Wrap Text
Update to Announcement
Orion Minerals Limited
Incorporated in the Commonwealth of Australia
Australian Company Number 098 939 274
ASX share code: ORN
JSE share code: ORN
ISIN: AU000000ORN1
Update to Announcement
Orion Minerals Limited (ASX/JSE: ORN) (Orion or the Company) advises that it has updated its announcement
released on 8 August 2024 (Orion Minerals Granted High-Priority Prospecting Rights for its Okiep Copper
Project, South Africa).
The attached updated announcement now includes a Competent Persons Statement, drill hole collar
information for Divide, Jan Coetzee Mine, Jan Coetzee SW and Nababeep Kloof prospects, and tables to
ensure compliance with the JORC Code (2012) requirements for the reporting of Exploration Results for the
Okiep Copper Project.
Orion also confirms that it is not aware of any new information or data that materially affects the information
included in this market release.
For and on behalf of the Board.
Errol Smart
Managing Director and CEO
13 August 2024
ENQUIRIES
Investors Media JSE Sponsor
Errol Smart – Managing Director & CEO Nicholas Read Monique Martinez
Denis Waddell – Chairman Read Corporate, Australia Merchantec Capital
T: +61 (0) 3 8080 7170 T: +61 (0) 419 929 046 T: +27 (0) 11 325 6363
E: info@orionminerals.com.au E: nicholas@readcorporate.com.au E: monique.martinez@merchantec.com
Orion Minerals Limited
Incorporated in the Commonwealth of Australia
Australian Company Number 098 939 274
ASX share code: ORN
JSE share code: ORN
ISIN: AU000000ORN1
Orion Minerals Granted High-Priority Prospecting Rights for its Okiep Copper Project, South
Africa
Area surrounding Flat Mines adds to Orion's growth pipeline and includes existing Mineral Resources
- Grant of two prospecting rights over the greater Flat Mines Area surrounding the Flat Mines Mining
Right, marks another major milestone in progressing Orion's Okiep Copper Project.
- The newly granted prospecting rights encircle the Flat Mines Mining Right, where Orion is finalising
a BFS that includes the proposed establishment of a central concentrator plant.
- The new prospecting rights contain existing Mineral Resources of 1.5Mt at 1.3% Cu, reported in
accordance with the JORC Code (2012), with near-term potential for inclusion into the Flat Mines
Life-of-Mine Plan.
- Several deposits with high-density drilling by previous owners Goldfields and Newmont await
confirmation drilling by Orion before estimating Mineral Resources.
Orion's Managing Director and CEO, Errol Smart, commented:
"We are thrilled to have secured the grant of these prospecting rights following a three-year
administrative process. Orion's recent purchase of surface rights over some of the area covering these
prospecting rights finally resolved the impasse for surface access and environmental approvals. This now
allows Orion to finally access this highly prospective ground, where we have already used high-quality
historical Goldfields and Newmont drill data to estimate and declare Mineral Resources.
"Several additional deposits on the prospecting rights that were also drilled by the previous owners require
minor in-fill drilling before Mineral Resources can be reported in accordance with the JORC Code. These
prospects can be considered advanced-stage projects that have near-term potential to add feed to
our planned Flat Mines central concentrator.
"All of the ore from deposits historically mined in the greater Flat Mines Area was trucked to a central
concentrator located just south of where we intend building our new central concentrator.
"Our BFS for Flat Mines is nearing completion and includes the planned construction of a new modern
concentrator plant and tailings storage facility that will replace the historical facilities. Importantly, the
new central plant, together with modern improvements in processing technology such as the application
of XRF ore sorting, present a compelling case for both expansion and extension of the life-of-mine plan
for Flat Mines and unlock the potential of some of the known deposits where internal waste dilution was
problematic.
"These prospecting rights also contain some of our highest priority greenfields targets in the district, where
our 2021 SkyTEMTM heliborne electromagnetic survey revealed strong conductors both on the prospecting
rights and straddling the boundary with our Flat Mines Mining Right.
"We are immediately mobilising ground geophysics crews and deploying drilling rigs to test some of the
targets that we have not been able to access until now."
Orion Minerals Ltd (ASX/JSE: ORN) (Orion or the Company) is pleased to advise that two additional
prospecting right (PR) applications have been granted for its Okiep Copper Project (OCP) in the Northern
Cape Province of South Africa. These rights, listed in Table 1 below, encircle the existing Flat Mines Mining
Right on which Orion is currently finalising its Bankable Feasibility Study (BFS) for Flat Mine North, Flat Mine
East and Flat Mine South (Figure 1).
Table 1: Newly granted prospecting rights for OCP.
Right Holder Right Reference Number Grant Date
Southern African Tantalum Mining (Pty) Ltd NC30/5/1/1/2/12755PR 21 June 2024
(To be ceded to New Okiep Mining Company (Pty) Ltd)
Southern African Tantalum Mining (Pty) Ltd NC30/5/1/1/2/12848PR 21 June 2024
(To be ceded to New Okiep Mining Company (Pty) Ltd)
Several previously identified and drilled deposits are located within the newly granted prospecting rights.
In addition, this highly prospective ground contains some of Orion's highest priority greenfields exploration
prospects identified from the processing of historical exploration data together with geological,
geochemical and SkyTEM™ geophysical data acquired by Orion in 2021.
Description of the Prospecting Rights
The prospecting rights, referred to as the 'SAFTA PR', are for the same geographic area but provide rights
to different commodities (Table 3) and surround the Orion Flat Mines Mining Right (Figure 1). The Mining
Right that covers Flat Mine East, Flat Mine North and Flat Mine South – where Orion has reported Mineral
Resources of 9.3Mt at 1.3% Cu (refer ASX/JSE release 28 August 2023) 1 – is the subject of a Bankable
Feasibility Study which is on track for completion in Q4 CY2024. These reported Mineral Resources include
Measured Resources of 440Kt at 1.13% and Indicated Resources of 6.9Mt at 1.37% Cu (Table 2).
Table 2: Mineral Resource Statement for the Flat Mine North, Flat Mine East and Flat Mine South.
Measured Indicated Inferred
Mine / Prospect
Tonnes % Cu t Cu Tonnes % Cu t Cu Tonnes % Cu t Cu
Flat Mine North 440,000 1.13 5,000 940,000 1.42 13,000 200,000 1.5 4,000
Flat Mine East - - - 3,400,000 1.37 47,000 1,000,000 1.0 9,000
Flat Mine South - - - 2,600,000 1.35 35,000 800,000 1.6 13,000
Total* 440,000 1.13 5,000 6,900,000 1.37 95,000 2,000,000 1.3 26,000
*Numbers may not add up due to rounding in accordance with the JORC code guidance.
Resources are reported at a 0.7% Cu cut-off grade.
1 Mineral Resource reported in accordance with the JORC Code (2012) in ASX release of 28 August 2023: "Orion upgrades Mineral
Resources at Okiep Copper Project" available to the public on http://www.orionminerals.com.au/investors/asx-
jseannouncements/. Competent Person Mineral Resource: Mr Sean Duggan. Orion confirms it is not aware of any new information
or data that materially affects the information included above. The Company confirms that all material assumptions and technical
parameters underpinning the estimates in the original release continue to apply and have not materially changed. Orion confirms
that the form and context in which the Competent Person's findings are presented have not been materially modified.
Table 3: Prospecting Right Status for NC12755PR and NC12848PR.
SAFTA PR Year
DMRE Numbers Submitted Grant Expiry Description Commodities
NC30/5/1/1/2/12755PR 2020 21 June 20 June 7,164 hectares over Copper Ore
2024 2027 Farm Nababeep 134: Tungsten Ore
portion of Portion 3,
portion of Portion 10,
portion of Portion 13, Beryllium Ore, Bismuth,
portion of Portion 14, Chrome, Cobalt, Gold
Portion 15, Ore, Lead,
Portion 16, Molybdenum, Monazite,
NC30/5/1/1/2/12848PR 2021 21 June 20 June portion of Portion 21 Nickel, Niobium,
2024 2027 and Phosphate, Platinum
Okiep Township Plot Group Metals, Pyrite,
2086 Rare Earths, Rutile, Silver,
situated within the Sulphur, Sulphur in
Administrative District of Pyrite, Tantalum, Tin,
Namaqualand Uranium, Vanadium,
Zinc Ore, Zirconium
The SAFTA PR covers seven historical copper mines and seven additional unmined prospects where
previous owners Goldfields and Newmont carried out high density drilling to delineate highly mineralised
bodies.
Figure 1: Locality Map of the Granted SAFTA PRs showing historical mines and current JORC Mineral Resources.
The SAFTA PR also hosts several of Orion's highest priority targets, identified from Orion's 2021 SkyTEM™
airborne survey and supported by historical data including geological mapping, geochemistry and
ground geophysics (Figure 2).
Mineral Resource Estimate
The Mineral Resource estimates reported to date in accordance with JORC (2012) for the SAFTA PR area
total 1.5Mt at 1.3% Cu (Table 4) (refer ASX/JSE release 29 March 2021).
Table 4: Mineral Resource Estimates at March 2021 2.
Mine / Prospect Classification Tonnes Cu % Cu t
Jan Coetzee Mine Inferred 1,000,000 1.4 14,000
Nababeep Kloof Mine Inferred 500,000 1.2 6,000
Grand Total 1,500,000 1.3 20,000
** Mineral Resources are reported at a 0.7% Cu cut-off grade.
Numbers may not add up due to rounding in accordance with the JORC Code guidance.
Geology and Interpretation
The Okiep Copper Deposits are orogenic type copper deposits hosted in mafic to ultra-mafic intrusive
bodies in the western part of the Namaqua Complex, South Africa. Mines in the Okiep district historically
produced 105.6Mt at 1.71% Cu since the early 1900s3.
The Okiep Copper deposits are mostly hosted by easterly-trending mafic/ultramafic dykes, with
associated sills and pipe-like bodies. Some 1,700 mafic intrusions have been mapped in the district (Figure
2). Structural control on the intrusive bodies follows strongly developed east-west trending "steep
structures" or monoclinal folds, that trend onto the SAFTA PRs.
A strong correlation is also recognised between high-grade mineralisation and at least three favourable
lithological target horizons, with high-grade blows forming where the intrusives cut these specific
lithologies:
• Springbok Quartzite and Schist;
• Mixed Zone or Wolfram Schist; and
• Ratelpoort Quartzite and Schist.
The SAFTA PR extends 13km south to north and straddles all three of these east–west striking lithological
target horizons with the Springbok Quartzite and Schist in the south, the Wolfram Schist in the central to
northern part of the SAFTA PR and the Ratelpoort Quartzite and Schist in the north. Several of the strongest
developed, east west trending intrusive swarms also traverse the prospecting rights.
Newly Identified Targets
In 2021, Orion flew a SkyTEM™ airborne electromagnetic survey (EM) over the Okiep Copper District,
representing the first application of modern geophysical survey techniques since exploration activity
ceased in the early 1980s (refer ASX/JSE release 1 September 2021). The results of the survey yielded a
number of new anomalous areas not tested by previous companies; these have been prioritised and
ranked based on a number of criteria, including proximity to known mineralisation or in close association
of known but untested Koperberg Suite intrusive rocks.
2
Mineral Resource updated and reported in ASX release of 29 March 2021: "Orion expands Mineral Resources at Okiep Copper
Project" available to the public on http://www.orionminerals.com.au/investors/asx-jseannouncements/. Competent Person Mineral
Resource: Dr Deon Vermaakt. Orion confirms it is not aware of any new information or data that materially affects the information
included above. The Company confirms that all material assumptions and technical parameters underpinning the estimates in the
original release continue to apply and have not materially changed. Orion confirms that the form and context in which the
Competent Person's findings are presented have not been materially modified.
3 Source: Lombaard A.F., in Annhauser C.R., and Maske S. (eds). The Copper Deposits of the Okiep Copper District, Namaqualand
in Mineral Deposits of Southern Africa. 1982 pp 1421 - 1445.
Figure 2: Map showing prioritized anomalies as selected from aeromagnetic, airborne EM and geological data
overlain on a Total Field Magnetic image (refer ASX/JSE release 1 September 2021).
Past Production
Historical owners Goldfields and Newmont, who owned the Okiep Copper Company (OCC), reported
production of 6.2Mt tonnes at an average grade of 1.64% Cu with 100kt of copper produced from the
SAFTA PR (Table 5).
Mine records indicate that drilled copper mineralisation, including high-grade mineralisation, extends
beyond the mine workings at several of the historical mines4.
In addition, the structures hosting the known deposits are highly prospective to host previously
undetected, mineralised mafic intrusive lenses which are known to pinch and swell and are often found
in clusters along trend and within the host structures.
4 Source: Okiep Copper Company (Pty) Ltd company records and periodic reports.
Table 5: Historical Production on the SAFTA PR4.
Copper Copper
Mine Production Dates Tonnes Mined Grade Produced
(%) (tonnes)
Divide Pre- 1981 235,277 0.85 2,001
Jan Coetzee 1964-1973 1,894,053 1.06 20,046
Jan Coetzee Southwest 1972-1977 800,500 1.22 9,730
Nababeep Kloof 1965-1972 194,612 1.39 2,696
Valentine 1960-1975 2,867,424 2.28 65,507
Wheal Heath 1970-1972 207,629 0.85 1,771
Wheal Heath West 1964 24,571 3.18 782
Total Production 6,224,066 1.64 102,531
Brief description of Historical Mines on SAFTA Prospecting Right
Jan Coetzee
Copper mineralisation occurs in three different stratigraphic horizons where basic rocks intrude the
Ratelpoort Quartzite. The main mineralised zone is developed discontinuously over 400m strike with mining
carried out to 200m depth.
Due to excessive internal dilution of ore by quartzite remnants, achieved production grades were lower
than anticipated. Orion sees the opportunity to employ modern ore sorting technology to eliminate the
excessive dilution experienced by OCC and improve the economic prospects of this deposit.
A satellite body located 120m south-east of the mined Main Mineralised Zone hosts shallow copper
mineralisation that was drill tested by 30 holes. Orion has reported an Inferred Mineral Resource of 1Mt at
1.4% Cu (refer ASX/JSE release 29 March 2021) for this body (Table 4).
Figure 3: Jan Coetzee Mine mineralised zones and historical drilling.
Jan Coetzee Southwest
Three mineralised intrusives are present and were mined down to 250m depth. The thickness of the
mineralised bodies range from 10m to 20m. The western margin to the deposit was mapped as
terminating in a fault zone.
Drilling to the west of the fault intersected high-grade copper mineralisation at shallow depths that
narrows rapidly down-dip. Drill testing is warranted to test for additional wide lenses of mineralisation both
down dip and along strike.
Figure 4: Jan Coetzee Southwest mineralised zones, historical drilling and historical stopes.
Valentine
In July 1999, OCC noted that unmined high-grade mineralisation continued below the 1,950 feet (594m)
Level. The mine is flooded and is connected to an underground drive to the Nababeep Mine on the 546m
Level.
Divide
Mine development was completed to 140m below the shaft collar with stoping to a depth of 95m. The
deposit was mined over a strike length of 160m and reaches a maximum thickness of approximately 100m
in the eastern part of the mine.
Figure 5: Divide Mine and adjacent prospects with historical drilling and historical stopes.
Wheal Heath
Mining took place over a strike length of 170m to a depth of 120m. The mineralised body reaches
thicknesses of up to 45m where it intersects lithological contacts.
Wheal Heath West
Unfortunately, limited information is available for this small mine, that was mined to a depth of 40m below
surface.
Nababeep Kloof Mine
Mineralisation occurs in a shallow north-dipping diorite sill. The mineralised body has an east-west strike of
100m, a horizontal width of 90m and a vertical thickness of 21m. The body intruded on the contact
between Springbok granulite and Nababeep Gneiss. Mineralised material above the old stopes is
estimated by Orion to contain an Inferred Mineral Resource of 0.5Mt at 1.2% Cu (refer ASX/JSE release 29
March 2021)(Table 4).
Figure 6: Nababeep Kloof mine with historical drilling.
The Way Forward
The new prospecting rights which surround the Flat Mines Mining Right are predominantly covered by
Orion surface ownership or access agreements, which will expedite exploration with the objective of
expanding and extending the Flat Mines life-of-mine plan, which is based on only three of the ten known
drilled deposits.
Any mineralisation identified within the new prospecting rights is expected to have low barriers for
economic development given the close proximity to the proposed Flat Mines and central concentrator
plant and an existing road network linking the deposits to the plant site.
Orion is immediately mobilising to undertake detailed ground geophysics and diamond drilling on the
new SAFTA PRs. Based on geology, aeromagnetic and SkyTEMTM data, 15 targets are currently selected
and rated from 3 to 15 for follow-up (refer ASX release 1 September 2021)(Figure 2).
Orion's strategy is to re-evaluate the known and previously mined deposits for residual mineral resources,
to assess and delineate mineralisation for unmined prospects, and to evaluate new and untested
mineralisation on the SAFTA PRs. Planning for confirmation drilling programs at the Jan Coetzee, Divide
and Nababeep Kloof Mines is in progress.
For and on behalf of the Board.
