REACH RESOURCES LIMITED — Capital/Financing Update 2018

Jun 27, 2018

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ASX ANNOUNCEMENT/MEDIA RELEASE

28 June 2018

Albury Heath Drilling Enhances Resource Potential

 Recently completed RC drilling at Albury Heath returned new significant gold intersections (down hole length, true width not known):

2m @ 67.2 g/t from 27m in AHP116, incl 1m @ 129.3 g/t from 27m

4m @ 9.1 g/t from 19m in AHP119, incl 2m @ 16.5 g/t from 19m

• 2m @ 18.2 g/t from 4m in AHP127, incl 1m @ 31.4 g/t from 4m

• 1m @ 31.4 g/t from 36m in AHP128

• 4m @ 5.8 g/t from 45m in AHP129, incl 1m @ 19 g/t from 45m

• 3m @ 9.0 g/t from 81m in AHP130, incl 1m @ 21.3 g/t from 82m

• 5m @ 63.1 g/t from 32m in AHP134, incl 1m @ 202.8 g/t from 33m

8m @ 23.1 g/t from 87m in AHP135, incl 2m @ 49.0 g/t from 87m

 All final assays awaited before analysis and re-assessment of the resource

The first batch of assays from samples collected during the recent RC drilling campaign at Albury Heath (Figure 1) have been received. Twenty nine RC holes for 1,866m were completed (see announcement on 14 May, 2018 and Figure 2). Of the total of 2,009 samples collected, 1,356 have now been received.

The drilling was undertaken to:

• Test the down dip potential of known lodes. The mineralisation is open and, based on previous drilling, shows no signs of abating at depth,

• Test the up dip potential of known lodes. Near surface mineralisation has been inadequately sampled in past drilling. Increasing this area of the resource will bolster the economics of open pit mining, and

• Sample the potentially mineralised footwall to historic underground stopes. These were inadequately sampled by past drilling. That drilling indicated that the stopes have an envelope of mineralisation on the hanging wall and also, where tested, on the footwall.

The received assays are from holes drilled into the southwestern edge of the resource (ASX announcement 7 February 2017). Drilling returned individual single metre assays of high-grade gold of 202.79 g/t (over 6 ounces per tonne), 129.3 g/t, 51.75 g/t, and 31.4 g/t gold (See Appendix 1

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for full assay data). These are pleasing results in that previous drilling indicated some of the areas previously drilled were devoid of any significant gold grades. The current drilling has possibly extended the resource of those areas. Until a full analysis is undertaken, however, there is no basis to determine if such an outcome will occur.

	Easting GDA94	Northing GDA94	Depth (m)	Azimuth (TN)	Dip
Hole ID
AHP111	656513	7035955	24	300~~o~~	60~~o~~
AHP112	656473	7035952	50	300~~o~~	60~~o~~
AHP113	656472	7035976	30	300~~o~~	60~~o~~
AHP114	656499	7035985	70	300~~o~~	60~~o~~
AHP115	656509	7035980	84	300~~o~~	60~~o~~
AHP116	656478	7036021	30	300~~o~~	60~~o~~
AHP117	656535	7035985	84	300~~o~~	60~~o~~
AHP118	656508	7036015	84	300~~o~~	60~~o~~
AHP119	656497	7036034	36	300~~o~~	60~~o~~
AHP120	656522	7036020	84	300~~o~~	60~~o~~
AHP121	656543	703610	84	300~~o~~	60~~o~~
AHP122	656491	7036066	20	300~~o~~	60~~o~~
AHP123	656496	7036059	45	300~~o~~	60~~o~~
AHP124	656503	7036053	30	300~~o~~	60~~o~~
AHP125	656520	7036044	84	300~~o~~	60~~o~~
AHP126	656541	7036033	110	300~~o~~	60~~o~~
AHP127	656500	7036072	40	300~~o~~	60~~o~~
AHP128	656509	7036068	50	300~~o~~	60~~o~~
AHP129	656522	7036059	78	300~~o~~	60~~o~~
AHP130	656536	7036060	96	300~~o~~	60~~o~~
AHP131	656520	7036078	50	300~~o~~	60~~o~~
AHP132	656508	7036097	30	300~~o~~	60~~o~~
AHP133	656556	7036090	100	300~~o~~	60~~o~~
AHP134	656545	7036122	120	300~~o~~	60~~o~~
AHP135	656553	7036068	65	300~~o~~	60~~o~~
AHP136	656569	7036129	90	300~~o~~	60~~o~~
AHP137	656610	7036175	66	300~~o~~	60~~o~~
AHP138	656473	7036093	28	120~~o~~	60~~o~~
AHP139	656473	7036093	120	120~~o~~	70~~o~~

Table 1 . Drill hole statistics, RC drilling at Albury Heath. Co-ordinate system used is MGA / GDA94, Zone 50. Co-ordinates determined from hand held GPS with approximately +/-3m accuracy. RL data not presented as of insufficient accuracy at this stage. The area is generally flat.

Geology

Geological mapping of the underground workings in 1982 reported no distinction between foot wall and hanging wall, the host being a weathered medium grained fuchsitic quartz-tremolite-chlorite rock with remnant basaltic to gabbroic texture (DMIRS Open file report A37137, R.G.Colville, 1982).

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Figure 1 . Location, Albury Heath Project, WA.

The quartz-haematite lode mined infilled a major shear. Narrow quartz-haematite stringers along small shears parallel to the main lode contain high gold values. The mineralised zone strikes 35[o] TN, varies from 0.4 to 4m in width and dips from 70[o] to 80[o ] to the southeast. A steep (65[o] ) northeasterly plunge is interpreted. The lode material contains up to 5% pyrite and minor arsenopyrite.

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The host rocks are completely carbonatised mafic flow rocks; amygdaloidal and spinifex textures being evident.

Previous (historic) drilling, as reported by Cervantes 7 February, 2017 and 6 March, 2018 indicated erratic lithological correlation with gold grade in logging. The majority of that drilling was by RC and little structural information was collected. Figure 3 shows a typical grade cross section of the prospect based on gold intercepts. The position of the cross section is indicated on Figure 2.

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----- Start of picture text -----

A
A’
Figure 2 . Drilling Location, 2018 drilling, Albury Heath Project, WA. Refer to Figure 3 for representative
cross section. Grid is GDA94, Zone 50.
----- End of picture text -----

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Figure 3 . Drill section 19960N preliminary geological interpretation. Host rock is undifferentiated mafics. Mineralisation occurs within a series of steeply dipping en echelon shear zones. RL datum for section is arbitrary. Plotted on a local grid. Location of section is shown on Figure 2. MGA94 co-ordinates of holes are listed in Table 1. Hole numbers annotated in red are the subject of this announcement.

Follow-up

Outstanding and final assays for this round of drilling are expected within the next two weeks. An interpretation of the drilling can then be made and a model synthesised. A decision will then be made on whether to recalculate the resource model for the Albury Heath and what additional work may be needed to further define that resource.

