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    Home»Global News

    New Targets on the Wyloo Gold – Silver – Antimony Challenge for Maiden Drill Program – Worldwide Dispatch

    Admin - Shubham SagarBy Admin - Shubham SagarFebruary 10, 2026Updated:February 10, 2026 Global News No Comments26 Mins Read
    New Targets on the Wyloo Gold – Silver – Antimony Challenge for Maiden Drill Program – Worldwide Dispatch
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    HIGHLIGHTS

    • Extremely encouraging exploration outcomes have been obtained from the Wyloo Challenge, confirming a number of excessive precedence targets.
    • A robust multielement soil anomaly has been outlined over Wyloo SE, the place a polymetallic vein system has beforehand been outlined by Novo, together with peak soil values of 57.2 ppm Ag, 142 ppm Sb, 1,440 ppm As, 2,180 ppm Zn and 1,530 ppm Pb. The anomaly stays open undercover to the SW and NE.
    • Observe-up exploration on the high-order Sb stream anomaly at Wyloo SW has outlined a goal space of two.5 km x 800 m with peak stream sediment results of 19.9 ppm Sb and a multielement affiliation of Sb-As-Cu-Pb-Zn.
    • Each Wyloo SE and SW prospects lie inside the core of the Wyloo anticline, within the SE flank of the Wyloo Dome, which types a basement excessive inside the Ashburton Basin. The Paulsons gold deposit lies within the NE a part of the Wyloo Dome, roughly 40 km WNW of Wyloo.
    • A heritage survey is scheduled for March to offer entry for RC drilling deliberate to check the Wyloo SE space in Q2 2026.
    • The maiden drill program at Wyloo SE, of roughly 1,500 m, is deliberate to check the high-grade polymetallic vein system, potential for stratabound mineralisation and a big fault zone instantly south of the principle goal space.

    Photo during reconnaissance at Wyloo SE, looking southwest from the mapped rhyolite dome.

    Photograph throughout reconnaissance at Wyloo SE, trying southwest from the mapped rhyolite dome.

    PERTH, Australia, Feb. 09, 2026 (GLOBE NEWSWIRE) — Novo Assets Corp. (Novo or the Firm) (ASX: NVO) (TSX: NVO) (OTCQB: NSRPF) is happy to offer an replace on the Wyloo Challenge, together with latest exploration outcomes and ahead work program. This features a heritage survey in March adopted by a maiden RC program of some 1,500 m deliberate for Q2 2026 and designed to check the Wyloo SE polymetallic vein system.

    Commenting on the Firm’s exploration outcomes and deliberate RC drilling, Mike Spreadborough, Govt Co-Chairman and Performing Chief Govt Officer, stated: “The outcomes from Wyloo SE proceed to impress, with latest soil sampling defining a powerful, open-ended multielement anomaly over a recognized polymetallic vein system. These outcomes improve our confidence within the scale and prospectivity of the goal, and we’re very excited concerning the conducting the maiden drill program into this compelling goal.

    Moreover, follow-up stream sediment sampling at Wyloo SW has expanded and strengthened the unique stream sediment anomaly and has elevated Wyloo SW to a drill-ready prospect. This reinforces the broader potential of the Wyloo Challenge, with a number of targets now rising for systematic drill testing.”

    Figure 1: Novo Pilbara and Onslow District tenure showing significant prospects and location of the Wyloo Project in the southern Pilbara.

    Determine 1: Novo Pilbara and Onslow District tenure displaying important prospects and site of the Wyloo Challenge within the southern Pilbara.

    Regional Setting

    The Wyloo challenge space covers two exploration tenements within the southern Pilbara (Determine 1). The Wyloo SE and SW prospects lie inside the core of the Wyloo anticline, within the SE flank of the Wyloo Dome, which types a basement excessive inside the Ashburton Basin. It’s a dynamic tectonic setting, with the regional Nanjilgardy Fault simply 5 km south of the prospect. The Paulsons gold deposit lies within the NE a part of the Wyloo Dome, roughly 40 km WNW of Wyloo SE.

    Background 1, 2

    Two important antimony anomalies had been positioned by Novo within the SE a part of Wyloo tenement E47/4213 throughout routine stream sediment sampling in 2023.

    Reconnaissance exploration on the eastern-most anomaly recognized a zone of quartz-sulphide veining with anomalous antimony, silver, gold and base metals, at Wyloo SE (Determine 2). Seven rock chip samples yielded peak assay outcomes of 387 g/t Ag, 0.38% Sb, 5.0% Pb, 1.6% Zn, 2.4% Cu and 0.52 g/t Au1.

    Observe-up work in mid-2025 included detailed structural and regolith mapping and rock chip sampling. The latter focussed on the ENE trending vein array dipping 60 diploma to the ESE for over 130 m strike and trending below cowl to the SW and NE. The principle vein array outcrop is as much as 7 metres thick, with footwall/hangingwall zones of intense sulphide, alteration and quite a few anastomsing veins; and is as much as 18 m vast the place uncovered at floor. Rock chip sampling additional enhanced the goal and yielded most values of 482 g/t Ag, 1.29% Sb, 9.7% Pb, 16% Zn and 0.93 ppm Au 2. A number of samples assayed at higher than 7% Zn.

    Figure 2

    Determine 2: Beforehand launched peak rock chip outcomes on the Wyloo SE prospect and geology (outcrop mapping), highlighting important Ag, Sb, Au, Cu, Zn and Pb outcomes from the principle vein array. A lot of the goal space solely poorly outcrops (refer Determine 3 for geological setting).1,2

    Mapping at Wyloo SE has highlighted a dynamic geological setting (Determine 3):

    • The vein array is positioned on the flank of an interpreted rhyolite dome;
    • The vein array is parallel to a big fault zone (the Tasha Fault) to the rapid southeast;
    • Presence of a number of subvolcanic intrusions together with quartz-eye porphyry with disseminated malachite ex-sulphide (word – outcrop too small to delineate at this scale) and rhyodacite-quartz porphyry;
    • Jasperoidal lenses containing disseminated sulphides are both substitute or exhalitive.

    Wyloo Challenge New Outcomes

    Latest work features a soil grid over the Wyloo SE vein system and surrounds; and detailed infill stream sediment sampling, rock chip sampling and mapping at Wyloo SW.

    This latest exploration has considerably enhanced the potential of the challenge, offered new targets and has allowed interpretation of a number of targets able to drill in Q2 2026.

    Wyloo SE

    100 and sixty two (162) minus 80 mesh soil samples had been taken at a 40 x 20 m spacing over the goal space to check for mineralisation outdoors the apparent vein array outcrops. Sampling was restricted in locations by important colluvial cowl to the west and southwest, and by alluvium alongside the Tasha Fault from the south to the northeast.

