Artemis Resources Ltd.: Deeper Drilling at Carlow Castle Shows Depth Potential

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(businesspress24) - DEEPER DRILLING AT CARLOW CASTLE SHOWS DEPTH POTENTIAL

25m (at) 3.38g/t Au, 0.24% Co, 0.77% Cu from 228m (ARC184)
Incl: 5m (at) 9.62g/t Au, 0.65% Co, 0.79% Cu from 238m (ARC 184)

Artemis Resources Limited (Artemis or the Company) (ASX:ARV, Frankfurt:ATY, US OTC:ARTTF) is pleased to announce the latest drilling results from its Carlow Castle Project in the West Pilbara region of Western Australia.

HIGHLIGHTS

Shallow and deeper high-grade gold, cobalt and copper assays continue to be delivered from the Companys Carlow Castle Project with new intersections highlighting the depth potential of the mineralised shear zone system.

Best high-grade intervals across Carlow Castle South East include:

- 25m (at) 3.38g/t Au, 0.24% Co, 0.77% Cu from 228m (ARC184)
- Incl: 5m (at) 9.62g/t Au, 0.65% Co, 0.79% Cu from 238m (ARC 184)
- 43m (at) 0.99g/t Au, 0.16% Co and 1.05% Cu from 66m (ARC 175)
- Incl: 2m (at) 4.71g/t Au, 1.04% Co, 1.44% Cu from 65m.
- 34m (at) 1.27g/t Au, 0.06% Co, 1.34% Cu from 47m (ARC 164)
- Incl: 5m (at) 4g/t Au, 0.03% Co, 2.48% Cu from 71m.
- 9m (at) 3.45g/t Au, 0.21% Co and 0.83% Cu from 50m (ARC 177)
- Incl: 3m (at) 7.86g/t Au, 0.45% Co and 1.42% Cu from 55m.
- 24m (at) 0.77g/t Au, 0.05% Co and 1.80% Cu from 4m (ARC 162).
- 14m (at) 3.21g/t Au, 0.07% Co and 1.55% Cu from 25m (ARC 173).
- Additional assays are pending.

Artemis Chief Executive Officer Wayne Bramwell commented:

The latest results continue to support our view that there are multiple mineralizing events and deeper extensions exist within the larger Carlow Castle system.
Artemis is on track for a resource update in Q4 and post this, additional extensional and in-fill drilling is planned to define the broader scale and the internal controlling structures of this emerging Au-Co-Cu deposit.

LATEST DRILL RESULTS

The Carlow Castle Au-Co-Cu Project currently covers three deposits (Carlow Castle South, Quod Est and Carlow Castle South East) and is approximately 35km from Artemis 100% owned Radio Hill processing plant. The mineralisation at Carlow Castle is hosted in chloritic shear zones, within the predominantly Archean mafic sequence. The ore zones appear partially oxidised above 20m, with sulphides extending to depth.



The primary sulphides are chalcopyrite, cobaltite and pyrite with the presence of chalcocite and native copper in some samples indicating supergene enrichment in the upper portions of the sulphide zone.

This drilling programme at Carlow Castle focussed on an initial 1.2 km of a 4 km mineralised trend identified using Sub Audio Magnetics (SAM) geophysics and geochemistry. Mineralisation has been intersected in a north-south orientation from Quod Est to Carlow Castle South (over 500 metres), with the main strike of mineralisation at Carlow Castle being east-west .

The objective of this drilling was to infill and extend the 1.2 km east-west strike and seek to join Quod Est, Carlow Castle South and Carlow Castle South East into one larger resource (Figure 1) . This east-west trend remains open along strike and results reported here confirm the depth potential in the eastern end of the system.

Figure 1: Carlow Castle Drill Plan
(latest sections 507520mE and 507600mN depicted.)

https://www.irw-press.at/prcom/images/messages/2018/44675/20180925_ Carlow Castle Drilling Update_v0_PRCOM.001.png


Section 507600mE (Carlow Castle South East)

As Carlow Castle South east strikes to the east, the south dip appears to become more consistent (refer Figure 2). Significantly, this traverse has intersected strong gold-copper mineralisation from surface in all holes with cobalt values appearing to improve with depth. A 1,000ppm (0.1%) Cu halo is inferred to strongly control the mineralisation, except near surface where supergene influences are present.
Figure 2 - Carlow Castle South East (Section 507600mE)
(New intersections highlighted in yellow)

https://www.irw-press.at/prcom/images/messages/2018/44675/20180925_ Carlow Castle Drilling Update_v0_PRCOM.002.jpeg



Section 507520mE (Carlow Castle South East)

The mineralisation previously announced in holes ARC138 and ARC139 has been validated by a scissor hole (ARC184) on Section 507520mE. Drilling indicates higher grade mineralisation sits within a broader shear zone defined by the 1000 ppm (0.1%) Cu halo (refer Figure 3). This shear is inferred to be producing sigmoidal (lense shaped) ore zones that have variable dips with the mineralisation open at depth below 200m from surface.

Proposed future drilling will include more diamond scissor holes to better define the width and orientation of structures within this shear.
Figure 3 - Carlow Castle South East (Section 507520mE )
(New intersections highlighted in yellow)

https://www.irw-press.at/prcom/images/messages/2018/44675/20180925_ Carlow Castle Drilling Update_v0_PRCOM.003.jpeg


Please refer to Appendix A for all significant intercepts.

LOOKING FORWARD
Additional assays are pending for Carlow Castle to close out this round of drilling and will be released as they become available. Diamond drilling comprises approximately 6.5% of total drilling to date at Carlow Castle and this will be increased to assist with future structural and geotechnical studies. Future drilling, post a resource update, will target testing further strike extensions and seek to infill some sections to define the major controlling structures.

https://www.irw-press.at/prcom/images/messages/2018/44675/20180925_ Carlow Castle Drilling Update_v0_PRCOM.004.png

Figure 4: Carlow Castle Regional Location Plan

For further information on this update or the Company generally, please visit our website at www.artemisresources.com.au or contact:

Edward Mead
Executive Director
Telephone: +61 407 445 351

Wayne Bramwell
Chief Executive Officer
Telephone: +61 417 953 073

David Tasker
Advisor - Chapter One Telephone : +61 433 112 936

ASX : ARV
FRANKFURT : ATY
US OTC : ARTTF

BASE, BATTERY AND
PRECIOUS METALS

ARTEMIS RESOURCES LIMITED IS AN AUSTRALIAN MINERAL DEVELOPER ADVANCING ITS WEST PILBARA BASE, BATTERY AND PRECIOUS METALS ASSETS TOWARDS PRODUCTION.
ARTEMIS HAS CONSOLIDATED A MAJOR LAND HOLDING IN THE WEST PILBARA AND IS THE 100% OWNER OF THE RADIO HILL OPERATIONS AND PROCESSING INFRASTRUCTURE, STRATEGICALLY LOCATED 30 KM FROM THE CITY OF KARRATHA, THE POWERHOUSE OF THE PILBARA.

WANT TO KNOW MORE ABOUT ARTEMIS?

Please Contact:

Edward Mead - Executive Director
E: ed.mead(at)artemisresources.com.au

Wayne Bramwell - Chief Executive Officer
E: wayne.bramwell(at)artemisresources.com.au

David Tasker - Media Advisor
E: dtasker(at)chapteroneadvisors.com.au
P : +61 433 112 936

Or visit the Artemis Website or
follow us on Twitter


Artemis Resources Limited

Suite 1, 11 Ventnor Ave
West Perth WA
Australia, 6005


P : +61 8 6319 0000
E : info(at)artemisresources.com.au
www.artemisresources.com.au
Twitter - (at)Artemis_ARV

COMPETENT PERSONS STATEMENT

The information in this announcement that relates to Exploration Results and Exploration Targets is based on information compiled or reviewed by Allan Younger, who is a Member of the Australasian Institute of Mining and Metallurgy. Mr Younger is a consultant to the Company. Mr Younger has sufficient experience that is relevant to the style of mineralisation and type of deposit under consideration and to the activity which he is undertaking to qualify as a Competent Person as defined in the 2012 Edition of the Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves.

