Gold Bull Resources Corp. announced it has defined 42 drill hole targets for approximately 8000 meters. The Company will commence with a Phase 1 drill program consisting of 3000m for 17 drill holes. Gold Bull has submitted a Work Plan to the Humboldt County, BLM office that includes approval for a Phase I drill program at the Sandman Project in NV. With an active Plan of Operations already in hand, Gold Bull is authorized for 2 km2 (500 acres) of surface disturbance. This Plan of Operations is both BLM and NDEP-approved and covers the >100 km2 land package. Gold Bull expects an approved Work Plan to drill at Sandman within the next two weeks. Drill pad construction and drilling will commence immediately thereafter. The purpose of the proposed drill campaign will be twofold, to verify and possibly extend known mineralisation and to test areas immediately along trend from existing resources via exploration step-out holes. The initial program will comprise a roughly 3,000m rotary circulation (RC) program. A second phase of drilling will commence after laboratory results have been received from the first phase. The program will consist of 17 angled drill holes that range from 70 to 250m depth with an average depth of ~175m (Figure 1). Roughly half of the total meters (10 of 17 proposed holes) are intended to explore and potentially expand known mineral resource areas including some historical high-grade intercepts. This group of holes will target all four resource areas, including North Hill, Silica Ridge, SE Pediment, as well as Abel Knoll. At Abel Knoll, a proposed hole (AK21-001) will extend to at least 250m depth and is designed to test a historical drill hole (AK06-0023) that ended in mineralization (~9 m of 6.32 g/t Au at 189m, including ~1.5m of 9.61 g/t Au at 197m (end of hole)). The remaining half of the total meters (7 of the 17 proposed holes) will serve as exploration drill holes positioned along prospective gold trends. These holes will explore untested structures/faults around North Hill, Silica Ridge and Abel Knoll and have been guided by ground geophysics and geochemistry.