    A robust multielement soil anomaly has been outlined over 150 m strike tending parallel to stratigraphy and crosscutting the principle vein array, suggesting a stratigraphic management to the anomany and goal. Peak soil values embody 57.2 ppm Ag, 142 ppm Sb, 1,440 ppm As, 2,180 ppm Zn and 1,530 ppm Pb. Multielement anomalies are zoned, typically development WNW parallel to the rhyolitic volcanic stratigraphy and are open below cowl (Determine 3).

    Discuss with Appendix 1 for full outcomes.

    Figure 3

    Determine 3, Wyloo SE highlighting geology, soil geochemistry (Sb ppm) and structural setting. Soil anomalies are open below colluvium to the west and alluvium alongside the Tasha Fault Zone to the east-northeast. The multielement anomalies development NE to E-W, indirect to the principle vein array. White dashed polygon reveals subject of view close-up from Determine 2.

    Maiden drilling at Wyloo SE is deliberate to focus on:

    1. The principle ENE trending polymetallic vein array
    1. The Tasha Fault zone, additionally trending ENE
    2. The WNW trending stratigraphy, significantly on the intersection and within the neighborhood of the sulphide bearing quartz-eye porphyry.

    Wyloo SW

    Fifty 4 (54) stream sediment samples had been collected on the Wyloo SW prospect, focusing on first to third-order creeks to outline the supply of the present stream sediment anomaly in an space of serious transported sheetwash cowl.

    This follow-up exploration has outlined a goal space of two.5 km x 800 m with peak stream sediment values of 19.9 ppm Sb and 57 ppm As and a multielement affiliation of Sb-As-Cu-Pb-Zn (Determine 4). Discuss with Appendix 2 for full outcomes.

    Focused selective rock chip sampling was accomplished over areas of outcrop, with 53 rock chip samples collected throughout the prospect space, focusing on outcrop zones of alteration and potential quartz veining. Discuss with Appendix 3 for full outcomes.

    Inside the newly outlined 2.5 km x 800 m goal space, solely 2 small zones of outcrop are uncovered in and adjoining to a NW trending creek. One of many zones is characterised by sturdy shearing containing a mixture of schistose lithologies, vein arrays and carbonate alteration. Outcomes from rock chip sampling spotlight elevated Sb, As, Zn and Cu in outcrop, with peak outcomes of 570 ppm As, 526 ppm Cu, 431 ppm Zn and 26 ppm Sb. While these outcomes are low tenor, they clearly point out {that a} mineralising system is current. Observe-up work is requirted to outline the supply of the stream sediment anomaly.

    Figure 4

    Determine 4 Wyloo tenure displaying excessive order stream sediment antimony anomalies within the southern sector of the tenement, together with lately obtained knowledge for the Wyloo SW anomaly

    Ahead Program

    A maiden drilling program at Wyloo SE is deliberate for Q2 2026 pending heritage surveys scheduled for early March. Drilling will goal the ENE trending vein array, the Tasha Fault Zone and soil anomalies parallel to stratigraphy. Sectional drilling will take a look at the vertical metallic zonation of the polymetallic system, grade and width of the mineralisation and potentail plunge of the goal.

    Additional work at Wyloo SW would require broad sectional drilling utilizing both AC or RC drilling to check beneath the 1 – 3 m thick sheetwash colluvial cowl.

    Authorised for launch by the Board of Administrators.

    CONTACT

    Buyers:
    Mike Spreadborough
    +61 8 6400 6100
    data@novoresources.com
    North American Queries:
    Leo Karabelas
    +1 416 543 3120
    leo@novoresources.com
    Media:
    Cameron Gilenko
    +61 466 984 953
    cameron.gilenko@sodali.com


    QP STATEMENT

    Mrs. Karen (Kas) De Luca (MAIG), is the certified particular person, as outlined below Nationwide Instrument 43-101 Requirements of Disclosure for Mineral Tasks, answerable for, and having reviewed and accredited, the technical data contained on this information launch. Mrs De Luca is Novo’s Basic Supervisor Exploration.

    JORC COMPLIANCE STATEMENT

    New Exploration Outcomes

    The knowledge on this information launch that pertains to exploration outcomes at Novo’s Pilbara tenure relies on data compiled by Mrs De Luca, who’s a full-time worker of Novo Assets Corp. Mrs De Luca is a Competent One who is a member of the Australian Institute of Geoscientists. Mrs De Luca has ample expertise that’s related to the model of mineralisation and the kind of deposits into consideration and to the exercise being undertaken to qualify as a Competent Particular person as outlined within the 2012 Version of the ‘Australasian Code for Reporting of Exploration Outcomes, Mineral Assets and Ore Reserves’. Mrs De Luca consents to the inclusion within the report of the issues based mostly on her data within the type and context during which it seems.

    Earlier Exploration Outcomes

    The knowledge on this information launch that pertains to beforehand reported exploration outcomes at Novo’s Pilbara tenure is extracted from the Firm’s ASX bulletins referred to in endnotes 1 and a couple of, every of which is offered to view at www.asx.com.au. The Firm confirms that it’s not conscious of any new data or knowledge that materially impacts the knowledge included within the authentic market bulletins and that each one materials assumptions and technical parameters underpinning the estimates available in the market bulletins proceed to use and haven’t materially modified. The Firm confirms that the shape and context during which the competent individuals findings are introduced haven’t been materially modified from the unique market bulletins.

    FORWARD-LOOKING STATEMENTS

    Some statements on this information launch could comprise “forward-looking statements” inside the which means of Canadian and Australian securities legislation and rules. On this information launch, such statements embody however are usually not restricted to deliberate exploration actions and the timing of such. These statements deal with future occasions and circumstances and, as such, contain recognized and unknown dangers, uncertainties and different elements which can trigger the precise outcomes, efficiency or achievements to be materially totally different from any future outcomes, efficiency or achievements expressed or implied by the statements. Such elements embody, with out limitation, customary dangers of the useful resource {industry} and the danger elements recognized in Novo’s annual data type for the 12 months ended December 31, 2024 (which is offered below Novo’s profile on SEDAR+ at www.sedarplus.ca and at www.asx.com.au) within the Firm’s prospectus dated 2 August 2023 which is offered at www.asx.com.au. Ahead-looking statements communicate solely as of the date these statements are made. Besides as required by relevant legislation, Novo assumes no obligation to replace or to publicly announce the outcomes of any change to any forward-looking assertion contained or integrated by reference herein to replicate precise outcomes, future occasions or developments, modifications in assumptions or modifications in different elements affecting the forward-looking statements. If Novo updates any forward-looking assertion(s), no inference must be drawn that the Firm will make extra updates with respect to these or different forward-looking statements.