Mr Younger consents to the inclusion in the announcement of the matters based on his information in the form and context in which it appears.


BACKGROUND INFORMATION ON ARTEMIS RESOURCES

Artemis Resources Limited is an exploration and development company focussed on its large (2,400 km2) and prospective base, battery and precious metals assets in the Pilbara region of Western Australia. Artemis owns 100% of the 500,000 tpa Radio Hill processing plant and infrastructure, located approximately 35 km south of the city of Karratha.

The Company is evaluating 2004 and 2012 JORC Code compliant resources of gold, nickel, copper-cobalt, PGE''s and zinc, all situated within a 40 km radius of the Radio Hill plant.

Artemis have signed Definitive Agreements with Novo Resources Corp. (Novo), which is listed on Canadas TSX Venture Exchange (TSXV:NVO), and pursuant to the Definitive Agreements, Novo has satisfied its expenditure commitment, and earned 50% of gold (and other minerals necessarily mined with gold) in conglomerate and/or paleoplacer style mineralization in Artemis tenements within 100 km of the City of Karratha, including at Purdys Reward (the Gold Rights). The Gold Rights do not include:

(i) gold disclosed in Artemis existing (at 18 May 2017) JORC Code Compliant Resources and Reserves; or
(ii) gold which is not within conglomerate and/or paleoplacer style mineralization; or
(iii) minerals other than gold.

Artemis Mt Oscar tenement is excluded from the Definitive Agreements. The Definitive Agreements cover 36 tenements / tenement applications that are 100% owned by Artemis.

Pursuant to Novos successful earn-in, two 50:50 joint ventures have been formed between Novos subsidiary, Karratha Gold Pty Ltd (Karratha Gold) and two subsidiaries of Artemis (KML No 2 Pty Ltd and Fox Radio Hill Pty Ltd). The joint ventures are managed as one by Karratha Gold with Artemis and Novo contributing to further exploration and any mining of the Gold Rights on a 50:50 basis.

FORWARD LOOKING STATEMENTS AND IMPORTANT NOTICE

This report contains forecasts, projections and forward-looking information. Although the Company believes that its expectations, estimates and forecast outcomes are based on reasonable assumptions it can give no assurance that these will be achieved. Expectations, estimates and projections and information provided by the Company are not a guarantee of future performance and involve unknown risks and uncertainties, many of which are out of Artemis control.

Actual results and developments will almost certainly differ materially from those expressed or implied. Artemis has not audited or investigated the accuracy or completeness of the information, statements and opinions contained in this announcement. To the maximum extent permitted by applicable laws, Artemis makes no representation and can give no assurance, guarantee or warranty, express or implied, as to, and takes no responsibility and assumes no liability for the authenticity, validity, accuracy, suitability or completeness of, or any errors in or omission from, any information, statement or opinion contained in this report and without prejudice, to the generality of the foregoing, the achievement or accuracy of any forecasts, projections or other forward looking information contained or referred to in this report.

Investors should make and rely upon their own enquiries before deciding to acquire or deal in the Companys securities.

APPENDIX A
Table 1: Significant Intersections in Carlow Castle Project
Hole_ID Comments From (mTo (m)m Au g/t Co % Cu % Zn %
)

ARC156 32 39 7 0.5 0.08 1.01
ARC156 143 146 3 3.88 0.37 0.02
ARC162 4 28 24 0.77 0.05 1.8
ARC163 24 56 32 0.93 0.03 1.25
ARC163 24 26 2 2.75 0.11 3.8
ARC164 47 81 34 1.27 0.06 1.34
ARC164 including71 76 5 4 0.03 2.48
ARC167 NSI
ARC171 NSI
ARC172 5 9 4 0.43 0.07 0.61
ARC173 25 39 14 3.21 0.07 1.55
ARC174 43 52 9 0.84 0.1 2.54
ARC175 66 109 43 0.99 0.16 1.05
ARC175 including70 72 2 4.71 1.04 1.44
ARC175 including105 108 3 2.67 0.11 2.71
ARC176 NSI
ARC177 50 59 9 3.45 0.21 0.83
ARC177 including55 58 3 7.86 0.45 1.42
ARC178 NSI
ARC179 NSI
ARC180 100 101 1 1.41 0.1 1.12
ARC181 NSI
ARC182 51 54 3 0.46 0.01 1.00
ARC183 NSI
ARC184 228 263 25 3.38 0.24 0.77
ARC184 including230 231 1 16.05 0.4 2.18
ARC184 including238 243 5 9.62 0.65 0.79
ARC185 NSI
ARC186 NSI 92 95 3 - - - 1.06
ARC187 NSI
ARC188 NSI
ARC189 Pending


Table 2: Drill Collar Locations
Hole Id MGA East MGA North RL (m) Depth Dip Azimuth
(m)