Opportunity

The Albury Heath gold resource occurs within relatively easy trucking distance of a number of existing operating and mothballed gold plants. Continued development of this project may provide early cash flow for Cervantes if the ore is toll treated, while Cervantes considers acquisition of, or working with other PL holders in the area.

Exploration Potential

Cervantes took the precaution at the time of acquiring the Albury Heath project to peg a further five Prospecting Leases around it for potential expansion of the resource through exploration. A number of targets, with a similar geophysical signature to the Albury Heath occurrence, have been identified along the NNW-SSE structure on which it occurs. Once the geologic model for Albury Heath is finalised, that model will be used for exploration on these PLs and potentially the surrounding area.

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About Cervantes Corporation Limited

Cervantes is an emerging gold explorer and aspiring gold miner. It has built up a portfolio of gold properties in well-known and historically producing gold districts with a strategy to apply novel exploration and development thinking. Cervantes has identified opportunities in those districts that were overlooked by previous explorers. The company is committed to maximizing shareholder value through the development of those opportunities.

About the Albury Heath Project

The Albury Heath Project is centred on the historic Albury Heath gold mine. Gold production from underground workings during the period 1948 to 1957 totaled 2,204 oz at an average head grade of 47.8g/t or 1.54oz/t.

Gold mineralisation is associated with quartz veining, quartz stringers, quartz stockworks, and wall rock alteration located in a major regional fault zone that trends north-northeasterly across the eastern side of the Meekatharra Greenstone Belt. The mineralisation occurs primarily within quartzsulphide veins that are up to 4m in width. The main vein strikes north-northeasterly and dips steeply at 75[o] - 80[o] to the east-southeast.

Cervantes wholly owns six Prospecting Licences covering the Albury Heath mine and its surrounds (P51/2937 and P51/2997 to 3001). These comprise an area totaling 10.8km[2] that cover the northerly and southerly extent of the main controlling structure.

Competent Person’s Statement

The details contained in this report that pertain to exploration results are based upon information compiled by Mr Marcus Flis, a Director and Exploration Manager of Cervantes Corporation Limited. Mr Flis is a Fellow of the Australasian Institute of Mining and Metallurgy (AusIMM) and has sufficient experience in the activity which he is undertaking to qualify as a Competent Person as defined in the December 2012 edition of the “Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves” (JORC Code). Mr Flis consents to the inclusion in the report of the matters based upon his information in the form and context in which it appears.

Forward Looking Statement

This report contains forward looking statements concerning the projects owned by Cervantes Corporation Limited. Statements concerning mining reserves and resources may also be deemed to be forward looking statements in that they involve estimates based on specific assumptions. Forward-looking statements are not statements of historical fact and actual events and results may differ materially from those described in the forward looking statements as a result of a variety of risks, uncertainties and other factors. Forward looking statements are based on management’s beliefs, opinions and estimates as of the dates the forward looking statements are made and no obligation is assumed to update forward looking statements if these beliefs, opinions and estimates should change or to reflect other future developments.

Collin Vost Executive Chairman (08) 6436 2300 cvost@cervantescorp.com.au

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Appendix1 RC Assays

Gold assays from recent RC drilling. All samples are of 1m intervals.

	From m To m Au ppm			From m To m Au ppm			From m To m Au ppm
Hole Id			Hole Id			Hole Id
AHP111 AHP111 AHP111 AHP111 AHP111 AHP111 AHP111 AHP111 AHP111 AHP111 AHP111 AHP111 AHP111 AHP111 AHP111 AHP111 AHP111 AHP111 AHP111 AHP111 AHP111 AHP111 AHP111 AHP111 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112	0 1 0.006 1 2 0.011 2 3 0.003 3 4 0.041 4 5 0.003 5 6 0.003 6 7 0.003 7 8 0.003 8 9 0.003 9 10 0.003 10 11 0.003 11 12 0.003 12 13 0.060 13 14 0.003 14 15 0.003 15 16 0.003 16 17 0.003 17 18 0.003 18 19 0.003 19 20 0.003 20 21 0.003 21 22 0.003 22 23 0.003 23 24 0.003 0 1 0.003 1 2 0.003 2 3 0.003 3 4 0.003 4 5 0.003 5 6 0.003 6 7 0.003 7 8 0.003 8 9 0.003 9 10 0.003 10 11 0.003 11 12 0.003		AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112 AHP112	12 13 0.003 13 14 0.003 14 15 0.003 15 16 0.003 16 17 0.003 17 18 0.003 18 19 0.020 19 20 0.009 20 21 0.012 21 22 0.442 22 23 0.032 23 24 0.100 24 25 0.007 25 26 0.003 26 27 0.007 27 28 0.003 28 29 0.003 29 30 0.007 30 31 0.044 31 32 0.003 32 33 0.003 33 34 0.003 34 35 0.003 35 36 0.003 36 37 0.003 37 38 0.003 38 39 0.003 39 40 0.006 40 41 0.003 41 42 0.003 42 43 0.003 43 44 0.003 44 45 0.003 45 46 0.003 46 47 0.008 47 48 0.008		AHP112 AHP112 AHP113 AHP113 AHP113 AHP113 AHP113 AHP113 AHP113 AHP113 AHP113 AHP113 AHP113 AHP113 AHP113 AHP113 AHP113 AHP113 AHP113 AHP113 AHP113 AHP113 AHP113 AHP113 AHP113 AHP113 AHP113 AHP113 AHP113 AHP113 AHP113 AHP113 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114	48 49 0.006 49 50 0.009 0 1 0.009 1 2 0.013 2 3 0.003 3 4 0.003 4 5 0.003 5 6 0.003 6 7 0.006 7 8 0.009 8 9 0.003 9 10 0.003 10 11 0.782 11 12 0.003 12 13 0.003 13 14 0.008 14 15 0.003 15 16 1.956 16 17 0.345 17 18 0.285 18 19 1.389 19 20 3.519 20 21 0.707 21 22 0.366 22 23 1.668 23 24 0.047 24 25 0.059 25 26 0.029 26 27 0.746 27 28 1.384 28 29 0.492 29 30 0.277 0 1 0.003 1 2 0.003 2 3 0.003 3 4 0.008 4 5 0.003 5 6 0.003

