Medaro Mining Corp. announced the results of its latest diamond drilling endeavor at the CYR South lithium property (the ?Property?), located in James Bay, Quebec, Canada. The Company's exploration has revealed excellent intersections of lithium within the drill holes.

Partnering with Forage Pelletier Drilling (?FPD?) of Chapais, Quebec, the Company's comprehensive program encompassed eleven NQ size drill holes, spanning 1,745 metres of diamond drilling. Leveraging technology, including handheld laser-induced breakdown spectroscopy (?LIBS?) instruments and laboratory analysis conducted at Activation Laboratories (?ACTLABS?) in Ancaster, Ontario, the Company's findings have identified several highly prospective pegmatite intersections. Medaro's strategic selection of drill hole locations, informed by extensive groundwork conducted in 2022, underscores the Company's commitment to precision and data-driven exploration.

By strategically situating four drill holes near satellite imaging targets (SIT), the Company attempted to maximize such holes' potential for success. Drill Hole CYR23-01 - Field scanning with LIBS for the drill hole core samples indicated lithium (Li) values in the range of 40.6 parts per million (ppm) to 2,202.1 ppm. The laboratory assays indicated several intercepts with over 100 ppm Li with one 3-metre- wide section indicating average 244 ppm Li.

Drill Hole CYR23-02 - Field scanning with LIBS for the drill hole core samples indicated Li values in the range of 23.6 ppm to 383 ppm. Samples were not sent to the lab due to low LIBS values and/or no visible spodumene mineralization. Drill Hole CYR23-03 - Field scanning with LIBS for the drill hole core samples indicated Li values in the range of 27.6 ppm to 472.5 ppm.

Samples were not sent to the lab due to low LIBS values and/or no visible spodumene mineralization. Drill Hole CYR23-04 - Field scanning with LIBS for the drill hole core samples indicated Li values in the range of 42.1 ppm to 6,615.1 ppm. The laboratory assays of selected intervals showed low Li values (less than 100 ppm).

Drill Hole CYR23-05 intersected a 46-metre-wide zone with average 150 ppm Li at 18 metres drilled depth, including a 2-metre-wide zone of 278 ppm Li, and a 3-metre-wide zone of 460 ppm Li at 49 m drilled depth. Field scanning with LIBS was not done on this drill hole due to non-availability of the instrument. Drill Hole CYR23-06 - Field scanning with LIBS for the drill hole core samples indicated Li values in the range of 15 ppm to 776.1 ppm.

Samples were not sent to the lab due to low LIBS values and/or no visible spodumene mineralization. Drill Hole CYR23-07 - Field scanning with LIBS for the drill hole core samples indicated Li values in the range of 44.1 ppm to 491.6 ppm. Samples were not sent to the lab due to low LIBS values and/or no visible spodumene mineralization.

Drill Hole CYR23-08 - Field scanning with LIBS for the drill hole core samples indicated Li values in the range of 33.7 ppm to 335 ppm. Samples were not sent to the lab due to low LIBS values and/or no visible spodumene mineralization. Drill Hole CYR23-09 - Field scanning with LIBS for the drill hole core samples indicated Li values in the range of 49.8 ppm to 531.6 ppm.

Samples were not sent to the lab due to low LIBS values and/or no visible spodumene mineralization. Drill Hole CYR23-10 - Field scanning with LIBS for the drill hole core samples indicated Li values in the range of 58.2 ppm to 603.3 ppm. Samples were not sent to the lab due to low LIBS values and/or no visible spodumene mineralization.

Drill Hole CYR23-11 - Field scanning with LIBS for the drill hole core samples indicated Li values in the range of 63.1 ppm to 512.7 ppm. The laboratory assays indicated several intercepts with over 100 ppm Li.