REDSTONE RESOURCES LIMITED — Regulatory Filings 2017

Nov 26, 2017

27 November 2017

The Manager Company Announcements Office Australian Stock Exchange Limited Level 4. Exchange Centre 20 Bridge Street SYDNEY NSW 2000

Electronic Lodgement

All EM Targets Upgraded following Confirmation of Sulphides at EM1A

Redstone Resources Limited (ASX: RDS) ("Redstone" or "the Company") is pleased to announce that the geochemical analysis of composited RC drill samples from the drilling of EM1A electromagnetic anomaly (EM1A) has confirmed the intersection of a large body of sulphide mineralisation (predominantly pyrite), on Redstone's 100% owned West Musgrave Project (the "Project") in the West Musgrave region of Western Australia.

The confirmation of sulphides intersected from drilling at EM1A (Figure 1), combined with the continued expansion of high grade copper mineralisation at the Tollu Copper Project ("Tollu"), has upgraded all 10 other EM anomalies identified on the Project as immediate drill targets pending further geological interpretation (Figure 2). Further examination and analytical work is required to ascertain the significance of the trace element geochemistry for the next phase of exploration. Redstone expects this work to be completed by the first quarter of 2018. Planning for the next phase of exploration is now underway.

Highlights:

• $\bullet$ Geochemical analysis of composited RC drill samples from recent drilling has confirmed the intersection of a large body of sulphide mineralisation (predominantly pyrite) at EM1A, one of 11 electromagnetic (VTEMmax) anomalies identified by a recent airborne EM survey;
• The body of sulphides is at least 100m thick and 400m in strike length (ASX release 9 October $\bullet$ 2017), with concentrations of sulphur (S) as high as 4.0% over 5m, and it remains open to the north, east and west;
• The geological setting revealed by the drilling introduces additional base metal and/or gold targets not previously considered by Redstone on their Project.

• In combination with the high grade Tollu Copper Project, with Cu grades as high as 11.9% (over 1m) (ASX release 31 October 2017) and an exploration target of up to 626,000 tonnes of contained copper (ASX release 15 June 2016), the large body of sulphides intersected at EM1A confirms the potential for Redstone's Project to contain large mineralising systems. A conceptual exploration target has been estimated for the Tollu Project of 31m to 47m tonnes of mineralisation at a conceptual grade range of 0.8% to 1.3% Cu, containing 259,000 to 626,000 tonnes of Copper. The potential quantity and grade of the target is conceptual in nature. It is important to note that there has been insufficient exploration to estimate a Mineral Resource for the target and it is uncertain if further exploration will result in the estimation a Mineral Resource for the target;
• $\bullet$ The confirmation of sulphide mineralisation at EM1A has upgraded all 10 other EM anomalies identified on the Project as immediate drill targets pending further geological interpretation; and
• More detailed geochemical and mineralogical analysis is underway to further assess the $\bullet$ significance of the EM1A sulphide body in terms of its spatial relevance to a potential economic mineral system.

The geochemical assay results from the 5m composite sampling of Redstone's recent drilling of EM1A have been returned. The results confirm that the 5 hole reverse circulation drilling program (Figure 1) has intersected an extensive occurrence of disseminated sulphide mineralisation (predominantly pyrite) of at least 100m thick and over 400m in strike length and remains open to the north, east and west (Figure 2). The geochemistry also confirms the geological interpretation of a pile of alternating mafic and felsic volcanic rock with occasional feldspar porphyry intercalated with layers of volcaniclastic breccia of mixed mafic and felsic clasts (Figure 1). The sulphides occur as disseminations in breccia matrix, as stringer veinlets and as minor stockwork in the zones of highest sulphide concentration (ASX release 9 October $2017$ ).

Given the geology identified by the recent drilling of EM1A can be extended across most of Redstone's Project area, the intersection of sulphides at EM1A combined with the high-grade copper vein mineralisation that continues at Tollu (ASX release 31 October 2017) opens up the potential for Redstone's entire Project to host large economic mineralisation systems.