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	From m To m Au ppm			From m To m Au ppm			From m To m Au ppm
Hole Id			Hole Id			Hole Id
AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114	6 7 0.008 7 8 0.008 8 9 0.003 9 10 0.003 10 11 0.013 11 12 0.003 12 13 0.003 13 14 0.014 14 15 0.013 15 16 0.011 16 17 0.011 17 18 0.006 18 19 0.012 19 20 0.014 20 21 0.010 21 22 0.016 22 23 0.003 23 24 0.017 24 25 0.008 25 26 0.011 26 27 1.064 27 28 1.018 28 29 0.276 29 30 0.094 30 31 0.052 31 32 0.036 32 33 0.008 33 34 0.003 34 35 0.174 35 36 0.263 36 37 0.003 37 38 0.059 38 39 0.232 39 40 1.507 40 41 0.083 41 42 0.006 42 43 0.003 43 44 0.054 44 45 0.125 45 46 0.003 46 47 0.003 47 48 0.008 48 49 0.010 49 50 0.009		AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP114 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115	50 51 0.003 51 52 0.012 52 53 0.016 53 54 0.011 54 55 0.005 55 56 0.015 56 57 0.013 57 58 0.009 58 59 0.018 59 60 0.003 60 61 0.006 61 62 0.008 62 63 0.015 63 64 0.013 64 65 0.007 65 66 0.017 66 67 0.003 67 68 0.017 68 69 0.011 69 70 0.003 70 71 0.158 71 72 0.003 72 73 0.012 73 74 0.006 74 75 0.005 0 1 0.025 1 2 0.016 2 3 0.031 3 4 0.003 4 5 0.005 5 6 0.009 6 7 0.003 7 8 0.073 8 9 0.011 9 10 0.006 10 11 0.003 11 12 0.008 12 13 0.003 13 14 0.003 14 15 0.003 15 16 0.006 16 17 0.011 17 18 0.011 18 19 0.021		AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115	19 20 0.010 20 21 0.015 21 22 0.014 22 23 0.012 23 24 0.008 24 25 0.017 25 26 0.015 26 27 0.014 27 28 0.014 28 29 0.006 29 30 0.003 30 31 0.091 31 32 0.076 32 33 0.019 33 34 0.003 34 35 0.007 35 36 0.032 36 37 0.013 37 38 0.011 38 39 0.011 39 40 0.007 40 41 0.014 41 42 0.071 42 43 0.003 43 44 0.039 44 45 0.003 45 46 0.003 46 47 0.016 47 48 0.012 48 49 0.006 49 50 0.008 50 51 0.005 51 52 0.014 52 53 0.013 53 54 0.010 54 55 0.012 55 56 0.019 56 57 0.013 57 58 0.015 58 59 0.013 59 60 0.010 60 61 0.010 61 62 0.010 62 63 0.012

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	From m To m Au ppm			From m To m Au ppm			From m To m Au ppm
Hole Id			Hole Id			Hole Id
AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP115 AHP116 AHP116 AHP116 AHP116 AHP116 AHP116 AHP116 AHP116 AHP116 AHP116 AHP116 AHP116 AHP116 AHP116 AHP116 AHP116 AHP116 AHP116 AHP116 AHP116 AHP116 AHP116 AHP116	63 64 0.007 64 65 0.012 65 66 0.016 66 67 0.019 67 68 0.018 68 69 0.003 69 70 0.010 70 71 0.008 71 72 0.013 72 73 0.014 73 74 0.019 74 75 0.011 75 76 0.003 76 77 0.008 77 78 0.019 78 79 0.003 79 80 0.008 80 81 0.012 81 82 0.003 82 83 0.017 83 84 0.012 0 1 0.130 1 2 0.203 2 3 0.141 3 4 0.033 4 5 1.729 5 6 3.956 6 7 0.102 7 8 0.013 8 9 0.003 9 10 0.003 10 11 0.006 11 12 0.003 12 13 0.003 13 14 0.025 14 15 0.032 15 16 0.206 16 17 0.135 17 18 0.196 18 19 0.040 19 20 0.046 20 21 0.719 21 22 1.977 22 23 0.742		AHP116 AHP116 AHP116 AHP116	23 24 0.557 24 25 0.259 25 26 0.313 26 27 0.209		AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117	37 38 0.003 38 39 0.013 39 40 0.065 40 41 0.040 41 42 0.081 42 43 0.156 43 44 0.025 44 45 0.008 45 46 0.128 46 47 0.215 47 48 0.020 48 49 0.257 49 50 0.055 50 51 0.366 51 52 0.268 52 53 0.049 53 54 0.031 54 55 0.074 55 56 0.056 56 57 0.026 57 58 0.051 58 59 0.009 59 60 0.003 60 61 0.166 61 62 0.445 62 63 0.038 63 64 0.012 64 65 0.042 65 66 0.016 66 67 0.106 67 68 0.038 68 69 0.100 69 70 0.008 70 71 0.005 71 72 0.003 72 73 0.173 73 74 0.003 74 75 0.003 75 76 0.003 76 77 0.003 77 78 0.003 78 79 0.024 79 80 0.003 80 81 0.014
			AHP116	27 28 129.319
			AHP116	28 29 5.046
			AHP116 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117 AHP117	29 30 0.339 0 1 1.225 1 2 0.276 2 3 0.073 3 4 0.026 4 5 0.014 5 6 0.013 6 7 0.031 7 8 0.014 8 9 0.012 9 10 0.007 10 11 0.007 11 12 0.032 12 13 0.009 13 14 0.010 14 15 0.015 15 16 0.009 16 17 0.003 17 18 0.003 18 19 0.003 19 20 0.003 20 21 0.003 21 22 0.003 22 23 0.003 23 24 0.003 24 25 0.006 25 26 0.015 26 27 0.254 27 28 0.026 28 29 0.005 29 30 0.006 30 31 0.003 31 32 0.003 32 33 0.003 33 34 0.003 34 35 0.009 35 36 0.136 36 37 0.123

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	From m To m Au ppm			From m To m Au ppm			From m To m Au ppm
Hole Id			Hole Id			Hole Id
AHP117 AHP117 AHP117 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118	81 82 0.075 82 83 0.007 83 84 0.003 0 1 0.045 1 2 0.039 2 3 0.011 3 4 0.009 4 5 0.009 5 6 0.007 6 7 0.016 7 8 0.010 8 9 0.003 9 10 0.010 10 11 0.008 11 12 0.013 12 13 0.019 13 14 0.005 14 15 0.010 15 16 0.014 16 17 0.003 17 18 0.003 18 19 0.016 19 20 0.003 20 21 0.079 21 22 0.020 22 23 0.005 23 24 0.016 24 25 0.003 25 26 0.017 26 27 0.012 27 28 0.015 28 29 0.013 29 30 0.087 30 31 0.024 31 32 1.334 32 33 0.089 33 34 0.116 34 35 0.063 35 36 0.035 36 37 1.125 38 39 0.012 39 40 0.006 40 41 0.055 41 42 0.034		AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP118 AHP119 AHP119	42 43 0.028 43 44 0.007 44 45 0.006 45 46 0.008 46 47 0.062 47 48 0.070 48 49 0.986 49 50 0.114 50 51 0.026 51 52 1.383 52 53 3.042 53 54 2.999 54 55 0.192 55 56 0.117 56 57 0.057 57 58 1.479 58 59 0.079 59 60 0.034 60 61 0.047 61 62 0.905 62 63 1.440 63 64 0.928 64 65 0.072 65 66 0.258 66 67 0.025 67 68 0.022 68 69 0.668 69 70 0.176 70 71 0.093 71 72 0.189 72 73 0.051 73 74 0.089 74 75 0.196 75 76 0.108 76 77 0.076 77 78 6.798 78 79 0.076 79 80 0.007 80 81 0.124 81 82 0.011 82 83 0.003 83 84 0.003 0 1 0.061 1 2 0.043		AHP119 AHP119 AHP119 AHP119 AHP119 AHP119 AHP119 AHP119 AHP119 AHP119 AHP119 AHP119 AHP119 AHP119 AHP119 AHP119 AHP119	2 3 0.023 3 4 0.030 4 5 0.019 5 6 0.018 6 7 0.021 7 8 0.021 8 9 0.017 9 10 0.036 10 11 0.044 11 12 0.012 12 13 0.053 13 14 0.052 14 15 0.174 15 16 0.463 16 17 0.024 17 18 0.020 18 19 0.286
						AHP119	19 20 24.412
						AHP119	20 21 8.662
						AHP119	21 22 0.066
						AHP119	22 23 3.224
						AHP119 AHP119 AHP119 AHP119 AHP119 AHP119 AHP119 AHP119 AHP119 AHP119 AHP119 AHP119 AHP119 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120	23 24 0.265 24 25 0.090 25 26 0.125 26 27 0.062 27 28 0.036 28 29 0.052 29 30 3.050 30 31 0.026 31 32 0.026 32 33 0.009 33 34 0.037 34 35 0.020 35 36 0.014 0 1 0.106 1 2 0.099 2 3 0.028 3 4 0.008 4 5 0.014 5 6 0.021 6 7 0.013 7 8 0.008 8 9 0.007 9 10 0.006