Errol Smart
Managing Director and CEO
13 August 2024
ENQUIRIES
Investors Media JSE Sponsor
Errol Smart – Managing Director & CEO Nicholas Read Monique Martinez
Denis Waddell – Chairman Read Corporate, Australia Merchantec Capital
T: +61 (0) 3 8080 7170 T: +61 (0) 419 929 046 T: +27 (0) 11 325 6363
E: info@orionminerals.com.au E: nicholas@readcorporate.com.au E: monique.martinez@merchantec.com
Competent Persons Statement
The information in this report that relates to Exploration Results is based on information compiled by Mr Paul Matthews
(Pr.Sci.Nat.), a Competent Person who is a member of the South African Council for Natural Scientific Professionals,
a Recognised Professional Organisation (RPO). Mr Matthews is a full-time employee of Orion. Mr Matthews has
sufficient experience that is relevant to the style of mineralisation and type of deposit under consideration and to the
activity being undertaken to qualify as a Competent Person as defined in the 2012 Edition of the JORC Code. Mr
Matthews consents to the inclusion in this announcement of the matters based on his information in the form and
context in which it appears.
Disclaimer
This release may include forward-looking statements. Such forward-looking statements may include, among other
things, statements regarding targets, estimates and assumptions in respect of metal production and prices, operating
costs and results, capital expenditures, mineral reserves and mineral resources and anticipated grades and recovery
rates, and are or may be based on assumptions and estimates related to future technical, economic, market,
political, social and other conditions. These forward-looking statements are based on management's expectations
and beliefs concerning future events. Forward-looking statements inherently involve subjective judgement and
analysis and are necessarily subject to risks, uncertainties and other factors, many of which are outside the control of
Orion. Actual results and developments may vary materially from those expressed in this release. Given these
uncertainties, readers are cautioned not to place undue reliance on such forward-looking statements. Orion makes
no undertaking to subsequently update or revise the forward-looking statements made in this release to reflect events
or circumstances after the date of this release. All information in respect of Exploration Results and other technical
information should be read in conjunction with Competent Person Statements in this release (where applicable). To
the maximum extent permitted by law, Orion and any of its related bodies corporate and affiliates and their officers,
employees, agents, associates and advisers:
• disclaim any obligations or undertaking to release any updates or revisions to the information to reflect any
change in expectations or assumptions;
• do not make any representation or warranty, express or implied, as to the accuracy, reliability or completeness
of the information in this release, or likelihood of fulfilment of any forward-looking statement or any event or
results expressed or implied in any forward-looking statement; and
• disclaim all responsibility and liability for these forward-looking statements (including, without limitation, liability
for negligence).
Appendix 1: Drill hole collar information and assay results from historical drilling.
Table 6: Drill hole collar information for Divide, Jan Coetzee Mine, Jan Coetzee SW and Nababeep Kloof prospects.
Coordinates in WGS84 Hartebeesthoek 94 LO17.
Hole ID Easting Northing RL (m) Azimuth Dip Depth (m) Prospect
DS001 80436.74 -3274945.82 1082.95 181.6 -50.0 363.63 Divide Far South
DS002 80436.79 -3274944.08 1083.11 181.6 -63.0 366.07 Divide Far South
DS003 80436.13 -3274771.05 1031.55 181.6 -40.0 388.93 Divide Far South
DS004 80442.37 -3275046.26 1101.83 181.6 -40.0 247.19 Divide Far South
DS005 80442.42 -3275045.44 1101.95 181.6 -60.0 295.05 Divide Far South
DS006 80802.16 -3274741.66 1107.75 181.6 -40.0 182.27 Divide Far South
DS007 80802.18 -3274740.18 1107.97 1.6 -90.0 121.31 Divide Far South
DS008 80802.07 -3274676.21 1084.42 181.6 -50.0 106.68 Divide Far South
DS009 80343.98 -3274976.32 1036.84 181.6 -50.0 195.07 Divide Far South
DS010 80344.00 -3274975.66 1036.98 181.6 -70.0 302.06 Divide Far South
DS011 80344.06 -3274857.12 1026.25 180.0 -64.0 319.00 Divide Far South
D001 79709.63 -3274066.81 883.93 180.0 -60.0 169.77 Divide Mine
D001A 79709.63 -3274066.81 883.93 180.0 -60.0 262.74 Divide Mine
D003 79835.92 -3274081.10 890.27 180.0 -75.0 199.34 Divide Mine
D004 79831.40 -3274021.43 880.87 180.0 -75.0 199.95 Divide Mine
D005 79832.48 -3273962.72 879.88 180.0 -75.0 150.57 Divide Mine
D006 79832.16 -3273887.15 879.04 180.0 -75.0 232.56 Divide Mine
D008 79861.85 -3274070.83 888.07 180.0 -72.0 92.05 Divide Mine
D009 79862.27 -3274039.84 882.46 180.0 -72.0 94.49 Divide Mine
D010 79862.85 -3274001.61 879.46 180.0 -75.0 149.96 Divide Mine
D011 79863.02 -3273962.60 878.33 180.0 -75.0 123.44 Divide Mine
D012 79893.01 -3274048.06 881.14 180.0 -60.0 81.08 Divide Mine
D013 79893.06 -3274017.51 879.46 180.0 -60.0 194.46 Divide Mine
D014 79801.87 -3274035.26 881.48 180.0 -50.0 205.13 Divide Mine
D015 79801.92 -3273959.06 880.30 180.0 -50.0 170.99 Divide Mine
D016 79892.93 -3274078.36 882.96 180.0 -60.0 88.39 Divide Mine
D017 79892.41 -3273987.26 878.73 180.0 -60.0 114.30 Divide Mine
D018 79892.31 -3273957.22 877.88 180.0 -60.0 145.69 Divide Mine
D019 79801.80 -3273925.62 880.19 180.0 -58.0 157.58 Divide Mine
D021 79710.71 -3274126.71 885.87 180.0 -60.0 134.42 Divide Mine
D022 79710.16 -3274004.57 885.25 180.0 -61.0 142.65 Divide Mine
D023 79710.14 -3273944.25 884.36 180.0 -60.0 174.04 Divide Mine
D024 79802.17 -3274080.69 886.44 180.0 -50.0 72.54 Divide Mine
D025 79679.80 -3273944.13 886.16 180.0 -60.0 195.07 Divide Mine
D028 79679.20 -3274035.27 886.86 180.0 -61.5 128.32 Divide Mine
D029 79923.61 -3274017.36 879.46 180.0 -56.0 103.02 Divide Mine
D030 79923.53 -3273979.66 878.19 180.0 -57.0 117.35 Divide Mine
D031 79923.42 -3274047.85 879.46 180.0 -60.0 113.08 Divide Mine
D032 79954.00 -3274126.17 881.87 0.0 -90.0 157.58 Divide Mine
D033 79770.97 -3274035.86 881.89 180.0 -50.0 112.47 Divide Mine
D034 79770.97 -3274035.16 881.89 180.0 -71.0 108.81 Divide Mine
D035 79770.97 -3274035.67 881.89 248.0 -90.0 123.44 Divide Mine
D036 79769.50 -3274084.58 883.70 180.0 -60.0 74.37 Divide Mine
D037 79770.99 -3273958.63 881.36 180.0 -65.0 151.79 Divide Mine
D038 79770.99 -3273958.36 881.35 180.0 -57.0 129.54 Divide Mine
D039 79770.99 -3273958.02 881.35 180.0 -78.0 146.00 Divide Mine
D040 79770.99 -3273957.71 881.35 9.0 -89.9 144.48 Divide Mine
D041 79739.05 -3274021.77 883.63 180.0 -50.0 117.04 Divide Mine
D042 79739.05 -3274021.16 883.63 180.0 -65.0 114.00 Divide Mine
D043 79739.05 -3274020.70 883.63 180.0 -83.0 123.14 Divide Mine
D044 79739.49 -3273931.72 882.71 180.0 -54.0 155.14 Divide Mine
D045 79739.49 -3273931.17 882.71 180.0 -69.0 171.60 Divide Mine
D046 79710.14 -3273943.95 884.37 180.0 -71.0 183.79 Divide Mine
D047 79740.07 -3274068.54 883.02 180.0 -70.0 83.21 Divide Mine
D048 79739.99 -3274068.92 883.05 180.0 -55.0 123.44 Divide Mine
D049 79679.60 -3274010.28 886.18 180.0 -65.0 135.94 Divide Mine
Hole ID Easting Northing RL (m) Azimuth Dip Depth (m) Prospect
D050 79679.42 -3274074.93 884.88 180.0 -65.0 100.28 Divide Mine
D051 79679.60 -3274009.92 886.17 180.0 -75.0 156.06 Divide Mine
D052 79709.39 -3274025.59 884.99 180.0 -56.0 118.87 Divide Mine
D053 79709.11 -3274024.75 884.99 180.0 -83.0 139.29 Divide Mine
D054 79801.97 -3274010.49 880.78 180.0 -55.0 113.39 Divide Mine
D055 79801.93 -3274010.03 880.78 180.0 -70.0 110.95 Divide Mine
D056 79801.94 -3274009.56 880.78 180.0 -85.0 124.36 Divide Mine
D057 79801.93 -3274009.80 880.78 180.0 -77.5 112.78 Divide Mine
D058 79831.89 -3273963.54 879.85 180.0 -59.0 116.13 Divide Mine
D059 79831.90 -3273962.68 879.85 180.0 -86.0 131.98 Divide Mine
D060 79831.40 -3274042.34 884.19 180.0 -65.0 76.81 Divide Mine
D061 79862.17 -3274040.21 882.61 180.0 -55.0 80.77 Divide Mine
D062 79862.06 -3274039.17 882.61 24.0 -90.0 98.15 Divide Mine
D063 79831.40 -3274042.74 884.19 180.0 -47.5 67.67 Divide Mine
D064 79831.40 -3274042.19 884.19 180.0 -80.0 82.30 Divide Mine
D065 79861.22 -3274101.47 893.11 74.0 -90.0 63.40 Divide Mine
D066 79800.51 -3274058.52 883.14 180.0 -50.0 60.96 Divide Mine
D067 79801.93 -3274034.79 881.55 180.0 -62.0 88.09 Divide Mine
D068 79801.80 -3273925.22 880.19 180.0 -68.0 143.56 Divide Mine
D069 79862.96 -3273962.90 878.27 180.0 -63.0 107.29 Divide Mine
D070 79862.97 -3273962.05 878.27 180.0 -86.0 116.43 Divide Mine
D071 79893.28 -3274048.64 881.14 180.0 -50.0 77.72 Divide Mine
D072 79893.15 -3274048.09 881.14 180.0 -71.0 77.42 Divide Mine
D073 79893.23 -3274048.36 881.13 180.0 -60.0 73.46 Divide Mine
D074 79923.83 -3274047.81 879.39 180.0 -69.0 76.81 Divide Mine
D075 79923.83 -3274047.29 879.39 28.0 -89.9 80.47 Divide Mine
D076 79952.87 -3274039.53 878.91 180.0 -73.0 107.59 Divide Mine
D077 79952.95 -3274039.04 878.91 320.0 -89.9 58.83 Divide Mine
D078 79952.83 -3274040.20 878.95 180.0 -56.0 44.20 Divide Mine
D088 79739.48 -3274104.82 884.38 180.0 -60.0 125.27 Divide Mine
D096 79678.44 -3274133.42 886.70 180.0 -70.0 138.07 Divide Mine
D097 79678.48 -3274133.07 886.66 180.0 -83.0 137.16 Divide Mine
D098 79679.70 -3274074.86 885.09 180.0 -57.5 121.92 Divide Mine
D099 79647.95 -3274115.09 887.21 180.0 -60.0 143.56 Divide Mine
D100 79648.00 -3274086.74 886.78 180.0 -60.0 128.32 Divide Mine
D101 79648.01 -3274062.22 886.75 180.0 -65.0 122.53 Divide Mine
D102 79648.12 -3274015.69 887.62 180.0 -60.0 147.83 Divide Mine
D103 79648.12 -3274015.19 887.62 180.0 -70.0 140.51 Divide Mine
D104 79648.10 -3274015.21 887.56 180.5 -80.0 154.84 Divide Mine
D107 79620.27 -3274119.37 888.71 38.0 -89.9 106.68 Divide Mine
D108 79620.76 -3274066.90 888.28 180.0 -70.0 112.78 Divide Mine
D109 79817.36 -3274057.95 884.52 180.0 -45.0 74.07 Divide Mine
D110 79817.39 -3274056.95 884.62 180.0 -70.0 85.34 Divide Mine
D111 79817.42 -3274056.50 884.61 318.0 -90.0 94.79 Divide Mine
D112 79847.59 -3274058.86 886.54 180.0 -45.0 76.20 Divide Mine
D113 79847.56 -3274058.57 886.36 180.0 -70.0 82.60 Divide Mine
D114 79847.43 -3274058.26 886.21 273.0 -90.0 94.79 Divide Mine
D115 79878.40 -3274052.82 883.25 180.0 -45.0 76.20 Divide Mine
D116 79878.47 -3274051.74 883.06 180.0 -70.0 85.34 Divide Mine
D117 79878.34 -3274051.33 883.03 338.0 -90.0 88.39 Divide Mine
D118 79818.81 -3273953.08 879.28 180.0 -50.0 128.63 Divide Mine
D119 79818.81 -3273952.50 879.27 180.0 -67.0 128.32 Divide Mine
D120 79818.81 -3273952.00 879.36 180.0 -85.0 131.37 Divide Mine
D121 79879.73 -3273982.00 878.34 180.0 -60.0 104.55 Divide Mine
D122 79879.76 -3273981.45 878.32 180.0 -85.0 71.02 Divide Mine
D123 79846.23 -3274090.01 891.32 180.0 -50.0 59.74 Divide Mine
D124 79849.29 -3274027.17 882.42 180.0 -80.0 91.75 Divide Mine
D125 79849.13 -3273983.41 878.63 180.0 -65.0 106.99 Divide Mine
D126 79849.15 -3273982.90 878.59 180.0 -85.0 117.35 Divide Mine
D127 79848.15 -3273983.45 878.64 0.0 -80.0 129.54 Divide Mine
D128 79879.75 -3273982.24 878.33 180.0 -52.0 104.85 Divide Mine
Hole ID Easting Northing RL (m) Azimuth Dip Depth (m) Prospect
D131 79800.62 -3274111.44 889.75 180.0 -50.0 91.44 Divide Mine
D132 79831.90 -3273963.16 879.50 180.0 -68.0 116.74 Divide Mine
D133 79818.81 -3273952.85 879.27 180.0 -59.0 121.92 Divide Mine
D137 79831.89 -3273963.76 879.85 180.0 -52.0 113.08 Divide Mine
