GoldHaven Resources Corp. announced that it has prioritized a follow-up campaign including soil grid extensions at newly identified target areas as well as prospecting and mapping of extensive newly acquired contiguous land positions in the belt. Given preliminary results from its summer work program at Smoke Mountain, VTEM and LiDAR airborne surveys for the newly staked ground have also been scheduled for completion in October 2022.

Dahrouge Consulting Engaged for Follow-Up Surface Exploration Work GoldHaven has re-engaged Dahrouge Geological Consulting Ltd. to complete a comprehensive follow-up exploration program at Smoke Mountain. This program is focused on extending soil sampling grids at priority target areas defined in the recently completed 2022 summer program. Furthermore, the field work will focus on prospecting and mapping newly staked contiguous land positions.

Detailed geological mapping, along with the soil geochemical work will improve the interpretation of the geophysical datasets and constrain target locations. Geotech Ltd. Engaged to Target Polymetallic Vein Systems GoldHaven has engaged Geotech Ltd. to conduct Helicopter-Borne VTEM(TM) and Magnetic Geophysical Surveys for the purpose of investigating the mineral potential over the extensive contiguous land position at Smoke Mountain. The proposed survey is approximately 721 line-kms over 1 block with a planned start date of late October.

The survey will take 5-7 days to complete with the intention of targeting intermediate sulfidation polymetallic vein systems. GoldHaven will be benefiting from Geotech Ltd.'s Versatile Time-Domain Electromagnetic (VTEM(TM)) geophysical system, which is excellent at locating discrete conductive anomalies as well as mapping lateral and vertical variations in resistivity. Full waveform recording will also be employed to achieve very clean early-time measurements to effectively resolve near surface structures. GoldHaven will benefit from Geotech's Concentric Transmitter - Receiver geometry, which ensures positive anomaly location and results in huge time and costs savings as there will be no need for ground follow-up.

The technology has successfully been deployed globally for targeting work in epithermal precious metal districts.