Tyee Project

Quebec, Canada

PROJECT HIGHLIGHTS

Prime Location in a World-Class District: Located within one of the most prospective titanium districts globally.^[1]
Geology: Mineralization at the Tyee Property is analogous to the world-class Lac Tio, & Rio Tinto, Mines.^[1]
Advanced Exploration Stage Project: The Project is drill-ready & benefits from substantial prior exploration.^[1]
Strong Regional Infrastructure: The region has seen over $700 million in critical-metals infrastructure investment since 2020, alongside completion of a $7 billion hydroelectric facility less than 10 km from the Project.^[2]
Proximity: Located just 65 kilometers north of the Lac Tio mine, the largest hard rock titanium ore mine in Canada, which produces approximately 3 MT of ore annually.^[3]
High-Priority Drill Targets Identified: Extensive historical geophysical work and high-grade surface samples of up to 36% TiO2 have yielded priority exploration targets on the project.^[1]

[1] 43-101 Technical Report on the Tyee Project – 2024
[2] power-eng.com/renewables/hydropower/
[3] iaac-aeic.gc.ca/050/evaluations/proj /80078
Mineralization hosted on adjacent or nearby properties is not necessarily indicative of mineralization on the Company’s property.

PROJECT OVERVIEW

District-scale 101.3 km2, titanium-focused land package located within the Havre-St-Pierre Anorthosite Complex.
One of the most prospective and infrastructure-advantaged titanium districts globally.
The Project includes the Big TiO, NS Trend, and East Nugget targets, which host high-grade titanium-vanadium-scandium mineralization supported by extensive historical geophysics and surface work.

Source: 43-101 Technical Report on the Tyee Project – 2024
Mineralization hosted on adjacent or nearby properties is not necessarily indicative of mineralization on the Company’s property.

GEOLOGY & HISTORICAL EXPLORATION

The Project is situated within the Havre-St-Pierre Anorthosite Complex, a Proterozoic intrusive suite known to host massive ilmenite-magnetite mineralization with associated vanadium and scandium enrichment. Mineralization styles at Tyee are consistent with known anorthosite-hosted titanium systems and are consistent with geological characteristics of anorthosite-hosted titanium systems.

Historical exploration across the Project included:

SkyTEM airborne EM surveying at 200 m line spacing
Identification of conductive and magnetic corridors
Extensive mapping, prospecting, and rock sampling
Confirmation of high-grade titanium mineralization at surface
Prioritization of drill targets supported by overlapping geophysical anomalies and high-grade surface sampling

This legacy work materially de-risks the Project and shortens the timeline to drilling.

Rock grab samples are selective by nature and may not represent the true underlying mineralization of the property.
All samples were collected and analyzed using industry standard procedures. Analytical work was completed by an independent accredited laboratory.

PROJECT TARGETS

Collectively, the Tyee Project hosts multiple high-quality, drill-ready titanium targets supported by extensive prior geophysics and surface validation.

BIG TiO

Grab samples averaging—35-36% TiO2
Large, coherent EM and magnetic signature
High-grade mineralization sampled at the northern and southern extents, with a coincident geophysical anomaly indicating an interpreted strike length of —1.4 km beneath shallow overburden
Strong candidate for bulk-tonnage hard-rock titanium exploration

NS TREND

Surface sampling confirms high-grade titanium mineralization over —900 m in the southern segment and —250 m in the northern segment
SkyTEM EM and magnetic data indicate a continuous corridor extending up to —2-3 km along strike
Considered a compelling drill target due to scale and geophysical continuity

EAST NUGGET

Grab samples averaging—35-36% TiO2
Compact but consistently high-grade titanium occurrence
Supported by a strong, focused geophysical anomaly
Well-defined target with potential to expand through targeted drilling and step-out work

Ilmenite is the principal ore of titanium and contains over 30% titanium by weight.

Grades of grab samples are up to 37.6% Titanium (TiO2), 42 g/t Scandium, 0.37% Vanadium (V2O5) and 0.26% Cr2O3.

PROJECT WORKPLAN

The Project is drill-ready & benefits from substantial prior exploration, and is in a Tier-1 jurisdiction.

Our Phase One exploration plan includes:

Validate and refine historical titanium vanadium horizons.
High resolution airborne magnetics, gravity and targeted EM over core claims.
Prioritize 2 to 4 initial drill targets.
Advance permitting in parallel for staged drilling.

Infrastructure & Operating Environment

The Project benefits from excellent regional infrastructure, including:

Proximity to the Romaine IV hydroelectric facility
Nearby rail and deep-water port at Havre-St-Pierre
Access to government-maintained roads
Established mining workforce and regulatory familiarity

The region’s long history of large-scale mining reduces execution and permitting risk relative to greenfield districts.

Tyee Project

Quebec, Canada

PROJECT HIGHLIGHTS

PROJECT OVERVIEW

GEOLOGY & HISTORICAL EXPLORATION

PROJECT TARGETS

PROJECT WORKPLAN

Romaine IV Hydroelectric Facility – Hydro Quebec

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