Neu Horizon Uranium Limited · ASX:NHU
Neu Horizon Uranium — Investor Presentation (July 2026)
44 slides from Neu Horizon Uranium's investor presentation, Jul 7, 2026
Slide 1: Company Presentation
For personal use only COMPANY PRESENTATION District-Scale Uranium Exploration Across Sweden and Canada July 2026 This presentation has been approved by the CEO of Neu Horizon
Slide 2: Important Notice & Disclaimer
IMPORTANT NOTICE & DISCLAIMER This presentation is dated 4 May 2026 and has been prepared by Neu Horizon Uranium Limited (ACN 653 749 145) (“the Company”) and is provided for information purposes only. No reproduction or distribution of this material is permitted to companies or individuals outside
Slide 3: Investment Highlights
INVESTMENT HIGHLIGHTS • Large ~110,000 Ha landholding across 5 district-scale projects targeting high-grade structurally-controlled & black-shale hosted uranium deposits • Drill-ready targets over structurally-controlled uranium targets at Arvidsjaur Project with outcropping uranium mineralisation;
Slide 4: Board & Management Team
BOARD & MANAGEMENT TEAM M ARTIN HOLLAND ADAM WOOLDRIDGE Martin is a Sydney-based mining executive and businessman with over a decade Adam is a Geophysicist and Geologist with over 25 years of multi-commodity experience in M&A and corporate finance. Martin was previously CEO of Lithium exploration ex
Slide 5: Uranium Outlook
URANIUM OUTLOOK • Uranium Spot Price: Spot price for uranium is *US$86/lb as of the 2nd of May 2026. • Long-Term Outlook: Uranium and uranium equities outperformed broader commodity benchmarks and global equity markets over For personal use only the past five years, reflecting a structural supply de
Slide 6: Sweden
For personal use only SWEDEN
Slide 7: Swedish Uranium Projects
SWEDISH URANIUM PROJECTS ARVIDSJAUR (STRUCTURALLY-CONTROLLED URANIUM PROJECT) • 5 Exploration Permits covering >36,000Ha FINLAND • Located within the Arjeplog-Arvidsjaur-Sorsele uranium province where the Sveriges geologiska undersökning (Geological Survey of Sweden or 'SGU’) the national authority
Slide 8: Sweden Field Exploration Highlights
SWEDEN FIELD EXPLORATION HIGHLIGHTS HOTAGEN (STRUCTURALLY-CONTROLLED URANIUM PROJECT) • Drill-ready targets over the Stensjöån and Spjuttjärnen Targets that returned high-grade uranium mineralisation from localised boulder fields. • Large BlueSky potential immediately west over an unexplored area un
Slide 9: Canada
For personal use only CANADA
Slide 10: Athabasca Basin Uranium Projects
ATHABASCA BASIN URANIUM PROJECTS • Dominant land package: Pine >35,000Ha comprising the Spruce, Pine, Aspen Aspen and Fir Projects. Fir • Underexplored Northern Margin: Spruce • Historically underexplored as the Athabasca sediments were not present. • Recent Triple R and Arrow discoveries THE WOODS
Slide 11: New Frontier for Athabasca Uranium
NEW FRONTIER FOR ATHABASCA URANIUM • The Grease River Shear Zone is a major crustal-scale structural zone up to 7 km wide. Basement Geology • All major Athabasca Basin structural zones have seen significant exploration and drilling 430ppm U3O8 (Outcrop sample) apart from the GRSZ. Pine • Primarily t
Slide 12: Key Uranium Anomalies (from 2025 VTEM Survey)
KEY URANIUM ANOMALIES (FROM 2025 VTEM SURVEY) Legend Airborne spec: U/Th_ratio Higher U lithologies; NS Primary Magmatic Gamma spec survey delineated a trends; possible structurally Magmatic number of structurally controlled controlled U on terrane boundary Low U remobilisation uranium trends. High
Slide 13: Prominent EM Conductors (from 2025 VTEM Survey)
