Arbor Metals Corp. announced the comprehensive details of its fully funded, multiphase 2024 exploration program for the Jarnet Lithium Project. Situated in the Eeyou-Istchee Baie James Territory territory of Quebec, adjoining Patriot Battery Metals' Corvette Lithium Project.

Phase 1: Ground Magnetometer Survey (Commencing February 2024) The first phase of the program involves a ground magnetometer survey covering approximately 225 line kilometers. This survey aims to identify and map magnetic contrasts helping to locate pegmatite intrusions and structural patterns controlling their emplacement. In the Corvette area, a pegmatite event is the primary host rock for spodumene mineralization, which intrude the country mafic rocks.

With well-maintained winter roads providing excellent access to the claims, this survey is set to commence in February 2024. Phase 2: Prospecting and C-Horizon Soil Sampling (Scheduled for Summer 2024) The second phase is a prospecting and C-horizon soil sampling program, targeting deeper samples. Helicopter support will facilitate the execution of this phase, considering the extensive size of the project.

Information gathered from this phase, in conjunction with ground geophysical data, will play a pivotal role in refining diamond drilling targets. The prospecting program is slated for early Summer 2024. Phase 3: Diamond Drilling (Fall 2024) Anticipated to commence in the fall of 2024, the third phase involves diamond drilling.

While road access is expected to be available, the vastness of Arbor's holdings makes helicopter support a feasible option. Permitting activities are scheduled for the summer, and the Company plans to drill up to 14 holes, each at a depth of 200 meters, with an estimated cost of approximately $1.2 million. Arbor emphasizes its commitment to working collaboratively with local communities and indigenous groups throughout the exploration process.

The Company prioritizes sustainable and responsible environmental practices, ensuring that its operations adhere to the highest industry standards.