The Tollu Copper Project, located just 3km to the south east of EM1A, is a high-grade copper vein system associated with a deep-seated north-south oriented regional structure that crosses the entirety of Redstone's Project. The copper mineralisation is focused within large quartz veins associated with the main structure and has been intersected from the surface to over 360m deep (true depth), and remains open at depth (TC80 ASX release 4 April 2012 and JORC Table 1 15 June 2016). Grades as high as 14m at 3.25% Cu from 27m downhole (including 1m at 11.9% Cu at 31m) have been intersected and only recently the mineralisation has been significantly extended (ASX release 31 October 2017). This demonstrates the potential to define additional copper lodes at Tollu; the exploration target at Tollu is up to 626,000 tonnes of contained Cu.

Anomalous Pb-Zn-Ag-Au values intersected at Tollu in the most recent drilling highlights the potential for the copper veins at Tollu to have a regional significance for exploration on Redstone's Project. Given Tollu is proof that mineralising fluids have been associated with the regional structures within the Project, combined with the successful identification of sulphides by the recent EM survey, all 10 other EM anomalies have been upgraded to immediate drill targets pending further geological assessment.

Figure 1 - EM1A Drill Hole Locations and Cross-sections

Five RC holes were drilled into the EM1A anomaly for 1,143m. The EM1A anomaly was defined by an isolated late time electromagnetic anomaly and was modelled as a 25° north dipping plate with a depth extent of 145m and strike extent of 685m (refer to ASX release of 2 August 2017 for further information and Table 1).

Figure 2 - - Location of EM anomalies in relation to the Tollu structural corridor. Tenement E69/2450 airborne magnetic image (grey) with late time Z component channel 48 (10.667 msec after turn off) as the colour image.

Competent Persons Statement

The information in this document that relates to exploration results was authorised by Dr Greg Shirtliff, who is employed as a Consultant to the company through Zephyr Professional Pty Ltd. The information in this report that relates to Geophysical Exploration Results is based on information compiled by Mr Barry Bourne, who is also employed as a Consultant to the Company through geophysical consultancy Terra Resources Pty Ltd. Mr Bourne is a fellow of the Australian Institute of Geoscientists and a member of the Australian Society of Exploration Geophysicists and Dr Shirtliff is a Member of the Australian Institute of Mining and Metallurgy. Both Mr Bourne and Dr Shirtliff have sufficient experience of relevance to the tasks with which they were employed to qualify as a Competent Person as defined in the 2012 Edition of the Joint Ore reserves Committee (JORC) Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves. Both Mr Bourne and Dr Shirtliff consent to the inclusion in the report of matters based on information in the form and context in which it appears.

JORC Code, 2012 Edition – Table 1 report Tollu Project

Section 1 Sampling Techniques & Data

(Criteria in this section apply to all succeeding sections.)