D139 79815.55 -3274121.15 892.06 180.0 -55.0 76.20 Divide Mine
D140 79819.49 -3274011.05 880.21 180.0 -70.0 113.69 Divide Mine
D141 79815.62 -3274095.53 892.38 180.0 -55.0 61.87 Divide Mine
D142 79907.05 -3274034.64 879.37 180.0 -50.0 91.44 Divide Mine
D143 79907.15 -3274034.15 879.27 180.0 -70.0 87.48 Divide Mine
D144 79907.02 -3274033.80 879.32 0.0 -90.0 92.35 Divide Mine
D145 79786.84 -3274056.12 882.36 180.0 -50.0 85.95 Divide Mine
D146 79786.84 -3274055.56 882.39 180.0 -65.0 93.27 Divide Mine
D147 79788.52 -3274014.01 880.70 180.0 -50.0 118.57 Divide Mine
D148 79788.51 -3274013.30 880.72 180.0 -63.0 116.43 Divide Mine
D149 79788.51 -3274013.04 880.72 180.0 -75.0 114.00 Divide Mine
D150 79788.52 -3274012.84 880.72 180.0 -88.0 121.01 Divide Mine
D151 79907.13 -3274033.70 879.38 180.0 -80.0 79.55 Divide Mine
D152 79907.14 -3274075.70 880.36 180.0 -70.0 72.24 Divide Mine
D153 79754.85 -3274100.22 884.43 180.0 -50.0 62.18 Divide Mine
D154 79754.84 -3274099.64 884.41 180.0 -75.0 61.27 Divide Mine
D155 79756.14 -3274054.47 882.73 180.0 -50.0 83.21 Divide Mine
D156 79756.14 -3274054.07 882.73 180.0 -67.0 88.39 Divide Mine
D157 79788.22 -3273952.46 880.52 180.0 -65.0 134.11 Divide Mine
D158 79756.14 -3274053.69 882.73 180.0 -85.0 97.54 Divide Mine
D159 79757.39 -3273986.08 882.22 180.0 -55.0 124.97 Divide Mine
D160 79757.40 -3273985.83 882.20 180.0 -65.0 126.49 Divide Mine
D161 79788.17 -3273952.16 880.50 180.0 -75.0 134.11 Divide Mine
D162 79757.41 -3273985.59 882.20 180.0 -75.0 136.25 Divide Mine
D163 79757.44 -3273985.37 882.22 180.0 -85.0 141.43 Divide Mine
D164 79788.18 -3273951.96 880.48 180.0 -85.0 136.55 Divide Mine
D165 79756.45 -3273986.03 882.24 0.0 -85.0 131.06 Divide Mine
D166 79697.19 -3274025.75 885.48 180.0 -50.0 122.53 Divide Mine
D167 79697.28 -3274025.06 885.53 180.0 -60.0 121.62 Divide Mine
D168 79697.21 -3274025.02 885.50 180.0 -70.0 133.50 Divide Mine
D169 79697.23 -3274024.72 885.50 180.0 -80.0 140.51 Divide Mine
D170 79697.21 -3274024.49 885.50 338.0 -90.0 152.10 Divide Mine
D171 79724.15 -3274090.65 883.84 180.0 -50.0 73.46 Divide Mine
D172 79724.15 -3274089.88 883.84 180.0 -70.0 76.81 Divide Mine
D173 79724.15 -3274089.58 883.85 180.0 -85.0 78.94 Divide Mine
D174 79727.25 -3274014.76 884.51 180.0 -50.0 121.31 Divide Mine
D175 79727.27 -3274014.42 884.49 180.0 -60.0 124.05 Divide Mine
D176 79727.25 -3274014.04 884.51 180.0 -70.0 126.80 Divide Mine
D177 79727.26 -3274013.74 884.51 180.0 -80.0 136.55 Divide Mine
D178 79727.23 -3274013.57 884.51 180.0 -87.0 141.73 Divide Mine
D179 79725.72 -3274114.18 884.50 180.0 -50.0 60.96 Divide Mine
D180 79724.21 -3274135.40 885.63 180.0 -50.0 46.03 Divide Mine
D181 79667.10 -3274023.79 886.67 180.0 -50.0 131.67 Divide Mine
D182 79667.05 -3274023.44 886.65 180.0 -60.0 131.67 Divide Mine
D183 79667.02 -3274023.10 886.65 180.0 -70.0 136.55 Divide Mine
D184 79667.07 -3274022.82 886.65 180.0 -80.0 138.68 Divide Mine
D185 79704.27 -3273950.46 884.34 180.0 -70.0 169.77 Divide Mine
D186 79731.89 -3273964.35 883.06 180.0 -75.0 153.92 Divide Mine
D187 79713.61 -3274041.46 884.77 180.0 -55.0 106.68 Divide Mine
D188 79715.12 -3273994.93 884.83 180.0 -65.0 143.26 Divide Mine
D189 79716.64 -3273955.07 883.34 180.0 -70.0 164.90 Divide Mine
D190 79639.05 -3274041.98 887.39 180.0 -65.0 121.92 Divide Mine
D191 79683.17 -3274024.83 886.00 180.0 -65.0 130.15 Divide Mine
D192 79639.03 -3274041.72 887.44 180.0 -75.0 128.63 Divide Mine
D193 79639.02 -3274041.49 887.43 180.0 -85.0 138.68 Divide Mine
D194 79747.12 -3273931.24 882.39 180.0 -62.0 38.71 Divide Mine
D195 79745.60 -3274021.34 883.15 180.0 -75.0 116.13 Divide Mine
Hole ID Easting Northing RL (m) Azimuth Dip Depth (m) Prospect
D196 79741.11 -3274122.44 885.32 180.0 -63.0 47.24 Divide Mine
D197 79747.18 -3273931.02 882.42 180.0 -62.0 157.89 Divide Mine
D198 79774.50 -3274059.16 882.51 180.0 -54.0 82.91 Divide Mine
D199 79774.41 -3274059.61 882.51 180.0 -80.0 90.53 Divide Mine
D200 79776.05 -3274031.87 881.52 180.0 -80.0 109.73 Divide Mine
D201 79820.22 -3274035.56 881.52 180.0 -83.0 106.68 Divide Mine
D202 79818.79 -3273952.77 879.45 177.0 -78.0 129.24 Divide Mine
D203 79640.23 -3273950.10 888.34 180.0 -60.0 184.40 Divide Mine
D204 79849.48 -3274026.82 882.52 338.0 -90.0 91.44 Divide Mine
D205 79847.71 -3274058.82 886.52 180.0 -60.0 70.10 Divide Mine
D206 79847.73 -3274074.73 889.57 180.0 -47.5 83.52 Divide Mine
D207 79862.37 -3274039.56 882.30 180.0 -81.0 91.75 Divide Mine
D208 79896.22 -3274000.85 878.82 180.0 -60.0 96.93 Divide Mine
D209 79896.18 -3274000.35 878.82 180.0 -78.0 101.19 Divide Mine
D210 79620.72 -3274066.39 888.14 180.0 -85.0 120.70 Divide Mine
D211 79620.63 -3274000.04 888.94 180.0 -65.0 152.10 Divide Mine
D212 79906.96 -3274034.30 879.29 180.0 -60.0 87.17 Divide Mine
D213 79817.42 -3274057.35 884.65 180.0 -57.0 68.58 Divide Mine
D214 79818.95 -3273953.07 879.46 180.0 -54.0 121.92 Divide Mine
D215 79727.28 -3274014.25 884.48 180.0 -65.0 125.27 Divide Mine
D216 79713.60 -3274040.91 884.76 180.0 -73.0 114.00 Divide Mine
D217 79620.67 -3273999.75 888.95 180.0 -75.0 158.50 Divide Mine
D243 79862.27 -3274039.92 882.10 180.0 -64.0 75.00 Divide Mine
D244 79817.50 -3274056.49 883.83 180.0 -80.0 74.80 Divide Mine
D245 79819.60 -3274011.01 879.96 180.0 -77.5 90.00 Divide Mine
D246 79831.86 -3273962.60 879.18 180.0 -82.5 119.70 Divide Mine
D247 79739.48 -3274104.28 884.38 180.0 -80.0 50.50 Divide Mine
DU02 79785.00 -3274076.00 776.89 64.5 -17.0 45.72 Divide Mine
DU03 79785.00 -3274076.00 778.39 64.5 0.0 48.77 Divide Mine
DU04 79876.70 -3274062.50 797.51 0.0 25.0 37.20 Divide Mine
DU05 79876.70 -3274062.50 797.51 0.0 35.0 37.50 Divide Mine
DU06 79876.70 -3274062.50 795.96 0.0 0.0 42.00 Divide Mine
DU07 79876.70 -3274062.50 797.51 0.0 85.0 34.40 Divide Mine
DU08 79891.80 -3274058.50 795.96 0.0 0.0 39.30 Divide Mine
DU09 79891.80 -3274058.50 797.51 180.0 50.0 50.40 Divide Mine
DU10 79846.00 -3274059.50 812.00 0.0 50.0 31.30 Divide Mine
DU11 79754.80 -3274057.50 779.89 0.0 2.5 49.80 Divide Mine
DU12 79754.80 -3274057.50 779.89 0.0 30.0 30.20 Divide Mine
DU13 79754.80 -3274057.50 776.89 0.0 -15.0 49.10 Divide Mine
DU14 79770.00 -3274068.00 794.41 0.0 -12.5 89.30 Divide Mine
DU15 79754.80 -3274057.50 779.89 0.0 70.0 19.50 Divide Mine
DU17 79830.70 -3274044.60 797.51 0.0 60.0 30.00 Divide Mine
DU18 79830.70 -3274044.60 797.51 0.0 25.0 8.10 Divide Mine
DU21 79816.00 -3274049.50 797.51 0.0 20.0 40.50 Divide Mine
DU22 79816.00 -3274049.50 797.51 0.0 80.0 30.30 Divide Mine
DU23 79816.00 -3274049.50 794.41 0.0 -7.5 46.00 Divide Mine
DU27 79770.00 -3274068.00 794.41 0.0 -20.0 69.20 Divide Mine
DU28 79770.00 -3274068.00 797.51 0.0 17.5 25.40 Divide Mine
DU29 79785.20 -3274068.70 779.89 0.0 42.5 44.50 Divide Mine
DU30 79785.20 -3274068.70 779.89 0.0 17.5 51.30 Divide Mine
DU31 79785.20 -3274068.70 779.89 0.0 6.0 75.20 Divide Mine
DU33 79816.00 -3274049.50 797.51 0.0 50.0 31.00 Divide Mine
DU34 79800.70 -3274060.50 779.89 0.0 65.0 34.00 Divide Mine
DU35 79800.70 -3274060.50 779.89 0.0 22.5 59.50 Divide Mine
DU36 79800.70 -3274060.50 779.89 0.0 2.5 65.00 Divide Mine
DU37 79725.00 -3274088.30 779.89 0.0 30.0 36.30 Divide Mine
DU38 79725.00 -3274088.30 779.89 0.0 5.0 50.00 Divide Mine
DU39 79725.00 -3274088.30 776.89 0.0 -10.0 85.30 Divide Mine
DU40 79725.00 -3274088.30 776.89 0.0 -21.0 81.40 Divide Mine
DU41 79738.20 -3274084.00 779.89 0.0 60.0 41.70 Divide Mine
DU42 79738.20 -3274084.00 779.89 0.0 12.5 65.80 Divide Mine
Hole ID Easting Northing RL (m) Azimuth Dip Depth (m) Prospect
DU43 79738.20 -3274084.00 776.89 0.0 -5.0 79.20 Divide Mine
DU44 79725.00 -3274088.30 779.89 0.0 42.5 33.30 Divide Mine
DU45 79709.10 -3274088.00 779.89 0.0 45.0 35.30 Divide Mine
DU46 79709.10 -3274088.00 779.89 0.0 17.3 37.40 Divide Mine
DU47 79709.10 -3274088.00 776.89 0.0 -7.5 60.70 Divide Mine
DU48 79709.10 -3274088.00 776.89 0.0 -22.5 94.20 Divide Mine
DU49 79892.00 -3274058.50 779.89 0.0 90.0 29.40 Divide Mine
DU50 79738.20 -3274084.00 794.41 0.0 -17.5 64.00 Divide Mine
DU51 79738.20 -3274084.00 779.89 0.0 27.5 44.80 Divide Mine
DU52 79725.00 -3274088.30 776.89 0.0 -32.5 59.50 Divide Mine
DU53 79725.00 -3274088.30 779.89 0.0 17.5 44.80 Divide Mine
DU54 79738.20 -3274084.00 779.89 0.0 4.0 70.00 Divide Mine
DU55 79770.00 -3274068.00 794.41 0.0 -2.5 35.30 Divide Mine
DU56 79738.20 -3274084.00 779.89 0.0 4.0 77.20 Divide Mine
DU57 79892.00 -3274058.50 797.51 0.0 62.5 16.40 Divide Mine
DU58 79892.00 -3274058.50 797.51 0.0 17.5 30.70 Divide Mine
DU59 79709.10 -3274088.00 776.89 0.0 -38.0 104.30 Divide Mine
DU60 79725.00 -3274088.30 776.89 0.0 -40.0 60.40 Divide Mine
DU61 79725.00 -3274088.30 776.89 0.0 -57.0 62.40 Divide Mine
DU64 79709.10 -3274088.00 776.89 0.0 -57.5 69.20 Divide Mine
DU65 79876.80 -3274062.10 797.51 0.0 12.5 40.80 Divide Mine
DU66 79861.40 -3274033.50 797.51 0.0 25.0 45.90 Divide Mine
DU67 79846.10 -3274066.40 797.51 0.0 10.0 52.80 Divide Mine
DU68 79846.20 -3274055.00 812.00 0.0 20.0 32.30 Divide Mine
DU69 79891.70 -3274050.30 812.00 0.0 7.5 23.80 Divide Mine
DU70 79846.20 -3274055.00 809.50 0.0 -46.0 12.60 Divide Mine
D002 79711.38 -3274218.06 889.08 180.0 -75.0 226.16 Divide Mine SW
D007 79711.71 -3274288.35 891.22 0.0 -75.0 128.02 Divide Mine SW
D020 79708.38 -3274202.81 888.39 180.0 -85.0 116.74 Divide Mine SW
D026 79680.35 -3274187.76 888.51 180.0 -65.0 111.56 Divide Mine SW
D027 79680.50 -3274227.63 889.69 180.0 -60.0 92.66 Divide Mine SW
D079 79709.05 -3274159.94 886.47 180.0 -69.0 100.58 Divide Mine SW
D080 79709.07 -3274217.59 888.94 180.0 -86.0 88.70 Divide Mine SW
D081 79709.11 -3274233.42 889.51 180.0 -77.0 81.99 Divide Mine SW
D082 79709.06 -3274234.90 889.54 180.0 -48.0 56.39 Divide Mine SW
D083 79739.39 -3274212.23 889.20 180.0 -45.0 74.37 Divide Mine SW
D084 79739.43 -3274211.57 889.19 180.0 -65.0 86.56 Divide Mine SW
D085 79739.44 -3274211.07 889.19 180.0 -82.5 96.93 Divide Mine SW
D086 79739.48 -3274167.78 887.45 180.0 -65.0 103.33 Divide Mine SW
D087 79739.49 -3274141.30 886.31 180.0 -65.0 115.82 Divide Mine SW
D089 79769.91 -3274209.23 887.50 180.0 -50.0 67.36 Divide Mine SW
D090 79769.85 -3274178.18 887.05 178.5 -50.0 92.05 Divide Mine SW
D091 79769.93 -3274147.35 886.83 180.0 -50.0 109.73 Divide Mine SW
D092 79769.93 -3274123.18 886.38 180.0 -55.0 129.24 Divide Mine SW
D093 79680.17 -3274262.36 891.16 180.0 -60.0 75.90 Divide Mine SW
D094 79680.18 -3274261.75 891.14 180.0 -75.0 79.25 Divide Mine SW
D095 79678.36 -3274133.89 886.74 180.0 -55.0 131.06 Divide Mine SW
D105 79620.77 -3274120.35 888.72 180.0 -60.0 121.92 Divide Mine SW
D106 79620.82 -3274119.80 888.72 180.0 -72.5 121.92 Divide Mine SW
D129 79800.38 -3274179.45 885.27 180.0 -50.0 61.57 Divide Mine SW
D130 79800.53 -3274142.66 887.48 180.0 -50.0 103.63 Divide Mine SW
D134 79800.45 -3274160.96 886.22 187.0 -50.0 79.86 Divide Mine SW
D135 79800.31 -3274199.93 885.23 180.0 -50.0 39.93 Divide Mine SW
D136 79815.70 -3274165.53 885.32 180.0 -55.0 76.81 Divide Mine SW
D138 79815.55 -3274138.19 890.00 180.0 -55.0 91.75 Divide Mine SW
D218 79648.26 -3274250.04 891.40 180.0 -50.0 115.82 Divide Mine SW
D219 79648.27 -3274225.09 890.68 177.0 -60.0 184.10 Divide Mine SW
D220 79648.27 -3274225.44 890.68 177.0 -50.0 151.79 Divide Mine SW
D221 79654.59 -3274162.67 888.69 180.0 -60.0 184.71 Divide Mine SW
D222 79652.68 -3274278.78 892.58 180.0 -50.0 91.44 Divide Mine SW
D223 79620.73 -3274284.66 893.81 180.0 -55.0 101.50 Divide Mine SW
Hole ID Easting Northing RL (m) Azimuth Dip Depth (m) Prospect
