Mr. Brett Marsh reports

SPARTAN METALS IDENTIFIES HIGH-GRADE SILVER-RICH CRD TARGET ON TREND WITH TUNGSTONIA VEIN SYSTEM AT THE EAGLE PROJECT

Spartan Metals Corp. has identified a silver-rich carbonate replacement deposit (CRD) target on trend with the past-producing Tungstonia mine vein system at its 100-per-cent-owned Eagle tungsten-silver-rubidium project in eastern Nevada.

Brett Marsh, Spartan's president and chief executive officer, states: "When hydrothermal fluids moving along the structural corridors interact with thick, carbonate-rich sedimentary packages at the contact with the Tungstonia granite intrusion, we have the potential to develop an enriched depositional zone along preferred limestone and dolostone beds, at structural intersections, and where we see veining in our host rocks. The rock chip samples from 2024 returned several high-grade results that carry several of the primary metals commonly associated with carbonate replacement deposit mineralization including silver, lead, copper and zinc. This strongly suggests the potential for a larger carbonate replacement deposit that could potentially contain significant critical metal concentrations at the Tungstonia claim block."

Mr. Marsh continues: "We are equally enthusiastic about the discovery of an extensive vein system with significant silver-copper-antimony that is continuing to develop at our Rees claim block. The initial mapping and surface sampling of the claim block appears to connect the former Antelope mine to a series of veins, breccias and CRD mineralization located approximately 1.0 kilometre to the east of the mine itself. The potential to discover bonanza grade silver at over 1,500 grams per tonne along with other critical metals such as antimony, arsenic and copper over an approximate one-kilometre strike length makes the Eagle project a significant U.S. critical metal asset."

Recent surface exploration and detailed review of previous surface rock chip sampling have identified high-grade silver and base metal replacement mineralization that extends approximately 2.5 kilometres (km) along the contact between the Tungstonia granite intrusion and the limestone and dolostone host rocks exposed to the south and southwest of the Tungstonia vein system. This mineralization occurs in association with previously unidentified quartz veins in the Tungstonia claim block with similar strike and periodicity as veins observed in and around the past-producing Tungstonia mine area.

Additionally, mapping and rock chip sampling at the Rees claim block suggests a second potential CRD system where mineralization at the silver-(Ag)-copper-(Cu)-antimony (Sb) Antelope mine appears to be concentrated within a limestone-dolostone hosted vein system with tetrahedrite that is orthogonal to an interpreted northeast structural corridor that extends approximately 1.0 kms

QA/QC (quality assurance/quality control) procedures

Sample An-25001 was taken as grab sample from waste dump piles by hand to obtain an approximate two-kilogram sample. The sample was submitted to ALS Labs of Reno, Nev., which is a certified and accredited laboratory, independent of the company. Samples are prepared using industry standard-prep methods and analyzed using method ME-MS61 (61-element suite: 0.25-gram four-acid digestion ICP-MS with Ag-OG62, Ag-GRA21 and CU-OG62 ore grade for overlimit Ag (silver) and Cu (copper), respectively). ALS inserted blank material with An-25001 and performed its own internal QA/QC analysis to ensure proper sample preparation and equipment calibration. Spartan's QA/QC includes regular insertion of CRM standards, duplicates and blanks with a stringent review of results completed by the company's qualified person, Brett R. Marsh, president and chief executive officer of Spartan Metals.

About the Eagle project

The Eagle project presents a unique opportunity to delineate one of the largest and highest-grade tungsten (W) and rubidium (Rb) districts in the United States. The project consists of the past- producing high-grade Tungstonia and Rees/Antelope tungsten (W-Cu-Ag) mines. Operations at these mines were from 1915 to 1942 with intermittent small-scale production occurring until 1956. Tungsten production from these two mines totalled 8,379 units at grades between 0.6 per cent to 0.9 per cent WO3.

The project is approximately 20 square km in size and located approximately 120 kilometres northeast of the town of Ely, in the Kern Mountains of White Pine county, Nevada. The project covers 4,936 acres consisting of 244 Bureau of Land Management (BLM) unpatented lode mining claims.

Three deposit types are present at Eagle: porphyry, skarn and carbonate replacement (CRD) that contain significant or anomalous grades of tungsten (W), silver (Ag) and rubidium (Rb) plus Cu-Sb plus or minus Au-Pb-Zn-Bi-As across three project focus areas that also includes the potential to recover W-Rb-Ag from the legacy Tungstonia mill tailings.

The technical information contained in this news release has been prepared under the supervision of, and approved by Brett R. Marsh, CPG. Mr. Marsh is president and chief executive officer of Spartan Metals and a qualified person as defined under National Instrument 43-101 -- Standards of Disclosure for Mineral Projects.

About Spartan Metals Corp.

Spartan Metals is focused on developing critical minerals projects in top-tier mining jurisdictions in the Western United States, with an emphasis on building a portfolio of diverse strategic defence minerals such as tungsten, rubidium, antimony, bismuth and arsenic.

Spartan's flagship project is the Eagle project in eastern Nevada that consists of the highest-grade historic tungsten resource in the U.S. (the past-producing Tungstonia mine) along with significant underdefined resources consisting of: high-grade rubidium, antimony, bismuth, indium, as well as precious and base metals.

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