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	From m To m Au ppm			From m To m Au ppm			From m To m Au ppm
Hole Id			Hole Id			Hole Id
AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120 AHP120	10 11 0.063 11 12 0.023 12 13 0.021 13 14 0.028 14 15 0.005 15 16 0.003 16 17 0.003 17 18 0.008 18 19 0.003 19 20 0.003 20 21 0.009 21 22 0.042 22 23 0.003 23 24 0.003 24 25 0.003 25 26 0.032 26 27 0.017 27 28 0.049 28 29 0.246 29 30 0.018 30 31 0.017 31 32 0.034 32 33 0.136 33 34 0.031 34 35 0.028 35 36 0.044 36 37 0.003 37 38 0.016 38 39 0.003 39 40 0.003 40 41 0.044 41 42 0.006 42 43 0.021 43 44 0.037 44 45 0.017 45 46 0.331 46 47 0.072 47 48 0.016 48 49 0.010 49 50 0.145 50 51 0.062 51 52 1.413 52 53 1.037 53 54 0.279		AHP120 AHP120 AHP120 AHP120 AHP125 AHP125 AHP125 AHP125 AHP125 AHP125 AHP125 AHP125 AHP125 AHP125 AHP125 AHP125 AHP125 AHP125 AHP125 AHP125 AHP125 AHP125 AHP125 AHP125 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126	54 55 0.117 55 56 0.053 56 57 0.013 57 58 0.206 64 65 5.817 65 66 0.291 66 67 0.075 67 68 0.071 68 69 0.031 69 70 0.015 70 71 0.022 71 72 0.045 72 73 0.006 73 74 0.003 74 75 0.003 75 76 0.017 76 77 0.057 77 78 0.005 78 79 0.013 79 80 0.007 80 81 0.003 81 82 0.044 82 83 0.075 83 84 0.038 0 1 0.027 1 2 0.019 2 3 0.051 3 4 0.006 4 5 0.003 5 6 0.003 6 7 0.010 7 8 0.005 8 9 0.003 9 10 0.003 10 11 0.003 11 12 0.003 12 13 0.003 13 14 0.003 14 15 0.003 15 16 0.003 16 17 0.003 17 18 0.013 18 19 0.009 19 20 0.003		AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126	20 21 0.010 21 22 0.003 22 23 0.010 23 24 0.012 24 25 0.014 25 26 0.028 26 27 0.016 27 28 0.003 28 29 0.003 29 30 0.006 30 31 0.006 31 32 0.022 32 33 0.003 33 34 0.059 34 35 0.003 35 36 0.047 36 37 0.020 37 38 0.003 38 39 0.023 39 40 0.003 40 41 0.010 41 42 0.043 42 43 0.034 43 44 0.009 44 45 0.016 45 46 0.011 46 47 0.003 47 48 0.006 48 49 0.006 49 50 0.008 50 51 0.008 51 52 0.005 52 53 0.022 53 54 0.025 54 55 0.833 55 56 0.151 56 57 0.346 57 58 2.084 58 59 0.768 59 60 0.420 60 61 0.019 61 62 0.069 62 63 0.523 63 64 0.225

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	From m To m Au ppm			From m To m Au ppm			From m To m Au ppm
Hole Id			Hole Id			Hole Id
AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP126	64 65 0.463 65 66 4.714 66 67 0.009 67 68 0.006 68 69 0.014 69 70 0.024 70 71 7.777 71 72 0.079 72 73 0.007 73 74 0.007 74 75 0.003 75 76 0.009 76 77 0.006 77 78 0.066 78 79 0.011 79 80 0.041 80 81 0.009 81 82 0.049 82 83 0.009 83 84 0.006 84 85 0.012 85 86 0.107 86 87 0.218 87 88 0.053 88 89 0.030 89 90 0.005 90 91 0.033 91 92 0.011 92 93 0.018 93 94 0.300 94 95 0.025 95 96 0.062 96 97 5.341 97 98 0.381 98 99 0.186 99 100 0.101 100 101 0.356 101 102 0.473 102 103 0.028 103 104 0.019 104 105 0.016 105 106 0.025 106 107 0.024 107 108 0.108		AHP126 AHP126 AHP126 AHP126 AHP126 AHP126 AHP127 AHP127 AHP127 AHP127	108 109 0.111 109 110 0.047 110 111 0.030 111 112 0.036 112 113 0.062 113 114 0.122 0 1 0.169 1 2 0.079 2 3 0.126 3 4 0.195		AHP127 AHP127 AHP127 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128	39 40 0.003 40 41 0.006 41 42 0.010 0 1 0.124 1 2 0.069 2 3 0.036 3 4 0.069 4 5 0.045 5 6 0.040 6 7 0.020 7 8 0.028 8 9 0.045 9 10 0.030 10 11 0.011 11 12 0.694 12 13 0.612 13 14 0.027 14 15 5.240 15 16 0.048 16 17 0.021 17 18 0.023 18 19 0.033 19 20 0.011 20 21 0.176 21 22 0.052 22 23 7.778 23 24 0.060 24 25 0.108 25 26 0.278 26 27 0.136 27 28 0.052 28 29 0.039 29 30 0.038 30 31 0.079 31 32 0.815 32 33 0.048 33 34 0.072 34 35 0.123 35 36 0.013
			AHP127	4 5 31.377
			AHP127	5 6 5.088
			AHP127 AHP127 AHP127 AHP127 AHP127 AHP127 AHP127 AHP127 AHP127 AHP127 AHP127 AHP127 AHP127 AHP127 AHP127 AHP127 AHP127 AHP127 AHP127 AHP127 AHP127 AHP127 AHP127 AHP127 AHP127 AHP127 AHP127 AHP127 AHP127 AHP127 AHP127 AHP127	6 7 0.538 7 8 0.099 8 9 0.143 9 10 0.719 10 11 1.844 11 12 0.445 12 13 0.018 13 14 0.104 14 15 0.060 15 16 0.008 16 17 0.098 17 18 0.023 18 19 0.006 19 20 0.081 20 21 0.003 21 22 0.006 22 23 0.003 23 24 0.012 24 25 0.165 25 26 0.047 26 27 0.030 27 28 0.395 29 30 0.041 30 31 0.036 31 32 0.109 32 33 0.041 33 34 0.033 34 35 0.003 35 36 0.036 36 37 0.003 37 38 0.003 38 39 0.003
						AHP128	36 37 31.412
						AHP128 AHP128 AHP128 AHP128	37 38 0.081 38 39 0.025 39 40 0.024 40 41 0.009