D224 79622.21 -3274254.65 892.63 180.0 -55.0 127.41 Divide Mine SW
D225 79622.16 -3274223.24 891.96 180.0 -55.0 106.99 Divide Mine SW
D226 79590.24 -3274285.15 894.82 180.0 -55.0 107.29 Divide Mine SW
D227 79591.75 -3274254.65 893.89 180.0 -55.0 122.23 Divide Mine SW
D228 79617.73 -3274315.94 895.13 180.0 -55.0 61.57 Divide Mine SW
D229 79590.29 -3274315.33 896.05 180.0 -55.0 76.81 Divide Mine SW
D230 79593.05 -3274224.51 893.12 180.0 -55.0 106.99 Divide Mine SW
D231 79561.50 -3274297.47 895.84 180.0 -60.0 101.19 Divide Mine SW
D232 79561.27 -3274260.73 895.27 180.0 -60.0 106.38 Divide Mine SW
D233 79621.42 -3274270.47 893.20 180.0 -55.0 109.12 Divide Mine SW
D234 79648.34 -3274194.80 890.14 180.0 -60.0 124.66 Divide Mine SW
D235 79619.15 -3274299.82 894.51 180.0 -55.0 71.02 Divide Mine SW
D236 79683.14 -3274207.39 888.71 180.0 -60.0 138.07 Divide Mine SW
D237 79680.20 -3274278.83 891.86 180.0 -60.0 53.95 Divide Mine SW
D238 79621.91 -3274167.96 890.03 180.0 -60.0 127.41 Divide Mine SW
D239 79590.23 -3274146.90 890.82 180.0 -48.0 139.90 Divide Mine SW
D240 79593.30 -3274109.54 889.40 180.0 -65.0 152.40 Divide Mine SW
D241 79561.37 -3274096.70 891.46 180.0 -55.0 137.16 Divide Mine SW
D242 79593.32 -3274109.85 889.49 180.0 -79.0 152.40 Divide Mine SW
DEW001 79376.62 -3274128.61 920.77 181.6 -50.0 139.29 Divide Mine West
DEW002 79376.62 -3274127.87 920.78 181.6 -80.0 132.59 Divide Mine West
DEW003 79375.80 -3274188.89 915.00 181.6 -50.0 83.52 Divide Mine West
DEW004 79406.37 -3274158.39 908.20 181.6 -70.0 85.95 Divide Mine West
DEW005 79406.28 -3274128.11 908.88 181.6 -70.0 92.35 Divide Mine West
DEW006 79406.45 -3274173.96 906.92 181.6 -70.0 67.06 Divide Mine West
DEW007 79302.64 -3274160.03 954.76 181.6 -74.0 138.68 Divide Mine West
DEW008 79302.40 -3274160.70 954.76 181.6 -50.0 129.85 Divide Mine West
DEW009 79302.56 -3274160.73 954.76 181.6 -60.0 143.87 Divide Mine West
DEW010 79468.41 -3274147.41 898.96 181.6 -60.0 91.75 Divide Mine West
DEW011 79469.63 -3274114.28 898.98 180.0 -60.0 106.07 Divide Mine West
DEW012 79437.64 -3274166.03 902.03 180.0 -60.0 70.41 Divide Mine West
DEW013 79437.61 -3274133.95 902.74 180.0 -60.0 92.35 Divide Mine West
DEW014 79437.83 -3274103.44 902.56 180.0 -60.0 107.59 Divide Mine West
DEW015 79471.15 -3274080.69 897.18 180.0 -60.0 75.90 Divide Mine West
DEW016 79529.05 -3274144.95 894.02 180.0 -60.0 75.90 Divide Mine West
DEW017 79529.07 -3274114.07 893.98 180.0 -60.0 61.27 Divide Mine West
DEW018 79438.17 -3274066.60 900.38 180.0 -60.0 91.44 Divide Mine West
DEW019 79406.37 -3274127.55 908.93 0.0 -85.0 85.34 Divide Mine West
DEW020 79377.83 -3274127.39 920.63 0.0 -83.0 103.63 Divide Mine West
DEW021 79302.62 -3274161.05 954.65 22.0 -90.0 153.31 Divide Mine West
DEW022 79302.62 -3274160.78 954.65 0.0 -80.0 154.53 Divide Mine West
DEW023 79250.38 -3274177.76 959.63 180.0 -60.0 135.94 Divide Mine West
DEW024 79250.35 -3274176.93 959.57 22.0 -90.0 161.85 Divide Mine West
DEW025 79250.25 -3274177.32 959.64 180.0 -75.0 196.29 Divide Mine West
DEW026 79250.37 -3274177.17 959.61 180.0 -82.0 184.40 Divide Mine West
DEW027 79438.55 -3274024.34 904.77 180.0 -60.0 134.11 Divide Mine West
DEW028 79398.22 -3274056.19 919.78 180.0 -72.5 123.14 Divide Mine West
DEW029 79408.80 -3274018.90 917.87 177.0 -79.0 171.91 Divide Mine West
DEW030 79388.70 -3274056.81 922.42 205.0 -72.0 139.16 Divide Mine West
DEW031 79388.70 -3274056.81 922.42 205.0 -82.0 154.64 Divide Mine West
JCM001 74034.46 -3267338.20 775.34 180.0 -30.0 173.13 Jan Coetzee Mine
JCM002 74034.46 -3267336.83 775.40 180.0 -42.0 290.17 Jan Coetzee Mine
JCM003 74034.43 -3267337.47 775.40 180.0 -60.0 193.55 Jan Coetzee Mine
JCM004 74034.65 -3267518.52 761.38 44.0 -30.0 224.33 Jan Coetzee Mine
JCM005 74034.34 -3267215.03 762.45 180.0 -40.0 274.32 Jan Coetzee Mine
JCM006 74064.79 -3267306.26 781.80 180.0 -30.0 245.67 Jan Coetzee Mine
JCM007 74064.82 -3267306.38 781.44 180.0 -55.0 236.53 Jan Coetzee Mine
JCM008 74126.51 -3267272.76 792.08 180.0 -30.0 131.37 Jan Coetzee Mine
JCM009 74064.79 -3267304.61 782.20 180.0 -75.0 265.18 Jan Coetzee Mine
JCM010 74126.51 -3267271.67 792.05 180.0 -60.0 155.75 Jan Coetzee Mine
JCM011 74064.82 -3267305.01 781.65 180.0 -65.0 151.18 Jan Coetzee Mine
Hole ID Easting Northing RL (m) Azimuth Dip Depth (m) Prospect
JCM012 74064.85 -3267305.68 781.56 180.0 -43.0 104.55 Jan Coetzee Mine
JCM013 74126.54 -3267225.64 782.05 180.0 -50.0 172.21 Jan Coetzee Mine
JCM014 74065.19 -3267163.52 756.14 180.0 -45.0 253.29 Jan Coetzee Mine
JCM015 74065.19 -3267163.52 756.14 180.0 -65.0 199.03 Jan Coetzee Mine
JCM016 74065.19 -3267163.52 756.14 180.0 -55.0 297.18 Jan Coetzee Mine
JCM017 74126.39 -3267156.09 759.49 180.0 -52.0 213.06 Jan Coetzee Mine
JCM018 74065.22 -3267162.61 756.29 180.0 -70.0 317.91 Jan Coetzee Mine
JCM019 74126.36 -3267155.66 759.65 180.0 -65.0 289.87 Jan Coetzee Mine
JCM020 74095.82 -3267290.11 787.63 180.0 -30.0 181.05 Jan Coetzee Mine
JCM021 74187.72 -3267240.39 790.43 180.0 -30.0 177.09 Jan Coetzee Mine
JCM022 74187.68 -3267238.90 790.46 180.0 -60.0 178.92 Jan Coetzee Mine
JCM023 74095.82 -3267290.11 787.63 180.0 -60.0 139.90 Jan Coetzee Mine
JCM024 74187.41 -3267183.91 772.60 180.0 -50.0 261.82 Jan Coetzee Mine
JCM025 74095.67 -3267229.60 777.72 180.0 -50.0 203.61 Jan Coetzee Mine
JCM026 74095.70 -3267229.36 777.42 180.0 -62.0 235.31 Jan Coetzee Mine
JCM027 74187.47 -3267183.24 772.97 180.0 -65.0 274.93 Jan Coetzee Mine
JCM028 74157.24 -3267245.94 788.69 180.0 -30.0 117.35 Jan Coetzee Mine
JCM029 74157.27 -3267244.57 788.60 180.0 -60.0 140.21 Jan Coetzee Mine
JCM030 74187.14 -3267144.20 770.41 180.0 -60.0 288.34 Jan Coetzee Mine
JCM031 74156.50 -3267184.49 767.94 180.0 -47.0 188.06 Jan Coetzee Mine
JCM032 74156.50 -3267183.94 767.81 180.0 -65.0 245.97 Jan Coetzee Mine
JCM033 74155.56 -3267123.41 767.66 180.0 -60.0 301.14 Jan Coetzee Mine
JCM034 74186.77 -3267108.05 772.05 180.0 -63.0 312.42 Jan Coetzee Mine
JCM035 74218.16 -3267230.03 790.49 180.0 -30.0 134.72 Jan Coetzee Mine
JCM036 74218.13 -3267229.36 790.15 180.0 -50.0 180.14 Jan Coetzee Mine
JCM037 74218.32 -3267193.15 779.15 180.0 -50.0 198.12 Jan Coetzee Mine
JCM038 74218.32 -3267192.66 779.15 180.0 -65.0 229.51 Jan Coetzee Mine
JCM039 74217.77 -3267152.28 774.98 180.0 -65.0 217.02 Jan Coetzee Mine
JCM040 74248.28 -3267246.43 799.06 180.0 -30.0 136.86 Jan Coetzee Mine
JCM041 74248.31 -3267245.18 799.06 180.0 -55.0 132.59 Jan Coetzee Mine
JCM042 74248.34 -3267198.51 785.19 180.0 -47.0 185.62 Jan Coetzee Mine
JCM043 74279.15 -3267264.44 807.59 180.0 -40.0 117.35 Jan Coetzee Mine
JCM044 74248.46 -3267273.71 811.46 180.0 -30.0 90.53 Jan Coetzee Mine
JCM045 74002.06 -3267371.67 767.02 128.0 -40.0 129.24 Jan Coetzee Mine
JCM046 73979.51 -3267353.87 757.51 128.0 -40.0 136.55 Jan Coetzee Mine
JCM047 73953.02 -3267333.05 749.50 128.0 -40.0 167.64 Jan Coetzee Mine
JCM048 73918.15 -3267306.53 745.81 128.0 -40.0 270.66 Jan Coetzee Mine
JCM049 73875.85 -3267272.85 754.10 128.0 -40.0 351.43 Jan Coetzee Mine
JCM050 73972.86 -3267401.48 757.24 87.0 -40.0 174.65 Jan Coetzee Mine
JCM051 73940.37 -3267390.41 746.45 87.0 -40.0 172.21 Jan Coetzee Mine
JCM052 73939.43 -3267390.08 746.72 109.0 -60.0 206.35 Jan Coetzee Mine
JCM053 73900.35 -3267377.28 743.52 109.0 -60.0 240.79 Jan Coetzee Mine
JCM054 74005.26 -3267478.93 761.48 114.0 -45.0 73.76 Jan Coetzee Mine
JCM055 73980.42 -3267503.95 749.13 114.0 -46.0 111.86 Jan Coetzee Mine
JCM056 74034.43 -3267541.14 753.18 0.0 -40.0 96.01 Jan Coetzee Mine
JCM057 74065.06 -3267533.94 764.95 0.0 -30.0 125.88 Jan Coetzee Mine
JCM058 74065.06 -3267535.16 764.80 0.0 -57.0 136.25 Jan Coetzee Mine
JCM059 74125.63 -3267511.27 793.42 0.0 -40.0 182.27 Jan Coetzee Mine
JCM060 74127.15 -3267547.05 778.30 0.0 -40.0 249.02 Jan Coetzee Mine
JCM061 74129.38 -3267598.93 763.09 0.0 -40.0 298.40 Jan Coetzee Mine
JCM062 74129.41 -3267599.66 763.18 0.0 -55.0 274.63 Jan Coetzee Mine
JCM063 74035.01 -3267273.92 767.57 0.0 -90.0 252.68 Jan Coetzee Mine
JCM064 74233.80 -3267266.85 807.41 180.0 -35.5 54.86 Jan Coetzee Mine
JCM065 74233.89 -3267266.08 807.47 180.0 -56.0 58.22 Jan Coetzee Mine
JCM066 74218.10 -3267264.23 804.65 180.0 -48.0 30.79 Jan Coetzee Mine
JCM067 74218.20 -3267279.36 811.55 180.0 -45.0 27.43 Jan Coetzee Mine
JCM068 74203.01 -3267278.00 808.96 180.0 -45.0 27.43 Jan Coetzee Mine
JCM069 74187.23 -3267280.70 807.26 180.0 -40.0 27.43 Jan Coetzee Mine
JCM070 74172.50 -3267266.12 798.39 180.0 -50.0 39.62 Jan Coetzee Mine
JCM071 74187.50 -3267262.82 799.67 180.0 -47.0 36.88 Jan Coetzee Mine
JCM072 74202.85 -3267262.70 801.95 180.0 -45.0 27.43 Jan Coetzee Mine
Hole ID Easting Northing RL (m) Azimuth Dip Depth (m) Prospect
JCM073 74218.19 -3267250.57 798.87 180.0 -41.5 32.00 Jan Coetzee Mine
JCM074 74172.40 -3267285.98 805.82 180.0 -51.0 33.53 Jan Coetzee Mine
JCM075 74157.18 -3267298.68 806.83 180.0 -46.0 30.48 Jan Coetzee Mine
JCM076 74157.18 -3267298.68 806.83 180.0 -70.0 41.45 Jan Coetzee Mine
JCM077 74142.02 -3267299.83 803.08 179.0 -42.0 36.58 Jan Coetzee Mine
JCM078 74142.02 -3267299.83 803.48 180.0 -60.0 42.67 Jan Coetzee Mine
JCM079 74126.78 -3267318.03 804.12 180.0 -40.0 27.43 Jan Coetzee Mine
JCM080 74126.78 -3267318.03 804.12 180.0 -70.0 36.58 Jan Coetzee Mine
JCM081 74111.52 -3267327.95 801.10 180.0 -40.0 27.43 Jan Coetzee Mine
JCM082 74096.48 -3267332.29 793.91 180.0 -41.5 27.43 Jan Coetzee Mine
JCM083 74096.03 -3267318.38 796.28 180.0 -36.0 39.62 Jan Coetzee Mine
JCM084 74096.03 -3267318.38 796.28 180.0 -52.5 45.72 Jan Coetzee Mine
JCM085 74111.27 -3267310.99 797.33 180.0 -35.0 42.67 Jan Coetzee Mine
JCM086 74111.27 -3267310.99 797.33 180.0 -59.0 48.77 Jan Coetzee Mine
JCM087 74264.14 -3267268.91 810.29 180.0 -35.0 84.13 Jan Coetzee Mine
JCM088 74264.14 -3267268.91 810.29 180.0 -56.0 79.86 Jan Coetzee Mine
JCM089 74080.39 -3267336.76 792.64 137.0 -60.0 43.28 Jan Coetzee Mine
JCM090 74080.30 -3267337.38 792.64 137.0 -36.0 27.43 Jan Coetzee Mine
JCM091 74065.99 -3267343.12 787.22 137.0 -50.0 42.98 Jan Coetzee Mine
JCM092 74066.47 -3267343.64 787.22 137.0 -32.5 39.62 Jan Coetzee Mine
JCM093 74055.97 -3267355.18 786.08 137.0 -60.0 33.53 Jan Coetzee Mine
JCM094 74042.34 -3267361.89 781.79 137.0 -40.0 28.65 Jan Coetzee Mine
JCM095 74031.76 -3267373.15 779.25 115.0 -40.0 27.43 Jan Coetzee Mine
JCM096 74022.88 -3267387.23 777.22 137.0 -40.0 24.99 Jan Coetzee Mine
JCM097 74056.62 -3267356.56 786.43 137.0 -35.0 21.34 Jan Coetzee Mine
JCM098 74126.59 -3267323.13 805.32 180.0 -35.0 18.29 Jan Coetzee Mine
JCM099 74095.58 -3267335.67 797.51 180.0 -35.0 18.90 Jan Coetzee Mine
JCM100 74075.02 -3267343.60 791.97 137.0 -35.0 23.17 Jan Coetzee Mine
JCM101 74141.90 -3267313.90 807.28 180.0 -50.0 23.17 Jan Coetzee Mine
JCM102 74157.37 -3267308.18 810.20 180.0 -55.0 21.34 Jan Coetzee Mine
JCM103 74172.28 -3267279.22 802.77 180.0 -55.0 33.53 Jan Coetzee Mine
JCM104 74172.45 -3267294.45 808.25 60.0 -55.0 21.64 Jan Coetzee Mine
JCM105 74191.07 -3267269.71 802.81 180.0 -40.0 23.17 Jan Coetzee Mine
JCM106 74202.88 -3267269.83 804.54 180.0 -50.0 25.30 Jan Coetzee Mine
JCM107 74218.07 -3267271.43 807.53 180.0 -45.0 33.53 Jan Coetzee Mine
JCM108 74233.21 -3267276.48 811.47 180.0 -35.0 36.58 Jan Coetzee Mine
JCM109 74248.61 -3267287.34 818.37 180.0 -35.0 45.72 Jan Coetzee Mine
JCM110 74248.61 -3267286.58 818.37 180.0 -55.0 55.47 Jan Coetzee Mine
JCM111 74256.09 -3267273.63 811.89 180.0 -35.0 55.17 Jan Coetzee Mine
JCM112 74256.04 -3267273.06 811.74 180.0 -55.0 68.28 Jan Coetzee Mine