    ABOUT NOVO

    Novo is an Australian based mostly gold explorer listed on the ASX and the TSX focussed on discovering standalone gold and copper tasks with > 1 Moz improvement potential. Novo is an revolutionary explorer with a big land bundle masking roughly 4,160 sq. kilometres within the Pilbara area of Western Australia, together with the 22 sq. kilometre Belltopper challenge within the Bendigo Tectonic Zone of Victoria. Along with the above, Novo is a part of two potential farm in agreements in New South Wales.

    Novo’s key challenge space within the Pilbara is the Egina Gold Camp, the place Northern Star Assets Restricted is farming-in to type a JV on the Becher Challenge and surrounding tenements by exploration expenditure of A$25 million for a 50% curiosity. The Becher Challenge has comparable geological traits to Northern Star’s 13.6 Moz Hemi Challenge#. Novo can also be advancing gold exploration south of Becher on the Teichman Challenge within the Egina Gold Camp, a part of the Croydon JV (Novo 70%: Creasy Group 30%). Novo continues to undertake early-stage exploration elsewhere throughout its Pilbara tenement portfolio.

    Novo has additionally shaped a lithium three way partnership with SQM within the Pilbara which gives shareholder publicity to battery metals.

    Novo has strengthened its high-quality, Australian based mostly exploration portfolio by including the TechGen John Bull Gold Challenge within the New England Orogen of NSW, and Manhattan Corp. Restricted Tibooburra Gold Challenge within the Albert Goldfields in northwestern NSW. Each tasks reveal prospectivity for important discovery and useful resource definition and align with Novo’s technique of figuring out and exploring tasks with > 1 Moz Au potential. These high-grade gold tasks praise the landholding consolidation that types the Toolunga Challenge within the Onslow District in Western Australia.

    Novo has a big funding portfolio and a disciplined program in place to establish worth accretive alternatives that may construct additional worth for shareholders.

    Please discuss with Novo’s web site for additional data together with the newest company presentation.

    Please refer to Novo’s website for further information including the latest corporate presentation.

    #Discuss with De Gray’s ASX Announcement, Hemi Gold Challenge mineral Useful resource Estimate (MRE) 2024, dated 14 November 2024. No assurance could be given {that a} comparable (or any) commercially viable mineral deposit can be decided at Novo’s Becher Challenge.

    Appendix 1: Wyloo SE new -80# soil pattern outcomes for Au, Ag, As, Cu, Pb, Sb, and Zn, related to the mineralisation model and reported on this launch. All co-ordinates are in GDA2020 zone 50.