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	From m To m Au ppm			From m To m Au ppm			From m To m Au ppm
Hole Id			Hole Id			Hole Id
AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP128 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129	41 42 0.026 42 43 0.448 43 44 0.012 44 45 0.396 45 46 0.542 46 47 2.014 47 48 0.974 48 49 0.988 49 50 2.342 50 51 0.684 51 52 0.488 52 53 0.193 53 54 0.181 0 1 0.081 1 2 0.032 2 3 0.023 3 4 0.003 4 5 0.003 5 6 0.005 6 7 0.011 7 8 0.003 8 9 0.003 9 10 0.008 10 11 0.018 11 12 0.005 12 13 0.022 13 14 0.003 14 15 0.003 15 16 0.003 16 17 0.003 17 18 0.003 18 19 0.003 19 20 0.003 20 21 0.003 21 22 0.003 22 23 0.003 23 24 0.003 24 25 0.007 25 26 0.124 26 27 0.079 27 28 0.041 28 29 0.062 29 30 0.055 30 31 0.010		AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129	31 32 0.025 32 33 0.022 33 34 0.342 34 35 1.192 35 36 0.022 36 37 0.006 37 38 0.003 38 39 0.003 39 40 0.003 40 41 0.003 41 42 0.003 42 43 0.017 43 44 0.099 44 45 0.010		AHP129 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130	77 78 0.085 0 1 0.060 1 2 0.027 2 3 0.012 3 4 0.009 4 5 0.009 5 6 0.008 6 7 0.006 7 8 0.003 8 9 0.006 9 10 0.007 10 11 0.007 11 12 0.003 12 13 0.003 13 14 0.008 14 15 0.008 15 16 0.007 16 17 0.007 17 18 0.003 18 19 0.003 19 20 0.003 20 21 0.003 21 22 0.008 22 23 0.007 23 24 0.007 24 25 0.113 25 26 0.008 26 27 0.060 27 28 0.206 28 29 0.152 29 30 0.008 30 31 0.006 31 32 0.009 32 33 0.003 33 34 0.003 34 35 0.003 35 36 0.007 36 37 0.010 37 38 0.011 38 39 0.011 39 40 0.003 40 41 0.012 41 42 0.010 42 43 0.245
			AHP129	45 46 18.963
			AHP129	46 47 3.157
			AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129	47 48 0.418 49 50 0.314 50 51 0.132 51 52 0.486 52 53 0.858 53 54 0.630 54 55 0.052 55 56 0.374 56 57 0.039 57 58 0.025 58 59 0.156 60 61 0.724
			AHP129	61 62 8.753
			AHP129	62 63 3.176
			AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129 AHP129	63 64 0.235 64 65 0.113 65 66 0.069 66 67 0.287 67 68 0.017 68 69 0.012 69 70 0.044 70 71 0.077 71 72 0.026 72 73 0.024 73 74 0.007 74 75 0.003 75 76 0.053 76 77 0.019

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	From m To m Au ppm			From m To m Au ppm			From m To m Au ppm
Hole Id			Hole Id			Hole Id
AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130	43 44 0.016 44 45 0.003 45 46 0.019 46 47 0.292 47 48 0.022 49 50 1.524 50 51 0.958 51 52 1.498 52 53 0.006 53 54 0.204 54 55 0.036 55 56 0.338 56 57 0.216 57 58 0.066 58 59 0.044 60 61 0.055 61 62 0.084 62 63 0.233 63 64 0.012 64 65 0.134 65 66 0.354 66 67 1.419 67 68 2.956 68 69 0.075 69 70 0.026 70 71 0.024 71 72 0.017 72 73 0.018 73 74 0.010 74 75 0.016 75 76 0.010 76 77 0.071 77 78 0.104 78 79 0.006 79 80 0.018 80 81 0.555		AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP130 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131	89 90 0.018 90 91 0.606 91 92 0.065 92 93 0.034 93 94 0.011 94 95 0.014 95 96 0.019 0 1 0.028 1 2 0.037 2 3 0.020 3 4 0.012 4 5 0.015 5 6 0.017 6 7 0.017 7 8 0.011 8 9 0.127 10 11 0.038 11 12 0.013 12 13 0.003 13 14 0.014 14 15 0.009 15 16 0.003 16 17 0.003 17 18 0.003 18 19 0.003 19 20 0.003 21 22 0.003 22 23 0.003 23 24 0.013 24 25 0.451 25 26 0.012 26 27 0.032 27 28 0.016 28 29 0.049 29 30 0.108 30 31 0.047 31 32 0.053 32 33 0.238 33 34 0.013 34 35 0.050 35 36 0.005 36 37 0.006 37 38 1.029 38 39 0.040		AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131 AHP131	39 40 0.026 40 41 0.021 41 42 0.011 42 43 0.109 43 44 0.034 44 45 0.051 45 46 0.015 46 47 0.006 47 48 0.008 48 49 0.020
						AHP131	49 50 2.132
						AHP131	50 51 2.060
						AHP131	51 52 4.333
						AHP131 AHP131 AHP132 AHP132 AHP132 AHP132 AHP132 AHP132 AHP132 AHP132 AHP132 AHP132 AHP132 AHP132 AHP132 AHP132 AHP132 AHP132 AHP132 AHP132 AHP132 AHP132 AHP132 AHP132 AHP132 AHP132 AHP132 AHP132 AHP132 AHP132 AHP132	52 53 0.757 53 54 0.782 0 1 0.052 1 2 0.035 2 3 0.016 3 4 0.011 4 5 0.040 5 6 0.030 6 7 0.041 7 8 0.021 8 9 1.289 9 10 0.339 10 11 0.138 11 12 0.764 12 13 0.010 13 14 0.021 14 15 0.009 15 16 0.015 16 17 0.005 17 18 0.009 18 19 4.908 19 20 0.486 20 21 0.047 21 22 0.329 22 23 0.919 23 24 0.051 24 25 0.043 25 26 0.066 26 27 0.116 27 28 0.143 28 29 0.257
AHP130	81 82 4.411
AHP130	82 83 21.270
AHP130	83 84 1.225
AHP130 AHP130 AHP130 AHP130 AHP130	84 85 0.602 85 86 0.298 86 87 0.157 87 88 0.050 88 89 0.027

