Wrap Text
Orion identifies four shallow, high-priority drill targets close to existing Mineral Resources at the Okiep Complex
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 identifies four shallow, high-priority drill targets close to existing Mineral Resources at the Okiep
Copper Complex
Ongoing due diligence investigations by Orion Minerals continue to reveal significant upside and prospectivity
across the Okiep Copper District
- Four high-priority drill targets identified in close proximity to the previously reported Mineral Resources
for the Flat Mine North, East and South deposits (refer ASX/JSE release 10 February 2021).
- The additional targets are clustered around the site of the proposed plant site, as applied for by the
project vendor, Southern African Tantalum Mining Proprietary Limited (SAFTA).
- Geological mapping of mineralised outcrop, historical mining plans and drilling data have been
digitally captured and are being modelled for initial Mineral Resource estimation.
- Several high-priority targets have been identified with the potential to substantially expand the Mineral
Resource at the Flat Mines complex. Exploration programs currently being planned and budgeted, with
drilling to commence as soon as permitting is finalised.
Orion’s Managing Director and CEO, Errol Smart, commented on the results:
“The Okiep Project continues to deliver pleasant surprises. As we delve into the historical drilling and mining data,
we are finding numerous targets with good quality drilling information and outstanding potential to delineate
shallow, high-grade mineralisation. From our ongoing due diligence, it is becoming increasingly apparent that
there is a clear opportunity both to establish early production and to ramp-up quickly to achieve significant scale
across the district. We always expected to find some jewels in the data, but our best expectations for identifying
low-hanging fruit are well and truly being exceeded.
“We are currently planning and budgeting our maiden exploration programs for the Okiep Project, and we can’t
wait to get drill rigs on the ground to test some of these outstanding targets, many of which feature broad zones
of strong copper mineralisation in historical drilling. Our new drill programs will be designed to grow our Mineral
Resources and to test strike and dip extensions of the known mineralisation.”
Orion Minerals Limited (ASX/JSE: ORN) (Orion or Company) is pleased to advise that it has identified a group of
new high-priority shallow copper drill targets in close proximity to the existing Mineral Resources at the Flat Mine
North, East and South deposits that form part of the Okiep Copper Project (Okiep Project), located 570km north
of Cape Town in the Northern Cape Province of South Africa.
The targets were identified during ongoing due diligence investigations being undertaken by Orion on the
extensive database recently accessed. Orion has an option to purchase the extensive database owned by
O’Okiep Copper Company (refer ASX/JSE release 15 February 2021).
The quality of the targets already identified from the historical data underscores the highly prospective nature of
the Okiep Copper District (OCD) (refer ASX/JSE release 10 February 2021).
Numerous historical surface drill holes with high-grade intersections are available in the O’Okiep Copper
Company database recently accessed by Orion and are now being digitally captured and used to identify
priority drill targets for further follow-up. These holes form part of the archive of more than 26,000 drill holes.
Four of the six high-priority drill targets have been extensively drilled but remain open with potential for strike and
dip extensions (Figure 1). The four targets – Flat Mine (Nababeep) (Figures 3, 4 and 5), Jan Coetzee Mine (Figures
6 and 7), Nababeep Kloof Mine (Figures 9 and 10) and Franco’s Prospect (Figures 2 and 8) – are located in close
proximity to current reported Mineral Resources and have been prioritised for drill testing and evaluation for their
potential to contribute to early production.
The modelled mineralisation at Flat Mine (Nababeeb), Franco’s Prospect and Jan Coetzee Mine is steeply
dipping, while the mineralisation at Nababeep Kloof Mine has a generally broad, flat-dipping lens geometry.
The mineralised orebodies generally strike east-west, as is typical for copper mineralisation in the OCD.
Figure 1: High-priority targets identified (light yellow labels).
The dimensions of the drill targets are described in Table 1 below.
Average
Strike Depth/Width thickness Remarks
No. Prospect / Mine (m) (m) (m)
1 Flat Mine Steeply Dipping, Open to West, Open Pit
(Nababeep) 223 138 35 potential
2 Flat Mine Ext North 300 85 20 Flat Dipping
3 Flat Mine South
Valley 165 197 10 Steeply Dipping
4 Franco’s Prospect 98 85 8 Steeply Dipping, Open to West, Open Pit
potential
5 Jan Coetzee Mine 170 205 70 Steeply Dipping, Open to East, Open Pit
potential
6 Lura South 131 355 21 Steeply Dipping
7 Nababeep Kloof 192 70 50 Flat Dipping, Open Pit potential
Table 1: High priority drill targets identified.
Figure 2: Copper staining in intermediate (“Basic”) rock on surface at Franco’s Prospect.
Some significant “shallow” historical drill-hole intercepts at Flat Mine (Nababeep), Jan Coetzee Mine, Franco’s
Prospect and Nababeep Kloof Mine are tabled below. The intercepts were calculated using a 0.5% Cu lower
cut-off also allowing for maximum 3m internal waste (dilution).
Flat Mine (Nababeep)
BHID From To Ture width
(m) (m) Cu% (m)
FM051 13.41 27.13 1.29 13.72
FM052 1.83 12.19 1.72 10.36
FM052 15.24 22.25 1.30 7.01
FM055 19.20 23.77 1.52 4.57
FM055 26.82 30.48 2.43 3.66
FM061 9.75 21.336 1.06 11.58
FM070 23.77 26.52 1.82 2.74
FM136 19.81 26.82 2.15 7.01
Jan Coetzee Mine
From To True width
BHID (m) (m) Cu% (m)
JCM059 52.43 57.91 1.36 5.49
JCM059 98.76 106.07 1.33 7.31
JCM121 9.14 14.33 1.41 5.18
JCM121 16.76 21.03 1.89 4.27
JCM121 23.77 27.43 1.32 3.66
JCM121 34.75 40.54 3.65 5.79
JCM122 15.24 23.47 1.80 8.23
JCM124 13.72 22.56 1.79 8.84
JCM125 0.00 18.90 2.54 18.90
JCM125 21.03 32.61 2.74 11.58
JCM125 42.67 53.95 1.09 11.28
JCM126 29.57 32.61 2.08 3.05
JCM131 26.518 29.87 1.34 3.35
JCM131 61.87 68.28 1.02 6.40
JCM132 20.42 24.99 1.17 4.57
JCM135 0.00 5.79 1.92 5.79
JCM140 27.43 32.61 2.14 5.18
JCM142 13.41 18.59 1.99 5.18
JCM143 39.93 45.42 1.36 5.49
JCM146 16.15 20.42 1.01 4.27
JCM146 54.25 60.66 1.20 6.40
JCM147 47.85 50.90 1.50 3.05
Franco’s Prospect
From To True width
BHID (m) (m) Cu% (m)
FMN044 12.19 21.34 1.72 9.14
FMN047 27.43 30.18 3.02 2.74
FMN047 45.11 50.60 0.88 5.49
Nababeep Kloof
From To True width
BHID (m) (m) Cu% (m)
NK07 3.96 39.93 1.14 35.97
NK07 42.98 67.97 1.64 24.99
NK08 0.00 35.36 1.28 35.36
NK50 42.67 63.09 1.16 20.42
NK51 31.09 60.35 2.07 29.26
NK52 13.72 16.46 1.27 2.74
NK53 13.72 15.85 1.06 2.13
NK54 15.24 31.39 1.18 16.15
NKU01 17.37 21.95 2.07 4.57
NKU02 15.85 20.12 1.15 4.27
NKU14 14.94 24.99 1.51 10.06
NKU15 8.23 35.05 1.20 26.82
NKU15 36.88 41.76 1.09 4.88
Nababeep Kloof
From To True width
BHID (m) (m) Cu% (m)
NKU16 6.10 10.97 1.33 4.88
NKU16 14.02 54.56 1.72 40.54
NKU17 4.88 9.45 1.18 4.57
NKU17 20.42 45.72 1.28 25.30
NKU17 57.91 62.48 2.10 4.57
NKU25 0.00 26.21 1.03 26.21
NKU26 17.07 31.09 1.33 14.02
Table 2: Historical drill holes for Flat Mine (Nababeep), Jan Coetzee Mine, Franco’s Prospect and Nababeep Kloof Mine.