    Pattern
    ID
    Easting
    (m)
    Northing
    (m)
    Peak
    (m)
    Au
    (ppb)
    Ag
    (ppm)
    As
    (ppm)
    Cu
    (ppm)
    Pb
    (ppm)
    Sb
    (ppm)
    Zn
    (ppm)
    J1502b 457948 7482762 296 7 0.0 37 50 11 5.1 130
    J1503b 457960 7482747 298 2 0.1 37 56 13 6.5 62
    J1501b 457934 7482778 295 2 0.3 25 45 12 4.4 103
    J1504b 457974 7482732 303 4 0.2 57 55 16 6.6 71
    J1506b 457999 7482701 302 2 1.2 174 272 63 41.5 112
    J1505b 457987 7482716 307 1 0.1 67 65 20 10.3 119
    J1509b 458043 7482712 296 1 0.1 47 44 31 5.3 79
    J1511b 458016 7482743 297 3 0.1 42 38 11 3.4 106
    J1512b 458005 7482756 296 0 0.1 31 51 11 2.8 115
    J1513b 457991 7482773 292 1 0.1 28 53 10 2.5 131
    J1521b 457913 7482865 292 2 0.2 72 107 11 7.3 40
    J1507b 458012 7482686 297 1 1.1 205 120 106 34.0 110
    J1508b 458026 7482672 295 2 0.2 47 66 14 11.7 104
    J1510b 458030 7482727 295 1 0.1 27 34 14 3.9 60
    J1524b 457944 7482890 295 3 0.1 60 56 13 18.4 53
    J1525b 457957 7482875 296 2 0.2 60 80 12 16.8 50
    J1526b 457970 7482860 301 2 1.3 18 76 11 8.9 61
    J1514b 457978 7482788 291 1 0.0 18 36 9 2.8 118
    J1516b 457966 7482803 293 1 0.1 17 43 9 2.7 139
    J1517b 457953 7482819 293 2 0.3 49 51 9 3.2 128
    J1527b 457983 7482845 302 1 0.3 18 61 11 5.7 49
    J1528b 457995 7482829 301 0 0.2 18 38 10 3.1 59
    J1530b 458022 7482799 301 0 0.0 35 85 8 4.2 28
    J1518b 457938 7482834 291 2 0.1 31 79 13 4.8 101
    J1519b 457927 7482849 292 1 0.1 88 68 11 8.0 56
    J1522b 457900 7482880 294 0 0.1 36 44 11 7.7 46
    J1531b 458036 7482783 301 5 0.3 34 161 9 3.1 126
    J1534b 458074 7482737 300 3 0.2 41 54 22 4.7 46
    J1536b 458087 7482722 300 0 0.0 63 71 30 10.8 48
    J1523b 457930 7482906 297 0 0.0 28 30 12 11.5 48
    J1529b 458009 7482813 300 1 0.1 29 71 9 3.8 50
    J1532b 458047 7482768 301 2 0.0 33 35 12 3.1 81
    J1537b 458098 7482707 299 4 0.0 74 108 46 12.4 63
    J1538b 458113 7482692 300 4 0.1 60 78 19 7.1 104
    J1541b 458207 7482641 303 1 0.1 28 53 8 5.2 85
    J1533b 458061 7482752 301 2 0.2 39 37 17 3.8 51
    J1539b 458123 7482676 302 1 0.0 59 73 18 8.3 109
    J1540b 458138 7482660 300 1 0.2 43 71 9 9.6 123
    J1542b 458195 7482656 303 0 0.1 25 47 8 5.1 77
    J1543b 458180 7482672 302 2 0.1 32 49 8 4.6 102
    J1552b 458077 7482794 306 1 0.0 32 46 11 3.1 58
    J1544b 458169 7482687 302 2 0.1 49 127 10 3.6 121
    J1546b 458156 7482702 303 3 0.3 43 102 27 6.8 99
    J1547b 458142 7482717 302 7 0.2 79 82 17 7.0 94
    J1553b 458065 7482809 306 1 0.1 31 56 10 2.7 47
    J1555b 458108 7482820 313 2 0.0 71 56 8 3.9 19
    J1557b 458134 7482789 303 1 0.0 38 47 14 4.4 32
    J1548b 458130 7482733 304 7 0.2 66 68 40 9.3 80
    J1549b 458117 7482748 303 1 0.0 77 81 44 13.5 53
    J1550b 458103 7482763 304 4 0.1 49 93 33 6.1 42
    J1559b 458161 7482758 303 12 0.2 77 60 43 10.3 70
    J1560b 458173 7482743 302 6 0.1 67 74 20 9.0 79
    J1561b 458185 7482727 302 27 0.1 51 137 25 7.0 83
    J1551b 458091 7482778 304 2 0.1 38 47 14 3.5 36
    J1554b 458095 7482834 316 0 0.1 22 37 8 2.9 23
    J1556b 458121 7482805 308 1 0.1 37 42 10 2.9 29
    J1564b 458226 7482682 310 2 0.0 12 42 7 2.4 55
    J1566b 458238 7482667 305 0 0.0 13 42 7 3.1 54
    J1567b 458251 7482651 299 10 0.0 22 47 8 3.6 64
    J1558b 458147 7482774 302 9 0.1 49 64 48 10.2 52
    J1562b 458200 7482713 303 1 0.1 43 152 6 2.6 118
    J1563b 458211 7482697 306 0 0.1 29 49 7 3.3 105
    J1569b 458319 7482632 300 1 0.1 67 45 10 12.7 63
    J1571b 458294 7482661 296 1 0.1 41 55 9 6.7 69
    J1573b 458267 7482692 301 1 0.0 21 38 7 3.6 52
    J1568b 458307 7482646 301 9 0.1 42 42 10 7.8 61
    J1572b 458282 7482677 298 1 0.0 26 55 9 3.7 84
    J1575b 458241 7482723 307 0 0.1 32 52 8 5.9 86
    J1574b 458256 7482708 304 1 0.1 25 40 7 5.4 55
    J1576b 458229 7482738 303 0 0.1 32 54 9 3.4 97
    J1578b 458204 7482768 304 8 0.3 95 102 29 9.0 82
    J1577b 458217 7482754 304 5 0.3 91 95 30 12.8 86
    J1579b 458191 7482784 305 11 0.2 72 83 30 10.1 62
    J1581b 458165 7482815 297 1 0.1 28 46 19 3.9 39
    J1580b 458179 7482800 291 12 0.2 68 80 45 12.0 56
    J1584b 458126 7482861 314 2 0.1 46 50 13 5.0 43
    J1586b 458114 7482876 314 1 0.1 30 48 10 3.7 36
    J1582b 458152 7482829 300 2 0.1 39 56 17 3.3 35
    J1583b 458139 7482845 305 0 0.0 31 35 11 2.9 27
    J1590b 458158 7482887 304 5 0.1 24 47 14 3.7 38
    J1587b 458083 7482850 323 1 0.0 36 30 10 2.9 32
    J1588b 458053 7482824 309 1 0.1 29 68 10 2.6 36
    J1589b 458145 7482902 304 1 0.0 24 45 12 3.7 68
    J1591b 458170 7482871 302 2 0.1 24 43 22 3.2 40
    J1594b 458208 7482825 302 5 0.1 67 65 35 11.8 44
    J1596b 458221 7482810 302 2 0.1 46 77 30 7.3 58
    J1592b 458182 7482856 301 7 0.2 23 54 71 4.1 42
    J1593b 458196 7482841 301 1 0.1 53 88 50 9.5 43
    J1599b 458260 7482765 303 7 0.2 75 90 28 10.5 68
    J1597b 458235 7482795 303 5 0.2 51 90 38 9.6 73
    J1598b 458247 7482779 307 6 0.3 66 96 28 7.7 68
    J5309 457882 7482654 295 0 1.4 612 35 80 75.5 134
    J1600b 458272 7482749 304 1 0.1 78 103 22 7.3 84
    J5308 457894 7482639 296 1 1.0 939 30 57 47.9 106
    J5314 457816 7482731 292 2 0.2 219 88 16 20.7 62
    J5310 457869 7482668 295 2 6.2 475 51 102 110.0 195
    J5311 457856 7482685 295 0 0.4 501 110 40 81.8 187
    J5312 457841 7482700 295 0 0.0 461 64 18 47.7 70
    J5313 457830 7482715 294 0 0.0 260 57 21 30.1 59
    J5316 457804 7482745 291 2 0.2 315 50 16 17.9 57
    J5317 457793 7482761 289 3 0.0 177 64 15 15.0 65
    J5319 457810 7482802 290 1 0.0 263 66 17 17.8 62
    J5322 457835 7482772 296 0 0.1 215 57 15 14.5 55
    J5328 457912 7482679 300 1 0.8 224 116 59 89.8 222
    J5318 457780 7482776 289 105 0.1 110 39 13 11.6 52
    J5321 457825 7482787 293 1 0.0 317 61 15 14.1 55
    J5323 457847 7482757 293 1 0.0 299 36 12 17.6 43
    J5329 457924 7482663 302 1 57.2 1440 82 1530 142.0 255
    J5334 457956 7482690 304 0 0.2 376 474 16 111.5 162
    J5339 457904 7482752 292 16 0.1 97 100 12 18.6 72
    J5341 457878 7482782 294 7 0.5 291 64 11 12.6 63
    J5344 457840 7482828 292 1 0.1 196 95 14 7.9 56
    J5346 457869 7482854 291 1 0.1 77 68 12 5.3 84
    J5347 457882 7482839 292 0 0.0 103 34 9 5.9 75
    J5359 458201 7482897 303 2 0.1 36 54 24 5.4 41
    J5360 458188 7482912 305 4 0.2 30 73 24 4.4 51
    J5361 458176 7482927 303 1 0.0 24 39 16 3.2 39
    J5363 458217 7482938 304 1 0.1 40 65 26 6.6 39
    J5364 458231 7482923 308 1 0.0 41 81 27 7.2 33
    J5366 458244 7482907 306 2 0.2 44 56 23 7.6 36
    J5367 458257 7482892 303 4 0.2 59 67 29 9.2 42
    J5371 458295 7482847 310 7 0.3 93 138 54 10.8 63
    J5324 457861 7482741 295 1 0.1 391 70 16 22.4 67
    J5325 457872 7482726 296 0 0.0 254 113 15 30.2 71
    J5326 457888 7482711 296 1 0.2 446 125 24 41.2 93
    J5373 458321 7482816 307 5 0.2 56 62 23 12.4 52
    J5374 458353 7482841 312 1 0.2 32 58 20 8.4 52
    J5375 458341 7482856 316 1 0.1 34 47 19 4.9 52
    J5376 458326 7482872 309 9 0.2 38 81 27 7.1 55
    J5377 458313 7482887 305 0 0.1 45 68 25 7.9 49
    J5380 458275 7482933 305 1 0.0 51 61 21 8.8 36
    J5327 457899 7482695 299 1 0.1 197 153 27 44.0 103
    J5330 457939 7482650 304 0 1.8 422 50 148 79.0 2180
    J5331 457909 7482624 297 1 1.8 465 61 26 24.7 634
    J5332 457981 7482660 297 4 5.2 401 123 197 101.0 1290
    J5333 457969 7482675 301 2 1.0 349 125 204 120.5 305
    J5336 457944 7482706 302 2 0.2 268 167 20 34.5 82
    J5381 458262 7482949 302 1 0.0 37 84 16 5.7 37
    J5382 458248 7482963 305 3 0.1 37 62 23 5.3 38
    J5383 458234 7482978 300 3 0.1 42 87 38 6.3 36
    J5337 457929 7482721 300 0 0.0 95 95 12 22.8 91
    J5338 457918 7482737 297 1 0.1 56 93 16 20.5 65
    J5340 457891 7482766 290 10 0.2 337 83 11 20.4 67
    J5342 457867 7482797 293 0 0.1 1030 55 15 17.6 68
    J5343 457852 7482813 291 0 0.0 296 57 10 14.0 75
    J5348 457897 7482824 291 0 0.0 140 38 10 4.8 107
    J5349 457909 7482809 293 1 0.1 42 47 12 4.1 102
    J5350 457923 7482792 295 2 0.1 38 59 11 4.5 139
    J5351 458303 7482776 305 1 0.2 70 106 15 5.1 135
    J5352 458290 7482790 309 19 0.2 73 82 17 7.8 94
    J5353 458278 7482805 312 7 0.1 123 90 22 7.6 74
    J5354 458266 7482820 308 3 0.2 62 83 30 8.9 50
    J5355 458251 7482836 307 2 0.1 59 66 31 10.2 50
    J5356 458239 7482851 304 3 0.2 75 65 34 10.3 53
    J5357 458226 7482866 304 5 0.2 71 241 93 11.9 46
    J5358 458214 7482882 302 0 0.1 49 73 28 8.3 39
    J5362 458206 7482953 303 2 0.0 38 62 20 5.9 36
    J5368 458270 7482877 306 2 0.1 71 63 28 9.3 50
    J5369 458282 7482862 306 4 0.1 79 63 31 9.7 49
    J5372 458308 7482832 312 11 0.3 72 107 27 12.2 36
    J5378 458300 7482899 302 5 0.2 44 77 25 6.7 48
    J5379 458288 7482918 302 12 0.5 48 104 26 5.5 26