Criiater	CCoioJORdelantexpan	Cotammenry
Salingmphniqtecues	Na&lif sling(hals,dohipturtyt cequaoampe.g. cnneranmcs,oruificialisedindudad mlsiatrytanttootespecspecssreasuremenapproprheinelsdeinvigionh adoholetotttmraunresasucswngamma,dehadheldXRFins).Thelesholdtruts,tc.sons,ornmeneseexampsubekelimiinghebrd mingf slingttattnon asoaeanoamp	Geheical sleskefrodrill chipdudbytaocmampwerenmsproceaCSairclaion(R)drill rig.leslifroheletttreversecumpwerespmsampdbykshedrill singbytretretrettrsameverymeas governememaron,liimingbe7-13%fhefull mfttettwttreaconespr approxaeenoeole.Thedubodlheflowf chiphettotrottotsampswasuseconosxlitteconespr.
	Includeferkeleivitotatottyreencemeasuresnensuresamprepresenf a&heialibrionlsttetttootemapproprcaaonymeasuremenorsyssd.use	froDulicakehelleingtetatretteteps weren everymemarnasampopenheliThisflexibilihefielddulicatttetytoteonconespr.gavewreps were
	Asfhedeinaionf minelisaionhaMaialhetsttertttt atertotpecomorarePublicRet.porInhe'indudad' wkhabedohisldbetrytantcases wressrorsennewou(laivelyimle'reirclaiondrillingdbin1tttotarespe.gverse cuwasuseolesfrohich3kglveiseddu30 ghatomsampmwwaspurproceacrgeforf').ireInhelanionbeired,ttassayor casesmore expamayrequh aheheisldhahainhelingtttt ssucswrerecoarsegosrenamp(blemUnl cdiiesinelisaiontttypros.usuaommoor mrapese.gbminedules)disclosfdeiledinforionttatsuarnomaywarranure oma	indudinheheical slinghelabdtrotottretotcegeocmampsamanllowdfoiingdeh oinl.tt atteaer composanyprrva
		Onlarbaisbohleddulicaighedihttetaregussampanpwerewewaimlehokbadhadheldlehekfoivifbohtottytsposenscaccr represenoheleddhedulicaThisighded,ttrettet wt rmesampanpweasnoecorhedin-filedlerdrillerfissihhettotttrar useasanmeasureasoueswliddrillingtteconespr an
		Salesllecdinlicobahbaighedtemperecocagseacgwew–imly1-3kgteapproxa
		CInfdins1mRhipleslecdtateteareas orgecoppervecsampweresefolabolyisinglibrd(inglibriondiscdtotetrraryanasusacaauscaasandadiseddde)had-heldXRFdisciminatatotesnrcompressepowrsnrhigh(Cu)lueHHXRFCulueffsdlect-ototcoppervas.acusesevulesfolabobadheical alyis0.1%dintosamprrarysegeocmnaswasanheleiheidefhaluelsott1mtttmoscases,sampersovaasawlecd.Indrillholesheireholesled;hetettsesomeenwassampwresoideheinelised zidinitstteto5mteoumraonesere composcomposs.w
		AheEM1drillingiheiredrillholeledfotttettsenwassamprheical alyis;leshelabin5mittottegeocmnassampwere sencomposslesheible(Ad ofhole).5mt pt eors wrewasnoossegn
		All(1-2ized)ivelekef ehtetatt osmaaspoon srepresensampwaspac

Criiater	CCoioJORdelantexpan	Cotammenry
		fodtremer recorpurposes
Drillinghniqtecues	Drill(irclaion-hlehairtyttarpeegcore,reverse cuopenommerroya,,blasBakaic,)&deils(diamiplet,tc.tatertraugerngsonee.g. coree,,,dadbedehfdiamdils,faclingbihetantuttat otorsrpoone-sampr or,heheisiend&if sbyhahod,).tyttet mttc.pe,r coreoro,eeww	CReirclaiondrillingdbin1mlesfohettotatverseuwasuseosamprf glogicallogingdheisCoiingtrytpurposeoeogangeocmmposwasfodfoheical sles(lseheinhistperrmersomegeocmampseeewreble)taRClingleding"diamdrillbiihfate5.5tet wtsampcompusaeraceClinghaRdrillingigipdihbottesampmmerrswereeqpeaosruwcompressor.
Drill sleamprecovery	Mhod of rding&ing&hipleies&teecorassesscorecsamprecoverld.tsresuassesseMkeimisele&tatoeasuresnmasamprecoveryensurexivefhelestatturtrepresennae osampWhehelaionhipisbele&de&tttstwr aresexeen samprecoverygrahehelebiashadduferiallos/ginttotwr sampmayveoccurreepreensa/cffineial.terooarsema	RCDrillerdvisedbylogisfheddiiontsttswereageoogrounconsfoCdhholedinsddoRdrillingtetrutetotexpecreacancapanimizeleinimizeinaiondtratetotatsgymaxsamprecoverymconman,ininired sial piiontattmarequpaosSaleisimdbyinglumdktemprecoveryapproxaassumvoeanrocdeiiesfohfhedrillholedbakfeinghisttrettotnsr eacmeoancrerencfoindividul mingfrohelitrettteraes commconespr.AclldedeiledinheASXleaNotutattatamegrasarenoreselaionbsdbehef sleingttwttcorrewasoerveeenamounoamppasshrhhelidhelogf slphidettttett oougconespr angeoyoramounusbsd.oerve
Loinggg	Whehe&hipleshabelogically&tr corecsampveengeohnicallylogdlevl ofdeiliatectotatot ategeogeaesupporpproprMinelReimioniningdies&llurical sdiestttutaturasourceesamsmeg,WhehelogingisliiveiiveinCo(ttatttatturrgquaor quannae.reorhal,)hohyteatc.togcosn,cnneeprapfThellenh&helevinionlogd.totattagtttertgpercene oreansecsge	AlldrillinginhisASXleaisbyirclaion(RC).RCholesttresereverseculogicallylogd1minlbais.Wheleistearegeogeonarvasrenosampdduidslosle,iislogdddedtutot strerneevoorampgeanrecorash.Theheingfileislogdihhing/sievingttsucwearprogewnowasas/sfyfrell ahedievingideiheiioninhk adtotttrattotowes wasnnssrocnideifyhedinsInfrehkllRChiptttznunwearequarvesrocacsare/slogdbyhingievinggeaswGelogicallogingisliived qiiveintatttattuogquaanuannareVisul eimionflphidedlogicaliniontttetatasasosusangeorpresarebadinaionfdrill chipfroirclaion(RC)ttseonexamosmareversecudrill riginghadlenduingdrillingionChiphedtusansroperas.s arewasd sievdiorlogingtoaneprg