ARC001 506929.95 7698920.09 40.28 72 -60 270
ARC002 506959.14 7698916.27 39.75 90 -60 270
ARC003 506909.93 7698896.80 39.14 54 -60 270
ARC004 506925.68 7698896.50 39.24 78 -60 270
ARC005 506888.51 7698919.80 40.25 60 -60 90
ARC006 506947.24 7698894.26 39.03 90 -60 270
ARC007 506911.18 7698937.79 41.59 48 -60 270
ARC008 506933.10 7698937.94 41.14 78 -60 270
ARC009 506904.79 7698960.57 42.71 48 -60 270
ARC010 506922.98 7698961.93 42.84 78 -60 270
ARC011 506917.24 7698917.58 40.60 48 -60 270
ARC012 506902.24 7698878.73 38.33 48 -60 270
ARC013 506922.61 7698879.32 38.36 72 -60 270
ARC014 506944.97 7698880.09 38.84 90 -60 270
ARC015 506899.23 7698837.97 38.58 48 -60 270
ARC016 506919.31 7698838.32 41.38 78 -60 270
ARC017 506869.79 7698799.07 36.64 48 -60 270
ARC018 506887.95 7698799.83 37.70 48 -60 270
ARC019 506906.80 7698800.96 39.10 60 -60 270
ARC020 506927.68 7698801.91 41.30 90 -60 270
ARC021 506868.38 7698761.99 35.54 48 -60 270
ARC022 506887.74 7698761.44 36.24 48 -60 270
ARC023 506907.53 7698760.64 37.49 78 -60 270
ARC024 506579.85 7698699.77 34.80 60 -60 180
ARC025 506619.19 7698698.13 34.79 66 -60 180
ARC026 506659.40 7698699.29 34.97 66 -60 180
ARC027 506699.06 7698699.67 34.80 60 -60 180
ARC028 506742.04 7698701.18 34.55 60 -60 180
ARC029 506944.14 7698957.64 42.43 84 -60 270
ARC030 506952.30 7698938.33 40.81 90 -60 270
ARC031 506973.27 7698916.87 39.68 102 -60 270
ARC032 506969.77 7698896.34 39.26 108 -60 270
ARC033 506895.77 7698937.59 41.27 23 -60 90
ARC033a 506893.23 7698937.48 41.35 90 -60 90
ARC034 506973.31 7698940.16 40.47 137 -60 270
ARC036 506579.18 7698677.42 34.66 60 -60 180
ARC037 506579.80 7698718.95 35.06 84 -60 180
ARC038 506579.56 7698740.73 35.44 120 -60 180
ARC039 506777.66 7698676.15 34.67 60 -60 180
ARC040 506778.78 7698700.75 34.92 84 -60 180
ARC041 506779.34 7698720.74 35.06 120 -60 180
ARC042 506780.18 7698740.84 35.26 150 -60 180
ARC043 506897.41 7698636.05 33.75 60 -60 180
ARC044 506898.75 7698660.97 34.02 84 -60 180
ARC045 506899.47 7698682.47 34.15 126 -60 180
ARC046 506900.75 7698701.73 34.15 162 -60 180
ARC047 507477.90 7698581.08 29.79 60 -60 180
ARC048 507478.81 7698623.51 30.78 114 -60 180
ARC049 507478.89 7698663.21 30.84 144 -60 180
ARC050 507321.28 7698921.04 35.26 120 -60 0
ARC051 507237.30 7699007.97 37.79 136 -60 0
ARC052 507119.90 7698982.04 38.80 162 -60 0
ARC053 507120.27 7699027.22 41.43 126 -60 0
ARC054 507239.93 7698930.55 36.32 102 -60 0
ARC055 506536.05 7698688.90 34.65 78 -60 180
ARC056 506537.23 7698708.54 34.91 90 -60 180
ARC057 506538.58 7698729.57 35.07 120 -60 180
ARC058 506619.04 7698677.50 34.60 60 -60 180
ARC059 506619.96 7698720.27 34.95 120 -60 180
ARC060 506659.80 7698720.78 35.00 84 -60 180
ARC061 506660.86 7698740.46 35.30 126 -60 180
ARC062 506700.16 7698720.64 35.02 84 -60 180
ARC063 506700.76 7698738.61 35.31 120 -60 180
ARC064 506741.50 7698676.08 34.75 60 -60 180
ARC065 506742.69 7698719.49 35.01 102 -60 180
ARC066 506743.53 7698738.36 35.25 126 -60 180
ARC067 506817.45 7698682.40 34.68 84 -60 180
ARC068 506818.23 7698698.12 34.79 120 -60 180
ARC069 506819.53 7698717.79 35.00 24 -60 180
ARC069a 506821.17 7698740.74 35.24 162 -59 180
ARC070 506859.97 7698659.95 34.30 60 -60 180
ARC071 506860.65 7698679.67 34.44 84 -60 180
ARC072 506861.28 7698695.73 34.57 126 -60 180
ARC073 506935.81 7698638.23 33.73 60 -60 180
ARC074 506937.98 7698657.32 33.72 84 -60 180
ARC075 506941.87 7698698.15 33.99 150 -60 180
ARC076 507400.58 7698609.30 30.48 66 -60 180
ARC077 507400.50 7698650.77 31.23 162 -60 180
ARC078 506815.36 7698661.73 34.44 60 -60 180
ARC079 507478.02 7698559.54 29.86 108 -60 0
ARC080 507262.21 7698939.00 35.53 84 -60 270
ARC081 506781.50 7698779.75 36.00 264 -60 180
ARC082 506620.49 7698740.67 35.31 150 -60 180
ARC083 506934.49 7698679.81 33.85 150 -60 180
ARC084 506979.13 7698619.15 33.21 72 -60 180
ARC085 506979.64 7698641.44 33.61 112 -60 180
ARC086 506980.15 7698660.88 33.67 142 -60 180
ARC087 506980.26 7698682.07 33.58 196 -60 180
ARC088 507016.43 7698621.50 33.25 70 -60 180
ARC089 507017.15 7698642.72 33.28 112 -60 180
ARC090 507018.63 7698663.13 33.48 150 -60 180
ARC091 507019.24 7698682.15 33.39 192 -60 180
ARC092 507056.17 7698600.99 32.85 72 -60 180
ARC093 507056.24 7698620.13 32.91 114 -60 180
ARC094 507057.26 7698639.31 33.03 150 -60 180
ARC095 507058.55 7698659.65 33.05 204 -60 180
ARC096 507399.31 7698630.48 30.83 168 -60 180
ARC097 507398.34 7698593.01 30.44 108 -60 180
ARC098 507476.26 7698602.49 29.74 96 -60 180
ARC099 506534.82 7698675.09 34.35 66 -60 180
ARC100 506533.66 7698649.43 34.61 42 -60 180
ARC101 506744.20 7698758.65 35.66 156 -60 180
18CCAD001 506701.45 7698757.33 35.65 151.9 -60 180
18CCAD002 506778.93 7698694.92 34.86 128.1 -60 180
18CCAD003 506698.19 7698680.96 34.86 119.7 -75 0
18CCAD004 506819.62 7698709.68 34.97 141 -60 180
18CCAD005 506863.16 7698712.42 34.65 123 -60 180
18CCAD006 506901.24 7698720.42 34.82 168.2 -60 180
18CCAD007 506857.87 7698633.28 33.98 117.3 -60 0
18CCAD008 506932.99 7698937.93 41.15 81.5 -60 270
18CCAD009 506942.27 7698937.24 41.00 79.5 -60 270
18CCAD010 507480.50 7698641.39 30.88 171 -60 180
18CCAD011 507476.27 7698549.65 30.03 100.4 -50 0
18CCAD012 506935.00 7698900.00 41.00 122.9 -60 270
ARC102 507480 7698490 30 186 -60 360
ARC103 507140 7698640 32 66 -60 360
ARC104 507140 7698620 32 100 -60 360
ARC105 507180 7698630 32 66 -60 360
ARC106 507180 7698610 32 100 -60 360
ARC107 507020 7698700 34 200 -60 180
ARC108 507060 7698680 33.5 180 -60 180
ARC109 507100 7698620 32.5 60 -60 180
ARC110 507100 7698640 32.5 100 -60 180
ARC111 507100 7698660 32.5 140 -60 180
ARC112 507100 7698680 34 192 -60 180
ARC113 507220 7698600 31.5 60 -60 180
ARC114 507220 7698620 31.5 100 -60 180
ARC115 507220 7698640 31.5 174 -60 180
ARC116 507220 7698660 31.5 198 -60 180
ARC117 507260 7698600 30.5 126 -60 180
ARC118 507260 7698620 31 126 -60 180
ARC119 507260 7698640 31 180 -60 180
ARC120 507260 7698660 31 222 -60 180
ARC121 507300 7698590 30.5 108 -60 180
ARC122 507300 7698610 30.5 144 -60 180
ARC123 507300 7698630 31 180 -60 180
ARC124 507300 7698650 31 234 -60 180
ARC125 507340 7698610 30.5 144 -60 180
ARC126 507340 7698630 30.5 180 -60 180
ARC127 507340 7698650 31 234 -60 180
ARC128 507340 7698670 31 240 -60 180
ARC129 507440 7698580 30 108 -60 180
ARC130 507440 7698600 30 102 -60 180
ARC131 507440 7698620 30.5 156 -60 180
ARC132 507440 7698640 30.5 204 -60 180
ARC133 507440 7698660 31.5 228 -60 180
ARC134 507400 7698670 31.5 204 -60 180
ARC135 507520 7698580 29.5 100 -60 180
ARC136 507520 7698600 29.5 108 -60 180
ARC137 507520 7698620 30.5 168 -60 180
ARC138 507520 7698640 30.5 228 -60 180
ARC139 507520 7698660 30.5 240 -60 180
ARC140 506460 7698640 34.5 150 -60 180
ARC141 506460 7698680 34.5 120 -60 180
ARC142 506460 7698720 35 120 -60 180
ARC143 506460 7698760 35.5 120 -60 180
ARC144 506540 7698600 34.5 120 -60 360
ARC145 506580 7698640 35 120 -60 360
ARC146 506580 7698620 34.5 162 -60 360
ARC147 507560 7698600 29.5 114 -60 180
ARC148 507560 7698620 29.5 192 -60 180
ARC149 507560 7698640 30.5 192 -60 180
ARC150 507560 7698660 30 179 -60 180
ARC151 506620 7698760 35.5 144 -60 180
ARC152 506620 7698780 36 174 -60 180
ARC153 506660 7698760 35.5 162 -60 180
ARC154 506660 7698780 36 198 -60 180
ARC155 506700 7698780 36 192 -60 180
ARC156 506740 7698780 36 200 -60 180
ARC157 506780 7698760 35.5 180 -60 180
ARC158 506820 7698760 35.5 200 -60 180
ARC159 506860 7698730 35 160 -60 180
ARC160 506940 7698720 35.5 180 -60 180
ARC161 506980 7698700 34 180 -60 180
ARC162 507260 7698580 29 90 -60 180
ARC163 507600 7698630 29 90 -60 360
ARC164 507600 7698610 29 120 -60 360
ARC165 507600 7698590 30.5 144 -60 360
ARC166 507300 7698570 30.5 150 -60 180
ARC167 507340 7698590 30.5 90 -60 180
ARC168 507015 7698940 40 100 -60 270
ARC169 507050 7698940 39 120 -60 270
ARC170 507090 7698940 38 120 -60 270
ARC171 507130 7698980 38 102 -60 270
ARC172 507140 7698640 29 84 -60 360
ARC173 507640 7698620 29 120 -60 360
ARC174 507640 7698600 29 130 -60 360
ARC175 507600 7698570 29 138 -60 360
ARC176 507180 7698600 33 150 -60 180
ARC177 507180 7698620 33 144 -60 180
ARC178 507180 7698640 33 186 -60 180
ARC179 507180 7698660 33 200 -60 180
ARC180 507640 7698580 33 114 -60 360
ARC181 507680 7698650 33 72 -60 360
ARC182 507680 7698630 33 90 -60 360
ARC183 507680 7698610 33 114 -60 360
ARC184 507520 7698420 33 330 -60 360
ARC185 507640 7698720 33 102 -60 360
ARC186 507640 7698700 33 114 -60 360
ARC187 507640 7698680 33 126 -60 360
ARC188 507640 7698660 33 102 -60 360
ARC189 507480 7698420 33 330 -60 360

