Sanu Gold Corporation announced positive results, from the recent ground geophysics program completed on the Company's Daina Gold Exploration Permit, located in the prolific Siguiri Basin of Guinea, West Africa. The ground geophysical survey program consisted of 21 Line Km of 200m spaced and east-west oriented gradient Induced Polarization (IP) lines. Four blocks have been completed covering all priority targets including Daina 1 South, Daina 1 North, Daina 2 Main Zone, and Daina 6 within the Daina Project.

The survey was completed by SAGAX Afrique of Ouagadougou, Burkina Faso using the IP method. SAGAX is well experienced in these types of surveys over many other deposits in the region. This release reports on the results from the Daina 1 North and Daina 2 targets.

The objective of this ground geophysical survey program was the detection and delineation of geophysical rock property contrasts (chargeability and resistivity) and structure which may indicate favorable zones for gold mineralization in the covered target trends and help with further assessing the potential of the targets for future drill testing. The results of this program show that the IP surveys delineate distinct features that help map the mineralized zones and that there is significant undrilled strike potential at Daina 2 and Daina 1 North. The Program consisted of six east-west oriented lines, totaling 6.3 Line Km of 200m spaced of Gradient Array IP/Resistivity.

The survey defined the presence of a resistivity trend extending for over 1 km in a North South orientation. High grade gold mineralization has been intercepted in an auger hole close to this anomaly in DAI-AUG-1201: 9 m of 8.86 g/t Au, including 1 m of 39.30 g/t Au . Scout RC drilling in DAI-RC-040 returned 7.45 gt/t Au over 1m .

There are also extensive surface artisanal gold workings some of which align with the trend delineated in geophysics. The Program at this target consisted of five east-west oriented lines, totaling 5.5 Line Km of 200m spaced of Gradient Array IP/Resistivity. The IP and resistivity surveys completed at Daina 2 aimed at identifying the northern and southern extension of fault structures and chargeable and resistive bodies, which can be correlated with previous mineralization intercepted at Daina 2 Main Zone including: 21 m of 4.75 g/t Au, including 1 m of 85.5 g/t Au in DAI-RC-004 37 m of 1.99 g/t Au, including 1 m of 32.6 g/t Au in DAI-RC-001 11 m of 5.50 g/t Au, including 1 m of 56.6 g/t Au in DAI-RC-013 10m of 1.1 g.t Au, including 1m of 6.6 g/t Au in DAI-RC-040 The results from this survey have defined a large IP resistivity trend which extends north-northwesterly and south-southeasterly ward for just under 1 km and is centered on the Daina 2 Main Zone.

The trend follows the strike of known gold mineralization that is characterized by high-sulphide (Pyrite and arsenopyrite) content and systems of quartz veinlets associated with greywacke rocks that host the gold mineralization. Previous observations on rock chips, auger samples and RC holes and exposed saprolite in artisanal pits indicate that the gold mineralization is contained in a strongly fractured and hydrothermally altered coarse-grained greywacke that is crosscut by numerous sheeted quartz vein systems . and boxwork after oxidized, disseminated sulphide.

These quartz vein systems and boxwork after oxidized, disseminated sulphide in fractures and breccia zones provide favorable sites for gold mineralization and are the main targets for artisanal miners at Daina 2 Main Zone Target. The extent of the surface artisanal gold workings at Daina 2 largely overlap with the resistivity trend. While the Company is focused on preparing the for the drilling program at Bantabaye, it will in parallel evaluate and progress the key targets on its other properties for future drill testing.

The results from the Daina geophysical surveys have been very useful, establishing that extensive, and as yet open trends in the IP are associated with the known gold anomalies and mineralization. These trends have only been drill tested in very limited locations, where in most cases the limited drilling has returned encouraging results.