JCM113 74256.29 -3267286.73 818.16 180.0 -38.5 42.67 Jan Coetzee Mine
JCM114 74248.91 -3267294.46 822.11 180.0 -35.0 51.82 Jan Coetzee Mine
JCM115 74263.90 -3267283.36 816.81 180.0 -40.0 39.62 Jan Coetzee Mine
JCM116 74256.11 -3267294.98 822.76 180.0 -40.0 51.82 Jan Coetzee Mine
JCM117 73943.80 -3267541.91 735.13 44.0 -45.0 234.39 Jan Coetzee Mine
JCM118 73943.80 -3267541.91 735.13 44.0 -60.0 276.76 Jan Coetzee Mine
JCM119 74187.65 -3267506.12 807.81 0.0 -35.0 146.30 Jan Coetzee Mine
JCM120 74217.78 -3267499.06 817.17 0.0 -35.0 151.79 Jan Coetzee Mine
JCM121 74187.62 -3267469.37 828.47 0.0 -40.0 121.92 Jan Coetzee Mine
JCM122 74218.12 -3267471.03 832.60 0.0 -35.0 103.94 Jan Coetzee Mine
JCM123 74187.57 -3267470.17 828.47 0.0 -60.0 81.69 Jan Coetzee Mine
JCM124 74217.84 -3267472.07 832.58 0.0 -60.0 50.90 Jan Coetzee Mine
JCM125 74187.75 -3267458.75 833.92 0.0 -35.0 53.95 Jan Coetzee Mine
JCM126 74217.78 -3267498.17 817.17 0.0 -55.0 60.35 Jan Coetzee Mine
JCM127 74217.78 -3267499.67 817.17 0.0 -80.0 75.29 Jan Coetzee Mine
JCM128 74157.44 -3267510.42 798.81 0.0 -35.0 149.96 Jan Coetzee Mine
JCM129 74156.95 -3267488.90 814.83 0.0 -40.0 128.32 Jan Coetzee Mine
JCM130 74156.95 -3267488.31 814.83 0.0 -50.0 51.82 Jan Coetzee Mine
JCM131 74157.03 -3267470.35 822.59 0.0 -40.0 133.50 Jan Coetzee Mine
JCM132 74141.61 -3267475.10 817.16 0.0 -40.0 97.54 Jan Coetzee Mine
JCM133 74141.23 -3267488.86 811.31 0.0 -45.0 126.49 Jan Coetzee Mine
Hole ID Easting Northing RL (m) Azimuth Dip Depth (m) Prospect
JCM134 74141.25 -3267488.86 811.31 0.0 -60.0 163.07 Jan Coetzee Mine
JCM135 74248.56 -3267450.21 842.41 0.0 -40.0 91.44 Jan Coetzee Mine
JCM136 74248.56 -3267450.82 842.40 0.0 -55.0 76.81 Jan Coetzee Mine
JCM137 74247.96 -3267438.82 845.23 0.0 -40.0 76.20 Jan Coetzee Mine
JCM138 74157.44 -3267510.42 798.82 0.0 -50.0 219.46 Jan Coetzee Mine
JCM139 74157.44 -3267647.48 798.81 0.0 -42.5 175.26 Jan Coetzee Mine
JCM140 74217.96 -3267395.92 859.16 180.0 -60.0 82.60 Jan Coetzee Mine
JCM141 74217.96 -3267395.53 859.16 180.0 -80.0 75.29 Jan Coetzee Mine
JCM142 74218.01 -3267418.90 856.21 180.0 -70.0 60.96 Jan Coetzee Mine
JCM143 74216.89 -3267381.69 858.00 180.0 -80.0 85.34 Jan Coetzee Mine
JCM144 74217.09 -3267359.65 850.24 180.0 -65.0 66.45 Jan Coetzee Mine
JCM145 74186.56 -3267384.23 844.82 180.0 -60.0 73.46 Jan Coetzee Mine
JCM146 74186.29 -3267383.89 844.82 180.0 -45.0 88.39 Jan Coetzee Mine
JCM147 74187.97 -3267360.15 838.44 180.0 -50.0 82.30 Jan Coetzee Mine
JCM148 74157.32 -3267402.58 837.97 180.0 -40.0 51.82 Jan Coetzee Mine
JCM149 74157.32 -3267402.00 837.97 180.0 -55.0 61.87 Jan Coetzee Mine
JCM150 74187.97 -3267359.73 838.44 180.0 -60.0 85.04 Jan Coetzee Mine
JCM151 74187.90 -3267408.35 850.87 180.0 -55.0 54.86 Jan Coetzee Mine
JCM152 73899.73 -3267589.17 734.13 43.5 -60.0 322.78 Jan Coetzee Mine
JCM153 74172.54 -3267073.34 771.49 180.0 -60.0 575.16 Jan Coetzee Mine
JCM154 74141.98 -3267165.65 762.88 180.0 -65.0 517.55 Jan Coetzee Mine
JCM155 74141.92 -3267063.74 769.56 180.0 -65.0 609.91 Jan Coetzee Mine
JCM156 74141.76 -3266954.04 779.71 180.0 -65.0 729.69 Jan Coetzee Mine
JCM157 73858.71 -3267388.85 751.36 137.0 -65.0 167.03 Jan Coetzee Mine
JCM158 73875.72 -3267362.03 750.45 125.0 -60.0 363.63 Jan Coetzee Mine
JCSW001 73489.13 -3268260.34 799.61 180.0 -40.0 78.64 Jan Coetzee SW
JCSW002 73489.13 -3268259.60 799.61 180.0 -60.0 122.23 Jan Coetzee SW
JCSW003 73489.13 -3268259.18 799.61 180.0 -72.0 150.88 Jan Coetzee SW
JCSW004 73490.13 -3268231.91 805.84 179.0 -70.0 198.12 Jan Coetzee SW
JCSW005 73490.21 -3268231.87 805.84 180.0 -77.0 214.88 Jan Coetzee SW
JCSW006 73550.61 -3268254.69 801.04 180.0 -45.0 78.94 Jan Coetzee SW
JCSW007 73550.78 -3268254.19 801.33 180.0 -62.5 120.70 Jan Coetzee SW
JCSW008 73550.74 -3268221.72 810.15 176.5 -60.0 183.79 Jan Coetzee SW
JCSW009 73579.33 -3268246.00 804.00 177.0 -47.5 82.60 Jan Coetzee SW
JCSW010 73579.14 -3268245.77 803.90 177.0 -60.0 116.74 Jan Coetzee SW
JCSW011 73519.99 -3268263.15 800.20 180.0 -40.0 72.85 Jan Coetzee SW
JCSW012 73519.97 -3268261.99 800.45 180.0 -56.0 106.38 Jan Coetzee SW
JCSW013 73520.69 -3268225.18 806.97 177.0 -50.0 124.36 Jan Coetzee SW
JCSW014 73520.68 -3268224.54 806.82 177.0 -60.0 181.66 Jan Coetzee SW
JCSW015 73520.57 -3268224.27 806.98 177.0 -67.5 188.98 Jan Coetzee SW
JCSW016 73520.65 -3268224.20 806.89 177.0 -75.0 223.72 Jan Coetzee SW
JCSW017 73520.56 -3268224.10 806.87 177.0 -77.0 277.67 Jan Coetzee SW
JCSW018 73471.06 -3268281.31 790.94 180.0 -45.0 54.86 Jan Coetzee SW
JCSW019 73471.43 -3268235.03 804.76 177.0 -45.0 116.74 Jan Coetzee SW
JCSW020 73471.08 -3268234.60 804.76 177.0 -57.0 149.35 Jan Coetzee SW
JCSW021 73470.98 -3268234.27 804.76 178.0 -67.0 208.79 Jan Coetzee SW
JCSW022 73471.01 -3268234.68 804.76 180.0 -51.5 129.54 Jan Coetzee SW
JCSW023 73471.39 -3268259.85 797.21 180.0 -47.5 84.13 Jan Coetzee SW
JCSW024 73550.73 -3268221.53 810.15 176.5 -67.5 202.08 Jan Coetzee SW
JCSW025 73550.72 -3268221.32 810.15 176.5 -74.0 229.82 Jan Coetzee SW
JCSW026 73550.70 -3268221.14 810.15 175.5 -78.0 241.71 Jan Coetzee SW
JCSW027 73550.68 -3268220.90 810.15 175.5 -86.0 269.75 Jan Coetzee SW
JCSW028 73550.67 -3268220.80 810.15 231.0 -90.0 222.20 Jan Coetzee SW
JCSW029 73486.55 -3268292.56 791.04 180.0 -40.0 51.51 Jan Coetzee SW
JCSW030 73489.13 -3268259.67 799.61 180.0 -49.0 100.89 Jan Coetzee SW
JCSW031 73501.76 -3268280.56 795.91 180.0 -40.0 79.55 Jan Coetzee SW
JCSW032 73506.44 -3268247.22 801.70 180.0 -40.0 119.79 Jan Coetzee SW
JCSW033 73506.42 -3268246.51 802.05 180.0 -50.0 138.07 Jan Coetzee SW
JCSW034 73506.55 -3268246.56 801.74 180.0 -59.0 157.89 Jan Coetzee SW
JCSW035 73506.56 -3268222.66 807.96 180.0 -57.5 181.97 Jan Coetzee SW
JCSW036 73506.58 -3268222.29 808.21 180.0 -65.0 214.58 Jan Coetzee SW
Hole ID Easting Northing RL (m) Azimuth Dip Depth (m) Prospect
JCSW037 73553.61 -3268089.59 869.07 184.0 -67.0 394.72 Jan Coetzee SW
JCSW038 73506.53 -3268222.14 808.24 176.0 -69.5 221.29 Jan Coetzee SW
JCSW039 73489.35 -3268259.55 799.66 180.0 -60.0 135.94 Jan Coetzee SW
JCSW040 73489.29 -3268259.03 799.53 180.0 -78.0 106.99 Jan Coetzee SW
JCSW041 73550.61 -3268254.11 801.01 177.0 -67.0 128.02 Jan Coetzee SW
JCSW042 73550.73 -3268254.50 800.95 177.0 -54.0 91.75 Jan Coetzee SW
JCSW043 73547.60 -3268279.43 793.79 180.0 -45.0 39.62 Jan Coetzee SW
JCSW044 73489.40 -3268259.31 799.55 180.0 -67.0 130.45 Jan Coetzee SW
JCSW045 73553.62 -3268089.45 869.07 180.0 -72.0 437.69 Jan Coetzee SW
JCSW046 73536.84 -3268219.76 810.31 180.0 -57.5 168.25 Jan Coetzee SW
JCSW047 73565.82 -3268237.49 805.16 180.0 -61.0 146.30 Jan Coetzee SW
JCSW048 73535.24 -3268246.60 802.41 180.0 -62.0 128.63 Jan Coetzee SW
JCSW049 73535.31 -3268246.77 802.36 180.0 -54.0 114.30 Jan Coetzee SW
JCSW050 73565.82 -3268237.82 805.09 180.0 -50.0 136.55 Jan Coetzee SW
JCSW051 73535.28 -3268247.00 802.35 180.0 -45.0 98.15 Jan Coetzee SW
JCSW052 73532.29 -3268274.91 796.02 180.0 -45.0 66.45 Jan Coetzee SW
JCSW053 73565.91 -3268237.98 805.32 180.0 -40.0 123.14 Jan Coetzee SW
JCSW054 73565.81 -3268237.46 804.91 180.0 -68.0 185.32 Jan Coetzee SW
JCSW055 73536.82 -3268219.53 810.34 180.0 -62.5 184.71 Jan Coetzee SW
JCSW056 73429.13 -3268269.74 791.80 180.0 -54.0 86.87 Jan Coetzee SW
JCSW057 73429.04 -3268247.96 799.11 180.0 -58.0 90.83 Jan Coetzee SW
JCSW058 73581.02 -3268090.80 871.91 180.0 -67.5 397.15 Jan Coetzee SW
JCSW059 73562.62 -3268279.19 792.55 180.0 -50.0 52.43 Jan Coetzee SW
JCSW060 73579.12 -3268245.32 803.90 177.0 -69.0 142.04 Jan Coetzee SW
JCSW061 73429.06 -3268247.71 799.11 180.0 -68.0 100.58 Jan Coetzee SW
JCSW062 73425.60 -3268289.14 787.06 180.0 -50.0 37.80 Jan Coetzee SW
JCSW063 73441.14 -3268293.12 785.94 180.0 -60.0 37.80 Jan Coetzee SW
JCSW064 73581.02 -3268221.50 810.87 180.0 -70.0 185.01 Jan Coetzee SW
JCSW065 73442.55 -3268276.03 789.76 180.0 -60.0 61.87 Jan Coetzee SW
JCSW066 73413.60 -3268266.83 792.92 180.0 -41.0 63.40 Jan Coetzee SW
JCSW067 73413.63 -3268266.33 792.87 180.0 -60.0 70.41 Jan Coetzee SW
JCSW068 73413.58 -3268266.04 792.80 180.0 -72.0 81.08 Jan Coetzee SW
JCSW069 73398.50 -3268262.09 793.63 180.0 -40.0 60.96 Jan Coetzee SW
JCSW070 73580.58 -3268221.65 810.28 180.0 -84.0 105.16 Jan Coetzee SW
JCSW070D1 73580.58 -3268221.65 810.28 180.0 -84.0 246.58 Jan Coetzee SW
JCSW071 73581.01 -3268090.69 871.91 180.0 -75.0 412.09 Jan Coetzee SW
JCSW072 73398.44 -3268261.61 793.73 180.0 -60.0 80.16 Jan Coetzee SW
JCSW073 73413.85 -3268266.87 792.66 180.0 -50.0 54.25 Jan Coetzee SW
JCSW074 73410.44 -3268286.01 786.35 180.0 -40.0 32.31 Jan Coetzee SW
JCSW075 73506.62 -3268222.05 808.40 176.0 -76.0 204.22 Jan Coetzee SW
JCSW076 73520.56 -3268224.54 806.80 177.0 -70.0 195.38 Jan Coetzee SW
JCSW077 73536.85 -3268219.47 809.93 178.0 -70.0 190.81 Jan Coetzee SW
JCSW078 73619.69 -3268091.09 860.93 177.0 -65.0 396.85 Jan Coetzee SW
JCSW079 73670.54 -3268214.27 791.20 180.0 -50.0 131.67 Jan Coetzee SW
JCSW080 73536.73 -3268219.34 810.09 178.0 -76.0 229.51 Jan Coetzee SW
JCSW081 73536.94 -3268219.04 810.40 182.0 -85.0 243.23 Jan Coetzee SW
JCSW082D2 73619.88 -3268041.94 874.02 180.0 -65.0 443.18 Jan Coetzee SW
JCSW083 73565.88 -3268237.08 804.99 178.0 -78.0 199.64 Jan Coetzee SW
JCSW084D1 73565.92 -3268236.79 805.11 170.0 -87.0 229.82 Jan Coetzee SW
JCSW085 73584.58 -3268220.61 810.71 178.0 -76.5 213.36 Jan Coetzee SW
JCSW086 73619.74 -3268091.12 860.99 177.0 -60.0 399.90 Jan Coetzee SW
JCSW087 73589.77 -3268202.96 818.16 178.0 -86.0 275.54 Jan Coetzee SW
JCSW088 73619.72 -3268091.59 860.99 177.0 -55.0 304.80 Jan Coetzee SW
JCSW089 73553.54 -3268089.51 869.06 180.0 -63.0 351.74 Jan Coetzee SW
JCSW090 73619.73 -3268091.81 860.99 179.0 -48.0 304.80 Jan Coetzee SW
JCSW091 73654.49 -3268094.66 845.09 180.0 -61.0 331.01 Jan Coetzee SW
JCSW092 73526.12 -3268073.40 866.65 177.0 -60.0 370.03 Jan Coetzee SW
JCSW093 73654.50 -3268094.47 845.19 180.0 -68.0 320.04 Jan Coetzee SW
JCSW094D1 73526.11 -3268073.22 866.61 180.0 -65.0 407.21 Jan Coetzee SW
JCSW095 73654.58 -3268094.87 845.00 179.0 -52.0 294.74 Jan Coetzee SW
JCSW096 73654.55 -3268095.16 845.03 180.0 -47.0 289.56 Jan Coetzee SW
Hole ID Easting Northing RL (m) Azimuth Dip Depth (m) Prospect
JCSW097 73510.97 -3268140.53 845.30 180.0 -68.0 338.94 Jan Coetzee SW
JCSW098 73670.54 -3268214.27 791.20 180.0 -75.0 213.36 Jan Coetzee SW
JCSW099 73480.69 -3268145.52 844.88 180.0 -58.0 304.80 Jan Coetzee SW
JCSW100 73670.33 -3268213.29 791.20 180.0 -65.0 171.60 Jan Coetzee SW
JCSW101 73511.01 -3268140.42 845.21 180.0 -73.0 368.20 Jan Coetzee SW
JCSW102 73670.33 -3268213.29 791.20 180.0 -82.5 227.38 Jan Coetzee SW
JCSW103 73480.60 -3268145.06 844.82 180.0 -67.0 352.35 Jan Coetzee SW
JCSW104 73694.60 -3268109.70 820.86 180.0 -70.0 287.43 Jan Coetzee SW
JCSW105 73511.01 -3268140.19 845.21 180.0 -81.0 36.58 Jan Coetzee SW
JCSW106 73480.60 -3268144.60 844.82 181.0 -73.5 376.43 Jan Coetzee SW
JCSW107 73511.01 -3268139.94 845.21 180.0 -81.5 448.67 Jan Coetzee SW
JCSW108D2 73485.09 -3268072.17 858.51 182.0 -67.5 506.88 Jan Coetzee SW
JCSW109 73511.13 -3268140.57 845.21 180.0 -63.0 236.83 Jan Coetzee SW
JCSW109D1 73511.13 -3268140.57 845.21 180.0 -63.0 306.32 Jan Coetzee SW
JCSW110D2 73547.70 -3268070.26 869.93 180.0 -78.5 583.39 Jan Coetzee SW
JCSW111D1 73526.12 -3268073.21 867.53 184.0 -77.5 595.27 Jan Coetzee SW
JCSW112D1 73590.96 -3268116.10 862.13 180.0 -60.5 317.60 Jan Coetzee SW
JCSW113 73590.95 -3268116.34 862.13 180.0 -69.5 366.67 Jan Coetzee SW
JCSW114D1 73619.85 -3268041.81 874.90 180.0 -70.0 465.73 Jan Coetzee SW