Table 2 lists historical drill holes for Flat Mine (Nababeep), Jan Coetzee Mine, Franco’s Prospect and Nababeep
Kloof Mine.
An exploration program is being designed and budgeted to start as soon as permitting is granted on the
Prospecting and Mining Right Applications. Drilling will be designed to upgrade potential targets to Mineral
Resource status as well as to drill test potential near-mine extensions and satellite mineralisation.
For and on behalf of the Board.
Errol Smart
Managing Director and CEO
16 March 2021
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@merchantec.co.za
Competent Persons Statement
The information in this report that relates to Orion’s Exploration Results at the Okiep Project complies with the 2012 Edition of
the Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves (JORC Code) and has been
compiled and assessed under the supervision of Dr Dion Brandt, Concession Creek Consulting CC. Dr Brandt (Pri. Sci. Nat.) is
registered with the South African Council for Natural Scientific Professionals (Registration No. 400024/12), a ROPO for JORC
purposes. Dr Brandt 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. Dr Brandt 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: Maps and Figures
Figure 3: Flat Mine (Nababeep) – plan view showing surface geology, historical drill holes and high priority drill target.
Figure 4: Longitudinal mine section (looking North) of Flat Mine (Nababeep) showing mined-out areas (red hatched) and upper “shallow” and deeper unmined portions.
Figure 5: Cross-section (X+75476) Flat Mine (Nababeep) showing drill hole intercepts, mineralisation and drill target.
Figure 6: Plan view showing drill hole collars and high priority drill target at Jan Coetzee Mine.
Figure 7: Cross-section (X+74158) Jan Coetzee Mine showing drill hole intercepts and mineralisation.
Figure 8: Plan showing proposed location of Franco’s Prospect and historical drill holes.
Figure 9: Plan showing Nababeep Kloof Mine drill target and historical drill holes.
Figure 10: Cross-section (X+78541) Nababeep Kloof Mine showing drill hole intercepts and mineralisation.
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 Targets.
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 Historical drilling and sampling was undertaken during two distinct periods
specific specialised industry standard measurement tools appropriate since the initial discovery of mineralisation:
to the minerals under investigation, such as down hole gamma sondes, • Prior to 1984 by O’Okiep Copper Company (OCC).
or handheld XRF instruments, etc.). These examples should not be • 1984 – 1999 by Goldfields of South Africa (GFSA).
taken as limiting the broad meaning of sampling.
• Include reference to measures taken to ensure sample representivity • For diamond drilling carried out by OCC between 1953 and 1978,
and the appropriate calibration of any measurement tools or systems there is limited information available on sampling techniques for
used. core. With exploration and resource management being carried out
• Aspects of the determination of mineralisation that are Material to the under the supervision of OCC, it is considered by the Competent
Public Report. Person that there were procedures in place to the industry best
• In cases where ‘industry standard’ work has been done this would be practice standard at that time. This is based on discussions with
relatively simple (e.g. ‘reverse circulation drilling was used to obtain 1 personnel employed by OCC.
m samples from which 3 kg was pulverised to produce a 30 g charge • The exploration and resource management were under the
for fire assay’). In other cases more explanation may be required, such supervision of the OCC geology department, recognised as one of
as where there is coarse gold that has inherent sampling problems. the best exploration departments in South Africa at the time. OCC
Unusual commodities or mineralisation types (e.g. submarine nodules) was successful in defining resources which were used as the basis of
may warrant disclosure of detailed information. successful mine development for 33 different mines over an
operation over a 45-year period.
• GFSA is a reputable South African Mining house and owned gold,
base metal and platinum mines at the time.
• Drilling of exploration holes was carried out on a 60m by 30m line
spacing.
• Drill samples from OCC and GFSA drilling were all sent to OCC on-
mine laboratory in Nababeep.
• Samples were taken over two-meter intervals adjusted to
accommodate geological contacts. OCC whole core was
submitted to the lab (AX core size). A ten cm representative 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 submitted over the entire sample interval.
• No formal QA/QC samples were inserted at the time by the
geologists on the exploration site. OCC laboratory developed their
own standards, and those were used internally in the laboratory. No
Criteria JORC Code explanation Commentary
record exists on the preparation method of the standards. Duplicate
samples were also inserted to check for repeatability. No records
exist on the percentage duplicate or standard.
• No historical Standard Operating Procedures are available.
Drilling techniques • Drill type (e.g. core, reverse circulation, open-hole hammer, rotary air OCC:
blast, auger, Bangka, sonic, etc.) and details (e.g. core diameter, triple • All 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.). • No core orientation was carried out.
GFSA:
• All intersections were by core drilling.
• BQ core size was drilled.
• No core orientation was carried out.
Drill sample recovery • Method of recording and assessing core and chip sample recoveries OCC:
and results assessed. • All mineralised intersections were done with core drilling.
• Measures taken to maximise sample recovery and ensure • Core stick-ups reflecting the depth of the drill hole are recorded at
representative nature of the samples. the rig at the end of each core run.
• Whether a relationship exists between sample recovery and grade • A block with the depth of the hole written on it is placed in the core
and whether sample bias may have occurred due to preferential box at the end of each run.
loss/gain of fine/coarse material. • Core recoveries were measured for each "run".
• No records exist for core recoveries on individual samples.
• Intersections were in hard rock and good recoveries are envisaged
through the mineralisation.
GFSA:
• All mineralised intersections are done with core drilling.
• 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 is placed in the core
box at the end of each run.