    Appendix 2: Wyloo new stream sediment pattern outcomes for Au, Ag, As, Cu, Pb Sb, and Zn, related to the mineralisation model and reported on this launch. All co-ordinates are in GDA2020 zone 50.

    Pattern
    ID
    Easting
    (m)
    Northing
    (m)
    Peak
    (m)
    Au
    (ppm)
    Ag
    (ppm)
    As
    (ppm)
    Cu
    (ppm)
    Pb
    (ppm)
    Sb
    (ppm)
    Zn
    (ppm)
    BL0001 450821 7483293 248 0 0 27 49 19 6.6 101
    BL0002 450821 7483377 248 0.01 0 18 59 12 3.8 109
    BL0003 451043 7483614 246 0 0 50 69 24 11.7 144
    BL0004 451215 7483634 245 0 0 28 50 19 6.7 104
    BL0005 451120 7483396 246 0 0 24 57 15 6.3 126
    BL0006 451184 7483269 243 0.06 0.04 40 58 24 11.8 130
    BL0007 451143 7483266 245 0.03 0 29 48 20 8.4 110
    BL0008 451104 7483258 245 0 0 32 48 21 9.0 111
    BL0009 451022 7483298 243 0 0.07 31 53 21 9.8 125
    BL0010 450968 7483287 242 0.03 0.17 20 43 15 4.6 85
    BL0011 452290 7483617 250 0 0 12 40 12 3.1 75
    BL0012 452286 7483675 248 0 0.03 47 72 26 10.0 147
    BL0013 452160 7483672 249 0 0 49 77 28 11.5 164
    BL0014 452118 7483481 249 0 0.06 22 58 11 5.8 127
    BL0016 452232 7483359 253 0.01 0 20 62 11 4.5 128
    BL0017 452238 7483396 256 0.06 0 33 67 16 8.9 156
    BL0018 452909 7483774 253 0 0.08 6 48 13 1.4 78
    BL0019 452800 7483777 251 0 0 13 57 20 1.4 70
    BL0021 452652 7483748 253 0 0.19 25 84 36 4.4 100
    BL0022 452559 7483635 250 0 0.09 36 54 21 9.5 123
    BL0023 453607 7483449 259 0 0 6 38 11 1.0 64
    BL0024 453291 7482979 262 0 0 23 63 11 6.7 144
    BL0025 453219 7483084 261 0 0 55 93 23 14.1 189
    BL0026 451448 7483244 252 0.06 0.15 22 47 15 5.7 90
    BL0027 451567 7483301 251 0 0.14 48 67 26 15.1 155
    BL0028 451700 7483274 251 0.01 0.04 46 69 24 15.0 164
    BL0029 451991 7483151 252 0.04 0 57 80 26 19.9 199
    BL0030 451991 7483107 253 0 0 26 50 17 7.6 113
    BL0031 452068 7483115 252 0.06 0.06 54 77 27 19.2 186
    BL0032 452261 7483041 253 0 0 24 57 16 6.7 132
    BL0033 452226 7483006 254 0 0.04 20 51 13 5.8 113
    BL0034 452041 7483241 252 0 0 24 62 13 5.9 137
    BL0036 451961 7483265 254 0 0.15 39 75 19 11.4 171
    BL0037 451648 7483562 249 0.04 0 30 69 14 9.1 152
    BL0038 451524 7483420 254 0.05 0 35 66 18 11.5 159
    BL0039 453000 7483050 255 0 0.03 32 80 16 9.0 170
    BL0040 452952 7483022 252 0.03 0.06 46 78 24 15.2 175
    BL0041 451618 7484016 247 0 0 11 41 17 1.5 69
    BL0042 451593 7484011 246 0.03 0.09 13 39 21 2.2 65
    BL0043 451479 7483864 244 0.01 0.09 24 48 23 5.9 105
    BL0044 451528 7483862 242 0 0 19 52 20 3.6 85
    BL0046 451819 7483754 248 0.04 0.04 23 54 17 4.5 90
    BL0047 451838 7483813 248 0.05 0 26 57 21 5.9 103
    BL0048 451866 7483805 245 0 0 31 62 23 6.2 109
    BL0049 452347 7483716 253 0 0.16 41 68 24 10.2 125
    BL0050 452424 7483720 252 0.02 0 27 61 18 4.2 88
    BL0051 453265 7484081 259 0.05 0.11 6 48 12 0.9 89
    BL0052 453186 7483911 256 0 0.04 6 52 15 1.6 80
    BL0053 453128 7483848 258 0 0 6 41 12 1.3 65
    BL0054 453255 7483626 257 0.08 0.11 19 50 23 5.1 96


    Appendix 3: Wyloo rock pattern outcomes for Au, Ag, As, Cu, Pb Sb, and Zn, related to the mineralisation model and reported on this launch. All co-ordinates are in GDA2020 zone 50.