JCSW115 73731.26 -3268348.13 753.30 0.0 -59.0 373.00 Jan Coetzee SW
JCSW116 73731.24 -3268314.31 757.15 0.0 -59.0 331.80 Jan Coetzee SW
JCSW117D1 73760.80 -3268331.05 751.20 0.0 -59.0 392.60 Jan Coetzee SW
JCSW118 73765.14 -3268269.92 755.68 5.0 -60.0 330.70 Jan Coetzee SW
JCSWU001 73501.70 -3268310.50 699.82 0.0 -28.0 36.58 Jan Coetzee SW
JCSWU002 73501.70 -3268310.50 699.06 0.0 -38.0 38.10 Jan Coetzee SW
JCSWU003 73486.50 -3268312.50 700.83 0.0 -32.0 21.64 Jan Coetzee SW
JCSWU004 73547.60 -3268293.00 667.97 0.0 0.0 94.79 Jan Coetzee SW
JCSWU005 73547.60 -3268293.00 666.60 0.0 -22.5 94.49 Jan Coetzee SW
JCSWU006 73547.60 -3268293.00 665.99 0.0 -42.0 45.72 Jan Coetzee SW
JCSWU007 73502.00 -3268309.50 660.50 0.0 54.0 41.76 Jan Coetzee SW
JCSWU008 73608.50 -3268271.50 676.17 0.0 -13.0 107.29 Jan Coetzee SW
JCSWU009 73608.50 -3268271.50 675.74 0.0 -34.0 108.81 Jan Coetzee SW
JCSWU010 73502.00 -3268309.50 657.61 0.0 -52.0 76.20 Jan Coetzee SW
JCSWU011 73486.60 -3268315.00 656.36 0.0 30.0 32.31 Jan Coetzee SW
JCSWU012 73486.60 -3268315.00 655.32 0.0 -30.0 41.76 Jan Coetzee SW
JCSWU013 73502.00 -3268309.50 658.22 0.0 -13.0 45.72 Jan Coetzee SW
JCSWU014 73502.00 -3268309.50 657.55 0.0 -34.0 50.90 Jan Coetzee SW
JCSWU015 73502.00 -3268293.00 658.83 0.0 24.0 42.67 Jan Coetzee SW
JCSWU016 73486.00 -3268315.00 655.78 0.0 -7.0 30.48 Jan Coetzee SW
JCSWU017 73486.00 -3268315.00 658.52 0.0 53.0 30.48 Jan Coetzee SW
JCSWU018 73502.00 -3268293.10 657.61 0.0 -47.0 56.39 Jan Coetzee SW
JCSWU019 73547.60 -3268293.00 666.96 0.0 -11.5 102.11 Jan Coetzee SW
JCSWU020 73547.60 -3268293.00 667.97 0.0 24.0 96.32 Jan Coetzee SW
JCSWU021 73517.10 -3268308.50 699.67 0.0 -13.0 35.97 Jan Coetzee SW
JCSWU022 73517.10 -3268308.50 699.21 0.0 -28.0 41.76 Jan Coetzee SW
JCSWU023 73532.30 -3268306.00 699.82 0.0 -25.0 32.31 Jan Coetzee SW
JCSWU024 73578.00 -3268282.70 670.87 0.0 0.0 92.96 Jan Coetzee SW
JCSWU025 73578.00 -3268282.70 669.98 0.0 -26.0 91.44 Jan Coetzee SW
JCSWU026 73517.10 -3268299.30 630.14 0.0 40.0 55.78 Jan Coetzee SW
JCSWU026A 73517.10 -3268308.50 630.14 0.0 40.0 11.28 Jan Coetzee SW
JCSWU027 73517.10 -3268299.30 630.14 0.0 0.0 104.24 Jan Coetzee SW
JCSWU027A 73517.10 -3268308.50 630.14 0.0 0.0 7.32 Jan Coetzee SW
JCSWU028 73517.10 -3268299.30 629.96 0.0 -13.0 104.24 Jan Coetzee SW
JCSWU029 73517.10 -3268299.30 629.41 0.0 -33.0 127.50 Jan Coetzee SW
JCSWU030 73532.30 -3268294.50 628.17 0.0 72.0 64.01 Jan Coetzee SW
JCSWU031 73532.30 -3268294.50 628.83 0.0 13.0 93.27 Jan Coetzee SW
JCSWU032 73532.30 -3268294.50 628.19 0.0 0.0 91.14 Jan Coetzee SW
JCSWU033 73532.30 -3268294.50 636.88 0.0 -15.0 108.20 Jan Coetzee SW
JCSWU035 73593.50 -3268277.00 673.67 0.0 -27.0 96.01 Jan Coetzee SW
JCSWU036 73593.50 -3268277.00 673.76 22.0 0.0 82.60 Jan Coetzee SW
JCSWU037 73526.00 -3268280.00 656.00 0.0 13.0 33.53 Jan Coetzee SW
Hole ID Easting Northing RL (m) Azimuth Dip Depth (m) Prospect
JCSWU038 73527.00 -3268280.00 656.00 30.0 0.0 30.48 Jan Coetzee SW
JCSWU039 73517.10 -3268299.30 630.54 0.0 13.0 85.95 Jan Coetzee SW
JCSWU040 73517.10 -3268299.30 629.84 0.0 -26.0 111.86 Jan Coetzee SW
JCSWU041 73517.10 -3268299.30 629.84 360.0 13.0 9.14 Jan Coetzee SW
JCSWU042 73511.00 -3268281.00 656.00 10.0 0.0 24.38 Jan Coetzee SW
JCSWU043 73512.00 -3268281.50 656.00 57.0 0.0 18.90 Jan Coetzee SW
JCSWU044 73517.10 -3268299.30 630.14 0.0 13.0 30.48 Jan Coetzee SW
JCSWU045 73532.30 -3268294.50 627.37 0.0 -33.0 109.73 Jan Coetzee SW
JCSWU046 73511.50 -3268281.00 656.00 32.0 0.0 24.38 Jan Coetzee SW
JCSWU047 73532.30 -3268294.50 626.97 0.0 -42.0 120.40 Jan Coetzee SW
JCSWU048 73532.50 -3268280.00 670.00 180.0 0.0 8.50 Jan Coetzee SW
JCSWU049 73532.50 -3268278.00 670.00 0.0 75.0 13.50 Jan Coetzee SW
JCSWU050 73532.50 -3268280.00 670.00 180.0 35.0 20.70 Jan Coetzee SW
JCSWU051 73532.30 -3268294.50 626.97 0.0 -49.0 116.13 Jan Coetzee SW
JCSWU052 73532.30 -3268294.50 627.43 0.0 -24.0 106.07 Jan Coetzee SW
JCSWU053 73532.50 -3268279.00 670.00 180.0 78.0 17.60 Jan Coetzee SW
JCSWU054 73532.50 -3268275.50 670.00 0.0 -14.0 19.50 Jan Coetzee SW
JCSWU055 73517.10 -3268285.20 670.80 180.0 0.0 6.50 Jan Coetzee SW
JCSWU056 73517.10 -3268283.50 670.80 180.0 44.0 14.00 Jan Coetzee SW
JCSWU057 73517.10 -3268280.50 670.80 0.0 0.0 22.50 Jan Coetzee SW
JCSWU058 73532.50 -3268258.20 656.75 0.0 0.0 58.00 Jan Coetzee SW
JCSWU059 73532.50 -3268258.20 656.75 0.0 -24.0 58.40 Jan Coetzee SW
JCSWU060 73547.50 -3268293.50 656.70 0.0 -70.0 21.00 Jan Coetzee SW
JCSWU061 73562.60 -3268278.00 625.30 0.0 25.0 95.50 Jan Coetzee SW
JCSWU062 73562.60 -3268278.00 624.90 0.0 8.0 96.70 Jan Coetzee SW
JCSWU063 73562.60 -3268278.00 625.60 0.0 38.0 93.00 Jan Coetzee SW
JCSWU064 73562.60 -3268278.00 624.60 0.0 -9.0 90.00 Jan Coetzee SW
JCSWU065 73593.50 -3268276.30 620.94 0.0 19.0 91.44 Jan Coetzee SW
JCSWU066 73562.60 -3268278.00 624.54 0.0 -25.0 85.00 Jan Coetzee SW
JCSWU067 73593.50 -3268276.30 620.54 0.0 0.0 87.17 Jan Coetzee SW
JCSWU068 73593.50 -3268276.30 620.54 0.0 -16.0 18.29 Jan Coetzee SW
JCSWU069 73593.50 -3268276.30 619.66 0.0 -42.0 91.75 Jan Coetzee SW
JCSWU070 73593.50 -3268276.30 620.76 0.0 10.0 85.95 Jan Coetzee SW
JCSWU071 73593.50 -3268276.30 678.64 0.0 -52.0 119.48 Jan Coetzee SW
JCSWU072 73562.60 -3268278.00 625.11 0.0 17.0 85.50 Jan Coetzee SW
JCSWU073 73562.60 -3268278.00 623.93 0.0 -36.0 96.00 Jan Coetzee SW
JCSWU074 73578.40 -3268281.60 623.32 0.0 25.0 107.00 Jan Coetzee SW
JCSWU075 73578.40 -3268281.60 622.86 0.0 12.0 94.00 Jan Coetzee SW
JCSWU076 73578.40 -3268281.60 622.55 0.0 0.0 90.00 Jan Coetzee SW
JCSWU077 73578.40 -3268281.60 622.25 0.0 -15.0 99.00 Jan Coetzee SW
JCSWU078 73578.40 -3268281.60 621.76 0.0 -40.0 99.20 Jan Coetzee SW
JCSWU079 73501.30 -3268273.90 610.39 0.0 -28.0 87.50 Jan Coetzee SW
JCSWU080 73501.30 -3268273.90 608.99 0.0 0.0 67.60 Jan Coetzee SW
JCSWU081 73501.30 -3268273.90 609.60 0.0 39.0 59.00 Jan Coetzee SW
JCSWU082 73543.80 -3268258.40 608.77 0.0 -52.0 10.06 Jan Coetzee SW
JCSWU083 73543.80 -3268258.40 608.41 0.0 -20.0 55.78 Jan Coetzee SW
JCSWU084 73543.80 -3268258.40 609.02 0.0 11.0 79.25 Jan Coetzee SW
JCSWU085 73543.80 -3268258.40 607.74 0.0 -52.0 76.81 Jan Coetzee SW
JCSWU086 73517.10 -3268271.20 609.66 0.0 -41.0 87.48 Jan Coetzee SW
JCSWU087 73501.30 -3268273.90 607.47 0.0 -40.0 67.50 Jan Coetzee SW
JCSWU088 73501.30 -3268273.90 608.99 0.0 18.0 73.50 Jan Coetzee SW
JCSWU089 73501.30 -3268273.90 608.38 0.0 -16.0 74.00 Jan Coetzee SW
JCSWU090 73543.80 -3268258.40 608.77 0.0 -61.0 84.73 Jan Coetzee SW
JCSWU091 73543.80 -3268258.40 607.74 0.0 -38.0 69.80 Jan Coetzee SW
JCSWU092 73486.62 -3268288.70 610.60 0.0 -30.0 84.00 Jan Coetzee SW
JCSWU093 73486.60 -3268288.70 610.60 0.0 0.0 93.50 Jan Coetzee SW
JCSWU094 73486.60 -3268288.70 610.60 0.0 30.0 79.30 Jan Coetzee SW
JCSWU095 73543.80 -3268258.40 607.74 0.0 -67.0 106.07 Jan Coetzee SW
JCSWU096 73486.60 -3268288.70 610.60 0.0 -70.0 67.00 Jan Coetzee SW
JCSWU097 73486.60 -3268288.70 610.60 0.0 -60.0 41.00 Jan Coetzee SW
JCSWU098 73623.78 -3268270.90 619.84 0.0 -24.0 105.40 Jan Coetzee SW
Hole ID Easting Northing RL (m) Azimuth Dip Depth (m) Prospect
JCSWU099 73623.78 -3268270.90 619.84 0.0 0.0 94.34 Jan Coetzee SW
JCSWU100 73608.50 -3268271.50 675.74 0.0 -25.0 93.57 Jan Coetzee SW
JCSWU101 73623.80 -3268270.90 620.54 0.0 25.0 100.00 Jan Coetzee SW
JCSWU102 73608.50 -3268271.50 676.50 0.0 0.0 80.47 Jan Coetzee SW
JCSWU103 73623.80 -3268270.90 621.64 0.0 55.0 81.00 Jan Coetzee SW
JCSWU104 73623.80 -3268270.90 620.24 0.0 12.5 91.00 Jan Coetzee SW
JCSWU105 73609.40 -3268249.00 591.31 0.0 0.0 76.20 Jan Coetzee SW
JCSWU106 73609.40 -3268249.00 591.62 0.0 60.0 52.12 Jan Coetzee SW
JCSWU107 73609.40 -3268249.00 591.62 0.0 17.5 63.40 Jan Coetzee SW
JCSWU108 73623.80 -3268270.90 620.94 0.0 37.5 100.00 Jan Coetzee SW
JCSWU109 73609.40 -3268249.00 590.70 0.0 -25.0 87.78 Jan Coetzee SW
JCSWU110 73623.80 -3268270.90 622.43 0.0 75.0 75.60 Jan Coetzee SW
JCSWU111 73593.30 -3268251.40 588.57 0.0 -40.0 95.30 Jan Coetzee SW
JCSWU112 73593.30 -3268251.40 589.18 0.0 -5.0 76.00 Jan Coetzee SW
JCSWU113 73609.40 -3268249.00 590.09 0.0 -45.0 60.96 Jan Coetzee SW
JCSWU114 73609.40 -3268249.00 591.92 0.0 37.5 49.68 Jan Coetzee SW
JCSWU115 73609.40 -3268249.00 590.09 0.0 -55.0 83.21 Jan Coetzee SW
JCSWU116 73593.30 -3268251.40 588.72 0.0 -22.5 80.50 Jan Coetzee SW
JCSWU117 73578.00 -3268251.75 586.44 0.0 -42.5 77.72 Jan Coetzee SW
JCSWU118 73578.00 -3268251.75 587.35 0.0 -7.5 71.63 Jan Coetzee SW
JCSWU119 73593.30 -3268251.40 587.87 0.0 -52.5 87.30 Jan Coetzee SW
JCSWU120 73593.30 -3268251.40 589.48 0.0 15.0 70.80 Jan Coetzee SW
JCSWU121 73578.00 -3268251.75 586.13 0.0 -55.0 87.78 Jan Coetzee SW
JCSWU122 73593.30 -3268251.40 589.88 0.0 25.0 50.60 Jan Coetzee SW
JCSWU123 73578.00 -3268251.75 586.74 0.0 -27.5 73.15 Jan Coetzee SW
JCSWU124 73578.00 -3268251.75 587.65 0.0 15.0 42.06 Jan Coetzee SW
JCSWU125 73562.82 -3268254.50 583.54 0.0 -40.0 66.80 Jan Coetzee SW
JCSWU126 73562.82 -3268254.50 584.00 0.0 -25.0 61.20 Jan Coetzee SW
JCSWU127 73578.00 -3268251.75 586.13 0.0 -67.5 81.08 Jan Coetzee SW
JCSWU128 73562.82 -3268254.50 583.39 0.0 -55.0 86.00 Jan Coetzee SW
JCSWU129 73623.78 -3268270.90 619.84 0.0 -43.5 102.41 Jan Coetzee SW
JCSWU130 73654.26 -3268250.65 596.70 0.0 10.0 83.80 Jan Coetzee SW
JCSWU131 73654.26 -3268250.65 596.70 0.0 57.5 81.00 Jan Coetzee SW
JCSWU132 73654.26 -3268250.65 596.70 0.0 35.0 80.70 Jan Coetzee SW
JCSWU133 73669.50 -3268257.00 599.18 0.0 30.0 85.20 Jan Coetzee SW
JCSWU134 73669.50 -3268257.10 599.18 0.0 65.0 45.10 Jan Coetzee SW
JCSWU135 73669.50 -3268256.40 599.18 180.0 62.5 57.20 Jan Coetzee SW
JCSWU136 73669.50 -3268252.00 599.18 180.0 85.0 47.00 Jan Coetzee SW
JCSWU137 73669.50 -3268251.00 599.18 0.0 -17.5 45.60 Jan Coetzee SW
JCSWU138 73654.26 -3268251.90 596.70 180.0 80.0 58.10 Jan Coetzee SW
JCSWU139 73654.26 -3268253.50 596.70 180.0 52.5 67.70 Jan Coetzee SW
JCSWU140 73639.02 -3268243.00 595.40 0.0 -10.0 64.90 Jan Coetzee SW
JCSWU141 73639.02 -3268243.00 595.40 0.0 41.5 66.60 Jan Coetzee SW
JCSWU142 73639.02 -3268243.00 595.40 0.0 -42.5 60.70 Jan Coetzee SW
JCSWU143 73639.02 -3268243.00 595.40 0.0 75.0 68.80 Jan Coetzee SW
JCSWU144 73639.02 -3268245.40 595.40 180.0 70.0 74.70 Jan Coetzee SW
JCSWU145 73609.40 -3268249.00 592.10 0.0 -75.0 84.70 Jan Coetzee SW
JCSWU146 73639.02 -3268247.00 595.45 0.0 -62.5 117.20 Jan Coetzee SW
JCSWU147 73639.02 -3268247.00 595.45 180.0 57.5 55.00 Jan Coetzee SW
JCSWU148 73623.80 -3268270.90 620.24 180.0 57.5 20.30 Jan Coetzee SW
JCSWU149 73517.10 -3268260.40 542.70 0.0 25.0 69.40 Jan Coetzee SW
JCSWU150 73517.10 -3268260.40 542.70 0.0 -25.0 101.20 Jan Coetzee SW
JCSWU151 73517.10 -3268260.40 542.70 0.0 -50.0 81.60 Jan Coetzee SW
JCSWU152 73532.30 -3268258.40 543.60 0.0 -15.0 102.10 Jan Coetzee SW
JCSWU153 73532.30 -3268258.40 543.60 0.0 -67.5 80.70 Jan Coetzee SW
JCSWU154 73543.80 -3268255.00 543.90 0.0 -60.0 82.00 Jan Coetzee SW
JCSWU155 73532.30 -3268258.40 543.60 0.0 -50.0 60.20 Jan Coetzee SW
JCSWU156 73562.82 -3268251.50 543.60 0.0 -75.0 80.60 Jan Coetzee SW
JCSWU157 73562.82 -3268251.50 543.60 0.0 -55.0 79.80 Jan Coetzee SW
JCSWU158 73532.30 -3268258.40 543.60 0.0 -77.5 77.40 Jan Coetzee SW
JCSWU159 73517.10 -3268260.40 542.70 0.0 -67.5 75.60 Jan Coetzee SW
Hole ID Easting Northing RL (m) Azimuth Dip Depth (m) Prospect
JCSWU160 73471.40 -3268255.50 546.90 0.0 -60.0 83.50 Jan Coetzee SW
JCSWU161 73471.40 -3268249.00 546.90 180.0 -75.0 51.30 Jan Coetzee SW