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	From m To m Au ppm			From m To m Au ppm			From m To m Au ppm
Hole Id			Hole Id			Hole Id
AHP132 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133	29 30 0.221 0 1 0.015 1 2 0.014 2 3 0.036 3 4 0.015 4 5 0.007 5 6 0.003 6 7 0.003 7 8 0.005 8 9 0.059 9 10 0.019 10 11 0.138 11 12 0.028 12 13 0.059 13 14 0.036 14 15 0.008 15 16 0.006 16 17 0.007 17 18 0.009 18 19 0.028 19 20 0.206 20 21 0.072 21 22 0.013 22 23 0.042 23 24 1.331 24 25 0.476 25 26 0.297 26 27 0.025 27 28 0.017 28 29 0.016 29 30 0.003 30 31 0.123 31 32 0.015 32 33 0.009 33 34 0.006 34 35 0.003 35 36 0.009 36 37 0.003 37 38 0.003 38 39 0.003 39 40 0.003 40 41 0.003 41 42 0.003 42 43 0.003		AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133	43 44 0.003 44 45 0.386 45 46 0.003 46 47 0.010 47 48 0.011 48 49 0.014 49 50 0.014 50 51 0.018 51 52 0.003 52 53 0.003 53 54 0.008 54 55 0.008 55 56 0.205 56 57 0.239 57 58 0.036 58 59 0.008 59 60 0.003 60 61 0.003 61 62 0.010 62 63 0.003 63 64 0.003 64 65 0.003 65 66 0.003 66 67 0.003 67 68 0.006 68 69 0.003 69 70 0.003 70 71 0.006 71 72 0.003 72 73 0.009 73 74 0.087 74 75 0.164 75 76 0.008 76 77 0.006 77 78 0.006 78 79 0.003 79 80 0.003 80 81 0.021 81 82 0.013 82 83 0.017 83 84 0.069 84 85 0.220 85 86 0.717 86 87 3.667		AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP133 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134	87 88 1.387 88 89 1.555 89 90 0.241 90 91 0.977 91 92 0.213 92 93 0.078 93 94 0.199 94 95 0.039 95 96 0.040 96 97 0.025 97 98 0.060 98 99 0.060 99 100 0.022 100 101 0.097 101 102 0.317 102 103 0.059 103 104 0.029 104 105 0.027 105 106 0.010 106 107 0.081 107 108 0.027 108 109 0.006 109 110 0.009 110 111 0.014 111 112 0.024 112 113 0.003 113 114 0.003 114 115 0.003 115 116 0.003 116 117 0.003 117 118 0.003 118 119 0.003 119 120 0.003 0 1 0.013 1 2 0.022 2 3 0.021 3 4 0.011 4 5 0.015 5 6 0.017 6 7 0.029 7 8 0.027 8 9 0.286 9 10 0.664
						AHP134	10 11 13.303

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	From m To m Au ppm			From m To m Au ppm			From m To m Au ppm
Hole Id			Hole Id			Hole Id
AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134	11 12 0.349 12 13 0.301 13 14 0.589 14 15 0.484 15 16 0.182 16 17 0.027 17 18 0.060 18 19 0.034 19 20 0.011 20 21 0.011 21 22 0.021 22 23 0.017 23 24 0.011 24 25 0.007 25 26 0.007 26 27 0.007 27 28 0.017 28 29 0.072 29 30 0.140 30 31 0.501 31 32 0.435		AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135	55 56 0.032 56 57 0.058 57 58 0.009 58 59 0.010 59 60 0.012 60 61 0.005 61 62 0.008 62 63 0.010 63 64 0.011 64 65 0.003 65 66 0.008 0 1 0.013 1 2 0.017 2 3 0.010 3 4 0.010 4 5 0.010 5 6 0.008 6 7 0.017 7 8 0.008 8 9 0.018 9 10 0.046 10 11 0.003 11 12 0.003 12 13 0.010 13 14 0.014 14 15 0.015 15 16 0.012 16 17 0.003 17 18 0.066 18 19 0.026 19 20 0.143 20 21 0.191 21 22 0.193 22 23 0.121 23 24 0.069 24 25 0.087 25 26 0.015 26 27 0.008 27 28 0.006 28 29 0.011 29 30 0.017 30 31 0.068 31 32 0.003 32 33 0.006		AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135	33 34 0.003 34 35 0.006 35 36 0.176 36 37 0.106 37 38 0.007 38 39 0.189 39 40 0.006 40 41 0.003 41 42 0.003 42 43 0.003 43 44 0.003 44 45 0.003 45 46 0.055 46 47 0.129 47 48 0.044 48 49 0.020 49 50 0.013 50 51 0.024 51 52 0.003 52 53 0.007 53 54 0.008 54 55 0.013 55 56 0.017 56 57 0.010 57 58 0.007 58 59 0.003 59 60 0.042 60 61 0.526 61 62 0.400 62 63 0.402 63 64 0.078 64 65 0.012 65 66 0.028 66 67 0.047 67 68 0.094 68 69 0.125 69 70 0.083 70 71 0.032 71 72 0.028 72 73 0.022 73 74 0.301 74 75 0.036 75 76 0.356 76 77 1.518
AHP134	32 33 95.089
AHP134	33 34 202.794
AHP134	34 35 15.289
AHP134	35 36 1.486
AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134 AHP134	36 37 0.809 37 38 0.061 38 39 0.061 39 40 0.050 40 41 1.482 41 42 0.011 42 43 0.048 43 44 0.050 44 45 0.026 45 46 0.038 46 47 0.011 47 48 0.007 48 49 0.872 49 50 0.295 50 51 0.181 51 52 0.038 52 53 0.044 53 54 0.023 54 55 0.050

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	From m To m Au ppm			From m To m Au ppm
Hole Id			Hole Id
AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135	77 78 1.794 78 79 0.140 79 80 0.091 80 81 0.030 81 82 0.016 82 83 0.026 83 84 2.112 84 85 0.285 85 86 0.063 86 87 0.176		AHP136 AHP136 AHP136 AHP136 AHP136 AHP136 AHP136 AHP136 AHP136 AHP136 AHP136 AHP136 AHP136 AHP136 AHP136 AHP136	13 14 0.031 14 15 0.019 15 16 0.009 16 17 0.003 17 18 0.016 18 19 0.003 19 20 0.003 20 21 0.042 21 22 0.027 22 23 0.003 23 24 0.249 24 25 0.137 25 26 0.206 26 27 0.954 27 28 0.396 28 29 0.305
AHP135	87 88 46.135
AHP135	88 89 57.367
AHP135	89 90 5.447
AHP135	90 91 11.350
AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP135 AHP136 AHP136 AHP136 AHP136 AHP136 AHP136 AHP136 AHP136 AHP136 AHP136 AHP136 AHP136 AHP136	91 92 0.807 92 93 0.283 93 94 0.601 94 95 0.611 95 96 0.092 96 97 0.039 97 98 0.063 98 99 0.074 99 100 0.046 100 101 0.833 101 102 0.064 102 103 0.020 103 104 0.027 104 105 0.040 105 106 0.021 106 107 0.017 107 108 0.022 0 1 0.034 1 2 0.018 2 3 0.009 3 4 0.009 4 5 0.006 5 6 0.010 6 7 0.010 7 8 0.009 8 9 0.020 9 10 0.016 10 11 0.006 11 12 0.013 12 13 0.003
			AHP136	29 30 3.536
			AHP136	30 31 2.816
			AHP136 AHP136 AHP136 AHP136 AHP136 AHP136 AHP136 AHP136 AHP136 AHP136 AHP136	31 32 0.136 32 33 0.121 33 34 0.026 34 35 0.003 35 36 0.079 36 37 0.472 37 38 0.039 38 39 0.006 39 40 0.015 40 41 0.110 41 42 0.717

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JORC Code, 2012 Edition

Section 1 Sampling Techniques and Data (Criteria in this section apply to all succeeding sections.)