• At the core yard, the length of core in the core box is measured for
each run. The measured length of core is 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 are envisaged
Criteria JORC Code explanation Commentary
through the mineralisation.
Logging • Whether core and chip samples have been geologically and OCC and GFSA:
geotechnically logged to a level of detail to support appropriate • All relevant intersections for surface holes have been logged by
Mineral Resource estimation, mining studies and metallurgical studies. qualified geologists and all of this information is available.
• Whether logging is qualitative or quantitative in nature. Core (or • No geotechnical information is available for the historic drill holes.
costean, channel, etc.) photography. • Core was not photographed.
• The total length and percentage of the relevant intersections logged. • Logs were recorded in the core yard on standard log sheets.
• Quantitative estimates of sulphide mineralogy were done by the
geologist doing the logging.
• Core of the entire drill hole length was geologically logged and
recorded on standardised log sheets by qualified geologists.
• No air drilling was carried out.
Sub-sampling • If core, whether cut or sawn and whether quarter, half or all core OCC:
techniques and taken. • All sample data is available.
sample preparation • If non-core, whether riffled, tube sampled, rotary split, etc. and • Whole core were submitted to the laboratory.
whether sampled wet or dry.
• For all sample types, the nature, quality and appropriateness of the • The entire sample length was submitted to the laboratory except for
sample preparation technique. a 10cm piece of core left and archived as a reference.
• Quality control procedures adopted for all sub-sampling stages to • Sample preparation was undertaken by the OCC Laboratory.
maximise representivity of samples. • The sampling method was appropriate and representative of the
• Measures taken to ensure that the sampling is representative of the in- sample interval.
situ material collected, including for instance results for field
duplicate/second-half sampling. • No certified reference material, blanks and duplicates were
• Whether sample sizes are appropriate to the grain size of the material inserted, however the OCC laboratory inserted in house standard
being sampled. reference material with each batch.
GFSA:
• BQ core was cut at a core yard and half core taken as sample.
• With core samples, the entire sample length is cut and sampled.
• No Certified Reference Materials (CRM), blanks and 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 OCC and GFSA:
and laboratory tests laboratory procedures used and whether the technique is considered • No records exist for laboratory procedures for the OCC laboratory.
partial or total. • No modern geophysical tools such as spectrometers or handheld
• For geophysical tools, spectrometers, handheld XRF instruments, etc., XRF instruments were used.
the parameters used in determining the analysis including instrument
make and model, reading times, calibrations factors applied and their • Historical surface and down-hole geophysical work were executed
Criteria JORC Code explanation Commentary
derivation, etc. to industry best practices.
• Nature of quality control procedures adopted (e.g. standards, blanks, • No record is available on quality control methods.
duplicates, external laboratory checks) and whether acceptable
levels of accuracy (i.e. lack of bias) and precision have been
established.
Verification of • The verification of significant intersections by either independent or OCC and GFSA:
sampling and alternative company personnel. • No records are available on the verification of data.
assaying • The use of twinned holes.
• Exploration was managed by the OCC 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 OCC and GFSA:
down-hole surveys), trenches, mine workings and other locations used • Drill hole collars were surveyed by qualified surveyors using a
in Mineral Resource estimation. theodolite and documented in a Survey Logbook.
• Specification of the grid system used. • The historic mine survey data is in the old national LO 17 Cape system
• Quality and adequacy of topographic control. coordinate system.
• Down-hole surveys were carried using a Eastman survey instrument,
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. OCC and GFSA:
distribution • Whether the data spacing and distribution is sufficient to establish the • Original exploration holes were drilled aiming to achieve a 60m by
degree of geological and grade continuity appropriate for the Mineral 30m spacing, considered appropriate for mineral resource
Resource and Ore Reserve estimation procedure(s) and classifications estimation of this type of mineralisation.
applied.
• Whether sample compositing has been applied.
Orientation of data in • Whether the orientation of sampling achieves unbiased sampling of OCC and GFSA:
relation to geological possible structures and the extent to which this is known, considering • Historical drilling is generally oriented perpendicular, or at a
structure the deposit type. 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 because of drill hole orientations.
Sample security • The measures taken to ensure sample security. OCC and GFSA:
• No details of sample security 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. OCC and GFSA:
Criteria JORC Code explanation Commentary
• 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 OCC and GFSA:
land tenure status agreements or material issues with third parties such as joint ventures, • OCC and GFSA held vast areas under prospecting and mining rights,
partnerships, overriding royalties, native title interests, historical sites, most of these have been relinquished.
wilderness or national park and environmental settings.
Current:
• 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. • The Flat Mines area comprises 8,311.9ha and is covered by two
prospecting rights (licences).
• NC11893PR expired in October 2020 and NC12014PR expired in
January 2021. Renewal applications have been submitted for both
licences, confirmed from Department of Mineral Resources and
Energy correspondence.
• The prospecting rights were issued for copper and tungsten ore only.
• An application under Section 102 was made to include additional
metals lead, silver, zinc, bismuth, cadmium, cobalt, magnetic
minerals, gold and uranium.
• An application for a mining right (NC10150MR) has been submitted
covering a smaller portion (approximately 1,210 ha) of expired right
NC11896PR and all three deposits, i.e. FMN, FME and FMS.
• Only one renewal is allowed and is now covered by prospecting
right application NC12755 submitted 5 February 2021.
Exploration done by • Acknowledgment and appraisal of exploration by other parties. OCC and GFSA:
other parties • Underground and especially surface geological mapping are of
high quality and detail.
• Historical data included in this resource estimation were generated
by OCC and GFSA.
• Later limited follow-up exploration was completed by Metorex.
• It is evident that the historical data was collected via industry best
practices and are considered suitable and acceptable for
resource estimation.
Geology • Deposit type, geological setting and style of mineralisation. Okiep Copper District (OCD):
• These Cu deposits are part of the well-known Namaqualand
Criteria JORC Code explanation Commentary
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
“Steep Structures” of extensive strike lengths and steeply dipping to
the north.
• The Koperberg Suite consists of anorthosite, diorite and norite
intermediate to mafic rock types.
• Mineralisation usually occurs as blebs to disseminated Cu mineral
assemblages bornite > chalcopyrite > chalcocite and less 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 OCC and GFSA:
exploration results including a tabulation of the following information • All historical grade and density information are incorporated in the
for all Material drill holes: database.
o easting and northing of the drill hole collar • Historically holes were drilled, most are AQ except for NQ and BQ
o elevation or RL (Reduced Level – elevation above sea level in close to the collars
metres) of the drill hole collar
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. GFSA holes, a few are missing at FMS.
• If the exclusion of this information is justified on the basis that the • Collar information is reported in the local LO17Cape coordinate
information is not Material and this exclusion does not detract from the system.
understanding of the report, the Competent Person should clearly
explain why this is the case. • Refer tables 2 and 3.