Criiater	JORCCodelaniotexpan	Cotammenry
		Iholdbedhahils%inel pionbadt stett wttunomraroporsareseonOC,dadsbyJRheimionlydbetat ottttsnrasseareesaonancanuybjiveindividul glogisdettotstosuecaeosomegree.
		Deilsfhelphidef odl%tattytuosus,pe,nareoccurrenceangeneraionimionfod wihinhefheleattttttext otproporesaareunrese
Sub-lingsamphniq&tecueslesampiontprepara	If chehe&hehehalf oll ckett ottertaore,wr cur sawnwr quarr aoren.,	Geheical sleskefrodrill chipdudbytaocmampwerenmsprocea
	If nheheiffled,beled,li&hehettutart,tc.ton-corewr rsamproyspewr,leddryt osampwer	(C)irclaionRdrillig.AlllinghniqttereversecrsampcuesareudeibedboThedlifhelinghniqtutyttescravenareanquaosampcueidediafohedrillinghniqlieddfotettewasconsreapproprrcueappanr
	Foll sleheli&iafhetytturtytentr aamppesnae,quaappropress o,leionhniqttecsamppreparaueQulil pdudodforll sb-lingtytrotetagtoaconroceres apasampsesuimiseivif slesttymaxrepresenoampMkehahelingisivefheintatottttatteasuresnensuresamprepresenoiial cllecd,includingforinslforfieldtutertetantssmaoceresu/sdulicad-half slingtepeconampWheheleizeiaheinizefheialttetottterr sampss areapproprgrasomabeingled.samp	heheical alyishtt.geocmnassoug
		Asdeibed abolidlilesfrohettetot stscrveaconespr wasusespampmRCleThelilevllediordrillingdtrettetosampsamconespr wasepranhislevl whekedlarinlshrhohedrillingftt rtettteasccaegurvaouguohdrillholeivif sle.tottyeacensurerepresenoamp
		Afielddulicakefoleddbohtetatretpwasnreverymesampandulicadiginal sleighedinhefieldinghoktetpanorampwereweusaobadhadheld slehekfoleivitottysencaccr samprepresen
		Fileddulicaindudinheheicalletetrototpswerecegeocmsampfbmissionimly1in20les5%helet atetsuapproxasamporosamptresam
		Qudblanksindudinhele1in20tztrotottretarsanwerecesampsama5%or
		Thelaboinduddadsfolesfrohetotrotatrarycecoppersnrr sampmf cins(TLCholes)hefinttte1205%tareaoopperearaooror avllerinls.tesmarva
		Ahelab,leshedinal2mingjtttosampwerecrusanommusaawhebefobeingliingliinttatteto400-700gcrusrrespusarorysprlesfolveisingsampr pur
		Saleslveisedinal >ingicrfo90%75tomperepranompassmonrwuhich100glehelecdfolyis.Alattetuwasampwasnser anasspawasdlefrohelveised slefodigiontottusesampmprampresu
		TheALSheicallaboiesinAdelaideheirinltottegeocmraruseownrnadadsdblanksll aflushingdleainghodstatsnranaswesancnme