Note: Holes ARC102 to ARC189 are GPS located only and subject to survey.

Table 3: Significant Assays: >0.5g/t Au, >500ppm Co (0.05%), >5000ppm Cu (0.5%).


Hole IdSample NoFrom To Au g/tCo ppm Cu ppm Ag ppmAs ppm
ARC156 ARV02628517 18 1.34 142 1530 0.5 101
ARC156 ARV02628820 21 4.15 174 2000 1.1 128
ARC156 ARV02629224 25 0.73 126 3180 1.1 119
ARC156 ARV02630032 33 1.35 914 9140 1.9 3040
ARC156 ARV02630333 34 0.61 556 2740 0.25 814
ARC156 ARV02630434 35 0.15 1050 4650 0.7 817
ARC156 ARV02630535 36 0.16 1500 6240 1.1 577
ARC156 ARV02630636 37 0.29 534 16700 7 343
ARC156 ARV02630737 38 0.83 886 23800 7.1 389
ARC156 ARV02630838 39 0.1 699 7190 1.5 190
ARC156 ARV02630939 40 0.07 631 5870 1.3 142
ARC156 ARV026380104 105 0.91 390 15300 5 495
ARC156 ARV026385107 108 0.32 543 3480 0.9 702
ARC156 ARV026386108 109 0.65 1230 6820 2.5 1620
ARC156 ARV026388110 111 0.37 98 6240 1.9 72
ARC156 ARV026390112 113 0.82 1080 6800 3.8 1390
ARC156 ARV026391113 114 0.61 164 2710 0.8 87
ARC156 ARV026403123 124 0.53 592 856 0.25 743
ARC156 ARV026425143 144 9.01 8750 304 0.5 13050
ARC156 ARV026426144 145 1.19 997 128 0.25 1420
ARC156 ARV026427145 146 1.45 1330 197 0.5 1850
ARC156 ARV026453169 170 1.4 1120 1900 0.25 1380
ARC156 ARV026484196 197 1.06 176 1210 0.7 256
ARC157 ARV02651610 11 0.21 165 15200 4.5 82
ARC157 ARV02651711 12 3.18 166 25900 5.1 134
ARC157 ARV02651913 14 2.39 227 19000 2 503
ARC157 ARV02653325 26 0.12 977 372 0.6 757
ARC157 ARV02660993 94 0.72 258 3030 1.1 349
ARC157 ARV02661094 95 0.98 109 3250 1 110
ARC157 ARV02661195 96 2.5 198 3850 1.2 248
ARC157 ARV026616100 101 0.53 2660 1320 0.6 3460
ARC157 ARV026617101 102 1.37 3690 17700 5.4 4810
ARC157 ARV026619103 104 0.14 537 994 0.25 697
ARC157 ARV026626108 109 0.14 676 1140 0.25 945
ARC157 ARV026627109 110 4.69 4350 15400 5.3 5900
ARC157 ARV026628110 111 20.9 9410 63700 22.1 12250
ARC157 ARV026629111 112 16.65 9730 72400 23.9 12800
ARC157 ARV026630112 113 7.08 4800 33600 11.9 6450
ARC157 ARV026631113 114 2.13 2570 15300 4.9 3360
ARC157 ARV026632114 115 1.05 2150 9480 3 2820
ARC157 ARV026633115 116 0.74 2720 4890 1.6 3520
ARC157 ARV026634116 117 1.42 7700 1990 0.8 10300
ARC157 ARV026635117 118 0.34 2760 1520 0.6 3470
ARC157 ARV026636118 119 0.64 323 4060 1.3 397
ARC157 ARV026637119 120 0.66 986 6100 2 1300
ARC157 ARV026640122 123 0.42 541 1670 0.6 690
ARC157 ARV026646126 127 1.12 632 1850 0.9 807
ARC157 ARV026647127 128 0.62 276 1130 0.25 334
ARC157 ARV026653133 134 2.76 3570 4180 1.3 4380
ARC157 ARV026654134 135 3.91 6160 6140 2 7800
ARC157 ARV026655135 136 0.97 1460 2140 0.7 1880
ARC157 ARV026656136 137 0.48 534 1270 0.6 695
ARC157 ARV026657137 138 0.59 695 1090 0.25 893
ARC157 ARV026659139 140 1.1 109 12400 4.2 75
ARC157 ARV026664142 143 1.22 1820 686 0.25 2310
ARC157 ARV026665143 144 0.57 167 3790 1.1 199
ARC157 ARV026669147 148 0.43 851 612 0.25 1085
ARC157 ARV026670148 149 0.27 610 503 0.25 818
ARC157 ARV026671149 150 0.64 2150 1120 0.6 2720
ARC157 ARV026673151 152 2.43 3250 3060 1.4 3980
ARC157 ARV026674152 153 1.24 984 1510 0.5 1230
ARC157 ARV026675153 154 1.5 1350 3610 1.3 1705
ARC157 ARV026676154 155 0.27 726 3950 1.4 940
ARC157 ARV026677155 156 0.15 195 5690 2 257
ARC157 ARV026678156 157 0.26 502 2940 1 659
ARC157 ARV026679157 158 0.74 931 2690 1.1 1190
ARC157 ARV026680158 159 2.48 469 7110 2.8 592
ARC158 ARV02674630 31 2.5 1795 5880 0.7 2170
ARC158 ARV02676044 45 0.13 109 5450 1.4 86
ARC158 ARV02677052 53 0.96 125 977 0.25 119
ARC158 ARV026825101 102 1 540 13600 3.8 648
ARC158 ARV026840116 117 2.32 313 3290 0.9 391
ARC158 ARV026843117 118 2.9 76 857 0.25 79
ARC158 ARV026855129 130 1.78 3940 3990 1 4860
ARC158 ARV026856130 131 0.35 621 1765 0.25 807
ARC158 ARV026857131 132 7.74 881 1930 0.25 1105
ARC158 ARV026859133 134 0.59 1310 1880 0.25 1605
ARC158 ARV026863135 136 2.86 1300 14000 3.6 1715
ARC158 ARV026864136 137 1.05 152 2440 0.6 213
ARC158 ARV026876148 149 7.02 1220 1065 0.8 1565
ARC158 ARV026877149 150 0.73 234 548 0.25 299
ARC158 ARV026887157 158 3.19 1880 13400 3.9 2380
ARC158 ARV026888158 159 0.92 591 2340 0.25 713
ARC158 ARV026891161 162 0.68 244 570 0.25 284
ARC158 ARV026892162 163 0.81 3040 488 0.25 3680
ARC158 ARV026894164 165 0.47 1055 536 0.25 1285
ARC158 ARV026907175 176 0.27 1060 1005 0.25 1285
ARC158 ARV026909177 178 0.23 433 7590 2.2 532
ARC158 ARV026911179 180 0.18 191 7380 2.2 195
ARC159 ARV0269353 4 0.07 178 5100 0.7 147
ARC159 ARV02696832 33 0.35 86 10100 2.1 79
ARC159 ARV02696933 34 1.65 221 19100 8.2 184
ARC159 ARV02697034 35 1.71 228 19600 7.8 115
ARC159 ARV02697135 36 0.33 107 7360 3.6 45
ARC159 ARV02697236 37 0.5 152 9880 3.4 74
ARC159 ARV02699759 60 0.69 304 11600 4.1 69
ARC159 ARV02700767 68 0.33 140 8950 3.3 112
ARC159 ARV02700868 69 0.79 1015 11900 3.7 1380
ARC159 ARV02700969 70 0.9 350 16200 5.5 360
ARC159 ARV027057113 114 0.09 620 1025 0.25 846
ARC159 ARV027058114 115 0.51 2960 5930 1.8 4140
ARC159 ARV027071125 126 0.44 1785 1675 0.6 2490
ARC159 ARV027089141 142 0.46 696 1790 0.7 892
ARC159 ARV027090142 143 0.5 115 5280 2.2 118
ARC160 ARV02719171 72 0.16 539 345 0.25 682
ARC160 ARV02721896 97 0.29 797 2110 0.6 1080
ARC160 ARV02721997 98 0.12 1530 877 0.25 2030
ARC160 ARV027256130 131 1.15 135 21200 5.7 68
ARC160 ARV027257131 132 0.88 227 12200 3.1 253
ARC160 ARV027259133 134 1.11 661 6720 2 871
ARC160 ARV027260134 135 2.74 686 2400 0.6 932
ARC160 ARV027266138 139 1.87 1290 8340 2.1 1720
ARC160 ARV027270142 143 0.93 2770 1885 0.9 3580
ARC160 ARV027285155 156 0.25 765 2960 0.8 1000
ARC160 ARV027293163 164 0.44 74 5390 1.8 36
ARC161 ARV027435111 112 0.2 816 1530 0.25 1080
ARC161 ARV027445119 120 1.52 756 2600 0.5 962
ARC161 ARV027448122 123 1.2 112 4730 1.2 97
ARC161 ARV027455129 130 5.01 606 8070 2.1 787
ARC161 ARV027456130 131 0.8 275 2150 0.5 351
ARC161 ARV027458132 133 2.66 601 3450 1.1 759
ARC161 ARV027459133 134 1.03 372 4850 1.2 467
ARC161 ARV027463135 136 0.62 158 1300 0.25 219
ARC161 ARV027464136 137 1.95 2150 5740 1.6 2800
ARC161 ARV027465137 138 1.6 1010 3340 0.8 1300
ARC162 ARV0275163 4 0.11 745 1610 0.25 255
ARC162 ARV0275174 5 0.4 1075 19700 2.5 174
ARC162 ARV0275185 6 0.61 438 10200 2.9 157
ARC162 ARV0275196 7 0.52 339 3410 1.2 183
