projects.

"The completion of the airborne magnetic survey at Garrow is an important step in advancing this early stage asset," said Brad Brodeur, chief executive officer of Canamera Energy Metals. "The correlation between the broad magnetic anomaly and the elevated rare-earth values in OGS lake sediment data gives us a well-defined target to pursue with ground-level work. This is exactly the kind of systematic, data-driven exploration approach that underpins our portfolio strategy across all jurisdictions."

Survey overview

The airborne magnetic survey was conducted by Rosor Explorations and comprised 463.7 line kilometres of data acquisition flown at 100-metre line spacing and an average flight height of 50 metres. The magnetic data obtained displays a strong correlation between magnetic response and the metamorphic and plutonic rock units underlying the property, providing a clear representation of the general structural fabric and lithological trends.

Of particular significance is a broad magnetic high located on the western half of the property and trending to the southeast. This magnetic high is interpreted to represent the extent of a gneissic granite mapped as intermediate to felsic intrusive rocks of the McDougal and Associated Plutons (circa 1,250 Ma (million years ago)), as documented in published geological mapping by the Ontario Geological Survey (Easton, 2006).

Regional geochemical correlation

Lake sediment geochemistry is a widely used regional-scale exploration tool in which the chemical composition of lake-bottom sediments serves as an indicator of the mineralogy of surrounding and upstream bedrock. In REE-prospective terranes, elevated rare-earth concentrations in lake sediments can reflect the weathering and transport of REE-bearing minerals from proximal bedrock sources.

Coincident with the magnetic high is a series of lake sediment samples collected by the OGS in 2001 that yielded elevated TREE values. The convergence of two independent data sets -- a geophysical anomaly defining a distinct lithological unit and a geochemical signature indicating elevated rare-earth concentrations -- strengthens the interpretation that the western portion of the property warrants priority follow-up investigation.

Next steps

The company will integrate the airborne magnetic data and its structural interpretations with the regional lake sediment geochemical data set to delineate priority target areas for ground follow-up. Planned activities include geological mapping, prospecting and soil geochemistry designed to further define the distribution of rare-earth element mineralization and identify host lithologies on the property. The company expects to provide the market with an update on the ground program scope and timing in due course.

Qualified person

The scientific and technical information in this news release has been reviewed and approved by Warren Robb, PGeo (British Columbia), vice-president, exploration, of Canamera Energy Metals and a qualified person as defined by National Instrument 43-101.

About Canamera Energy Metals Corp.

Canamera Energy Metals is a rare-earth elements exploration and development company with an expanding project portfolio across Brazil, the United States and Canada. The company is focused on advancing ionic clay REE projects in Brazil and critical mineral assets in North America to support Western rare-earth supply chain independence.

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