Armory Mining To Conduct Two Geophysical Surveys At The Ammo Gold-Antimony Project, Nova Scotia, Canada

About this update from Armory Mining Corp.

(via TheNewswire) Vancouver, B.C. – May 27, 2026 – TheNewswire - Armory Mining Corp. (CSE: ARMY) (OTC: RMRYF) (FRA: 2JS) (the "Company" or "Armory") a resource exploration company focused on the discovery and development of minerals critical to the energy, security and defence sectors, is pleased to announce that it has contracted Terraquest Airborne Geophysics (“Terraquest”) to conduct a high-resolution heliborne Magnetic (Mag) and a Spectrometric (Spec) survey at the  company’s 100%-owned Ammo Gold-Antimony Project, located in central Nova Scotia, Canada. These surveys are scheduled to be completed in July. The Ammo project encompasses approximately 3,020 hectares of highly prospective exploration ground immediately surrounding the historic West Gore antimony-gold mine—a premier past-producing brownfield site with production records of 3,000 tons of metallic antimony and 6,995 troy ounces of gold. Historical exploration records show significant mineralization drill core assays returning grades up to 10.25% Sb and 6.5 g/t Au. A grab sample yielded up to 24.4% Sb, 53.4 g/t Au and 13 g/t Ag*. Click Image To View Full Size Figure 1 – Ammo Property location, West-Central Nova Scotia   The upcoming airborne program will serve as a foundational element of Armory's Phase One exploration strategy, delivering dense, high-resolution subsurface and surficial data across the entirety of the three contiguous mineral claims. Survey Objectives and Technical Value The decision to deploy a specialized heliborne Mag-Spec configuration stems from the specific structural and mineralogical characteristics associated with high-grade antimony-gold systems. The planned survey brings targeted technical value to the project: Mapping Blind Structural Controls (Magnetic Survey): High-grade gold-antimony mineralization in the West Gore area is traditionally structurally controlled associated with regional fold axes and related flexural slip mechanisms and locking release structures occurring mineralized veins networks hosted in proximity to anticlinal fold hinges. Terraquest’s high-resolution magnetic sensor will map hidden basement faults, lineaments, and intrusive boundaries under glacial cover. This data is critical for locating the precise conduit systems hosting the mineralization.  Lithological and Alteration Footprints (Spectrometric Survey): The radiometric (s...

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