ARC162 ARV0275238 9 1.09 803 15900 8.8 389
ARC162 ARV0275249 10 0.68 515 23700 5.9 402
ARC162 ARV02752510 11 0.94 938 27100 7.3 499
ARC162 ARV02752611 12 0.81 450 13700 3 329
ARC162 ARV02752712 13 1.3 166 18500 6 105
ARC162 ARV02752813 14 0.39 565 8550 1.6 373
ARC162 ARV02752914 15 0.35 375 9980 2.1 329
ARC162 ARV02753015 16 0.59 658 18700 3.8 619
ARC162 ARV02753116 17 0.53 231 10300 1.7 277
ARC162 ARV02753217 18 0.58 244 12300 2.7 244
ARC162 ARV02753318 19 0.85 518 20600 4.7 627
ARC162 ARV02753419 20 0.55 1355 17000 3.2 974
ARC162 ARV02753520 21 1.31 191 36500 17.3 213
ARC162 ARV02753621 22 0.87 170 15900 4.4 259
ARC162 ARV02753722 23 0.46 163 9110 5.1 274
ARC162 ARV02753823 24 1.87 172 23100 10.7 327
ARC162 ARV02753924 25 1.41 231 61700 25.8 296
ARC162 ARV02754025 26 1.18 251 33800 13.8 223
ARC162 ARV02754326 27 0.53 923 11000 4.6 1220
ARC162 ARV02754427 28 0.6 669 8940 2.3 797
ARC163 ARV02763419 20 0.99 585 2280 0.25 413
ARC163 ARV02763520 21 0.65 622 2660 0.6 566
ARC163 ARV02763924 25 4.1 1505 51300 16.7 1230
ARC163 ARV02764025 26 1.41 785 24700 10 484
ARC163 ARV02764326 27 0.57 249 9840 3.5 142
ARC163 ARV02764427 28 0.39 101 8310 1.3 86
ARC163 ARV02764629 30 3.73 86 4640 1.8 119
ARC163 ARV02765033 34 0.52 159 6400 1.2 211
ARC163 ARV02765235 36 0.19 176 5840 1.6 335
ARC163 ARV02765336 37 0.56 183 7730 3.2 138
ARC163 ARV02765538 39 0.28 204 6310 2.7 230
ARC163 ARV02765639 40 0.66 224 5890 2.4 193
ARC163 ARV02765740 41 0.4 174 7710 3.7 116
ARC163 ARV02765841 42 0.79 276 24900 10.5 280
ARC163 ARV02765942 43 1.83 258 20300 9.3 99
ARC163 ARV02766043 44 2.11 180 11000 5.2 83
ARC163 ARV02766344 45 0.75 255 16100 6.7 204
ARC163 ARV02766445 46 0.8 210 13500 5.9 140
ARC163 ARV02766546 47 0.98 216 26200 11.2 96
ARC163 ARV02766647 48 1.82 304 21200 9.5 191
ARC163 ARV02766748 49 0.73 156 19500 8.8 63
ARC163 ARV02766849 50 1.42 794 9800 4.5 929
ARC163 ARV02766950 51 0.5 129 6510 2.8 87
ARC163 ARV02767051 52 0.72 182 21900 9.1 123
ARC163 ARV02767152 53 0.78 171 14000 6.5 168
ARC163 ARV02767253 54 1.38 212 16300 7.4 171
ARC163 ARV02767354 55 0.86 689 8470 4.3 993
ARC163 ARV02767455 56 0.56 299 8320 3.3 498
ARC163 ARV02767556 57 0.2 378 5090 1.6 485
ARC164 ARV02778938 39 0.05 694 716 0.9 341
ARC164 ARV02779140 41 0.05 656 732 0.8 334
ARC164 ARV02779847 48 0.73 526 3670 1.4 742
ARC164 ARV02779948 49 7.36 3350 19000 6.4 4800
ARC164 ARV02780350 51 0.33 351 5240 1.4 75
ARC164 ARV02780552 53 0.7 1260 10900 4.4 1615
ARC164 ARV02780653 54 1.22 291 16900 6.3 252
ARC164 ARV02780754 55 0.28 174 5860 2.2 105
ARC164 ARV02781057 58 0.24 171 5530 1.6 126
ARC164 ARV02781158 59 0.94 1235 15900 5.5 1480
ARC164 ARV02781259 60 0.33 331 8500 2.8 343
ARC164 ARV02781360 61 0.37 207 7050 2.7 213
ARC164 ARV02781461 62 0.19 218 5780 2 281
ARC164 ARV02781562 63 0.76 2160 12800 4.7 2970
ARC164 ARV02781663 64 0.25 561 8220 3 729
ARC164 ARV02781764 65 0.23 436 5640 2.2 558
ARC164 ARV02781865 66 1.14 122 19100 7.5 91
ARC164 ARV02782067 68 0.22 329 15000 5.3 429
ARC164 ARV02782368 69 0.43 1040 29700 10.8 1360
ARC164 ARV02782469 70 0.74 732 25600 13.1 769
ARC164 ARV02782570 71 0.71 312 19400 8.2 229
ARC164 ARV02782671 72 6.78 492 31100 14.2 196
ARC164 ARV02782772 73 0.19 134 21000 8.6 127
ARC164 ARV02782873 74 6.13 187 25300 10.1 234
ARC164 ARV02782974 75 1.11 249 29300 12.7 206
ARC164 ARV02783075 76 5.79 359 17300 7.4 192
ARC164 ARV02783176 77 0.83 346 21300 9.4 211
ARC164 ARV02783277 78 3.04 1270 22600 9.8 1380
ARC164 ARV02783378 79 0.77 159 11500 4.9 83
ARC164 ARV02783479 80 0.3 162 8730 3.9 98
ARC164 ARV02783580 81 0.3 556 7630 3.6 534
ARC165 ARV02798469 70 0.15 53 5780 1.6 63
ARC165 ARV02798570 71 0.2 62 6990 2 88
ARC166 ARV02804938 39 0.41 195 12100 5.2 273
ARC166 ARV028128109 110 0.47 77 7380 3.8 3590
ARC167 ARV02818510 11 1.26 109 5860 0.25 454
ARC167 ARV02818611 12 0.82 92 3110 0.25 392
ARC167 ARV02818712 13 0.18 122 10900 0.25 240
ARC167 ARV02818914 15 0.15 621 4970 2.5 660
ARC167 ARV02819015 16 0.08 625 3410 2.1 539
ARC167 ARV02819116 17 0.09 892 2540 1.1 629
ARC167 ARV02819318 19 0.04 794 1310 0.25 476
ARC167 ARV02819823 24 0.89 248 3790 0.6 299
ARC167 ARV02820326 27 0.24 1230 2010 0.9 744
ARC167 ARV02821538 39 0.35 531 763 0.25 451
ARC167 ARV02821639 40 2.92 906 5580 1.9 986
ARC167 ARV02823152 53 3.28 666 2520 0.7 221
ARC167 ARV02824867 68 0.78 69 976 0.25 67
ARC167 ARV02827491 92 0.26 112 9690 3.4 104
ARC168 ARV02837277 78 0.005 585 198 0.25 263
ARC168 ARV02838588 89 1.15 8830 410 0.25 13300
ARC168 ARV02838689 90 9.71 32300 378 1.3 44800
ARC168 ARV02838790 91 8.32 16100 350 0.9 22400
ARC168 ARV02838891 92 1.76 3760 574 0.5 4780
ARC168 ARV02838992 93 0.16 553 385 0.25 743
ARC168 ARV02839295 96 0.98 3160 329 0.5 4140
ARC168 ARV02839396 97 5.75 24100 2080 1.3 36200
ARC168 ARV02839497 98 0.23 1600 157 0.25 2140
ARC168 ARV02839598 99 0.31 1970 181 0.25 2520
ARC168 ARV02839699 100 0.18 953 368 0.25 1300
ARC168 ARV028398101 102 0.67 3090 390 0.25 3960
ARC168 ARV028399102 103 1.65 4920 836 0.6 6640
ARC168 ARV028400103 104 0.11 513 613 0.25 746
ARC168 ARV028403104 105 0.19 677 964 0.5 887
ARC168 ARV028408109 110 0.35 1555 178 0.25 1910
ARC169 ARV02851592 93 0.09 803 54 0.25 5930
ARC170 ARV0285492 3 0.04 531 1880 0.8 487
ARC170 ARV0285525 6 1.57 183 2940 0.25 217
ARC170 ARV02858635 36 0.01 59 5860 1.8 180
ARC170 ARV02864487 88 0.22 848 681 0.25 1190
ARC170 ARV02864992 93 9.79 2930 42500 13.4 4360
ARC170 ARV02865093 94 2.03 830 15500 4.6 1340
ARC170 ARV02865194 95 0.77 509 7120 2.6 983
ARC170 ARV02865396 97 0.09 145 5920 2.1 223
ARC170 ARV02865598 99 0.17 208 12400 4.9 319
ARC170 ARV02865699 100 0.12 350 5300 2 570
ARC170 ARV028658101 102 0.05 602 4390 1.7 907
ARC171 ARV02873045 46 0.64 92 1025 0.25 89
ARC171 ARV02874356 57 0.88 141 993 0.25 106
ARC171 ARV02874457 58 1.71 476 1500 0.25 524
ARC171 ARV02878897 98 0.34 1440 143 0.25 2030
ARC172 ARV0287974 5 0.06 687 2510 0.25 278
ARC172 ARV0287985 6 0.29 917 4690 0.25 331
ARC172 ARV0287996 7 0.27 617 6110 0.25 233
ARC172 ARV0288007 8 0.77 577 9110 0.25 772
ARC172 ARV0288038 9 0.37 762 4620 0.25 774
ARC172 ARV02880914 15 0.26 102 7080 0.8 164
ARC172 ARV02881823 24 0.22 327 8000 1.6 363
