Exciting New Developments at Nevada King Gold Corp.
Nevada King Gold Corp. (TSXV: NKG) has unveiled promising results from their recent drilling operations conducted at the Atlanta Gold Mine Project. This extensive undertaking consolidates a significant 12,000 hectares of mineral-rich land, emphasizing the company's commitment to exploring and developing these resources. These drill results not only affirm the existing mineralization but also suggest a substantial expansion towards the North Extension Target.
Understanding the Drill Program
The recent drilling endeavors included 18 vertical reverse circulation (RC) holes and one diamond core hole, meticulously executed to connect existing mineralization with new exploration targets within the Atlanta resource zone. Focusing on the northern section, these strategic efforts aimed at better delineating the well-known mineralized horizons discovered in the West Atlanta Graben Zone (WAGZ).
Drilling Highlights
The standout results from the drilling program revealed exceptional gold grades. For instance, hole AT23WS-53 successfully returned an impressive 2.72 grams per tonne (g/t) of gold over 64 meters, with a specific high-grade interval of 4.29 g/t over 29 meters. This hole was strategically placed to fill gaps along the drilling section and verify high-grade outputs from nearby holes.
Further Discoveries
Other notable holes include AT24WS-67, with 1.56 g/t over 82.3 meters, and AT24WS-70, delivering 1.44 g/t over 67.1 meters, bolstering the potential for high-grade mineralization extending towards the NET. These findings showcase the expanding boundaries of the Atlanta Project, indicating that the mineralization continues to grow westward, validated by step-out drilling results.
Innovative Exploration Techniques
As Nevada King Gold Corp. progresses with its Phase III exploration program, the exploration team focuses on prioritizing drill targets around the outer ring-fracture zone of the Atlanta Caldera. Detailed geological models derived from previous drilling are instrumental for identifying these target areas. By utilizing litho-geochemistry and Au pathfinder geochemistry, the team aims to discover new deposits.
QA/QC Protocols in Place
The company ensures rigorous quality assurance and control (QA/QC) protocols are followed during its exploration activities. All samples collected from RC drilling are split at the site and dispatched directly to a local laboratory. This meticulous process enhances the credibility and accuracy of their findings, all while maintaining robust chain-of-custody protocols.
About Nevada King Gold Corp.
Nevada King Gold Corp. is dedicated to mining and advancing its 100% owned Atlanta Gold Mine project located in the Battle Mountain trend of Nevada. Presently, the project showcases an NI 43-101 compliant pit-constrained oxide resource of approximately 460,000 ounces of gold, which does not account for over 100,000 meters of drilling completed by the company. This highlights the substantial growth potential of its mineral resources.
Frequently Asked Questions
What were the highlights of Nevada King's drilling results?
The standout hole, AT23WS-53, returned 2.72 g/t Au over 64 meters, including a high-grade zone of 4.29 g/t Au over 29 meters.
What is the Atlanta Gold Mine Project?
The Atlanta Gold Mine Project is a major focus for Nevada King Gold Corp. It encompasses 12,000 hectares and is located in a mineral-rich area known for its historic mining activity.
How does Nevada King ensure the quality of its samples?
The company employs stringent QA/QC measures, including splitting samples at the site and using certified standards and duplicates in its sampling processes.
What is the significance of the North Extension Target (NET)?
The NET represents an area where the company aims to extend existing mineralization further, adding value to its exploration programs and potential resource estimates.
What is the future exploration strategy for Nevada King?
Looking ahead, Nevada King plans to continue its exploration efforts, employing advanced geological modeling and geochemistry to guide its drilling practices towards uncovering more deposits.
