CAT Strategic Metals Corporation ("CAT" or the "Company") announced that it plans to initiate a high-resolution drone magnetic survey on the Burntland property ("Burntland" or the "Project") to be carried out in February 2021. The Burntland Project is comprised of 1200 hectares located near the Bathurst Mining District of New Brunswick, Canada. The 975 line-kilometre high-resolution drone magnetic survey will be flown at a low elevation approximately 10 metres above the tree-line and at 25 metre line spacings, covering the entirety of the Project. The magnetic survey, flown at low altitude and lower speeds compared to conventional helicopter or fixed-wing surveys, will collect an abundance of data that will be used to identify structural features that may be related to mineralization as well as identify areas of magnetic disruption that may be related alteration associated with hydrothermal mineralizing fluids. In addition, the Company is hopeful that the survey may identify buried porphyry intrusive bodies which could be related to the source of the skarn-type mineralization that has been identified to date. The data from the survey will be used to generate a detailed structural map of the Project and will be also inverted in 3D to identify deep-seated features. The Burntland Project was acquired by CAT in September of 2020, under an option agreement to earn up to 100%. As reported in the September 17, 2020 press release, trenching completed by the vendors in 2020 identified extensive areas of skarnified sediment-hosted mineralization adjacent to porphyry dykes. The average of 27 samples collected from this trench area returned 1.67 % Cu and 39.3 g/t Ag, with samples taken selectively across approximately 60 metres of the exposed trench. The high grade samples from this exercise include up to 16.3 % Cu & 220.0 g/t Ag, 5.58 % Cu & 192.0 g/t Ag, and 6.2 % Cu & 118 g/t Ag. Note that rock grab samples are selective by nature and values reported may not represent the true grade or style of mineralization across the property. A historical ground magnetic survey indicates that skarn-type mineralization on the Project is often found at the margins of magnetic-high areas. Mr. Kelly Malcolm, P.Geo (Ontario), is the qualified person as defined by National Instrument 43-101 who has reviewed and approved the technical contents of this press release. The Qualified Person has not completed sufficient work to verify the historic information on the Property, particularly in regard to the neighbouring projects and historical drilling data.