ARC172 ARV02881924 25 0.09 964 2910 1.3 519
ARC172 ARV02883134 35 0.28 170 5230 1 217
ARC172 ARV02887675 76 0.04 974 236 0.25 703
ARC173 ARV02891425 26 0.99 503 1120 0.25 827
ARC173 ARV02891526 27 0.44 562 6750 13.4 571
ARC173 ARV02891627 28 0.37 783 2840 0.25 1140
ARC173 ARV02891728 29 0.34 917 3650 0.25 1190
ARC173 ARV02891829 30 3.08 1370 22500 9.9 951
ARC173 ARV02891930 31 2.78 1530 42900 19.7 891
ARC173 ARV02892031 32 6.24 604 15100 3.5 774
ARC173 ARV02892332 33 2.12 453 24700 6.8 494
ARC173 ARV02892433 34 11.9 404 30400 6.4 486
ARC173 ARV02892534 35 5.38 528 21400 8.1 353
ARC173 ARV02892635 36 10.4 650 277 11.4 1090
ARC173 ARV02892736 37 0.54 581 7450 3.4 1280
ARC173 ARV02892837 38 0.12 965 2930 0.8 1090
ARC173 ARV02892938 39 0.29 456 8290 4.4 476
ARC173 ARV02893746 47 0.55 92 5730 1.5 265
ARC174 ARV02906043 44 0.2 1100 4590 2 1050
ARC174 ARV02906445 46 1.02 1890 15900 7.1 2270
ARC174 ARV02906546 47 0.22 688 17000 7.1 259
ARC174 ARV02906647 48 0.54 1040 23200 12.7 384
ARC174 ARV02906748 49 0.29 758 28700 7.5 840
ARC174 ARV02906849 50 1.29 1010 37300 17.5 880
ARC174 ARV02906950 51 3.01 1300 70600 23.1 1520
ARC174 ARV02907051 52 0.87 932 28900 15 973
ARC174 ARV02907152 53 0.18 333 5340 2.5 349
ARC174 ARV02911289 90 0.94 193 465 0.25 967
ARC174 ARV02911390 91 1.74 148 338 0.25 782
ARC175 ARV02923166 67 0.57 2480 25300 6.6 2420
ARC175 ARV02923267 68 0.39 1710 4290 1.4 1995
ARC175 ARV02923368 69 1.1 2130 7350 3.4 2260
ARC175 ARV02923469 70 1.54 6880 9330 3.4 8040
ARC175 ARV02923570 71 5.27 12600 12800 4 17500
ARC175 ARV02923671 72 4.14 8160 16000 5.5 11550
ARC175 ARV02923772 73 0.37 993 5500 2.5 740
ARC175 ARV02923873 74 0.42 1920 4760 1.8 1430
ARC175 ARV02923974 75 0.36 1190 7810 2.9 754
ARC175 ARV02924075 76 0.96 5970 6270 2.3 4970
ARC175 ARV02924376 77 0.39 2450 3380 1.4 1575
ARC175 ARV02924477 78 0.34 2220 4790 1.8 1070
ARC175 ARV02924578 79 0.72 1970 3370 1.3 951
ARC175 ARV02924679 80 0.36 1780 7270 2.7 1595
ARC175 ARV02924881 82 0.27 831 6450 2.5 1050
ARC175 ARV02924982 83 0.41 236 11700 3.9 290
ARC175 ARV02925083 84 0.73 412 22500 8.2 438
ARC175 ARV02925184 85 2.55 318 27300 11.4 167
ARC175 ARV02925285 86 0.85 92 11200 4.1 53
ARC175 ARV02925588 89 1.56 1075 13000 6 1310
ARC175 ARV02925689 90 0.32 538 11000 3.7 587
ARC175 ARV02925790 91 0.54 2420 6330 2.4 3210
ARC175 ARV02925891 92 0.14 606 3850 1.5 789
ARC175 ARV02925992 93 0.13 486 6990 2.5 584
ARC175 ARV02926093 94 0.45 337 7410 4 124
ARC175 ARV02926394 95 0.58 368 21000 8 216
ARC175 ARV02926495 96 1.66 743 17900 7.5 628
ARC175 ARV02926596 97 1.44 713 13700 6.6 1360
ARC175 ARV02926697 98 1.29 559 12100 5.5 935
ARC175 ARV02926798 99 1.09 468 6710 3.9 1160
ARC175 ARV02926899 100 1.24 579 9280 3.1 2090
ARC175 ARV029269100 101 0.42 687 5970 1.5 1735
ARC175 ARV029270101 102 0.21 554 3250 0.8 723
ARC175 ARV029271102 103 0.31 595 4420 1.2 1465
ARC175 ARV029272103 104 0.62 539 9380 2.9 1470
ARC175 ARV029273104 105 0.31 628 7590 4.7 2100
ARC175 ARV029274105 106 3.89 727 50300 26.5 1905
ARC175 ARV029275106 107 0.76 944 17800 8.2 1120
ARC175 ARV029276107 108 3.35 1525 13100 6.2 1785
ARC175 ARV029277108 109 0.3 444 6130 1.6 1170
ARC175 ARV029283112 113 0.07 520 1965 0.5 311
ARC176 ARV02932411 12 0.52 123 3570 0.25 169
ARC176 ARV02932512 13 0.85 213 4860 0.25 122
ARC176 ARV02932714 15 0.59 380 2000 0.25 218
ARC176 ARV02932815 16 0.6 395 3840 0.25 195
ARC176 ARV02941089 90 0.44 93 27700 10.3 48
ARC176 ARV029469142 143 0.03 56 11300 6.3 53
ARC177 ARV02953249 50 0.4 507 3760 1.4 611
ARC177 ARV02953350 51 0.5 738 5310 1.9 899
ARC177 ARV02953451 52 0.71 809 5500 2.2 983
ARC177 ARV02953552 53 0.56 664 5060 1.8 818
ARC177 ARV02953653 54 0.6 203 1360 0.7 293
ARC177 ARV02953754 55 0.88 610 5390 1.8 766
ARC177 ARV02953855 56 10.5 7620 14400 5.5 9940
ARC177 ARV02953956 57 3.18 1090 10300 3.7 1310
ARC177 ARV02954057 58 9.9 4900 17900 8.2 6490
ARC177 ARV02954358 59 4.22 1900 9600 3.9 2410
ARC178 ARV029831174 175 0.12 23 6890 4.1 2.5
ARC178 ARV029832175 176 0.12 41 7720 4.5 16
ARC178 ARV029833176 177 0.26 31 7280 4.2 2.5
ARC178 ARV029834177 178 0.09 37 6140 3.6 15
ARC179 ARV029968111 112 0.24 121 5650 1.4 12
ARC179 ARV030023160 161 0.85 165 4230 1.2 161
ARC179 ARV030024161 162 0.37 130 5950 1.8 40
ARC179 ARV030030167 168 0.17 48 6840 2 7
ARC180 ARV030195100 101 1.41 1040 11200 7.3 1470
ARC182 ARV03034851 52 0.46 126 8560 1.7 454
ARC182 ARV03034952 53 0.81 191 13100 4.2 404
ARC182 ARV03035053 54 0.12 114 8360 2.2 184
ARC184 ARV03060477 78 0.51 478 1300 1.6 869
ARC184 ARV030708171 172 0.18 51 6870 1.9 7
ARC184 ARV030709172 173 0.16 63 7560 2.2 12
ARC184 ARV030724185 186 2.58 113 3930 1.4 127
ARC184 ARV030769226 227 0.27 249 6660 1.6 308
ARC184 ARV030770227 228 0.28 235 7790 2.8 286
ARC184 ARV030771228 229 0.47 1560 12100 3.8 2050
ARC184 ARV030772229 230 1.33 3660 4230 0.9 4800
ARC184 ARV030773230 231 16.05 4000 21800 7.3 5360
ARC184 ARV030776233 234 0.39 430 9370 2.5 531
ARC184 ARV030777234 235 0.97 1130 13300 3.8 1485
ARC184 ARV030778235 236 0.37 110 9800 2.5 115
ARC184 ARV030779236 237 3.52 1340 15600 4 1690
ARC184 ARV030780237 238 2.03 1820 3590 0.7 2390
ARC184 ARV030783238 239 9.7 3600 9110 2.4 4740
ARC184 ARV030784239 240 2.29 926 4950 1.4 1195
ARC184 ARV030785240 241 15.55 10350 7210 2.9 13800
ARC184 ARV030786241 242 14.6 12350 13600 4.9 16550
ARC184 ARV030787242 243 5.95 5120 4790 1.5 6810
ARC184 ARV030788243 244 2.93 2540 12300 3.6 3280
ARC184 ARV030789244 245 2.38 2400 7080 2.1 3100
ARC184 ARV030790245 246 0.4 883 915 0.25 1170
ARC184 ARV030793248 249 1.82 5030 7790 2.5 6810
ARC184 ARV030794249 250 0.92 1220 9890 2.8 1580
ARC184 ARV030795250 251 0.31 246 7090 2.2 297
ARC184 ARV030796251 252 0.35 540 2250 0.5 686
ARC184 ARV030797252 253 0.78 506 5490 1.6 622
ARC184 ARV030803256 257 0.3 121 6680 1.6 84
ARC184 ARV030823274 275 0.15 109 6890 2.2 82
ARC184 ARV030843292 293 0.93 82 2820 0.8 72
ARC185 ARV03093142 43 0.21 185 5540 1.5 41
ARC185 ARV03093243 44 0.04 160 5400 1.2 42
ARC185 ARV03097582 83 0.31 845 652 0.25 1415
ARC185 ARV03097683 84 1.02 2400 121 0.25 3600
ARC186 ARV03103837 38 0.23 154 4990 0.8 175
ARC187 ARV03118756 57 0.63 59 432 0.25 93
ARC187 ARV03119059 60 0.93 58 1670 0.6 14

