Phase One Program At The Wild Dog Project

VANCOUVER – Great Pacific Gold Corp. (GPAC) reported on Phase 1 diamond drill program at its flagship Wild Dog Project, located on the island of New Britain, East New Britain Province, Papua New Guinea (PNG).

Sampling of Exposed Vein Structures in Southern Oxide Area: 1) 0.8 m @ 127 g/t AuEq from Main Vein sample WDGS-036 (122 g/t Au, 2.7% Cu, 88 g/t Ag). 2) 2.4 m @ 22 g/t AuEq from Main Vein sample WDGS-027, 028, 029 (17.2 g/t Au, 2.3% Cu, 94 g/t Ag).

Hole WDG-09 intercepted: 1) 5.0 m @ 4.91 g/t AuEq from 169m (4.49 g/t Au, 0.21% Cu, 7.6 g/t Ag), including: 2.0m @ 11.1 g/t AuEq from 169m (10.3 g/t Au, 0.41% Cu, 15.0 g/t Ag), and 2.6 m @ 6.62 g/t AuEq from 182.4m (2.74 g/t Au, 2.16% Cu, 42.96 g/t Ag).

Additional camp capacity is being developed to support the second rig at the Wild Dog site. LiDAR survey completed with results due October 6, 2025: High-precision fixed-wing airborne LiDAR and large-format imagery survey covering 187 km² across the Wild Dog district has been completed. The program will generate a Digital Terrain Model with sub-10 cm vertical accuracy, providing critical topographic control for geological modelling, drill planning, and infrastructure layout. The dataset will also support structural mapping and refine target definition across the broader Wild Dog corridor.

“Hole 9 was drilled approximately 30m to the north of hole 7, into an area where we had very little information,” said, Greg McCunn, CEO. “The intercept with the main Wild Dog structure supports the continuity of the system. With hole 10 also intercepting the main structure a further 70 meters north (assays pending), we are increasingly confident in our geological model that is supporting the Phase 1 drill program. With the second rig being mobilized, we are expecting to accelerate the completion of the planned 28 holes at Sinivit which are providing valuable information on vein orientation allowing us to start testing the system at depth. Mobile MT geophysics has highlighted significant potential at depth and along strike to both the North and South from Sinivit on the large-scale epithermal Wild Dog corridor.”