JCSWU162 73471.40 -3268249.00 546.90 180.0 52.5 63.70 Jan Coetzee SW
JCSWU163 73471.40 -3268249.00 546.90 180.0 -35.0 40.50 Jan Coetzee SW
JCSWU164 73471.40 -3268255.00 546.90 0.0 -62.5 97.20 Jan Coetzee SW
JCSWU165 73471.40 -3268255.00 546.90 0.0 -70.0 90.10 Jan Coetzee SW
JCSWU166 73471.40 -3268255.00 546.90 0.0 -85.0 56.30 Jan Coetzee SW
JCSWU167 73383.60 -3268250.90 556.62 185.0 0.0 56.90 Jan Coetzee SW
JCSWU168 73383.60 -3268250.90 556.62 136.5 0.0 45.80 Jan Coetzee SW
JCSWU169 73383.60 -3268250.90 556.62 180.0 -35.0 66.80 Jan Coetzee SW
JCSWU170 73395.20 -3268245.20 556.62 180.0 -22.5 49.90 Jan Coetzee SW
JCSWU171 73456.14 -3268278.00 548.16 0.0 -45.0 85.00 Jan Coetzee SW
JCSWU172 73501.90 -3268256.00 543.19 0.0 0.0 69.30 Jan Coetzee SW
JCSWU173 73501.90 -3268256.00 543.19 0.0 -50.0 73.50 Jan Coetzee SW
JCSWU174 73501.90 -3268256.00 543.19 0.0 -30.0 55.50 Jan Coetzee SW
JCSWU175 73501.90 -3268256.00 543.19 0.0 -65.0 73.10 Jan Coetzee SW
JCSWU176 73486.67 -3268261.00 543.20 0.0 0.0 46.80 Jan Coetzee SW
JCSWU177 73486.70 -3268261.00 543.20 0.0 -45.0 62.30 Jan Coetzee SW
JCSWU178 73486.70 -3268261.00 543.20 0.0 -70.0 85.70 Jan Coetzee SW
JCSWU179 73601.30 -3268229.10 545.27 195.0 0.0 30.50 Jan Coetzee SW
JCSWU180 73602.50 -3268228.60 545.27 163.0 0.0 36.60 Jan Coetzee SW
JCSWU181 73602.90 -3268228.60 545.27 30.0 0.0 28.00 Jan Coetzee SW
JCSWU182 73602.90 -3268228.60 545.27 30.0 -45.0 34.80 Jan Coetzee SW
JCSWU183 73501.90 -3268256.00 575.40 0.0 -80.0 70.00 Jan Coetzee SW
JCSWU184 73593.30 -3268251.40 575.40 0.0 -70.0 140.00 Jan Coetzee SW
JCSWU185 73593.30 -3268251.40 575.40 0.0 -75.0 202.30 Jan Coetzee SW
JCSWU186 73517.10 -3268273.00 542.40 0.0 -75.0 120.00 Jan Coetzee SW
JCSWU187 73532.30 -3268270.50 543.40 0.0 -70.0 118.20 Jan Coetzee SW
JCSWU188 73623.80 -3268228.10 595.40 0.0 -67.5 100.00 Jan Coetzee SW
JCSWU189 73639.02 -3268252.60 595.00 0.0 -67.5 199.80 Jan Coetzee SW
JCSWU190 73669.50 -3268251.00 599.10 0.0 -72.5 192.60 Jan Coetzee SW
JCSWU191 73669.50 -3268251.00 599.10 0.0 -60.0 201.00 Jan Coetzee SW
JCSWU192 73669.50 -3268251.00 599.10 0.0 -69.0 176.10 Jan Coetzee SW
JCSWU193 73669.50 -3268251.00 599.10 0.0 -50.0 196.00 Jan Coetzee SW
JCSWU194 73669.50 -3268251.00 599.10 0.0 -35.0 149.20 Jan Coetzee SW
JCSWU195 73609.40 -3268249.00 592.10 0.0 -67.5 189.50 Jan Coetzee SW
JCSWU196 73670.50 -3268251.00 599.00 30.0 -50.0 181.80 Jan Coetzee SW
JCSWU197 73670.50 -3268251.00 599.00 30.0 -62.5 161.80 Jan Coetzee SW
JCSWU198 73670.50 -3268251.00 599.00 30.0 -40.0 141.00 Jan Coetzee SW
JCSWU199 73680.00 -3268251.00 599.00 30.0 -17.5 109.80 Jan Coetzee SW
NK01 78480.61 -3276248.53 959.40 0.0 -90.0 76.81 Nababeep Kloof
NK02 78479.20 -3276136.64 1006.42 0.0 -90.0 107.29 Nababeep Kloof
NK03 78414.88 -3276247.13 964.23 0.0 -90.0 64.92 Nababeep Kloof
NK04 78385.36 -3276232.72 970.50 0.0 -90.0 108.51 Nababeep Kloof
NK05 78512.15 -3276247.61 963.89 0.0 -90.0 78.94 Nababeep Kloof
NK06 78543.36 -3276244.49 959.52 0.0 -90.0 87.48 Nababeep Kloof
NK07 78540.08 -3276279.95 957.59 0.0 -90.0 99.37 Nababeep Kloof
NK08 78541.32 -3276309.70 949.32 0.0 -90.0 60.96 Nababeep Kloof
NK09 78570.57 -3276280.70 958.33 0.0 -90.0 59.44 Nababeep Kloof
NK10 78510.93 -3276277.72 954.98 0.0 -90.0 104.55 Nababeep Kloof
NK11 78594.68 -3276281.89 963.82 0.0 -90.0 96.93 Nababeep Kloof
NK12 78569.69 -3276310.91 951.33 0.0 -90.0 44.81 Nababeep Kloof
NK13 78511.67 -3276306.97 947.06 0.0 -90.0 65.84 Nababeep Kloof
NK14 78477.85 -3276312.12 942.17 0.0 -90.0 66.45 Nababeep Kloof
NK15 78483.20 -3276276.67 952.40 0.0 -90.0 97.54 Nababeep Kloof
NK16 78482.16 -3276215.53 973.32 0.0 -90.0 63.70 Nababeep Kloof
NK17 78450.75 -3276246.77 958.37 0.0 -90.0 84.13 Nababeep Kloof
NK18 78448.44 -3276310.04 941.15 0.0 -90.0 50.60 Nababeep Kloof
NK19 78449.22 -3276278.17 947.25 0.0 -90.0 69.19 Nababeep Kloof
NK20 78444.79 -3276213.74 970.06 0.0 -90.0 117.96 Nababeep Kloof
NK21 78418.69 -3276309.22 937.92 0.0 -90.0 40.54 Nababeep Kloof
Hole ID Easting Northing RL (m) Azimuth Dip Depth (m) Prospect
NK22 78418.41 -3276277.47 947.53 0.0 -90.0 42.06 Nababeep Kloof
NK23 78388.18 -3276309.90 935.64 0.0 -90.0 34.14 Nababeep Kloof
NK24 78604.14 -3276252.47 973.32 0.0 -90.0 91.44 Nababeep Kloof
NK25 78601.46 -3276312.38 958.00 0.0 -90.0 55.47 Nababeep Kloof
NK26 78359.04 -3276307.27 930.00 0.0 -90.0 41.76 Nababeep Kloof
NK27 78628.80 -3276280.72 973.71 0.0 -90.0 64.62 Nababeep Kloof
NK28 78572.53 -3276247.32 972.48 0.0 -90.0 73.15 Nababeep Kloof
NK29 78405.48 -3276164.88 1003.00 0.0 -90.0 124.05 Nababeep Kloof
NK30 78390.34 -3276127.35 1002.08 0.0 -90.0 131.06 Nababeep Kloof
NK31 78320.12 -3276124.04 990.60 0.0 -90.0 111.25 Nababeep Kloof
NK32 78268.66 -3276047.59 991.00 0.0 -90.0 149.05 Nababeep Kloof
NK33 78513.39 -3276047.92 1030.00 0.0 -90.0 144.78 Nababeep Kloof
NK34 78594.55 -3276282.54 963.88 158.0 -54.0 48.77 Nababeep Kloof
NK35 78600.03 -3276259.53 970.57 180.0 -67.5 79.25 Nababeep Kloof
NK36 78600.16 -3276266.43 968.15 180.0 -60.0 110.03 Nababeep Kloof
NK37 78603.62 -3276252.28 973.41 180.0 -75.0 83.82 Nababeep Kloof
NK38 78632.15 -3276243.21 978.85 180.0 -44.5 108.20 Nababeep Kloof
NK39 78629.96 -3276282.62 975.10 171.0 -46.0 66.45 Nababeep Kloof
NK40 78615.53 -3276278.45 971.29 180.0 -59.0 48.77 Nababeep Kloof
NK41 78614.59 -3276277.90 971.23 0.0 -71.5 48.77 Nababeep Kloof
NK42 78616.05 -3276317.73 958.41 0.0 -38.0 66.14 Nababeep Kloof
NK43 78617.06 -3276319.29 958.10 180.0 -70.0 18.29 Nababeep Kloof
NK44 78615.70 -3276294.65 965.41 0.0 -59.5 35.36 Nababeep Kloof
NK45 78617.18 -3276295.37 965.64 180.0 -56.0 26.82 Nababeep Kloof
NK46 78572.76 -3276247.43 971.82 184.0 -59.0 81.08 Nababeep Kloof
NK47 78571.30 -3276281.44 958.33 360.0 -75.0 56.39 Nababeep Kloof
NK48 78570.68 -3276281.39 958.20 180.0 -65.0 56.69 Nababeep Kloof
NK49 78570.73 -3276281.73 958.20 180.0 -50.0 39.01 Nababeep Kloof
NK50 78555.26 -3276259.50 964.85 180.0 -48.0 103.63 Nababeep Kloof
NK51 78555.26 -3276259.50 964.85 180.0 -59.0 60.35 Nababeep Kloof
NK52 78553.26 -3276304.71 949.47 180.0 -82.0 29.87 Nababeep Kloof
NK53 78553.21 -3276305.42 949.39 180.0 -55.0 30.79 Nababeep Kloof
NK54 78552.43 -3276303.63 949.52 360.0 -40.0 49.68 Nababeep Kloof
NK55 78390.86 -3276314.19 935.18 180.0 -46.5 54.25 Nababeep Kloof
NK56 78390.82 -3276313.63 935.18 180.0 -65.0 49.38 Nababeep Kloof
NK57 78379.16 -3276313.62 932.52 180.0 -50.0 50.29 Nababeep Kloof
NK58 78464.60 -3276236.68 962.87 180.0 -85.0 107.29 Nababeep Kloof
NK59 78464.02 -3276293.91 946.08 180.0 -46.5 78.33 Nababeep Kloof
NK60 78524.92 -3276345.05 937.00 0.0 -60.0 181.36 Nababeep Kloof
NK61 78585.88 -3276296.29 957.98 360.0 -35.0 38.41 Nababeep Kloof
NK62 78585.88 -3276296.29 957.98 0.0 -60.0 59.74 Nababeep Kloof
NK63 78585.88 -3276296.29 957.98 0.0 -90.0 33.53 Nababeep Kloof
NK64 78585.88 -3276296.29 957.98 0.0 -51.5 53.95 Nababeep Kloof
NK65 78585.88 -3276296.29 957.98 0.0 -72.5 76.51 Nababeep Kloof
NK66 78585.88 -3276296.29 957.98 180.0 -67.5 32.92 Nababeep Kloof
NK67 78585.88 -3276296.29 957.98 180.0 -40.0 33.53 Nababeep Kloof
NKU01 78555.40 -3276278.91 884.40 0.0 65.0 45.11 Nababeep Kloof
NKU02 78555.40 -3276280.13 884.40 0.0 90.0 39.01 Nababeep Kloof
NKU03 78555.40 -3276281.05 884.40 180.0 65.0 45.72 Nababeep Kloof
NKU04 78464.66 -3276266.18 882.72 0.0 0.0 20.73 Nababeep Kloof
NKU05 78464.66 -3276266.18 883.72 0.0 35.0 36.27 Nababeep Kloof
NKU06 78464.66 -3276267.50 881.70 0.0 -60.0 9.14 Nababeep Kloof
NKU07 78464.66 -3276267.50 884.72 0.0 55.0 51.82 Nababeep Kloof
NKU08 78464.66 -3276267.50 884.72 0.0 90.0 29.57 Nababeep Kloof
NKU09 78464.66 -3276267.50 884.72 0.0 50.0 37.80 Nababeep Kloof
NKU10 78495.14 -3276276.00 884.72 0.0 50.0 62.79 Nababeep Kloof
NKU11 78555.40 -3276281.96 884.40 180.0 45.0 28.04 Nababeep Kloof
NKU12 78495.14 -3276276.00 884.72 0.0 90.0 46.33 Nababeep Kloof
NKU13 78495.14 -3276275.00 884.72 180.0 50.0 64.01 Nababeep Kloof
NKU14 78525.62 -3276276.60 884.72 0.0 70.0 49.38 Nababeep Kloof
NKU15 78525.62 -3276276.60 884.72 0.0 90.0 43.89 Nababeep Kloof
Hole ID Easting Northing RL (m) Azimuth Dip Depth (m) Prospect
NKU16 78525.62 -3276276.60 884.72 180.0 70.0 54.56 Nababeep Kloof
NKU17 78525.62 -3276280.30 884.64 180.0 50.0 68.28 Nababeep Kloof
NKU18 78495.14 -3276275.00 884.72 180.0 70.0 45.72 Nababeep Kloof
NKU19 78510.38 -3276270.10 884.72 0.0 90.0 38.71 Nababeep Kloof
NKU20 78510.38 -3276270.10 884.72 0.0 60.0 34.75 Nababeep Kloof
NKU21 78510.38 -3276270.10 884.72 180.0 55.0 51.82 Nababeep Kloof
NKU22 78449.42 -3276271.52 884.35 0.0 55.0 43.28 Nababeep Kloof
NKU23 78449.42 -3276272.52 884.35 0.0 90.0 39.62 Nababeep Kloof
NKU24 78510.38 -3276297.64 910.86 180.0 60.0 23.77 Nababeep Kloof
NKU25 78525.62 -3276299.47 910.86 180.0 50.0 30.48 Nababeep Kloof
NKU26 78540.87 -3276299.47 910.86 180.0 60.0 31.09 Nababeep Kloof
Appendix 2: The following tables are provided to ensure compliance with the JORC Code (2012) requirements for the reporting of Exploration Results for
the Okiep Copper Project.
Section 1 Sampling Techniques and Data
(Criteria in this section apply to all succeeding sections.)
Criteria JORC Code explanation Commentary
Sampling techniques • Nature and quality of sampling (e.g. cut channels, random chips, or Drilling and sampling was undertaken during two distinct periods since the
specific specialised industry standard measurement tools appropriate initial discovery of mineralisation:
to the minerals under investigation, such as down hole gamma sondes,
or handheld XRF instruments, etc.). These examples should not be • Prior to 1984 by Okiep Copper Company (OCC) was owned under
taken as limiting the broad meaning of sampling. ownership control of Newmont.
• 1984 – 1999 OCC was owned by of Goldfields of South Africa (GFSA).
• Include reference to measures taken to ensure sample representivity
and the appropriate calibration of any measurement tools or systems Newmont and GFSA:
used.
• Aspects of the determination of mineralisation that are Material to the • The exploration and mineral resource management of OCC were under
Public Report. the supervision of a geology department, recognised as one of the best
• In cases where 'industry standard' work has been done this would be exploration departments in South Africa at the time. OCC was successful
relatively simple (e.g. 'reverse circulation drilling was used to obtain 1 in defining pre-JORC mineral resources which were used as the basis of
m samples from which 3 kg was pulverised to produce a 30 g charge successful mine development for 33 different mines that operated over
for fire assay'). In other cases more explanation may be required, such a 45-year period.
as where there is coarse gold that has inherent sampling problems. • For diamond drilling carried out by OCC there is limited documented
Unusual commodities or mineralisation types (e.g. submarine nodules) information available on drill core sampling techniques and procedures.
may warrant disclosure of detailed information. Personal communications between the Competent Person and
geological management personnel employed by OCC at the time
confirm that OCC applied industry best practice standards for the time
and that those standards were comparable to modern accepted
practice and compliance standards. Both Newmont and GFSA were
reputable international and South African mining houses and owned
gold, base metal and platinum mines at the time.
• Drilling of exploration holes was generally carried out on lines at a 60m
spacing with inter hole spacing of 30m along the lines.
