Amaroq Ltd. · LSE:AMRQ
Amaroq — Investor Presentation (2026)
14 slides from Amaroq's investor presentation, 2026
Slide 1: Minturn Introduction and 2025 Results
MINTURN INTRODUCTION AND 2025 RESULTS www.amaroqminerals.com | AIM: AMRQ; TSXV: AMRQ www.amaroqminerals.com | AIM: AMRQ; TSXV: AMRQ
Slide 2: Disclaimer and Technical Information
DISCLAIMER AND TECHNICAL INFORMATION The information contained herein has been provided solely for information purposes and does not purport to be comprehensive or contain all the information that may be required by recipients to evaluate Amaroq Ltd (the “Company”). The presentation and the informat
Slide 3: Minturn Highlights
MINTURN Highlights • Amaroq believe that Minturn represents a highly strategic opportunity, in which the discovery of a Kiruna-type IOCG system in this region would be of international significance, reinforcing Greenland’s prospectivity for large “critical mineral” deposits, beyond gold and adding a
Slide 4: Location: Position within the Geological Framework of Greenland
MINTURN LOCATION Position within the Geological Framework of Greenland MINTUN GR AVUT EENLAND UN Located in Northwest Greenland, within the N Inglefield Land region, an underexplored but highly prospective segment of the Greenland Shield. Minturn sits within the Etah Group and Etah Meta- Igneous Com
Slide 5: Minturn Location
MINTURN LOCATION Highlights (C anada) nglefield Land Islan d I mere lles E The Minturn licence is located ~50 minutes flight from the town of Qaanaaq and 220km Area 4 North of the US Pituffik Space base within an Area 1 area known as Inglefield Land. The geological setting of this area is considered
Slide 6: Data: Geophysical Coverage
MINTURN DATA Geophysical Coverage • Airborne Magnetic Gradiometry & Gravity (2010 – Sander Geophysics): High- resolution survey with 100 m line spacing, flown East–West. Magnetic data provides good structural definition, while gravity data is locally noisy, partly due to steep terrain effects. • Air
Slide 7: Magnetic Data - Reprocessing & Interpretation
MINTURN DATA Magnetic Data - Reprocessing & Interpretation Multiple airborne magnetic datasets cover the Minturn area, including high-resolution N surveys with 100 m line spacing. Amaroq has reprocessed and re-levelled the historic magnetic data, significantly improving 2 signal clarity and continui
Slide 8: Electromagnetics (EM) Data
MINTURN DATA Electromagnetics (EM) Data Regional airborne EM data defines a N continuous conductive corridor running parallel to the main magnetic anomaly. The 2 spatial relationship between the EM and magnetic features suggests distinct but related components of the same mineral system. The magneti
Slide 9: Results: Surface Sampling
MINTURN RESULTS Surface Sampling 69.53% Fe Rock chip samples were collected from 66.97% Fe 66.24% Fe N magnetite-rich outcrop and float across the core of the magnetic anomaly. Sampling targeted 2 massive to semi-massive magnetite, iron oxide breccias, and zones of strong iron oxide alteration. The
Slide 10: What This Means – DSO & DRI Optionality
MINTURN RESULTS What This Means – DSO & DRI Optionality Fe (%) SiO2 (%) P2O5(%) S (%) Al2O3(%) V2O5 (%) Very high iron grades (up to ~69.5% Fe) and low Max 69.53 4.11 0.51 0.003 1.06 0.44 silica and alumina indicate potential suitability for Direct Shipping Ore (DSO) in parts of the Min 66.24 0.30 0
Slide 11: Results: Surface Sampling (Ionic Leach Soil)
MINTURN RESULTS Surface Sampling EM data draped across topography and the inverted magnetic standard susceptibility (0.05 magnetic susceptibility isosurface) and ILAu (ppm) the 95% Ionic leach soil geochemistry was used percentile of the IL Au align with the EM anomalous to detect subtle metal dispe
Slide 12: Provisional Geochemical Interpretation
MINTURN RESULTS Provisional Geochemical Interpretation Geochemical results from the 2025 Minturn programme indicate a hydrothermal origin for the mineralisation.Very high iron grades, combined with generally low silica and alumina, are inconsistent with a purely magmatic Fe–Ti–V system and instead r
Slide 13: Next Steps: Planning for 2026 and Beyond
NEXT STEPS Planning for 2026 and Beyond The 2026 programme is designed to determine whether Minturn represents a large, economically significant IOCG system. • Scout drilling in 2026 to test priority targets for Cu–Au mineralisation, guided by integrated magnetic, EM and geochemical datasets • Expan
Slide 14: Contact Us
www.amaroqminerals.com www.amaroqminerals.com CONTACT US AMAROQ LTD 100 King Street West, Suite 3400, 1 First Canadian Place, Toronto, Ontario, M5X 1A4, Canada Eldur Olafsson, Chief Executive Officer AIM, TSXV, Nasdaq: AMRQ AIM, TSXV, Nasdaq: AMRQ