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Clearly Defined Anomaly Interpreted by Makenita Resources on the 'Sisson West Tungsten Project' Directly Bordering the Sisson Tungsten Deposit in New Brunswick

Identifies Clearly Defined Magnetic High Within the 'Sisson West Tungsten Project' Directly Bordering the Sisson Tungsten Deposit in New Brunswick. A drill

Makenita Resources, Inc.July 20, 20265
Clearly Defined Anomaly Interpreted by Makenita Resources on the 'Sisson West Tungsten Project' Directly Bordering the Sisson Tungsten Deposit in New Brunswick

About this update from Makenita Resources, Inc.

Identifies Clearly Defined Magnetic High Within the 'Sisson West Tungsten Project' Directly Bordering the Sisson Tungsten Deposit in New Brunswick. A drill Program is being formulated immediately after compiling this data. Tight share structure: With just over 35 million shares outstanding, management sees meaningful leverage to any exploration success and anticipates an active remainder of 2026 across multiple projects. Vancouver, British Columbia--(Newsfile Corp. - July 20, 2026) - Makenita Resources Inc. (CSE: KENY) (WKN: A40X6P) (OTCID: KENYF) ("Makenita") is pleased to announce the airborne data and regional historical data have been complied and evaluated. This project is directly adjacent to the Sisson Tungsten mine in New Brunswick. On November 13, 2025, the Sisson tungsten mine was selected by the Prime Minister of Canada, Mark Carney, as one of the first nation-building projects.1 The 2026 Nu Sense detailed airborne magnetic survey (50m nominal flight height, 100m line spacing) over the Makenita property, combined with the historic Florenceville regional aeromagnetic dataset2, has identified a local magnetic high directly on Makenita ground. This is interpreted from magnetic lineaments and a 3D Magnetic Vector Inversion (MVI) magnetic inversion as a possible new, secondary intrusion at depth on the west flank of the large central Devonian Howard Peak Granodiorite. This is a similar environment to the Sisson W-Mo deposit which is just to the NE along the main SW-NE structural trend on the East side of the Howard Peak Granodiorite. Management cautions that past results or discoveries on properties in proximity to Makenita may not necessarily be indicative of the presence of mineralization on the Company's properties. Figure 1 - MVI modelling (Magnetization > 0.005 units. Orange) shows the anomaly from the new, detailed aeromagnetic survey sitting on the west side of the batholith margin, giving a discrete, drill-ready target rather than a diffuse regional signature. Structurally, large SW-NE trending features mapped from the Mag 1VD (First Vertical Derivative) magnetic data appear to cut across the batholith and extend from the Sisson area onto Makenita property. These are interpreted as potentially controlling structures similar to the structural setting associated with vein-hosted mineralization at Sisson. This strengthens...

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