PROMINENT EM CONDUCTORS (FROM 2025 VTEM SURVEY) Legend VTEM survey identified a number of Structure prominent conductors associated with Major SZ Dyke the GRSZ – compelling Athabasca Fault Major fault basement uranium targets Layer LCI_res_topo_DOI_Isosurface_200 LCI_res_topo_DOI_Isosurface_400 LCI_
Slide 14: Fortune Bay Option Agreement to Acquire 80% of the Woods Project
FORTUNE BAY OPTION AGREEMENT TO ACQUIRE 80% OF THE WOODS PROJECT THE W OODS PROJECTS • Comprised of four projects, including Aspen (7 Mineral Dispositions), Spruce (4 Mineral Dispositions), Pine (9 Mineral Dispositions) and Fir (1 Mineral Disposition) covering >35,000Ha. • Projects provide a dominan
Slide 15: Growth Strategy
For personal use only Growth Strategy
Slide 16: 2025 Field Work Completed
2025 FIELD WORK COMPLETED ✓ Detailed interpretation of historical airborne geophysical data to delineate high-priority structures and radiometric anomalies (Q2-2025). ✓ Based on our improved understanding of the historical Swedish uranium deposits, identified and applied for 8 new exploration permit
Slide 17: Significant Near Term News Flow
SIGNFICANT NEAR TERM NEWS FLOW Woods Projects Q2 2026 Q3 2026 Q4 2026 Q1 2027 • 2-week site investigation to finalise drill targets Workstream • 1,000 – 1,500m Heli Core Drill Program May Jun Jul Aug Sep Oct Nov Dec Jan Feb Arvidsjaur Project • Core re-logging and sampling Woods Projects Target vali
Slide 18: Appendix - Swedish Projects
APPENDIX 1 - SWEDISH PROJECTS For personal use only
Slide 19: Swedish Projects
SWEDISH PROJECTS Arvidsjaur GULF OF BOTHNIA For personal use only NORWAY Vilhelmina NORWEGIAN SEA FINLAND Hotagen INSET MAP GULF OF BOTHNIA Krokom SWEDEN NORWAY Berg NORTH SEA LATVIA BALTIC SEA DENMARK LITHUANIA
Slide 20: Arvidsjaur Project
ARVIDSJAUR PROJECT • Primarily underlain by a variety of granites, including the red Sorsele granite, the light-grey Dacite / Suddesjaur porphyritic Avaviken granite and the uraniferous Rhyolite Revsund granite. Gabbro • These granites intruded into a package of Granite volcanics and lesser sediment
Slide 21: Arvidsjaur Boulder and Outcrop Samples
For personal use only Multiple uraniferous boulders discovered within a 250m x 250m area directly down ice of major deformation zone within the Njallejaure Outcropping uranium mineralisation sampled from NE- Target (Ravenberget Prospect). Results from three boulders trending shear zone reported over
Slide 22: Berg Project
BERG PROJECT • Typically underlain by Svecokarelian basement geology, affected pre- and during the Svecokarelian Orogeny at ~1.8-1.85Ma. Tonalite/ Granodiorite • Mostly comprised of plutonic rocks, typically granitoids that are ~1.6-1.9Ma in age, though successive generations of post-orogenic and Gi
Slide 23: Berg Project Shear Zone Photos
For personal use only Narrow uranium-bearing shear zone sampled over the Narrow uranium-bearing shear zone exposed along glaciated cliff Gillberget North Target. over the Hortesberget Prospect.
Slide 24: Hotagen Project
HOTAGEN PROJECT • Largely underlain by the Olden Granite, which outcrops over an area approximately 8 × 16 km, with the central part being the most Granite radioactive. The Olden Granite is a light-grey, Rhyolite medium- to coarse-grained and porphyritic composed of quartz, plagioclase, perthitic Sp
Slide 25: Hotagen Project Sample Photos
Highly uraniferous biotised fracture Uraniferous Olden granite outcrop within the Olden Granite. exposed over the Hotagen Project. For personal use only Highly uraniferous cataclastic granite boulder over the Stensjöån Target.
