Peloton Announces Successful Maiden Drilling Results at the North Elko Lithium Project, Nevada

Core Viewpoint - Peloton Minerals Corporation has successfully completed its maiden drilling program at the North Elko Lithium Project, confirming the presence of significant lithium and critical minerals in the basin, which warrants further exploration [1][5]. Drilling Program Overview - The drilling program consisted of four vertical exploration holes, reaching a maximum depth of 500 feet (152 meters), marking the first lithium-focused drilling on the NELP property [2]. - The holes were strategically positioned across a 37 square kilometer claim block to assess basin geometry, stratigraphy, and the extent of lithium and clay-bearing sediments [4]. Drilling Highlights - Lithium mineralization was found in all four holes, with 89% of the 352 five-foot samples showing anomalous to strongly anomalous lithium levels [7]. - The best interval recorded was 155 feet averaging 618 ppm lithium, with peaks reaching up to 1,155 ppm [7]. - The presence of cesium and rubidium was noted in all holes, indicating a chemically evolved, alkali-rich volcanic system [7]. Geological Insights - The drilling confirmed lithium-bearing claystones to depths of at least 500 feet over a 7 kilometer by 3.5-kilometer area [8]. - The NELP basin is deemed fertile for lithium and critical metals, including cesium and rubidium, which are also found in other advanced Nevada lithium claystone deposits [8]. Relationship with Adjacent Resources - NELP is located adjacent to Surge Battery Metals' Nevada North lithium project, which has a defined lithium resource with high average grades [6]. - The initial results from NELP, while not yet comparable in grade, are considered a positive outcome for early-stage exploration [9]. Future Exploration Plans - The company plans to conduct further drilling focused on step-outs and tighter spacing in the most promising lithium and critical mineral zones identified [13]. - Additional work will include detailed stratigraphic interpretation, expanded mineralogical and metallurgical testing, and integration of various geological data sets to refine future drill targeting [13].