ORC Code, 2012 Edition - Table 1
Section 1 Sampling Techniques and Data
(Criteria in this section apply to all succeeding sections.)
CriteriaJORC Code Commentary
explanation

Sampling· Nature and · Reverse Circulation (RC) and
quality of diamond drilling were carried
sampling out on the Carlow Castle
techniqu ( Co-Cu-Au Project.
es e.g. cut
channels,
random chips, · This RC component of the
or specific drilling was designed to obtain
specialised drill chip samples from one
industry metre intervals, from which a
standard 2-4 kilogram sub-sample was
measurement collected for laboratory
tools multi-element analysis
appropriate to including:
the minerals
under Ag, Al, As, Ba, Be, Bi, Ca, Cd,
investigation, Co, Cr, Cu, Fe, Ga, K, La, Mg,
such as down Mn, Mo, Na, Ni, P, Pb, S, Sb,
Sc, Sr, Th, Ti, Tl, U, V, W,
hole gamma Zn
sondes, or .
handheld XRF · All samples were analysed using
instruments, a portable XRF instrument
etc). These (Innovex Delta). Initial
examples methodology
should not be
taken as trialling the units has been to
limiting the make a single randomly placed
broad meaning measurement on the drill sample
of bag. For more intensive
sampling. evaluation a minimum of 4
measurements at regular
· Include intervals around the sample bag
reference to will be required. Optimum
measures taken sampling time appears to be 90
to ensure seconds per
sample measurement.
representivity
and the · Mineralised zones were
appropriate identified visually during
calibration of field logging, and sample
any intervals selected by the
measurement supervising
tools or geologist.
systems
used. · Samples from each metre were
collected through a rig-mounted
· Aspects of cyclone and split using a
the rig-mounted static cone
determination splitter.
of
mineralisation · Field duplicates were taken
that are and submitted for
Material to analysis.
the Public
Report. · Substantial historic drilling
has been completed in the
· In cases vicinity of the drilling
where completed by Artemis. The most
industry significant work was completed
standard work by Consolidated Gold Mining
has been done Areas (1969), Open Pit Mining
this would be Limited (Open Pit) between 1985
relatively and 1987, and Legend Mining NL
simple (Legend) between 1995 and 2008.
( Compilation of this data has
e.g. reverse been completed based on Annual
circulation Exploration Reports available
drilling was through WAMEX. Although limited
used to obtain information is available
1 m samples regarding procedures
from which 3 implemented during this period,
kg was work completed by Artemis to
pulverised to date has validated much of this
produce a 30 g historic data. It is considered
charge for that the historic work was
fire assay). completed professionally, and
In other that certain assumptions can
reasonably be based on results
cases, more reported throughout this
explanation period.
may be
required, such
as where there
is coarse gold
that has
inherent
sampling
problems.
Unusual