    Pattern
    ID
    Easting
    (m)
    Northing
    (m)
    Peak
    (m)
    Au
    (ppm)
    Ag
    (ppm)
    As
    (ppm)
    Cu
    (ppm)
    Pb
    (ppm)
    Sb
    (ppm)
    Zn
    (ppm)
    R07742 451229 7483662 243 0.001 0 0 15 0 0 15
    R07743 451336 7483643 243 0.004 0 43 78 10 0 63
    R07744 451613 7483613 247 0.001 0 11 11 2 0 10
    R07745 452649 7483245 254 0.058 0.5 92 383 47 0 19
    R07746 452645 7483894 241 0.003 0.7 105 64 3 0 165
    R07747 452577 7483766 241 0.012 0 13 15 5 0 13
    R07748 452531 7484213 244 0.002 0 19 25 7 0 76
    R07749 452409 7484339 242 0.004 0 80 77 7 6 142
    R07750 452377 7484430 241 0.002 0 11 45 43 0 154
    R07751 452568 7484709 238 0.002 0 9 28 21 0 9
    R07752 452366 7484700 240 0.002 0 16 42 9 0 13
    R07753 452292 7484684 246 0.003 0 7 9 3 0 62
    R07754 453019 7484238 239 0.001 0 70 18 6 0 63
    R07756 453030 7484233 242 0.002 0 45 25 5 0 60
    R07757 453024 7484237 250 0.001 0 0 2 0 0 3
    R07842 452381 7483373 255 0.004 0 17 27 27 12 90
    R07843 452715 7483228 259 0.001 0 425 23 3 10 108
    R07844 453251 7483102 262 0.004 0 464 232 42 26 431
    R07846 452745 7483196 255 0.006 0 29 66 3 0 46
    R07847 452776 7483146 254 0.001 0 40 110 73 8 37
    R07848 452771 7483140 256 0.003 0.8 570 149 5 5 31
    R07849 452785 7483124 254 0.002 0 41 70 4 0 22
    R07850 452812 7483117 257 0.001 0 42 61 149 0 55
    R07851 452802 7483148 256 0 0 195 26 19 0 17
    R07852 452749 7483193 258 0.003 0 130 138 4 0 45
    R07853 453721 7482414 272 0.009 0 231 6 5 12 16
    R07854 453812 7482548 273 0.033 0 87 27 27 0 34
    R07855 452792 7483160 259 0.009 0 112 114 3 0 56
    R07856 452791 7483162 261 0 0 90 12 3 0 33
    R07857 452372 7483397 270 0.007 0 41 303 57 24 17
    R07859 452469 7483278 257 0 0 8 32 2 0 11
    R08646 452093 7483569 253 0.013 0.8 40 102 41 14 119
    R08647 452354 7483417 254 0.001 0 68 74 12 21 64
    R08648 452348 7483422 256 0 0 20 12 93 6 28
    R08649 452378 7483396 256 0.007 0 66 526 32 24 57
    R09051 453038 7484092 246 0.001 0 8 10 9 0 22
    R09053 453417 7483771 245 0.001 0 0 21 34 0 325
    R09054 453491 7483933 247 0 0 5 22 2 5 4
    R09055 453020 7483892 244 0 0 36 19 3 0 25
    R09056 453027 7483903 245 0.009 0 14 82 18 0 50
    R09057 452979 7483960 244 0 0 6 41 5 0 21
    R09058 452913 7483852 244 0 0 16 9 4 11 7
    R09059 453002 7483916 245 0 0 0 46 3 0 19
    R09060 453015 7483914 245 0 0 15 30 3 0 16
    R09062 453006 7483921 244 0.023 0 34 886 11 0 60
    R09063 453516 7484110 253 0 0 0 10 0 0 5
    R09064 453457 7484191 251 0 0 0 4 3 0 4
    R09065 453149 7484276 250 0.001 0 0 12 3 0 5
    R09066 453165 7484315 252 0.001 0 13 116 46 0 98
    R09067 453063 7484333 254 0.04 2.7 0 85 4260 6 9
    R09068 453091 7484197 253 0 0 0 7 16 0 53
    R09069 453135 7484141 250 0 0 10 21 4 0 40
    R09070 453153 7484128 251 0.001 0 22 72 133 0 52


    JORC Code, 2012 Version – Desk 1

    Part 1: Sampling Methods and Information

    (Standards listed within the previous part additionally apply to this part)

