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CASTILE Rover 1 and regional exploration Investor Pack

Mine to metal,
made in Australia.

Castile Resources is developing the Rover 1 Project in the Northern Territory, producing gold doré, 99% copper, 99% cobalt and 96.5% magnetite as finished downstream products.

Rover 1 Snapshot Flagship
Rover 1
IOCG · POLYMETALLIC · 100% OWNED
Latitude 20°08′ S
Longitude 134°38′ E
Status BFS underway
Environmental EIS submitted
Major project NT endorsed
5 product streams
100% ownership
1,054 km² area

Rover field assets,
plus Warumpi.

Castile's portfolio is anchored by the Rover Project in the Rover Mineral Field, with Rover 1, Explorer 108 and Explorer 142 sitting within that field, plus the separate standalone Warumpi Project in the West Arunta.

BFS Underway IOCG · Polymetallic

Rover 1

⌖ 20°08′ S · 134°38′ E · Tennant Creek, NT

A high-grade Iron Oxide Copper Gold polymetallic asset. Modelled in the 2022 PFS as an underground operation with a 500,000 tpa processing plant. Designed for downstream production of finished metals — fully in Australia.

Output Streams
Gold doré 99% Copper 99% Cobalt 96.5% Magnetite Bismuth
View Rover 1
Mine Life
8 yr
Throughput
500 ktpa
Annual Au
~30 koz

Headline economics,
plain sight.

From the 2022 Pre-Feasibility Study. The Bankable Feasibility Study now underway will refine these figures using updated commodity pricing and an expanded resource.

451.7 A$M
6.5% discount rate
46 %
Internal rate of return
1.94 A$B
Over 8-year mine life
279.5 A$M
Inc. processing plant
SOURCE: ROVER 1 PRE-FEASIBILITY STUDY · 5 DECEMBER 2022

Ambient Noise
Tomography.

Castile completed a successful proof-of-concept passive seismic survey over Rover 1, applying ambient noise tomography algorithms to the Jupiter Ironstone, part of the Rover 1 deposit.

The result: ANT can accurately discriminate ironstone bodies at depth, opening up a new class of drill-ready targets across the Rover Mineral Field without traditional active-source seismic.

Watch the ANT video
Pathfinder · ANT targets Rover Project
Rover Project gravity-magnetic anomalies and ANT targets