Criiater	CCoJORdelaniotexpan	Cotammenry
		didbyinionl sdadstetettaaccrernaanr
		SaleizedliidediaheinizetstetotmpssanspareconsreapproprgrasfheialbeingleddingheGi sdadttetottaomarsampasaccornrfolasrmu
Quflityaoda&taassaylabotorraytests	Theli&iafheing&laboturtytenttornae,quaappropress oassayraydud&hehehehniqisided pial otttectproceres usewrueconsrearrl.totaFohyicalls,hadheldXRFinstootrotertruts,r geopsspecmes,nmenhedindeininghelyisincludingtc.tterterteparames usemanas,inske&del,dingimlibrionfacliedtrut mtttormenamoreaescaass app,&heirdeivaiontttc.re,Naf qlil pdudod(dadsblanksturtytrotetane ouaconroceres ape.g. sr,,)fdulicallaboheks&heheblelevlstestertorttapexnarayccwr accepeo,(i.elack ofbias)&isionhabeblished.taaccuracyprecveenes	Geheical alyfodisdf afoiddigiontetocmnasesperrmeconsouraces/ofufoCodideionbeInduivelyledPlasMatanrperoxsrecupmassSp(ICPMS)InduivelyColedPlasAictrotettoecmerorcupmamSp(CS).EmissionIPAEThishniqisidedtroteteecmercueconsreal alyis.totanasAsdeibedboheHHXRFddeinehichlesttotescraveusermwsamplecdfolyisinhefheinstettwereseranasareaocoppervewaslibrdinglibriondiscddadiseddtettacaauscaasansnrcompressedehef edadimlyhohetttat otepowrsasrveryanapproxaeverurnyywlyinganasfAll sdadsblanksdileddulicadeibed abotatenranps arescrve,Thel efo(Cu)iondbyfieldtotatratrrorr copperconcensasmeasureSdulicafohelesdbyhisAXleatettetpsrsamprepresenresewas(diffe).Thisisidedihin19.5%-15.9%t+meanrenceconsrewCionfoheical slingfRdrillingdhotatexpecsr geocmampoanswsnoigificabiasdsheiiveivettowtttsnnarposor nega
Veificaionftroling&sampingassay	Theificaionf sigificainionbyiheindedettterttt oeronnsecserpennrvlivel.tertanacompanypersonnefTheinndholestwuseoeDoionf pimdadadudatatta,tatrytacumenorarenproceres,yificaionda(hyical&lecic)ls.ttatortrotocversagepsenproo,Discdjdatmttota.uss anyausenassay	Veificaionf sigificainionhobyhelftttetttsronnrsecsasswnresouheicallyhabedeiaRedsloytogeocmanasessenmavneempeesinlly.ternaThehabededicadinndholesinhisdrillingtetwtresennoeprogramAll glogical adheicaldahabehekedbybohtateongeocmsenccRedsloydZehydireAll glogical addrillingtotoneempeesanprcrseondahabedinRedsAcdabaThetatetototasenenreanecessseheisislybeinglydbuill alsollybetrytt wtugeocmcurrenanaseevenaincludedinheAcdabattacessse