Data aggregation • In reporting Exploration Results, weighting averaging techniques, OCC and GFSA:
methods maximum and/or minimum grade truncations (e.g. cutting of high • Individual intersections were weighted by sample width.
grades) and cut-off grades are usually Material and should be stated. • Mineralised sample lengths were erratically standardised at 1.0, 1.5
• Where aggregate intercepts incorporate short lengths of high grade and 2.0 metres.
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. • Recent drill hole intercepts calculations used a lower cut-off of 0.5%
• The assumptions used for any reporting of metal equivalent values Cu and a maximum of 3m internal waste.
should be clearly stated.
Criteria JORC Code explanation Commentary
Relationship between • These relationships are particularly important in the reporting of OCC and GFSA:
mineralisation widths Exploration Results. • Historical drill holes are generally oriented perpendicular, or at a
and intercept lengths • If the geometry of the mineralisation with respect to the drill hole angle maximum achievable angle to, the attitude of the mineralisation.
is known, its nature should be reported. • Generally, drill hole inclinations ranged between -30° to 90°.
• 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
width not known’).
Diagrams • Appropriate maps and sections (with scales) and tabulations of • Numerous plans and cross-sections are available in the body of this
intercepts should be included for any significant discovery being report and were utilised during the geological and mineralization
reported. These should include, but not be limited to a plan view of drill modelling.
hole collar locations and appropriate sectional views. • All historical data are available as hard copies and is currently
being digitised and incorporated into a GIS system.
Balanced reporting • Where comprehensive reporting of all Exploration Results is not • Drill target identification is based on all available and verified
practicable, representative reporting of both low and high grades historical drilling data.
and/or widths should be practiced to avoid misleading reporting of • Historical mine activities such as mined stopes and other infra-
Exploration Results. structures were considered.
Other substantive • Other exploration data, if meaningful and material, should be reported • Detailed surface maps and drill sections were extensively consulted
exploration data including (but not limited to): geological observations; geophysical and 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
deleterious or contaminating substances.
to industry best practices.
• Geophysical survey data such as magnetic and gravity were also
used in identifying potential drill targets, Figure 3
Further work • The nature and scale of planned further work (e.g. tests for lateral • More twinning of historical drill holes is needed in order to improve
extensions or depth extensions or large-scale step-out drilling). confidence in the historical data.
• Diagrams clearly highlighting the areas of possible extensions, • Possible strike and dip extensions will also be drill tested.
including the main geological interpretations and future drilling areas, • Reportedly the oxide “cap” is generally between 5 to 7m thick.
provided this information is not commercially sensitive. • Limited data is available on the weathering profile and
mineralogical and metallurgical characteristics of the oxides and
transitional zones. Future drilling logging and sampling will
endeavour to record and investigate these zones.
• All digital data will be integrated and analysed in GIS and 3D
modelling software packages.
• Hard copies of data will be verified and digitally captured for future
interrogation.
Table 3: Historical drill hole information for all four high priority drill targets.
Prospect Hole ID Northing Easting RL Dip Azimuth Hole Length Company Drill Type
Flat Mine (Nababeep) FM049 -3270161.67 75424.77 755.38 -90.0 0 504.75 OCC Diamond
Flat Mine (Nababeep) FM050 -3270230.47 75422.55 752.65 -65.0 360 154.23 OCC Diamond
Flat Mine (Nababeep) FM051 -3270210.61 75519.36 752.97 -75.0 360 169.77 OCC Diamond
Flat Mine (Nababeep) FM052 -3270188.05 75478.14 754.42 -90.0 0 200.25 OCC Diamond
Flat Mine (Nababeep) FM053 -3270210.40 75519.33 752.97 -90.0 0 184.71 OCC Diamond
Flat Mine (Nababeep) FM054 -3270210.16 75519.27 752.92 -60.0 338 153.62 OCC Diamond
Flat Mine (Nababeep) FM055 -3270174.21 75384.03 753.60 -90.0 0 82.60 OCC Diamond
Flat Mine (Nababeep) FM056 -3270225.39 75522.85 750.98 -90.0 0 91.44 OCC Diamond
Flat Mine (Nababeep) FM057 -3270174.54 75384.74 753.57 -60.0 180 119.18 OCC Diamond
Flat Mine (Nababeep) FM058 -3270228.51 75478.65 752.33 -70.0 360 131.06 OCC Diamond