Criteria	JORC Code explanation	Commentary	Commentary
Sampling	 Nature and quality of sampling (eg cut		Reverse circulation (RC) drilling
techniques	channels, random chips, or specific specialised		samples were collected through a
	industry standard measurement tools		rig-mounted cyclone with cone
	appropriate to the minerals under investigation,		splitter attachment and split in even
	such as down hole gamma sondes, or		metre intervals. Wet sample was
	handheld XRF instruments, etc). These		speared or scoop-sampled. RC drill
	examples should not be taken as limiting the		chips (from each metre interval)
	broad meaning of sampling.		were examined visually and logged
	 Include reference to measures taken to ensure		by the geologist.
	sample representivity and the appropriate		Any visual observation of alteration
	calibration of any measurement tools or		or of mineralisation was noted on the
	systems used.		drill logs.
	 Aspects of the determination of mineralisation		Duplicate samples comprise
	that are Material to the Public Report.		approximately 4% of total samples
	 In cases where ‘industry standard’ work has been done this would be relatively simple (eg		taken (ie one duplicate submitted for every 25 samples).
	‘reverse circulation drilling was used to obtain 1		A company contract geologist
	m samples from which 3 kg was pulverised to		supervised the drilling and sampling
	produce a 30 g charge for fire assay’). In other		to ensure representativeness.
	cases more explanation may be required, such		Drilling was done by industry
	as where there is coarse gold that has inherent		standard techniques.
	sampling problems. Unusual commodities or mineralisation types (eg submarine nodules) may warrant disclosure of detailed information.		Duplicates, standards, and blanks were submitted to ensure assaying reliability and accuracy.
			Hole locations were surveyed by
			hand held GPS. No downhole
			surveys were undertaken.
Drilling	 Drill type (eg core, reverse circulation, open-	Drilling was by Reverse Circulation (RC)
techniques	hole hammer, rotary air blast, auger, Bangka,	with NQ sized bit and rods.
	sonic, etc) and details (eg 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 sample	 Method of recording and assessing core and		RC sample recovery and sample
recovery	chip sample recoveries and results assessed.		quality was recorded via visual
	 Measures taken to maximise sample recovery and ensure representative nature of the samples.		estimation of sample volume and condition of the drill spoils. RC sample recovery typically ranges from 90 to 100%, with only very
	 Whether a relationship exists between sample		occasional samples with less than
	recovery and grade and whether sample bias		90% recovery.
	may have occurred due to preferential loss/gain		RC sample recovery was maximised
	of fine/coarse material.		by endeavoring to maintain a dry
			drilling conditions as much as
			practicable; the RC samples were
			predominantly dry.
			Relationships between recovery and
			grade are not evident and are not

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Criteria	JORC Code explanation	Commentary	Commentary
			expected given the generally
			excellent and consistently high
			sample recovery.
			RC results are not utilised for Mineral
			Resource estimations.
Logging	 Whether core and chip samples have been		RC chips were geologically logged at
	geologically and geotechnically logged to a		one metre intervals into a digital
	level of detail to support appropriate Mineral		database that was kept with sample
	Resource estimation, mining studies and		numbers.
	metallurgical studies.		Logging is qualitative.
	 Whether logging is qualitative or quantitative in
	nature. Core (or costean, channel, etc)
	photography.
	 The total length and percentage of the relevant
	intersections logged.
Sub-sampling	 If core, whether cut or sawn and whether		One metre samples were collected
techniques	quarter, half or all core taken.		from a cyclone into a plastic bucket
and sample preparation	 If non-core, whether riffled, tube sampled, rotary split, etc and whether sampled wet or dry.	 	and then laid out on the ground in rows of 10. No compositing was used. All samples are pulverised at the
	 For all sample types, the nature, quality and		laboratory to produce material for
	appropriateness of the sample preparation		assay.
	technique.		Mineralisation style is late stage
	 Quality control procedures adopted for all sub- sampling stages to maximise representivity of samples.		quartz veins. The one metre samples are likely to downgrade actual grades intersected, but are commensurate with minimum mining
	 Measures taken to ensure that the sampling is		requirements; sample size is
	representative of the in situ material collected,		considered appropriate for resource
	including for instance results for field		estimation work.
	duplicate/second-half sampling.
	 Whether sample sizes are appropriate to the
	grain size of the material being sampled.
Quality of	 The nature, quality and appropriateness of the		 Fire assay is a total digest
assay data	assaying and laboratory procedures used and		technique and is considered
and	whether the technique is considered partial or		appropriate for gold.
laboratory tests	total.  For geophysical tools, spectrometers, handheld		 Certified references material standards as 1 every 20
	XRF instruments, etc, the parameters used in		samples, duplicates 1 every 25
	determining the analysis including instrument		samples.
	make and model, reading times, calibrations factors applied and their derivation, etc.		 Lab using random pulp duplicates and certified
	 Nature of quality control procedures adopted		reference material standards.
	(eg standards, blanks, duplicates, external laboratory checks) and whether acceptable levels of accuracy (ie lack of bias) and precision have been established.		 Accuracy and precision levels have been determined to be satisfactory after analysis of these QA/QC samples.
Verification of	 The verification of significant intersections by		Analysis was by acqua regia using
sampling and	either independent or alternative company		Intertck’s FA50/OEprocedure:

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Criteria	JORC Code explanation	Commentary
assaying	personnel.	samples were pulverised to minus 75
	 The use of twinned holes.	microns before a split of 10g was taken and analysed using standard
	 Documentation of primary data, data entry	Fire Assay procedures. The method
	procedures, data verification, data storage	is an accepted industry analytical
	(physical and electronic) protocols.	process appropriate for the nature
	 Discuss any adjustment to assay data.	and style of mineralisation under investigation.
		There were no twinned holes.
		No adjustments were made to assay
		data
Location of	 Accuracy and quality of surveys used to locate	All samples sites have been located
data points	drill holes (collar and down-hole surveys),	using a hand held GPS unit with an
	trenches, mine workings and other locations	accuracy of +/-5m. The GPS
	used in Mineral Resource estimation.	recorded locations used
	 Specification of the grid system used.	MGA94/GDA zone 50 as the datum.
	 Quality and adequacy of topographic control.	The drilling co-ordinates are all in GDA94 MGA Zone 50 co-ordinates.
		Azimuth was set by hand held
		compass.
		Drill hole inclination is set by the
		driller using a clinometer on the drill
		mast and checked by the geologist
		prior to commencement of drilling.
		No downhole surveys are undertaken
		for RC drill holes.
		No RL data were collected; the area
		is generally flat at an RL of
		approximately 360m.
Data spacing	 Data spacing for reporting of Exploration	RC holes were drilled on an existing
and	Results.	grid set up for resource drill out. Drill
distribution	 Whether the data spacing and distribution is	spacing was in fill only.
	sufficient to establish the degree of geological	Together with historic data,the data
	and grade continuity appropriate for the Mineral	spacing and distribution will be
	Resource and Ore Reserve estimation	sufficient to establish the degree of
	procedure(s) and classifications applied.	geological and grade continuity
	 Whether sample compositing has been applied.	appropriate for the Mineral Resource and Ore Reserve estimation
		procedure(s) and classifications
		applied.
Orientation of	 Whether the orientation of sampling achieves	Drilling followed the geometry of
data in	unbiased sampling of possible structures and	existing holes.
relation to geological structure	the extent to which this is known, considering the deposit type.  If the relationship between the drilling	Previous resource estimation defined the strike and dip of ore zones. Current drilling utilised that
	orientation and the orientation of key	information.
	mineralised structures is considered to have introduced a sampling bias, this should be assessed and reported if material.	It is not anticipated that, on current interpretation, any bias has been

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Criteria	JORC Code explanation	Commentary
		introduced to the sampling.
Sample	 The measures taken to ensure sample security.	All samples were collected in calico
security		sample bags with sample number
		tickets included in each bag and the
		same identification externally on the
		bag.
		Samples were delivered to the lab by
		a company representative.
Audits or	 The results of any audits or reviews of sampling	Standards, blanks, repeats, and
reviews	techniques and data.	check assays are undertaken to
		ensure data robustness.

Section 2 Reporting of Exploration Results. (Criteria listed in the preceding section also apply to this section.)

Criteria	JORC Code explanation	Commentary
Mineral	 Type, reference name/number, location and	Exploration results relate to work
tenement and	ownership including agreements or material	carried out over a package of
land tenure	issues with third parties such as joint ventures,	tenements comprising mining and
status	partnerships, overriding royalties, native title	prospecting leases. The tenements
	interests, historical sites, wilderness or national	are 100% owned and controlled by
	park and environmental settings.	Cervantes Corporation Limited. All
	 The security of the tenure held at the time of reporting along with any known impediments to obtaining a licence to operate in the area.	tenements and leases are currently in good standing with DMP with no known impediments to further exploration or development.
Exploration	 Acknowledgment and appraisal of exploration	Historical drill holes exist at the
done by other	by other parties.	project area.
parties		Giralia Ltd was the main proponent of
		previous work that resulted in an
		Inferred Resource being defined.
Geology	 Deposit type, geological setting and style of	The mineralisation is seen as
	mineralisation.	predominantly metavolcanics
		metasediments and granitic Archean
		rocks of Western Australian Yilgarn
		Craton. This is a recognised style of
		mineralisation and one that is
		common to the district.
Drill hole	 A summary of all information material to the	See tables and Appendices in this
Information	understanding of the exploration results	release.
	including a tabulation of the following
	information for all Material drill holes:
	o easting and northing of the drill hole collar
	o elevation or RL (Reduced Level – elevation
	above sea level in metres) of the drill hole
	collar
	o dip and azimuth of the hole
	o down hole length and interception depth

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Criteria	JORC Code explanation	Commentary
	o hole length.
	 If the exclusion of this information is justified on
	the basis that the information is not Material
	and this exclusion does not detract from the
	understanding of the report, the Competent
	Person should clearly explain why this is the
	case.
Data	 In reporting Exploration Results, weighting	Simple averages are used where
aggregation	averaging techniques, maximum and/or	aggregates are provided.
methods	minimum grade truncations (eg cutting of high grades) and cut-off grades are usually Material and should be stated.	Reported aggregated intervals have been weighted by length.
	 Where aggregate intercepts incorporate short lengths of high grade results and longer lengths of low grade results, the procedure used for	No density weighting has been applied when calculating aggregated intervals.
	such aggregation should be stated and some	No top-cuts have been applied
	typical examples of such aggregations should	(unless specified otherwise).
	be shown in detail.
		Higher grade intervals of
	 The assumptions used for any reporting of	mineralisation internal to broader
	metal equivalent values should be clearly	zones of mineralisation are reported
	stated.	as included intervals.
		Metal equivalence is not used in this
		report.
Relationship	 These relationships are particularly important in	The intervals reported are the initial
between	the reporting of Exploration Results.	drill intervals and intercepts.
mineralisation widths and intercept lengths	 If the geometry of the mineralisation with respect to the drill hole angle is known, its nature should be reported.	No adjustment has been completed on the intervals to accommodate the declination of drilling.
	 If it is not known and only the down hole	Drilling is generally inclined at 60oto
	lengths are reported, there should be a clear	the NW (TN). Ore shoots are
	statement to this effect (eg ‘down hole length,	generally dipping approximately 80o
	true width not known’).	to the SE.
Diagrams	 Appropriate maps and sections (with scales)	Relevant location maps and figures are
	and tabulations of intercepts should be included	included in the body of this
	for any significant discovery being reported	announcement.
	These should include, but not be limited to a plan view of drill hole collar locations and appropriate sectional views.	Cross-sections will be constructed once all data is received.
Balanced	 Where comprehensive reporting of all	This announcement includes the results
reporting	Exploration Results is not practicable,	of Au assays for the holes drilled as a
	representative reporting of both low and high	follow-up programme to existing
	grades and/or widths should be practiced to	(reported) historic drilling. The reporting
	avoid misleading reporting of Exploration	of the results to hand is preliminary only
	Results.	and should be viewed as such pending
		delivery of final data.
Other	 Other exploration data, if meaningful and	The area is covered by a 50m line
substantive	material, should be reported including (but not	spaced aeromagnetic survey.
exploration data	limited to): geological observations; geophysical survey results; geochemical survey results; bulk samples – size and method of	Previous workers undertook sufficient drilling to define an Inferred Resource.

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Criteria	JORC Code explanation	Commentary
	treatment; metallurgical test results; bulk	No bulk samples, metallurgical results,
	density, groundwater, geotechnical and rock	groundwater or geotechnical studies
	characteristics; potential deleterious or	have been carried out yet.
	contaminating substances.
Further work	 The nature and scale of planned further work	Work programmes currently under
	(eg tests for lateral extensions or depth	review include further drilling,
	extensions or large-scale step-out drilling).	metallurgical testing, resource
	 Diagrams clearly highlighting the areas of	estimation, and pit optimisation studies.
	possible extensions, including the main	Any interpreted extension of the existing
	geological interpretations and future drilling	resource is commercially sensitive.
	areas, provided this information is not
	commercially sensitive.

Section 3 Estimation and Reporting of Mineral Resources

No Mineral Resources are being reported.

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