commodities or
mineralisation
types
(
e.g. submarine
nodules) may
warrant
disclosure of
detailed
information.

Drilling· Drill type (e.· Reverse Circulation drilling
g. at Carlow Castle was completed
core, reverse by a truck-mounted Schramm T685
techniqu circulation, RC drilling rig using a 5¼ inch
es open-hole diameter face sampling hammer.
hammer, rotary
air blast,
auger, Bangka,
sonic, etc)
and details
(
e.g. core
diameter,
triple or
standard tube,
depth of
diamond tails,
face-sampling
bit or other
type, whether
core is
oriented and
if so, by what
method,
etc).

Drill · Method of · Sample recoveries are recorded
sample recording and by the geologist in the field
assessing core during logging and
and chip sampling.
recovery sample
recoveries and · If poor sample recovery is
results encountered during drilling,
assessed. the supervising geologist and
driller
· Measures
taken to endeavour to rectify the problem
maximise to ensure maximum sample
sample recovery.
recovery and
ensure · Visual assessments are made
representative for recovery, moisture, and
nature of the possible
samples. contamination.

· Whether a · A cyclone and static cone
relationship splitter were used to ensure
exists between representative
sample
recovery and sampling and were routinely
grade and inspected and
whether sample cleaned.
bias may have
occurred due · Sample recoveries during
to drilling completed by Artemis
preferential were high, and all samples were
loss/gain of dry.
fine/coarse
material.
· Insufficient data exists at
present to determine whether a
relationship exists between
grade and recovery. This will
be assessed once a
statistically representative
amount of data is
available.


Logging · Whether core · All drill chip samples are
and chip geologically logged at 1m
samples have intervals from surface to the
been bottom of each
geologically
and drill hole. It is considered
geotechnically that geological logging is
logged to a completed at an adequate level
level of to allow appropriate future
detail to Mineral Resource
support estimation.
appropriate
Mineral · Geological logging is
Resource considered semi-quantitative
estimation, due to the limited geological
mining studies information available from the
and Reverse Circulation method of
metallurgical drilling.
studies.

· Whether · All RC drill holes completed
logging is by Artemis during the current
qualitative or program have been logged in
full.
quantitative in
nature. Core · All diamond core is
(or costean, lithologically logged and
channel, etc)
photography. sample intervals defined by
mineralisation.
· The total
length and
percentage of
the relevant
intersections
logged.

Sub-samp· If core, · The RC drilling rig was
ling whether cut or equipped with a rig-mounted
techniq sawn and cyclone and static cone
ues and whether splitter, which provided one
sample quarter, half bulk sample of approximately
or all core 20-30 kilograms, and a
taken. representative sub-sample of
preparat approximately 2-4 kilograms for
ion · If non-core, every metre
whether drilled.
riffled, tube
sampled, · The sample size of 2-4
rotary split, kilograms
etc and
whether is appropriate and
sampled wet or representative of the grain
dry. size and mineralisation style
of the
· For all deposit.
sample types,
the nature, · The majority of samples were
quality and dry. Where wet sample was
appropriateness encountered, the cleanliness of
of the sample the cyclone and splitter were
preparation closely monitored by the
technique. supervising

· Quality geologist and maintained to a
control satisfactory level to avoid
procedures contamination and ensure
adopted for representative samples were
all being
sub-sampling collected.
stages to
maximise · Diamond core is cut in half
representivity with an Almondite automated



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Date: 09/25/2018 - 02:00
Language: English
News-ID 1541592
Character count: 2658
Kontakt-Informationen:
Firma: Artemis Resources Ltd.
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