Flat Mine (Nababeep) FM059 -3270220.57 75448.67 753.14 -70.0 360 148.74 OCC Diamond
Flat Mine (Nababeep) FM060 -3270216.64 75434.58 752.88 -70.0 360 114.00 OCC Diamond
Flat Mine (Nababeep) FM061 -3270224.57 75464.09 752.52 -70.0 360 119.79 OCC Diamond
Flat Mine (Nababeep) FM062 -3270232.75 75492.68 751.51 -70.0 360 150.57 OCC Diamond
Flat Mine (Nababeep) FM063 -3270228.31 75478.73 752.34 -55.0 360 103.33 OCC Diamond
Flat Mine (Nababeep) FM064 -3270220.30 75448.62 753.13 -60.0 360 94.18 OCC Diamond
Flat Mine (Nababeep) FM065 -3270160.79 75466.78 756.11 -70.0 180 153.62 OCC Diamond
Flat Mine (Nababeep) FM066 -3270225.57 75522.89 750.95 -75.0 360 73.15 OCC Diamond
Flat Mine (Nababeep) FM067 -3270224.86 75524.08 751.04 -75.0 180 129.54 OCC Diamond
Flat Mine (Nababeep) FM068 -3270204.81 75390.30 753.25 -75.0 360 57.61 OCC Diamond
Flat Mine (Nababeep) FM069 -3270205.77 75393.06 753.21 -80.0 360 131.98 OCC Diamond
Flat Mine (Nababeep) FM070 -3270213.79 75505.15 752.73 -75.0 360 152.40 OCC Diamond
Flat Mine (Nababeep) FM071 -3270227.13 75561.57 750.76 -90.0 0 102.72 OCC Diamond
Flat Mine (Nababeep) FM072 -3270183.84 75525.32 754.33 -90.0 0 123.14 OCC Diamond
Flat Mine (Nababeep) FM073 -3270238.74 75326.39 751.24 -90.0 0 438.91 OCC Diamond
Flat Mine (Nababeep) FM074 -3270157.82 75761.97 758.14 -90.0 0 153.31 OCC Diamond
Flat Mine (Nababeep) FM125 -3270238.71 75326.33 751.22 -75.0 352 69.19 OCC Diamond
Flat Mine (Nababeep) FM126 -3270262.70 75330.45 750.40 -60.0 352 80.47 OCC Diamond
Flat Mine (Nababeep) FM127 -3270271.39 75302.87 748.56 -60.0 348 76.81 OCC Diamond
Prospect Hole ID Northing Easting RL Dip Azimuth Hole Length Company Drill Type
Flat Mine (Nababeep) FM128 -3270208.36 75611.29 750.81 -60.0 337 99.36 OCC Diamond
Flat Mine (Nababeep) FM129 -3270270.29 75465.33 750.12 -65.0 345 211.84 OCC Diamond
Flat Mine (Nababeep) FM130 -3270165.41 75503.13 755.49 -70.0 162 108.81 OCC Diamond
Flat Mine (Nababeep) FM136 -3270216.09 75428.10 753.06 -90.0 0 550.16 OCC Diamond
Flat Mine (Nababeep) FM141 -3270124.14 75325.43 753.02 -80.0 180 533.70 OCC Diamond
Flat Mine (Nababeep) FM142 -3270038.40 75265.57 755.80 -60.0 180 516.64 OCC Diamond
Flat Mine (Nababeep) FM143 -3270025.42 75326.58 757.49 -90.0 0 1534.67 OCC Diamond
Flat Mine (Nababeep) FM144 -3269972.97 75428.25 758.78 -72.5 180 621.18 OCC Diamond
Flat Mine (Nababeep) FM145 -3269972.41 75536.39 761.36 -72.0 180 737.62 OCC Diamond
Flat Mine (Nababeep) FM146 -3269972.41 75536.39 761.36 -60.0 180 615.70 OCC Diamond
Flat Mine (Nababeep) FM147 -3269774.39 75566.60 767.78 -72.5 180 1068.02 OCC Diamond
Flat Mine (Nababeep) FM148 -3269873.59 75484.67 765.66 -72.0 180 712.62 OCC Diamond
Flat Mine (Nababeep) FM149 -3270094.65 75530.06 757.02 -60.0 180 247.40 OCC Diamond
Flat Mine (Nababeep) FM150 -3270094.14 75500.89 757.93 -58.0 180 217.80 OCC Diamond
Flat Mine (Nababeep) FM151 -3270094.20 75476.04 757.63 -60.0 180 250.50 OCC Diamond
Flat Mine (Nababeep) FM152 -3270063.77 75400.14 755.25 -50.0 180 353.40 OCC Diamond
Flat Mine (Nababeep) FM153 -3270236.79 75224.81 748.59 -45.0 180 242.60 OCC Diamond
Flat Mine (Nababeep) FM154 -3270162.09 75224.46 749.12 -60.0 180 387.40 OCC Diamond
Flat Mine (Nababeep) FM155 -3270192.23 75136.99 748.63 -50.0 180 306.50 OCC Diamond
Flat Mine (Nababeep) FM156 -3270191.59 75137.04 748.67 -70.0 180 537.10 OCC Diamond
Flat Mine (Nababeep) FM157 -3270145.29 75565.11 754.91 -50.0 180 201.20 OCC Diamond
Flat Mine (Nababeep) FM158 -3270144.62 75565.02 754.99 -65.0 180 106.00 OCC Diamond
Flat Mine (Nababeep) FM159 -3270085.43 75565.01 757.62 -50.0 180 163.00 OCC Diamond
Flat Mine (Nababeep) FM160 -3270042.33 75570.07 759.36 -45.0 180 252.00 OCC Diamond
Flat Mine (Nababeep) FM161 -3270041.72 75570.06 759.46 -52.0 180 278.80 OCC Diamond
Flat Mine (Nababeep) FM162 -3270122.90 75595.19 755.16 -50.0 180 144.00 OCC Diamond
Jan Coetzee Mine JCM001 -3267338.20 74034.46 775.34 -30.0 180 173.13 OCC Diamond
Jan Coetzee Mine JCM002 -3267336.83 74034.46 775.40 -42.0 180 290.17 OCC Diamond
Jan Coetzee Mine JCM003 -3267337.47 74034.43 775.40 -60.0 180 193.55 OCC Diamond
Jan Coetzee Mine JCM004 -3267518.52 74034.65 761.38 -30.0 44 224.33 OCC Diamond
Jan Coetzee Mine JCM005 -3267215.03 74034.34 762.45 -40.0 180 274.32 OCC Diamond
Jan Coetzee Mine JCM006 -3267306.26 74064.79 781.80 -30.0 180 245.67 OCC Diamond
Jan Coetzee Mine JCM007 -3267306.38 74064.82 781.44 -55.0 180 236.53 OCC Diamond
Jan Coetzee Mine JCM008 -3267272.76 74126.51 792.08 -30.0 180 131.37 OCC Diamond
Prospect Hole ID Northing Easting RL Dip Azimuth Hole Length Company Drill Type
Jan Coetzee Mine JCM009 -3267304.61 74064.79 782.20 -75.0 180 265.18 OCC Diamond
Jan Coetzee Mine JCM010 -3267271.67 74126.51 792.05 -60.0 180 155.75 OCC Diamond
Jan Coetzee Mine JCM011 -3267305.01 74064.82 781.65 -65.0 180 151.18 OCC Diamond
