Artemis Resources (ARV) Investor presentation summary

Project portfolio and growth opportunities

• Three key projects: Carlow (gold/copper), Titan (gold), and Cassowary (copper/gold) offer significant growth potential, with drilling and development programs planned to start in September quarter 2025.

• Carlow holds a JORC resource of 374,000 oz gold, 64,000 t copper, and 8,000 t cobalt, with ongoing studies and drilling for resource extensions.

• Titan, located 2km west of Carlow, features undrilled surface gold occurrences and shallow, low-cost RC drilling targets.

• Cassowary is a large, undrilled IOCG-type copper/gold target, with tenement applications covering 538 km² and gravity surveys planned.

• All projects are situated in highly prospective regions with strong infrastructure and proximity to major mining hubs.

Carlow project details and exploration results

• Carlow resource is open along strike and at depth, with recent drilling intersecting high-grade gold and copper, including 7m @ 2.9g/t Au and 4m @ 11.1g/t Au & 2.0% Cu.

• Satellite targets Titan, Chapman/Thorpe, and Europa show widespread surface gold and copper occurrences, with Titan returning up to 51.8g/t Au from surface samples.

• Three diamond holes at Titan in March 2025 intersected elevated gold, including 1m @ 16.4g/t Au in porphyry.

• Planned RC drilling at Titan will test gravity anomalies and surface gold zones, with 30 shallow holes scheduled.

• Carlow resource classified as Inferred under JORC 2012, with robust metallurgical recoveries and economic parameters.

Cassowary project and regional context

• Cassowary comprises three interpreted intrusions along a major crustal boundary, with potential for IOCG-type mineralization.

• The project is adjacent to tenements held by WA1 Resources and Teck Resources, both active in the region.

• Planned gravity survey and future drilling will target the 5km-wide Cassowary intrusion.

• Regional analogues include Olympic Dam and Carrapateena, both Tier 1 IOCG deposits discovered under sediment cover.