The Sinua Project covers a 60 km mineralised corridor in Papua New Guinea, hosting four advanced prospects across copper-gold and nickel mineralisation styles.  Dada Porphyry (Cu-Au): A confirmed porphyry stockwork discovery within a 600 m x 400 m soil anomaly. Multiple field programs have defined continuous east-west mineralisation open in all directions, with best results including 96 m @ 0.41 g/t Au, 25 m @ 0.34 g/t Au and 0.27% Cu, and 19 m @ 0.43 g/t Au and 0.16% Cu (July 2025). Several generations of mineralised porphyry intrusives have been identified; the causative intrusive has not yet been intersected, indicating the system remains open at depth.  Ubei (High-Grade Epithermal Veins): A series of Intermediate Sulphidation Epithermal veins hosted in the Papuan Ultramafic Belt, covering a 4 km x 4 km area. Rock chips up to 367.7 g/t Au and 4.29% Cu have been recorded historically; LCL’s maiden program (October 2025) returned up to 7.95 g/t Au, 0.51% Cu. Structural mapping confirms surface mineralisation projects down-dip to a strong IP chargeability anomaly at ~200 m depth. Mineralisation style is comparable to the veins being mined by K92 Mining at Kainantu, PNG.  Veri Veri & Iyewe (Hydrothermal Nickel Sulphide): Five high-grade nickel sulphide prospects lie within a 20 km strike length along the Keveri Fault. Veri Veri has returned bonanza trench results including 14 m @ 3.24% Ni and rock chip grades of 23.3% Ni and 10.6 g/t Au. At Iyewe, trenching intersected massive sulphides grading up to 22.8% Ni and creek float assaying 36.0% Ni and 25.0 g/t Au. VTEM geophysical reprocessing has identified multiple additional high-priority conductors for follow-up.  Wedei (Nickel Laterite): A 7 km x 4 km stream sediment nickel anomaly — one of the largest in PNG — underlain by nickel laterite developed on Papuan Ultramafic Belt rocks. LCL’s maiden 30-pit program (October 2024) encountered anomalous nickel in every pit, with 18 of 30 returning >1% Ni and peak results of 3.44% Ni. The anomaly remains open in all directions and a separate satellite anomaly at Safia (3 km x 2 km) is untested.