Criiater	JORCCodelaniotexpan	Cotammenry
Loionftcaodaintatspo	Ac&lif sdlocdrillholes(llar&tytotecuracyquaourves useacoydo-hle),heineking&helociondtrettwnosurveysncs,mworsoras useinMinelReimionttrasourceesaSpificaionfheid sd.tttemecogrysuseQuli&defhicl.tytoptroaaquacyoograpcon	AlldrillholellarfedinhisASXleahabetcosrerencereseveenGSdfoinghing&levioningRTKPttttesurveyer easnoreausansysm,hich wleflibrfohoiordingdattote1.5totaascaarurs prrecorsurveywGSfohjlocionThedinghePitttottr eacproecaaccuracyaccorundimlyfoll rding(h,hdte10cttaverageapproxamr aecorsnorsoanulevion).DallecdinMGA94Zo2&AHD.ttate5easwas cone
Daingtaspac&disibuiontrt	DaingforingfExlorionReltattts.spacreporopasuWhehehedaing&disibuionisfficienblishhetttatrtttotatrspacsuesdef glogical&deinuiiaforheMinelttytetgree oeograconapproprraRe&OrReimiondu()&clasificaiontttsourceeserve esaproceressslied.appWheheleiinghabelied.ttr sampcompossenapp	Drillinghabefolorionly,ingiesbettwtatssenr expaonspacvareenrgeATEMAheingiesbe(E-W),(N-S)d1200m50mttwspacareenanvhefinalholedrilleddirelyhefirsbuical(fehetttt,t vttotwascovererrerSfo)bleinheAXleallociontattutreser acaas
Orienionftatodaintalaionttorelogicalgeotrutursce	Wheheheienionf slinghievbiasd slingftttatroroampacesuneampoible&hehichhisisknideingtruturttenttotpossscesexown,consrwhedeitttypospe.Ifhelaionhipbehedrillingienion&heienionftttwttatttatreseenororokeinelised sisidedhaindud atruturtotroymracesconsrevecef mlingbiashisholdbed&diial.ttetersampsuassesserepora,	Drill aledeilsiveinhefheleadinhebletattext otttangaregnreseaninheleaOrienionisdinghelorion(ttattotttatreseaccorexpargeseef rleafofuhedeils).text ottaeserrr
Salempitysecur	Thekeleitatoty.measuresnensuresampsecur	All gheical sleslecdbylogisinhefielddtetsteocmamperesegeoanwdirelyhelabofrohefieldininglehicle,tttottotsencrarymasvekadinbulkebaRelf gheical alyiststpacgergs.suoeocmnasweresendirelyhedeigdRedslogisfoinginhettottetottetotcsnanegeor enrAcdabadfolyis.tacessseanr anas
Auditsoriewresv	Thelf adiiewf slinghniq&datststecta.resuonyaorres oampuesuv	Nolicablet app

Section 2 Reporting of Exploration Results

(Criteria listed in the preceding section also apply to this section.)

Criiater	JORCCodelaniotexpan	Cotammenry
Minelra&lantentemendtenuretatuss	Tyfer/nbelocion&hipincludingtpe,reencenameumr,aownersialissihhird piesh ajintsterttttagreemenormaues warsucsohipidingliesiveileinturtnettttterts,venesparrss,overrroyanaes,,hisical siildeionl pk&irol singtortesttattrness or naaarennmenes.wv,Theifheheld aheimf ringlonih atyttentttttsecurouree oeporagwnyknimdimbiningliceinhetstotatotetownpeenoanceoperaarea.	/TheEM1AdTollujlocdihinE692450tatttetrgeanproecareaw(WAulia).ThislorionliceisheldbyRedstetrattoesrnsexpanseneResources.Theind sding&knimdimistetstatst.nemenaregoonnoownpeenex
Exloriontpadobyhetneoriestpar	Acknledg&isal of elorionbyheiesttttowmenappraxpaor par	Thehabelimidloriondekebyheiestet ettattresenrecenxpaunrnor parTolludioulorionEM1A.tttaannoprevs expaa
Gelogoy	Deilogical sing&lef minelisaionttytttytpospe,geoesora	Theiciginislydeiewdf ahttt ogeneorcurrenunr revanparresearcjt.proec
DrillholeInforiontma	Af allinforionialhededingfhettertottantsummaryomamaunrsoffoforlorionlincludingbulaionhellowinginionttstatttexparesuaomaforllMaialdrillholestera:	Sehebleinheleattaterese
	Eaing&hingfhedrillholellartttsnorocoo
	(levionRLRedudLel –levionbolevlintteaorceveeaaveseaeo)fhedrillholellartretmesoco
	fdip&imhheholettazouo
	doholelenh&iniondehtterttwngceppo
	holelenh.tgo
	Ifhelusionfhisinforionisjified ohebaishahettttttttexcomausnsinforionisMaial&hislusiondodefrohetttertttrattmanoexcesnocmCodedingfhehePehold clealytantt,ttentunrsorepormperson surlainhyhisishettexpcasew
Dataiontaggrega	IningExlorionRelighinginghniqttts,ttecreporpasuweaveragues,/o(imdinimdeioningfhightrutttmaxumanr mumgrancase.g. cuo	CoiinghabedeibedboThehniqfottempossenscravecueriingdiledhelabhinginalttattretocomposseencruseverymeanomu