Jan Coetzee Mine JCM012 -3267305.68 74064.85 781.56 -43.0 180 104.55 OCC Diamond
Jan Coetzee Mine JCM013 -3267225.64 74126.54 782.05 -50.0 180 172.21 OCC Diamond
Jan Coetzee Mine JCM014 -3267163.52 74065.19 756.14 -45.0 180 253.29 OCC Diamond
Jan Coetzee Mine JCM015 -3267163.52 74065.19 756.14 -65.0 180 199.03 OCC Diamond
Jan Coetzee Mine JCM016 -3267163.52 74065.19 756.14 -55.0 180 297.18 OCC Diamond
Jan Coetzee Mine JCM017 -3267156.09 74126.39 759.49 -52.0 180 213.06 OCC Diamond
Jan Coetzee Mine JCM018 -3267162.61 74065.22 756.29 -70.0 180 317.91 OCC Diamond
Jan Coetzee Mine JCM019 -3267155.66 74126.36 759.65 -65.0 180 289.87 OCC Diamond
Jan Coetzee Mine JCM020 -3267290.11 74095.82 787.63 -30.0 180 181.05 OCC Diamond
Jan Coetzee Mine JCM021 -3267240.39 74187.72 790.43 -30.0 180 177.09 OCC Diamond
Jan Coetzee Mine JCM022 -3267238.90 74187.68 790.46 -60.0 180 178.92 OCC Diamond
Jan Coetzee Mine JCM023 -3267290.11 74095.82 787.63 -60.0 180 139.90 OCC Diamond
Jan Coetzee Mine JCM024 -3267183.91 74187.41 772.60 -50.0 180 261.82 OCC Diamond
Jan Coetzee Mine JCM025 -3267229.60 74095.67 777.72 -50.0 180 203.61 OCC Diamond
Jan Coetzee Mine JCM026 -3267229.36 74095.70 777.42 -62.0 180 235.31 OCC Diamond
Jan Coetzee Mine JCM027 -3267183.24 74187.47 772.97 -65.0 180 274.93 OCC Diamond
Jan Coetzee Mine JCM028 -3267245.94 74157.24 788.69 -30.0 180 117.35 OCC Diamond
Jan Coetzee Mine JCM029 -3267244.57 74157.27 788.60 -60.0 180 140.21 OCC Diamond
Jan Coetzee Mine JCM030 -3267144.20 74187.14 770.41 -60.0 180 288.34 OCC Diamond
Jan Coetzee Mine JCM031 -3267184.49 74156.50 767.94 -47.0 180 188.06 OCC Diamond
Jan Coetzee Mine JCM032 -3267183.94 74156.50 767.81 -65.0 180 245.97 OCC Diamond
Jan Coetzee Mine JCM033 -3267123.41 74155.56 767.66 -60.0 180 301.14 OCC Diamond
Jan Coetzee Mine JCM034 -3267108.05 74186.77 772.05 -63.0 180 312.42 OCC Diamond
Jan Coetzee Mine JCM035 -3267230.03 74218.16 790.49 -30.0 180 134.72 OCC Diamond
Jan Coetzee Mine JCM036 -3267229.36 74218.13 790.15 -50.0 180 180.14 OCC Diamond
Jan Coetzee Mine JCM037 -3267193.15 74218.32 779.15 -50.0 180 198.12 OCC Diamond
Jan Coetzee Mine JCM038 -3267192.66 74218.32 779.15 -65.0 180 229.51 OCC Diamond
Jan Coetzee Mine JCM039 -3267152.28 74217.77 774.98 -65.0 180 217.02 OCC Diamond
Jan Coetzee Mine JCM040 -3267246.43 74248.28 799.06 -30.0 180 136.86 OCC Diamond
Jan Coetzee Mine JCM041 -3267245.18 74248.31 799.06 -55.0 180 132.59 OCC Diamond
Jan Coetzee Mine JCM042 -3267198.51 74248.34 785.19 -47.0 180 185.62 OCC Diamond
Prospect Hole ID Northing Easting RL Dip Azimuth Hole Length Company Drill Type
Jan Coetzee Mine JCM043 -3267264.44 74279.15 807.59 -40.0 180 117.35 OCC Diamond
Jan Coetzee Mine JCM044 -3267273.71 74248.46 811.46 -30.0 180 90.53 OCC Diamond
Jan Coetzee Mine JCM045 -3267371.67 74002.06 767.02 -40.0 128 129.24 OCC Diamond
Jan Coetzee Mine JCM046 -3267353.87 73979.51 757.51 -40.0 128 136.55 OCC Diamond
Jan Coetzee Mine JCM047 -3267333.05 73953.02 749.50 -40.0 128 167.64 OCC Diamond
Jan Coetzee Mine JCM048 -3267306.53 73918.15 745.81 -40.0 128 270.66 OCC Diamond
Jan Coetzee Mine JCM049 -3267272.85 73875.85 754.10 -40.0 128 351.43 OCC Diamond
Jan Coetzee Mine JCM050 -3267401.48 73972.86 757.24 -40.0 87 174.65 OCC Diamond
Jan Coetzee Mine JCM051 -3267390.41 73940.37 746.45 -40.0 87 172.21 OCC Diamond
Jan Coetzee Mine JCM052 -3267390.08 73939.43 746.72 -60.0 109 206.35 OCC Diamond
Jan Coetzee Mine JCM053 -3267377.28 73900.35 743.52 -60.0 109 240.79 OCC Diamond
Jan Coetzee Mine JCM054 -3267478.93 74005.26 761.48 -45.0 114 73.76 OCC Diamond
Jan Coetzee Mine JCM055 -3267503.95 73980.42 749.13 -46.0 114 111.86 OCC Diamond
Jan Coetzee Mine JCM056 -3267541.14 74034.43 753.18 -40.0 0 96.01 OCC Diamond
Jan Coetzee Mine JCM057 -3267533.94 74065.06 764.95 -30.0 0 125.88 OCC Diamond
Jan Coetzee Mine JCM058 -3267535.16 74065.06 764.80 -57.0 0 136.25 OCC Diamond
Jan Coetzee Mine JCM059 -3267511.27 74125.63 793.42 -40.0 0 182.27 OCC Diamond
Jan Coetzee Mine JCM060 -3267547.05 74127.15 778.30 -40.0 0 249.02 OCC Diamond
Jan Coetzee Mine JCM061 -3267598.93 74129.38 763.09 -40.0 0 298.40 OCC Diamond
Jan Coetzee Mine JCM062 -3267599.66 74129.41 763.18 -55.0 0 274.63 OCC Diamond
Jan Coetzee Mine JCM063 -3267273.92 74035.01 767.57 -90.0 0 252.68 OCC Diamond
Jan Coetzee Mine JCM064 -3267266.85 74233.80 807.41 -35.5 180 54.86 OCC Diamond
Jan Coetzee Mine JCM065 -3267266.08 74233.89 807.47 -56.0 180 58.22 OCC Diamond
Jan Coetzee Mine JCM066 -3267264.23 74218.10 804.65 -48.0 180 30.79 OCC Diamond
Jan Coetzee Mine JCM067 -3267279.36 74218.20 811.55 -45.0 180 27.43 OCC Diamond
Jan Coetzee Mine JCM068 -3267278.00 74203.01 808.96 -45.0 180 27.43 OCC Diamond
Jan Coetzee Mine JCM069 -3267280.70 74187.23 807.26 -40.0 180 27.43 OCC Diamond
