GoldHaven Announces Maiden Diamond Drill Program Over High-Priority Gold Targets at Copeçal Project in Brazil

Core Viewpoint - GoldHaven Resources Corp. is set to initiate a maiden 1,200 m diamond drilling program at its Copeçal Gold Project in Mato Grosso, Brazil, targeting two high-priority gold targets identified through recent exploration activities [1][21]. Group 1: Copeçal Gold Project Overview - The Copeçal Gold Project is located within the Alta Floresta Gold Province, a historically productive area known for significant gold discoveries since the late 1970s [24]. - GoldHaven's tenements cover a total of 3,681 hectares in a geologically favorable setting within the Juruena Gold Province of Brazil [24]. - The Juruena Gold Province is recognized for its potential for mesothermal shear-related and intrusion-related gold deposits, as well as porphyry-style and epithermal-style deposits [25]. Group 2: Drilling Program Details - The diamond drilling program will consist of 8-10 angled holes with a maximum depth of 150 m, targeting unweathered bedrock at depths of 80-120 m [7][12]. - Drilling is scheduled to commence on or before October 1, 2025, and is expected to be completed by the end of November 2025 [20]. Group 3: Target Identification - Two high-priority drill targets, East and West, have been identified based on strong gold anomalies from recent auger sampling and geophysical surveys [3][21]. - The East Target features a high resistivity anomaly (> 1800 ohmm) coinciding with significant gold geochemical anomalies (> 100 ppb Au) [6][14]. - The West Target is characterized by highly conductive VLF-EM responses (< 500 ohmm) and coincident gold anomalies (> 50 ppb Au) [9][18]. Group 4: Historical Exploration and Data - Previous exploration by AngloGold Ashanti from 2010 to 2016 included systematic auger and air-core drilling, geophysical surveys, and rock geochemistry, identifying multiple zones of anomalous gold mineralization [26][27]. - Historical data and recent auger drilling have shown consistent gold values over wide zones, indicating the potential for substantial mineralization [27].