Criiater	CCoJORdelaniotexpan	Cotammenry
hodstme	de)&cff gdellyMaial&holdbed.t-otertategrasuras areusuasus	2mhedinizebefoliingff a400-00gleingtt7mcrusgrasresposampus,ffolihiingThelabhetattetrettaroryspr,oeacmercomposndedihelestotet400-700gproceecompossamp
	Wheinincholenhsfhigh gdetetertstettreaggregaceporporasrgorafforl&lonlenhslowdelhedudtstts,tresugergograresuprocereuseh aionholdbed&ical elesf shttatetysucggregasussomepxampoucionholdbehoindeil.ttaaggregas sswnu
	Theiondforingf ml eivalenluetttat vassumps useanyreporoequasholdbelealyd.tatesucrs
Relaionhiptsbetween	fThelaionhipicularlyiminheingtttantttseress areparporreporoExlorionReltts.pasu	SNoidhshabedinhisAXleajdoholetruttatetteveensreseuswnw,inlenhsHofoEM1Aly,helefhedelledtettttrcepgwever,ronangomo
inelisaiontmraidhs&twintertceplenhstg	Ifhefheinelisaionih rhedrillholettrytttttotgeomeomrawespecleiskniholdbed.tsturteangown,nae sreporu	lafroheEMlydhelefhedrillholeinghetettttattpmanomaanangorgelahahadrillholesinhetettt mttetttat at apsmeanosrceprgeneardicularle.perpenang
	Ifiiskn&lyhedoholelenhsd,hetttttetnoownonwngarereporreffec(holdbeleahis'doholelenh,tatemttottttrusuacr senee.gwngeidh nkn').ttwoown
Diagrams	Apia&ion(ih sles)&bulaionfintetttattertsproprmapssecswcas ocepholdbeincludedforigificadiscbeingdThettesanysnnoveryreporseuholdincludebubelimidlaniewfdrillholellart nttetosuoa pvoco,locion&iaionl viewttetasapproprsecas.	SeSAXleaerese
Balandceingtrepor	Wheheiveingf allExlorionRelistttstrecomprensreporopasuno/oicable,iveingfbohlow&high gdedttatttpracrepresenrepororas anridhsholdbeicedid misleadingingftttotwsupracavoreporoExlorionReltts.pasu	Onlybsiond,dadeilsbofofuhettetatatoervasarereporseeaverrrfoiniontrma
Ohetrbsivetantsuloriontexpadata	Of mfuheloriondaiingl&ial,holdbedttta,terter expaeanmasreporuincluding(bulimid)logical obsionhyicalt nttetoto: geoervas;geopslheical slbulk slests;ts;surveresugeocmurveresuampyy–ize&mhod oflluricallbulkdeittretmt;tatest rts;ty,seaenmegesunsdwhnical&k chaisicsialtertecterttentgrounageorocracpo;,deleiouinaingbstertamttans or consuces.	Noheloriondallecdisidedialhistttatetetotorexpacoconsremart.announcemen
Fuhektrr wor	The&lef plandfurhek(forlalturtteststernaescaoner wore.gaiondehionlarledrilling).tenttenteptexss orpexss orge-scas-ou	ThedeilsfheffukTolludEM1Atattututonareoreworaanarlybeingd.tcurrenassesse
	Diaglealyhighlighinghef pibleiontttenramscrareasoossexss,fuincludingheinlogicalinion&drillingttertatturmageopreseareas,idedhisinforionisiallyiivettt ctprovmanoommercsens

Section 3 Estimation & Reporting of Mineral Resources

NOT APPLICABLE