Jan Coetzee Mine JCM070 -3267266.12 74172.50 798.39 -50.0 180 39.62 OCC Diamond
Jan Coetzee Mine JCM071 -3267262.82 74187.50 799.67 -47.0 180 36.88 OCC Diamond
Jan Coetzee Mine JCM072 -3267262.70 74202.85 801.95 -45.0 180 27.43 OCC Diamond
Jan Coetzee Mine JCM073 -3267250.57 74218.19 798.87 -41.5 180 32.00 OCC Diamond
Jan Coetzee Mine JCM074 -3267285.98 74172.40 805.82 -51.0 180 33.53 OCC Diamond
Jan Coetzee Mine JCM075 -3267298.68 74157.18 806.83 -46.0 180 30.48 OCC Diamond
Jan Coetzee Mine JCM076 -3267298.68 74157.18 806.83 -70.0 180 41.45 OCC Diamond
Prospect Hole ID Northing Easting RL Dip Azimuth Hole Length Company Drill Type
Jan Coetzee Mine JCM077 -3267299.83 74142.02 803.08 -42.0 179 36.58 OCC Diamond
Jan Coetzee Mine JCM078 -3267299.83 74142.02 803.48 -60.0 180 42.67 OCC Diamond
Jan Coetzee Mine JCM079 -3267318.03 74126.78 804.12 -40.0 180 27.43 OCC Diamond
Jan Coetzee Mine JCM080 -3267318.03 74126.78 804.12 -70.0 180 36.58 OCC Diamond
Jan Coetzee Mine JCM081 -3267327.95 74111.52 801.10 -40.0 180 27.43 OCC Diamond
Jan Coetzee Mine JCM082 -3267332.29 74096.48 793.91 -41.5 180 27.43 OCC Diamond
Jan Coetzee Mine JCM083 -3267318.38 74096.03 796.28 -36.0 180 39.62 OCC Diamond
Jan Coetzee Mine JCM084 -3267318.38 74096.03 796.28 -52.5 180 45.72 OCC Diamond
Jan Coetzee Mine JCM085 -3267310.99 74111.27 797.33 -35.0 180 42.67 OCC Diamond
Jan Coetzee Mine JCM086 -3267310.99 74111.27 797.33 -59.0 180 48.77 OCC Diamond
Jan Coetzee Mine JCM087 -3267268.91 74264.14 810.29 -35.0 180 84.13 OCC Diamond
Jan Coetzee Mine JCM088 -3267268.91 74264.14 810.29 -56.0 180 79.86 OCC Diamond
Jan Coetzee Mine JCM089 -3267336.76 74080.39 792.64 -60.0 137 43.28 OCC Diamond
Jan Coetzee Mine JCM090 -3267337.38 74080.30 792.64 -36.0 137 27.43 OCC Diamond
Jan Coetzee Mine JCM091 -3267343.12 74065.99 787.22 -50.0 137 42.98 OCC Diamond
Jan Coetzee Mine JCM092 -3267343.64 74066.47 787.22 -32.5 137 39.62 OCC Diamond
Jan Coetzee Mine JCM093 -3267355.18 74055.97 786.08 -60.0 137 33.53 OCC Diamond
Jan Coetzee Mine JCM094 -3267361.89 74042.34 781.79 -40.0 137 28.65 OCC Diamond
Jan Coetzee Mine JCM095 -3267373.15 74031.76 779.25 -40.0 115 27.43 OCC Diamond
Jan Coetzee Mine JCM096 -3267387.23 74022.88 777.22 -40.0 137 24.99 OCC Diamond
Jan Coetzee Mine JCM097 -3267356.56 74056.62 786.43 -35.0 137 21.34 OCC Diamond
Jan Coetzee Mine JCM098 -3267323.13 74126.59 805.32 -35.0 180 18.29 OCC Diamond
Jan Coetzee Mine JCM099 -3267335.67 74095.58 797.51 -35.0 180 18.90 OCC Diamond
Jan Coetzee Mine JCM100 -3267343.60 74075.02 791.97 -35.0 137 23.17 OCC Diamond
Jan Coetzee Mine JCM101 -3267313.90 74141.90 807.28 -50.0 180 23.17 OCC Diamond
Jan Coetzee Mine JCM102 -3267308.18 74157.37 810.20 -55.0 180 21.34 OCC Diamond
Jan Coetzee Mine JCM103 -3267279.22 74172.28 802.77 -55.0 180 33.53 OCC Diamond
Jan Coetzee Mine JCM104 -3267294.45 74172.45 808.25 -55.0 60 21.64 OCC Diamond
Jan Coetzee Mine JCM105 -3267269.71 74191.07 802.81 -40.0 180 23.17 OCC Diamond
Jan Coetzee Mine JCM106 -3267269.83 74202.88 804.54 -50.0 180 25.30 OCC Diamond
Jan Coetzee Mine JCM107 -3267271.43 74218.07 807.53 -45.0 180 33.53 OCC Diamond
Jan Coetzee Mine JCM108 -3267276.48 74233.21 811.47 -35.0 180 36.58 OCC Diamond
Jan Coetzee Mine JCM109 -3267287.34 74248.61 818.37 -35.0 180 45.72 OCC Diamond
Jan Coetzee Mine JCM110 -3267286.58 74248.61 818.37 -55.0 180 55.47 OCC Diamond
Prospect Hole ID Northing Easting RL Dip Azimuth Hole Length Company Drill Type
Jan Coetzee Mine JCM111 -3267273.63 74256.09 811.89 -35.0 180 55.17 OCC Diamond
Jan Coetzee Mine JCM112 -3267273.06 74256.04 811.74 -55.0 180 68.28 OCC Diamond
Jan Coetzee Mine JCM113 -3267286.73 74256.29 818.16 -38.5 180 42.67 OCC Diamond
Jan Coetzee Mine JCM114 -3267294.46 74248.91 822.11 -35.0 180 51.82 OCC Diamond
Jan Coetzee Mine JCM115 -3267283.36 74263.90 816.81 -40.0 180 39.62 OCC Diamond
Jan Coetzee Mine JCM116 -3267294.98 74256.11 822.76 -40.0 180 51.82 OCC Diamond
Jan Coetzee Mine JCM117 -3267541.91 73943.80 735.13 -45.0 44 234.39 OCC Diamond
Jan Coetzee Mine JCM118 -3267541.91 73943.80 735.13 -60.0 44 276.76 OCC Diamond
Jan Coetzee Mine JCM119 -3267506.12 74187.65 807.81 -35.0 0 146.30 OCC Diamond
Jan Coetzee Mine JCM120 -3267499.06 74217.78 817.17 -35.0 0 151.79 OCC Diamond
Jan Coetzee Mine JCM121 -3267469.37 74187.62 828.47 -40.0 0 121.92 OCC Diamond
Jan Coetzee Mine JCM122 -3267471.03 74218.12 832.60 -35.0 0 103.94 OCC Diamond
Jan Coetzee Mine JCM123 -3267470.17 74187.57 828.47 -60.0 0 81.69 OCC Diamond
Jan Coetzee Mine JCM124 -3267472.07 74217.84 832.58 -60.0 0 50.90 OCC Diamond
Jan Coetzee Mine JCM125 -3267458.75 74187.75 833.92 -35.0 0 53.95 OCC Diamond
Jan Coetzee Mine JCM126 -3267498.17 74217.78 817.17 -55.0 0 60.35 OCC Diamond
Jan Coetzee Mine JCM127 -3267499.67 74217.78 817.17 -80.0 0 75.29 OCC Diamond