• Drill samples from Newmont and GFSA were all sent to the OCC on-mine
laboratory in Nababeep for assaying.
• Samples were taken over two metre intervals adjusted to accommodate
geological contacts.
• During the Newmont era, whole core was submitted to the laboratory
(AX core size). A 10cm representative section of core was archived for
each sample.
• GFSA drilled BQ size core. Core was cut with a core cutter at the core
yard and half core was submitted over the entire sample interval.
• For both companies, samples were numbered and bagged at the core
Criteria JORC Code explanation Commentary
yard before being submitted to the laboratory.
• No formal QC samples were inserted at the time by the geologists on the
exploration site. OCC laboratory developed its own standards, and those
were used internally in the laboratory. No record exists on the preparation
method of the standards. Duplicate samples were also inserted to check
for repeatability. No records exist on the percentage of duplicates or
standards.
• No historical Standard Operating Procedures are available.
• The Competent Person considers the sampling techniques were of a
standard of best industry practice at that time.
Drilling techniques • Drill type (e.g. core, reverse circulation, open-hole hammer, rotary air Newmont:
blast, auger, Bangka, sonic, etc.) and details (e.g. core diameter, triple
• All drill intersections were by core drilling.
or standard tube, depth of diamond tails, face-sampling bit or other
• AX-size core was drilled.
type, whether core is oriented and if so, by what method, etc.).
• Core orientation was not done.
• Drill holes had down hole surveys recorded tracking downhole
deviations.
GFSA:
• All intersections were by core drilling.
• BQ core size was drilled.
• No core orientation was carried out.
• Drill holes had down hole surveys recorded tracking downhole
deviations.
• Wedge deflections were drilled off selected holes to generate second
intersections.
Drill sample recovery • Method of recording and assessing core and chip sample recoveries Newmont:
and results assessed.
• All mineralised intersections were done with core drilling.
• Measures taken to maximise sample recovery and ensure
representative nature of the samples. • Core stick-ups reflecting the depth of the drill hole were recorded at the
rig at the end of each core "run".
• Whether a relationship exists between sample recovery and grade
and whether sample bias may have occurred due to preferential • A block with the depth of the hole written on it was placed in the core
loss/gain of fine/coarse material. box at the end of each run.
• Core recoveries were measured for each run.
• No records exist for core recoveries on individual samples.
• Intersections were in hard rock and good recoveries were envisaged
through the mineralisation.
GFSA:
• All mineralised intersections were done with core drilling.
Criteria JORC Code explanation Commentary
• Core stick-ups reflecting the depth of the drill hole are recorded at the
rig at the end of each core run.
• A block with the depth of the hole written on it was placed in the core
box at the end of each run.
• At the core yard, the length of core in the core box was measured for
each run. The measured length of core was subtracted from the length
of the run as recorded from the stick-up measured at the rig to determine
the core lost.
• Core recoveries were done for individual samples.
• Intersections were in hard rock and good recoveries were encountered
through the mineralisation.
Logging • Whether core and chip samples have been geologically and Newmont and GFSA:
geotechnically logged to a level of detail to support appropriate
Mineral Resource estimation, mining studies and metallurgical studies. • All relevant intersections for surface holes were logged by qualified
geologists and all of this information is available.
• Whether logging is qualitative or quantitative in nature. Core (or
costean, channel, etc.) photography. • Based on review of the geological log sheets, it is the opinion of the
• The total length and percentage of the relevant intersections logged. Competent Person that logging was carried out to a high standard and
to a level of detail to support appropriate Mineral Resource estimation,
mining studies and metallurgical studies.
• No geotechnical information is available for the historical drill holes.
• Core was not photographed.
• Logs were recorded in the core yard on standard log sheets.
• Quantitative estimates of sulphide mineralogy were made and
recorded.
• Core for the entire drill hole length was geologically logged and
recorded on standardised log sheets by qualified geologists.
Sub-sampling • If core, whether cut or sawn and whether quarter, half or all core Newmont:
techniques and taken.
sample preparation • All sample data are available.
• If non-core, whether riffled, tube sampled, rotary split, etc. and
whether sampled wet or dry. • Whole core was used for assaying.
• The entire sample length was submitted to the laboratory except for a
• For all sample types, the nature, quality and appropriateness of the 10cm piece of core retained as a reference.
sample preparation technique.
• Sample preparation was undertaken by the OCC Laboratory.
• Quality control procedures adopted for all sub-sampling stages to
maximise representivity of samples. • It is considered by the Competent Person that the retention of the 10cm
length of core from each sample will not result in maximum
• Measures taken to ensure that the sampling is representative of the in- representativity of samples. However, this methodology was employed
situ material collected, including for instance results for field for numerous prospects which were successfully mined, with no record of
duplicate/second-half sampling. detected estimation bias.
• Whether sample sizes are appropriate to the grain size of the material
being sampled. • No certified reference material, blanks or duplicates were inserted,
however the OCC laboratory inserted in-house standard reference
Criteria JORC Code explanation Commentary
material with each batch.
GFSA:
• BQ core was cut at the core yard and half core taken as a sample.
• With core samples, the entire sample length was cut and sampled.
• No CRMs, blanks or duplicates were inserted, however the OCC
laboratory inserted in-house standard reference material with each
batch.
Quality of assay data • The nature, quality and appropriateness of the assaying and Newmont and GFSA:
and laboratory tests laboratory procedures used and whether the technique is considered
partial or total. • No records exist for laboratory procedures for the OCC laboratory.
• No geophysical tools, spectrometers or handheld XRF instruments were
• For geophysical tools, spectrometers, handheld XRF instruments, etc., used on drill samples.
the parameters used in determining the analysis including instrument
make and model, reading times, calibrations factors applied and their • No record is available on quality control methods.
derivation, etc. • Numerous prospects were successfully developed and mined by OCC
• Nature of quality control procedures adopted (e.g. standards, blanks, using assay results derived in the same manner and which were
duplicates, external laboratory checks) and whether acceptable considered appropriate with no record of sampling bias.
levels of accuracy (i.e. lack of bias) and precision have been • This drilling and associated assays were carried out in the same time
established. period by OCC as at the Flat Mines area. Assay results from drilling of twin
holes by Orion in 2024 at Flat Mine East and Flat Mine South show a close
correlation with historical OCC drilling (refer ASX/JSE releases 22 April
2024, 24 June 2024 and 9 July 2024).
• Based on a detailed review of the geological logging sheets, a 3D review
of digitally compiled data, a review of historical mining records, and the
close correlation of Orion twin holes in the Flat Mines area, the
Competent Person considers that the assay data is suitable for
delineation of the mineralised bodies and use in Mineral Resource
Estimation.
• Further drilling including infill and twinned drilling is planned to further
increase the confidence in the historical information.
Verification of • The verification of significant intersections by either independent or Newmont and GFSA:
sampling and alternative company personnel.
assaying • No records are available on the verification of data.
• The use of twinned holes.
• Exploration was managed by the Newmont and GFSA exploration
• Documentation of primary data, data entry procedures, data departments, consisting of qualified geologists.
verification, data storage (physical and electronic) protocols.
• Discuss any adjustment to assay data. • No adjustments to assay data were reported.
Location of data points • Accuracy and quality of surveys used to locate drill holes (collar and Newmont and GFSA:
down-hole surveys), trenches, mine workings and other locations used
in Mineral Resource estimation. • Drill hole collars were surveyed by qualified surveyors and documented
Criteria JORC Code explanation Commentary
• Specification of the grid system used. in a Survey Logbook.
• Quality and adequacy of topographic control. • All surface and underground drill hole collars were surveyed by qualified
surveyors using a theodolite.
• The historical survey data is in the old national LO 17 Clarke 1880 system
coordinate system.
• Down-hole surveys were carried using an Eastman survey instrument and
documented and filed. Plans and sections were meticulously plotted
and signed off by a certified surveyor.
Data spacing and • Data spacing for reporting of Exploration Results. Newmont and GFSA:
distribution • Whether the data spacing and distribution is sufficient to establish the
degree of geological and grade continuity appropriate for the Mineral • Original exploration holes were generally drilled on a 60m line spacing
Resource and Ore Reserve estimation procedure(s) and classifications with 30m hole spacing along the lines. This spacing was considered
applied. appropriate by Newmont and GFSA for testing and defining the
• Whether sample compositing has been applied. continuity of this type of mineralisation.
• Sample compositing has not been applied.
Orientation of data in • Whether the orientation of sampling achieves unbiased sampling of Newmont and GFSA:
relation to geological possible structures and the extent to which this is known, considering
structure the deposit type. • Historical drilling is generally oriented perpendicular, or at a maximum
achievable angle to, the attitude of the mineralisation.
• If the relationship between the drilling orientation and the orientation • As a result, most holes intersect the mineralisation at an acceptable
of key mineralised structures is considered to have introduced a angle.
sampling bias, this should be assessed and reported if material.
• No sampling bias is anticipated as a result of drill hole orientations.
Sample security • The measures taken to ensure sample security. Newmont and GFSA:
• No details of sample security are available. However, during the mining
operations, the site was fenced and gated with security personnel
employed as part of the staff.
Audits or reviews • The results of any audits or reviews of sampling techniques and data. Newmont and GFSA:
• No audits and/or review records or documentation are available.
Section 2 Reporting of Exploration Results
(Criteria listed in the preceding section also apply to this section.)
Criteria JORC Code explanation Commentary
Mineral tenement and • Type, reference name/number, location and ownership including • The mineral rights to the properties are vested in the peoples of South
land tenure status agreements or material issues with third parties such as joint ventures, Africa and the Minerals and Petroleum Resources Development Act,
partnerships, overriding royalties, native title interests, historical sites, 2002, (MPRDA) regulates the prospecting and mining industry in South
Criteria JORC Code explanation Commentary
wilderness or national park and environmental settings. Africa.
• 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. Newmont and GFSA:
• O'Okiep Copper Company (Pty) Ltd (OCC), historically owned at
different times by Newmont, Goldfields and Metorex, held vast areas
under an old order (prior to the MPRDA) mining right.
ORION:
• Flat Mines Mining Right. A mining right, NC30/5/1/2/2/10150MR was
granted on 28 July 2022 to Southern African Tantalum Mining (Pty) Ltd
(SAFTA) in terms of section 23 of the MPRDA to mine for a period of fifteen
years. The right may be renewed for periods of up to 30 years. The mining
right was ceded to Orion indirect subsidiary, New Okiep Mining
Company (Pty) Ltd (NOMC) on 12 December 2023. The right is for copper
ore and tungsten are over a portion of portion 3, a portion of portion 13,
a portion of portion 14 and a portion of portion 21 of the farm Nababeep
No 134 situated within the Administrative District of Namaqualand. The
area measures 1,214Ha in extent.
• A prospecting right NC30/5/1/1/2/12850PR was granted on 27 June 2023
to SAFTA in terms of section 17 of the MPRDA for the same area as the
mining right for 3 years (renewable for 3 years) for 26 additional minerals
including gold and silver.
• SAFTA PR. A prospecting right, NC30/5/1/1/2/12755PR was granted on 21
June 2024 to SAFTA in terms of section 17 of the MPRDA to prospect for a
period of 3 years, renewable for 3 years. The right is for copper ore and
tungsten ore for portion of Portion 3, portion of Portion 10, portion of
Portion 13, portion of Portion 14, Portion 15, Portion 16, portion of Portion
21 of the farm Nababeep 134 and Okiep Township Plot 2086. situated
within the Administrative District of Namaqualand. The total area
measures 7,164Ha in extent.
• A prospecting right NC30/5/1/1/2/12848PR was granted on 21 June 2024
to SAFTA in terms of section 17 of the MPRDA for the same area as the
prospecting right NC12755PR for 3 years (renewable for 3 years) for 26
additional minerals, including gold and silver.
• Orion acquired 53.6% of the tenement rights through the SAFTA-Orion
Acquisition Agreement. The remaining 46.7% is held by the Industrial
Development Corporation of South Africa (IDC)(refer ASX/JSE releases 2
August 2021, 7 September 2022, 14 November 2022, 17 April 2024, 6 May
2024). Applications for Section 11 consent in terms of the MPRDA to cede
the rights to NOMC are submitted once each right is granted and are in
preparation and process.
Criteria JORC Code explanation Commentary
• The area was mined historically for copper and tungsten.
Exploration done by • Acknowledgment and appraisal of exploration by other parties. Newmont and GFSA:
other parties
• Underground and surface geological mapping are of high quality and
detail.
• Extensive magnetic and IP surveys were conducted by OCC
• Extensive surface and underground drilling was carried out by OCC.
• It is evident that the historical data were collected to industry best
practice standards of that time.
Geology • Deposit type, geological setting and style of mineralisation. O'Okiep Copper District (OCD):
• The Cu deposits are part of the well-known Namaqualand Metamorphic
Complex which consists primarily of meta-volcanic sedimentary and
intrusive rock types.
• Copper mineralisation is primarily associated with irregular, elongated
and steeply dipping Koperberg Suite mafic intrusives.
• The Koperberg Suite intrusives are mainly restricted to so-called
monoclinal folds locally known as "Steep Structures" with extensive strike
lengths and steeply dipping to the north.
• The Koperberg Suite consists of anorthosite, diorite and norite
intermediate rock types.
• Mineralisation usually occurs as blebs to disseminated Cu mineral
assemblages bornite > chalcopyrite > chalcocite and associated minor
pyrite and pyrrhotite.
• The more mafic and magnetite-rich lithologies generally host the bulk of
and higher grade mineralisation.
• The OCD has a long exploration and mining history, and the geology is
well known and understood.
Drill hole Information • A summary of all information material to the understanding of the Newmont and GFSA:
exploration results including a tabulation of the following information
for all Material drill holes: • All historical grade and density data are incorporated in the database,
and due to the large number of intersections made it is in the Competent
o easting and northing of the drill hole collar Person's view that it should not be included in this table.
o elevation or RL (Reduced Level – elevation above sea level in
metres) of the drill hole collar • Data is currently available for 921 historical AQ and BQ diamond drill
holes totalling 105,539m (Table 6).
o dip and azimuth of the hole
• All drill hole collars were surveyed.
o down hole length and interception depth
• Down-hole surveys are available for the majority of the historical
o hole length. Newmont and GFSA holes.
• 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
Criteria JORC Code explanation Commentary
explain why this is the case.
Data aggregation • In reporting Exploration Results, weighting averaging techniques, Newmont and GFSA:
methods maximum and/or minimum grade truncations (e.g. cutting of high
grades) and cut-off grades are usually Material and should be stated. • Individual intersections were weighted by sample width.
• Mineralised sample lengths were erratically standardised at 1.0m, 1.5m
and 2.0m.
• Where aggregate intercepts incorporate short lengths of high grade
results and longer lengths of low grade results, the procedure used for
such aggregation should be stated and some typical examples of • No truncations have been applied.
such aggregations should be shown in detail.
• The assumptions used for any reporting of metal equivalent values
should be clearly stated.
Relationship between • These relationships are particularly important in the reporting of Newmont and GFSA:
mineralisation widths Exploration Results.
and intercept lengths • If the geometry of the mineralisation with respect to the drill hole angle • Historical drilling is generally oriented perpendicular, or at a maximum
is known, its nature should be reported. achievable angle to, the attitude of the mineralisation.
• Generally, drill hole inclinations ranged between -55° to 80°.
• If it is not known and only the down hole lengths are reported, there
should be a clear statement to this effect (e.g. 'down hole length, true • For the shallower historical, the true widths are 70 to 100% of the down-
width not known'). hole intercepts.
• The deeper historical holes have more acute intercept angles since the
mineralised zones are steeper at depth.
Diagrams • Appropriate maps and sections (with scales) and tabulations of • Numerous plans and cross-sections are available and were utilised during
intercepts should be included for any significant discovery being the geological and mineralisation modelling.
reported. These should include, but not be limited to a plan view of drill • All historical data is available as hard copies and is currently being
hole collar locations and appropriate sectional views. digitised and incorporated into a GIS system.
Balanced reporting • Where comprehensive reporting of all Exploration Results is not • The current assessment is based on all available and verified historical
practicable, representative reporting of both low and high grades data.
and/or widths should be practiced to avoid misleading reporting of
Exploration Results.
Other substantive • Other exploration data, if meaningful and material, should be reported • Detailed surface maps and drill sections were extensively consulted and
exploration data including (but not limited to): geological observations; geophysical utilised in the understanding of geology and mineralisation.
survey results; geochemical survey results; bulk samples – size and • Regional and detailed geophysical maps (magnetic) were also
method of treatment; metallurgical test results; bulk density, consulted.
groundwater, geotechnical and rock characteristics; potential • Historical surface and down-hole geophysical work were executed to
deleterious or contaminating substances.
industry best practices.
Further work • The nature and scale of planned further work (e.g. tests for lateral • Twinning and infill drilling of historical drill holes is planned in order to
extensions or depth extensions or large-scale step-out drilling). improve confidence in the historical data.
• Diagrams clearly highlighting the areas of possible extensions, including • Deeper mineralisation as well as en-echelon type mineralised lenses are
the main geological interpretations and future drilling areas, provided potentially present down dip and along trend in the recognised host
this information is not commercially sensitive. structures. These will be further investigated by drilling and geophysical
Criteria JORC Code explanation Commentary
methods.
Date: 13-08-2024 11:39:00
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