    Standards JORC Code rationalization Commentary
    Sampling strategies
    • Nature and high quality of sampling (e.g., lower channels, random chips, or particular specialised {industry} commonplace measurement instruments acceptable to the minerals below investigation, equivalent to down gap gamma sondes, or handheld XRF devices, and many others). These examples shouldn’t be taken as limiting the broad which means of sampling.
    • Embody reference to measures taken to make sure pattern representivity and the suitable calibration of any measurement instruments or methods used.
    • Facets of the willpower of mineralisation which are Materials to the Public Report.
    • In instances the place ‘{industry} commonplace’ work has been accomplished this could be comparatively easy (e.g., ‘reverse circulation drilling was used to acquire 1 m samples from which 3 kg was pulverised to supply a 30 g cost for hearth assay’). In different instances, extra rationalization could also be required, equivalent to the place there’s coarse gold that has inherent sampling issues. Uncommon commodities or mineralisation varieties (e.g., submarine nodules) could warrant disclosure of detailed data.
    • Wyloo rock chips samples had been collected by seize sampling 1 – 3 kg of fabric from outcrop. Pattern websites had been chosen to be consultant of the lithology sampled, and the identical sampling method was employed at every pattern website the place potential. Samples are pulverised in full and analysed for gold utilizing a 50 g cost hearth assay with ICP end and for multi-elements utilizing aqua regia digest with a 0.25 g cost.
    • Wyloo soil samples of roughly 150 g of fabric had been collected from 2 cm – 20 cm depth and sieved to
    • Wyloo stream sediment samples had been collected from non-trap websites in straight part of the river from energetic river gravels, with roughly 500 g of fabric sieved to
    Drilling strategies
    • Drill sort (e.g., core, reverse circulation, open-hole hammer, rotary air blast, auger, Bangka, sonic, and many others) and particulars (e.g., core diameter, triple or commonplace tube, depth of diamond tails, face-sampling bit, or different sort, whether or not core is oriented and in that case, by what technique, and many others).
    • Not relevant as no drilling undertaken
    Drill pattern restoration
    • Methodology of recording and assessing core and chip pattern recoveries and outcomes assessed.
    • Measures taken to maximise pattern restoration and guarantee consultant nature of the samples.
    • Whether or not a relationship exists between pattern restoration and grade and whether or not pattern bias could have occurred attributable to preferential loss/acquire of positive/coarse materials.
    • Not relevant as no drilling undertaken.
    Logging
    • Whether or not core and chip samples have been geologically and geotechnically logged to a degree of element to help acceptable Mineral Useful resource estimation, mining research and metallurgical research.
    • Whether or not logging is qualitative or quantitative in nature. Core (or costean, channel, and many others) images.
    • The entire size and proportion of the related intersections logged.
    • Rock chip samples are geologically logged with quantitative and qualitative knowledge collected together with an outline of lithology, vein sort and vein densities, and alteration.
    Sub-sampling strategies and pattern preparation
    • If core, whether or not lower or sawn and whether or not quarter, half or all core taken.
    • If non-core, whether or not riffled, tube sampled, rotary cut up, and many others and whether or not sampled moist or dry.
    • For all pattern varieties, the character, high quality, and appropriateness of the pattern preparation method.
    • High quality management procedures adopted for all sub-sampling levels to maximise representivity of samples.
    • Measures taken to make sure that the sampling is consultant of the in-situ materials collected, together with as an illustration outcomes for subject duplicate/second-half sampling.
    • Whether or not pattern sizes are acceptable to the grain measurement of the fabric being sampled.
    • The sampling strategies and pattern sizes are thought of acceptable for methodologies adopted for pattern preparation and assaying and the model of mineralisation and pattern medium.
    • Rock chip samples are collected to greatest symbolize the fabric sampled throughout geological options. The tactic contains inserting 2 CRM requirements and a couple of blanks per 100 samples or no less than certainly one of every per pattern submission.
    • Soil sampling makes use of a -80# sieve measurement leading to an roughly 120 g pattern which is taken into account acceptable to the fabric being sampled. The tactic contains insertion of no less than 2 blanks 2 CRM requirements and 4 subject duplicates per 100 samples.
    • Stream sediment sampling makes use of a
    High quality of assay knowledge and laboratory checks
    • The character, high quality and appropriateness of the assaying and laboratory procedures used and whether or not the method is taken into account partial or complete.
    • For geophysical instruments, spectrometers, handheld XRF devices, and many others, the parameters utilized in figuring out the evaluation together with instrument make and mannequin, studying instances, calibrations elements utilized and their derivation, and many others.
    • Nature of high quality management procedures adopted (e.g., requirements, blanks, duplicates, exterior laboratory checks) and whether or not acceptable ranges of accuracy (if lack of bias) and precision have been established.
    • The rock chip pattern preparation and pattern assay methodology of fireside assay is a complete digest and regarded acceptable for the model of mineralisation examined. Gold evaluation was accomplished utilizing Au-ICP22 technique and for multi-elements by ME-ICP61. All assaying was accomplished by ALS in Perth (NATA Accreditation quantity 825).
    • The soil and stream sediment pattern assay methodology has low degree detection for multielements and gold with partial digest and is taken into account acceptable for the model of mineralisation examined. All soils and streams had been analysed utilizing AuME-TL43 technique. As well as, stream sediment samples had been additionally assayed for Au and Ag, Au-AA14 and Ag-AA14 respectively. All evaluation was accomplished by ALS in Perth (NATA Accreditation quantity 825).
    • No QAQC points had been detected for Au or ME efficiency for any pattern sort, with CRM efficiency passing overview and no bias detected.
    Verification of sampling and assaying
    • The verification of serious intersections by both impartial or various firm personnel.
    • The usage of twinned holes.
    • Documentation of major knowledge, knowledge entry procedures, knowledge verification, knowledge storage (bodily and digital) protocols.
    • Talk about any adjustment to assay knowledge.
    • Main knowledge was collected within the subject and saved utilizing database appropriate excel templates which had been then forwarded to the database supervisor e-mail for add to the Geobank (v2025) database, buffered by a validation portal that ensures code and first document compliance. Geobank is a front-end UX/UI tender software program platform (developed and offered by Micromine) hooked up to a SQL v15.1 server.
    • Assay knowledge was loaded from lab certificates obtained from the registered laboratory by an inner database supervisor or exterior database guide, and industry-standard audit trails and chain-of-custody was adhered to.
    • No changes of the assay knowledge had been made.
    Location of knowledge factors
    • Accuracy and high quality of surveys used to find drill holes (collar and down-hole surveys), trenches, mine workings and different areas utilized in Mineral Useful resource estimation.
    • Specification of the grid system used.
    • High quality and adequacy of topographic management.
    • All floor pattern areas and mapping options, together with veins and rocks had been recorded by hand-held GPS utilizing the GDA 2020 zone 50 coordinate system.
    Information spacing and distribution
    • Information spacing for reporting of Exploration Outcomes.
    • Whether or not the information spacing, and distribution is ample to ascertain the diploma of geological and grade continuity acceptable for the Mineral Useful resource and Ore Reserve estimation process(s) and classifications utilized.
    • Whether or not pattern compositing has been utilized.
    • Restricted rock chip samples taken are indicative of potential grade tenor. These don’t symbolize or suggest any continuity or scale potential.
    Orientation of knowledge in relation to geological construction
    • Whether or not the orientation of sampling achieves unbiased sampling of potential buildings and the extent to which that is recognized, contemplating the deposit sort.
    • If the connection between the drilling orientation and the orientation of key mineralised buildings is taken into account to have launched a sampling bias, this must be assessed and reported if materials.
    • Rock samples had been taken throughout options with geological knowledge recorded to greatest replicate unbiased sampling of potential mineralised buildings.
    Pattern safety
    • The measures taken to make sure pattern safety.
    • All samples are saved and managed on website by inner employees. Samples are then transported by respected corporations to a registered laboratory the place they’re saved in a locked facility earlier than being tracked and processed by the preparation and evaluation system on the laboratory.
    Audits or opinions
    • The outcomes of any audits or opinions of sampling strategies and knowledge.
    • No audits have been undertaken.


