Project Highlights

• LaRonge Greenstone Belt is vastly underexplored
• Historic gold showings
• 2016 boulder samples assayed at 1.15 g/t Au (4.14% Cu) and 1.30 g/t Au (7.51% Cu)
• The region has demonstrated potential for multiple high-grade, gold occurrences and deposits

LaRonge Domain (Gold Deposits)

• LaRonge Greenstone Belt with 160km strike length
• Historic gold grades comparable to other Canadian Greenstone belts
• Good access along all-season Hwy 102
• Limited historic exploration (vastly underexplored)

May Lake Property

• Four mineral claims, 5,487 ha
• Less than 5km from Hwy 102
• The mineralization, encountered by hole DDH MAY-4, consists of disseminated to semi-massive pyrrhotite and pyrite with minor associated chalcopyrite and sphalerite. The mineralization is hosted by a green, variety graphitic, cherty volcanic exhalitive horizon
• Hole DDH MAY-4:
  • 6.82 g/t Au, 2.86 g/t Ag and 2.10% Cu over 4.96m
• Hole DDH MAY(NE)-9:
  • 4.31 g/t Ag, 0.54% Cu, 0.53% Zn over 6.79m

May Lake Property, Saskatchewan

• Hole DDH MAY-4:
  • 6.82 g/t Au, 2.86 g/t Ag and 2.10% Cu over 4.96m
• Hole DDH 9, 10, 35 and 36 with highly anomalous geochemistry, up to 9.72% Cu, 2.35% Zinc, 4.31 g/t Ag
• 2016 Samples
  • Rock samples up tp 1.30 g/t Au, 7.51% Cu, 1.25% Zn
  • Soil samples up to 23.60 ppb Au, 470 ppm Cu

Summary

• Less than 5km from Hwy 102, access via easily re-activated historic drill roads
• The May Lake Property covers a sulphide-rich VHMS deposit with potential for significant tonnages of Au, Cuand Zn. Anomalous values have been obtained from both historic drilling and sampling.
• Regional exploration data suggests the May Lake Property exhibits several key elements that are fundamental to exhalative VHMS gold mineralization, such as a cherty exhalitehorizon hosting significant sulphides, surrounding felsic-dominated volcanics and two mapped eruptive centres.
• The mineralized zones encountered by historic drillholes consisted of disseminated to semi-massive pyrrhotiteand pyrite with minor associated chalcopyrite and sphalerite.