Grizzly Discoveries Inc. announced that Geotech Ltd. has commenced an approximately 400 line-km VTEMTM (Versatile Time Domain Electromagnetic) and magnetic survey over its 100% owned, road accessible Robocop Property in Southeast British Columbia (the "Property"), near the hamlets of Grasmere and Roosville. The helicopter-borne VTEMTM survey will be flown at 100 metre line-spacing and will provide the first property-wide, high-resolution geophysical image of the Property. The VTEMTM dataset will help to better define the geological model of the Property and to target conductive portions of the assemblage, both stratigraphic and vertical structural anomalies, particularly those that might be associated with sulphide minerals. The survey will be the first of many modern exploration techniques that will be used to explore and develop the Robocop Project. The Property has yielded significant historical cobalt (Co), copper (Cu) and silver (Ag) results and presents an opportunity to discover battery and electrification metals as the world shifts to electric vehicles, sustainable practices and greener alternatives. The property is hosted within a similar geological setting to the Idaho Cobalt- Copper belt where conductivity (EM) and magnetic surveying techniques have been used previously to successfully guide drilling of prospective targets and assist in making new discoveries. Grizzly anticipates being able to use data from the survey to gather a better understanding of the geology of the Project and to identify targets for further characterization and investigation later in 2021, leading to a planned summer 2021 drilling campaign. The VTEM survey is being conducted to search for and target conductive portions of the assemblage (often spatially related to sulphides including chalcopyrite), as both stratigraphic and vertical structural targets, with the purpose of providing additional targets for future work and drilling to those currently defined by previous drilling along with historical soil and rock sampling. Prior work has identified areas within the Robocop property with significant historic Co-Cu-Ag in-soil anomalies, combined with historical drilling during the 1990's (Teck Exploration Ltd.) and early 2000's (Ruby Red Resources) that yielded significantly anomalous near surface Co-Cu-Ag mineralization. The Co-Cu-Ag mineralization is hosted in the Sheppard Formation and is classified as mid-Proterozoic sediment hosted mineralization. Based upon recent work by the USGS (Bookstrom et al., 2016), Robocop Co-Cu-Ag mineralization is similar in style and age of host rocks to mineralization in the Idaho Cobalt Belt (Blackbird District) Co-Cu-Au-Ag district in Idaho. Grizzly believes that significant potential exists to expand the known extent of the Co-Cu-Ag mineralization on the Property and the project warrants further follow up exploration including additional drilling. The macroeconomic outlook for battery metals such as Cu and Co remains strong with the ongoing shift to electric vehicles. It is estimated that the battery sector accounts for approximately 57% of current Co demand; this is expected to grow over the next five years to 72% and will require an additional 100,000 tonnes of Cobalt to meet demand.