Slide 26: Vilhelmina Project
VILHELMINA PROJECT • The geology of the Vilhelmina Project is underlain by a sequence of thrusted and folded Arkose metasediments that experienced lower greenschist facies metamorphism. Vilhelmina North • The main target lithologies include the organic- rich Alum shales (dark grey) and most notably
Slide 27: 3D Geological Model
3D GEOLOGICAL MODEL • Completed an extensive car-borne radiometric survey over all 7 Vilhelmina Exploration Permits. Survey data was integrated with historical drill logs and drill radiometric data to create an updated 3D geological model of the Tåsjö Greywacke Exploration Target. • The results indi
Slide 28: Vilhelmina Alum Shale Photos
For personal use only Over 30 core holes located over NHU’s Vilhelmina Project Large exposure of Alum Shale with anomalous were surveyed using an Exploranium GR-130 MiniSpec spectrometer readings over 60cps on the RC-103 spectrometer. The uraniferous phosphoritic unit was spectrometer. observed in m
Slide 29: Krokom Project
KROKOM PROJECT • Typically underlain by Middle Cambrian to early Ordovician metasediments similar to those Rhyolite Granite underlying the Vilhelmina Project. However, this Amphibolite area is tectonically more complex owing to its Kälen location within the central part of the Swedish Hamborg Prospe
Slide 30: Krokom Alum Shale Photos
Large exposure of Alum Shale with anomalous Alum Shale exposed along a forestry track spectrometer readings over 2,000cps on the that locally reported readings over 3,000cps RS-230 spectrometer. on the RS-230 spectrometer. For personal use only
Slide 31: Appendix - Canadian Projects
APPENDIX 2 - CANADIAN PROJECTS For personal use only
Slide 32: Pine Project
PINE PROJECT • Total of 17,688 ha located approximately 430ppm U3O8 Hornblende biotite gneiss 30 km NE of the Athabasca Basin margin. (Outcrop sample) Granite, monzonite- SMDI #5370granodiorite • Overlies ~13 km strike length of the GRSZ, Up to 992ppm U3O8 (Outcrop sample) prospective for high-grade
Slide 33: Pine Project Anomalies and Conductors
Legend Ground Spec U assay 70 - 186 187 - 396 397 - 763 Airborne spec: U/Th_ratio Primary Magmatic Magmatic Low U remobilisation Series to moderate conductors associated High U remobilisation with GRSZ splays; proximal to intrusive Priority anomaly boundary; U anomalies and occurrences Conductors hi
Slide 34: Pine Project Sherika Trend Targets
Legend • Clear conductors associated with the Ground Spec U assay 70 - 186 Sherika trend on the margin of 187 - 396 397 - 763 uranium rich granite = pegmatite Intersection of trend with shear splays and elevated U Airborne spec: U/Th_ratio hosted U/REE targets Primary Magmatic Magmatic Low U remobil
Slide 35: Pine Project Pegmatite Photos
Secondary uranium mineralisation and limonite-staining Large outcrop of uranium-bearing pegmatite exposed over along surface of uraniferous pegmatite sampled over the the Pine Project. Pine Project. For personal use only
Slide 36: Spruce Project
SPRUCE PROJECT • Total of 6,855 ha located approximately 20 Granite, 200ppm eU3O8 over km NE of the Athabasca Basin margin. monzonite- 24.4m (Drill intersection) granodiorite Up to 1.6% U3O8 SMDI #3333 • Covers ~6.5 km strike length of the GRSZ, (Channel sample) prospective for high-grade basement-
Slide 37: Spruce Project Conductors and Targets
Legend • Prominent conductors Ground Spec U assay 1 - 69 associated with splays off the 70 - 186 GRSZ = priority targets for 187 - 396 Airborne spec: U/Th_ratio basement hosted Athabasca Weak to moderate conductor on Primary Magmatic terrane boundary; demagnetisation; style uranium Magmatic associat
Slide 38: Spruce Project Additional Conductors
Legend • Additional weak to moderate Ground Spec U assay 1 - 69 conductors along terrane boundaries 70 - 186 with associated evidence for uranium 187 - 396 397 - 763 mineralisation = targets for potential for 764 - 4434 Airborne spec: U/Th_ratio Beaverlodge-style uranium Primary Magmatic mineralisat
Slide 39: Spruce Project Sample Photos
Hematised and clay-altered sheared biotite-gneiss Historic trench excavated into uranium-bearing biotite- sampled over the Spruce Project. gneiss in the NE of the Spruce Project. For personal use only
Slide 40: Aspen Project
ASPEN PROJECT • Total of 9,869 ha located approximately 30 km NE of the Athabasca Basin margin. • Covers ~6 km strike length of the GRSZ, including major structural splays trending Biotite NE for up to 10km, which are prospective quartzofeldspathic for high-grade basement-hosted deposits. gneiss • A
Slide 41: Aspen Project Conductors and Targets
Legend Airborne spec: U/Th_ratio Primary Magmatic Magmatic Low U remobilisation High U remobilisation Priority anomaly Conductors moderate weak • NS trending conductors on Margins_boundaries Structure major terrane boundary Dyke with evidence for Fault For personal use only GRSZ anomalous uranium 4
Slide 42: Perron Lake, Aspen Project
Looking towards the north of Perron Lake within our Aspen Project. This lake is considered to have recorded the highest lake bottom uranium results in all of Saskatchewan based on the extensive lake sediment sampling program carried out by Uranerz in the 1970’s. For personal use only
Slide 43: Fir Project
FIR PROJECT • Total of 794 ha located approximately 10 km north of the Athabasca Basin margin. Retrogressed garnet • Pebble sample assayed 55.06% U3O8 (biotite)-feldspar gneiss (one of several radioactive pebbles found in a swamp area). 55% U3O8 (Pebble sample) For personal use only • Underexplored
Slide 44: Fir Project Pegmatite Photos
Th & REE-enriched garnet pegmatite hosted within biotite Highly radioactive garnet-rich pegmatite sampled over the quartzofeldspathic gneiss over the Fir Project. Fir Project. For personal use only
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