    Part 2: Reporting of Exploration Outcomes

    (Standards listed within the previous part additionally apply to this part)

    Standards JORC Code rationalization Commentary
    Mineral tenement and land tenure standing
    • Sort, reference identify/quantity, location and possession together with agreements or materials points with third events equivalent to joint ventures, partnerships, overriding royalties, native title pursuits, historic websites, wilderness or nationwide park and environmental settings.
    • The safety of the tenure held on the time of reporting together with any recognized impediments to acquiring a license to function within the space.
    • The Wyloo challenge space is positioned within the Southern Pilbara and contains two tenements, E47/4016 and E47/4213, held by Rocklea Gold Pty Ltd and Meentheena Gold Pty Ltd respectively; each Corporations are wholly owned subsidiaries of Novo. The Tenure falls inside the PKKP Native Title Willpower. The tenements are at the moment in good standing and there are not any recognized impediments.
    Exploration accomplished by different events
    • Acknowledgment and appraisal of exploration by different events.
    • The SE Wyloo prospect was found by Novo throughout a regional stream sediment sampling program throughout the E47/4213 tenement.
    • No different recognized work of relevance has been undertaken by different events.
    Geology
    • Deposit sort, geological setting, and magnificence of mineralisation.
    • Mapping at SE Wyloo has highlighted a dynamic geological setting, with the vein arrays on the flank of an interpreted rhyolite dome and parallel to a big fault zone. Soil sampling has highlighted a stratigraphic part to the mineralisation development, and the goal model is interpreted as VHMS or an intermediate sulphidation system. The goal continues below cowl alongside strike in each instructions (SW and NE).
    • Rock chip samples yielded most values of 0.93 g/t Au, 482 g/t Ag, 1.29% Sb, 9.7% Pb and 15.95% Zn with quite a few high-grade samples alongside the outcropping vein array.
    • Mapping at Wyloo SW has recognized thick (>2m) cowl throughout a lot of the goal space, with occasional outcrops uncovered in creeks. Mapping has highlighted a NW trending shear zone with quartz vein arrays and anomalous multielement geochemistry which has not adequately defined the broad anomalism. Novo consider that the goal is below cowl and never nicely uncovered
    Drill gap Info
    • A abstract of all data materials to the understanding of the exploration outcomes together with a tabulation of the next data for all Materials drill holes, together with Easting and northing of the drill gap collar, Elevation or RL (Diminished Degree – elevation above sea degree in metres) of the drill gap collar, dip and azimuth of the outlet, down gap size and interception depth plus gap size.
    • If the exclusion of this data is justified on the premise that the knowledge shouldn’t be Materials and this exclusion doesn’t detract from the understanding of the report, the Competent Particular person ought to clearly clarify why that is the case.
    • All rock chip pattern outcomes are reported in Appendices, itemizing all important multi-elements.
    Information aggregation strategies
    • In reporting Exploration Outcomes, weighting averaging strategies, most and/or minimal grade truncations (e.g., slicing of excessive grades) and cut-off grades are normally Materials and must be said.
    • The place mixture intercepts incorporate quick lengths of high-grade outcomes and longer lengths of low-grade outcomes, the process used for such aggregation must be said and a few typical examples of such aggregations must be proven intimately.
    • The assumptions used for any reporting of metallic equal values must be clearly said.
    • Not relevant as no drilling undertaken.
    Relationship between mineralisation widths and intercept lengths
    • These relationships are significantly necessary within the reporting of Exploration Outcomes.
    • If the geometry of the mineralisation with respect to the drill gap angle is thought, its nature must be reported.
    • If it’s not recognized and solely the down gap lengths are reported, there must be a transparent assertion to this impact (e.g., ‘down gap size, true width not recognized’).
    • Rock pattern outcomes are indicative in nature and, while representatively sampling the goal lithology, don’t comprise any width or size data aside from a qualitative description of the goal.
    Diagrams
    • Acceptable maps and sections (with scales) and tabulations of intercepts must be included for any important discovery being reported. These ought to embody however not be restricted to a plan view of drill gap collar areas and acceptable sectional views.
    • Discuss with the physique of the discharge for acceptable maps and diagrams.
    Balanced reporting
    • The place complete reporting of all Exploration Outcomes shouldn’t be practicable, consultant reporting of each high and low grades and/or widths must be practiced to keep away from deceptive reporting of Exploration Outcomes.
    • The complete multielement suite for rock chips contains 34 parts with soil and stream sediment samples comprising 51 parts. Not all parts are reported in Appendix 1, however a variety related to the mineralisation model is reported. For these parts, pattern ID, northing, easting and RL are reported.
    • All rock pattern outcomes are reported.
    Different substantive exploration knowledge
    • Different exploration knowledge, if significant and materials, must be reported together with (however not restricted to): geological observations; geophysical survey outcomes; geochemical survey outcomes; bulk samples – measurement and technique of therapy; metallurgical take a look at outcomes; bulk density, groundwater, geotechnical and rock traits; potential deleterious or contaminating substances.
    Additional work
    • The character and scale of deliberate additional work (e.g., checks for lateral extensions or depth extensions or large-scale step-out drilling).
    • Diagrams clearly highlighting the areas of potential extensions, together with the principle geological interpretations and future drilling areas, offered this data shouldn’t be commercially delicate.
    • Discuss with the physique of the discharge.
    • Novo plans to finish a heritage survey in March 2026. Novo intends to finish a > 1,500 m maiden RC drilling program on the SE Wyloo prospect drilling N-S part traces to check each structural and stratigraphic targets close to floor and at depth.
    • As well as, additional knowledge overview and interpretation for the Wyloo SW prospect is deliberate. The goal requires heritage surveys previous to drilling, which would come with angled traverses (doubtless N-S) utilizing AC or RC drilling strategies to establish the supply of the geochemical anomalism

    No Part 3 or 4 report as no Mineral Assets or Ore Reserves are reported on this Appendix

    1 Discuss with Novo’s ASX announcement dated 12 September 2024 – Analysis of Pilbara Antimony-Gold Potential Generates Optimistic Outcomes

    2 Discuss with Novo’s ASX announcement dated 04 September 2025 – Drilling Commences at Sherlock Crossing Gold-Antimony Prospect

    Pictures accompanying this announcement can be found at:

    https://www.globenewswire.com/NewsRoom/AttachmentNg/53bbb178-0e06-439e-8bbf-4b45af3ba609

    https://www.globenewswire.com/NewsRoom/AttachmentNg/37d23dfd-78d1-45a8-b2fc-9bc899480d83

    https://www.globenewswire.com/NewsRoom/AttachmentNg/8320a9d8-da3b-4afc-bd4a-6b805d6ef070

    https://www.globenewswire.com/NewsRoom/AttachmentNg/a5ea29bc-279b-4179-bfa4-c40bca6385a1

    https://www.globenewswire.com/NewsRoom/AttachmentNg/3417ff4d-270e-42f1-8f7b-8f368bebcc0a

    https://www.globenewswire.com/NewsRoom/AttachmentNg/02145be9-eff1-49ee-a05c-d2f40e34f363

    Novo Resources Corp | Imperial Wire

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