Jan Coetzee Mine JCM128 -3267510.42 74157.44 798.81 -35.0 0 149.96 OCC Diamond
Jan Coetzee Mine JCM129 -3267488.90 74156.95 814.83 -40.0 0 128.32 OCC Diamond
Jan Coetzee Mine JCM130 -3267488.31 74156.95 814.83 -50.0 0 51.82 OCC Diamond
Jan Coetzee Mine JCM131 -3267470.35 74157.03 822.59 -40.0 0 133.50 OCC Diamond
Jan Coetzee Mine JCM132 -3267475.10 74141.61 817.16 -40.0 0 97.54 OCC Diamond
Jan Coetzee Mine JCM133 -3267488.86 74141.23 811.31 -45.0 0 126.49 OCC Diamond
Jan Coetzee Mine JCM134 -3267488.86 74141.25 811.31 -60.0 0 163.07 OCC Diamond
Jan Coetzee Mine JCM135 -3267450.21 74248.56 842.41 -40.0 0 91.44 OCC Diamond
Jan Coetzee Mine JCM136 -3267450.82 74248.56 842.40 -55.0 0 76.81 OCC Diamond
Jan Coetzee Mine JCM137 -3267438.82 74247.96 845.23 -40.0 0 76.20 OCC Diamond
Jan Coetzee Mine JCM138 -3267510.42 74157.44 798.82 -50.0 0 219.46 OCC Diamond
Jan Coetzee Mine JCM139 -3267647.48 74157.44 798.81 -42.5 0 175.26 OCC Diamond
Jan Coetzee Mine JCM140 -3267395.92 74217.96 859.16 -60.0 180 82.60 OCC Diamond
Jan Coetzee Mine JCM141 -3267395.53 74217.96 859.16 -80.0 180 75.29 OCC Diamond
Jan Coetzee Mine JCM142 -3267418.90 74218.01 856.21 -70.0 180 60.96 OCC Diamond
Jan Coetzee Mine JCM143 -3267381.69 74216.89 858.00 -80.0 180 85.34 OCC Diamond
Jan Coetzee Mine JCM144 -3267359.65 74217.09 850.24 -65.0 180 66.45 OCC Diamond
Prospect Hole ID Northing Easting RL Dip Azimuth Hole Length Company Drill Type
Jan Coetzee Mine JCM145 -3267384.23 74186.56 844.82 -60.0 180 73.46 OCC Diamond
Jan Coetzee Mine JCM146 -3267383.89 74186.29 844.82 -45.0 180 88.39 OCC Diamond
Jan Coetzee Mine JCM147 -3267360.15 74187.97 838.44 -50.0 180 82.30 OCC Diamond
Jan Coetzee Mine JCM148 -3267402.58 74157.32 837.97 -40.0 180 51.82 OCC Diamond
Jan Coetzee Mine JCM149 -3267402.00 74157.32 837.97 -55.0 180 61.87 OCC Diamond
Jan Coetzee Mine JCM150 -3267359.73 74187.97 838.44 -60.0 180 85.04 OCC Diamond
Jan Coetzee Mine JCM151 -3267408.35 74187.90 850.87 -55.0 180 54.86 OCC Diamond
Jan Coetzee Mine JCM152 -3267589.17 73899.73 734.13 -60.0 44 322.78 OCC Diamond
Jan Coetzee Mine JCM153 -3267073.34 74172.54 771.49 -60.0 180 575.16 OCC Diamond
Jan Coetzee Mine JCM154 -3267165.65 74141.98 762.88 -65.0 180 517.55 OCC Diamond
Jan Coetzee Mine JCM155 -3267063.74 74141.92 769.56 -65.0 180 609.91 OCC Diamond
Jan Coetzee Mine JCM156 -3266954.04 74141.76 779.71 -65.0 180 729.69 OCC Diamond
Jan Coetzee Mine JCM157 -3267388.85 73858.71 751.36 -65.0 137 167.03 OCC Diamond
Jan Coetzee Mine JCM158 -3267362.03 73875.72 750.45 -60.0 125 363.63 OCC Diamond
Franco's Pit FMN001 -3268984.31 75974.47 786.15 -90.0 0 164.90 OCC Diamond
Franco's Pit FMN044 -3268876.99 75911.95 789.74 -50.0 150 174.65 OCC Diamond
Franco's Pit FMN045 -3268851.16 75898.60 789.32 -60.0 150 93.57 OCC Diamond
Franco's Pit FMN046 -3268801.94 75870.32 789.47 -60.0 150 110.64 OCC Diamond
Franco's Pit FMN047 -3268887.86 75884.70 788.34 -60.0 150 78.03 OCC Diamond
Franco's Pit FMN048 -3268858.18 75869.30 787.94 -60.0 150 106.99 OCC Diamond
Franco's Pit FMN049 -3268829.31 75854.36 788.47 -60.0 150 128.32 OCC Diamond
Franco's Pit FMN050 -3268889.70 75850.68 786.71 -55.0 150 137.16 OCC Diamond
Franco's Pit FMN051 -3268962.77 75964.84 787.13 -55.0 150 178.31 OCC Diamond
Franco's Pit FMN052 -3268926.99 75958.37 789.66 -58.0 150 173.13 OCC Diamond
Franco's Pit FMN053 -3268831.42 76100.43 799.92 -55.0 150 137.47 OCC Diamond
Franco's Pit FMN054 -3268773.18 76070.25 800.50 -65.0 150 199.95 OCC Diamond
Franco's Pit FMN055 -3268804.23 75943.72 791.90 -45.0 150 92.96 OCC Diamond
Franco's Pit FMN056 -3268860.01 75835.23 787.05 -60.0 150 186.23 OCC Diamond
Franco's Pit FMN228 -3268840.21 75922.49 822.63 -80.0 180 236.60 OCC Diamond
Nababeep Kloof Mine NK01 -3276248.53 78480.61 959.40 -90.0 0 76.81 OCC Diamond
Nababeep Kloof Mine NK02 -3276136.64 78479.20 1006.42 -90.0 0 107.29 OCC Diamond
Nababeep Kloof Mine NK03 -3276247.13 78414.88 964.23 -90.0 0 64.92 OCC Diamond
Nababeep Kloof Mine NK04 -3276232.72 78385.36 970.50 -90.0 0 108.51 OCC Diamond
Nababeep Kloof Mine NK05 -3276247.61 78512.15 963.89 -90.0 0 78.94 OCC Diamond
Prospect Hole ID Northing Easting RL Dip Azimuth Hole Length Company Drill Type
Nababeep Kloof Mine NK06 -3276244.49 78543.36 959.52 -90.0 0 87.48 OCC Diamond
Nababeep Kloof Mine NK07 -3276279.95 78540.08 957.59 -90.0 0 99.36 OCC Diamond
Nababeep Kloof Mine NK08 -3276309.70 78541.32 949.32 -90.0 0 60.96 OCC Diamond
Nababeep Kloof Mine NK09 -3276280.70 78570.57 958.33 -90.0 0 59.44 OCC Diamond
Nababeep Kloof Mine NK10 -3276277.72 78510.93 954.98 -90.0 0 104.55 OCC Diamond
Nababeep Kloof Mine NK11 -3276281.89 78594.68 963.82 -90.0 0 96.93 OCC Diamond
Nababeep Kloof Mine NK12 -3276310.91 78569.69 951.33 -90.0 0 44.81 OCC Diamond
Nababeep Kloof Mine NK13 -3276306.97 78511.67 947.06 -90.0 0 65.84 OCC Diamond
Nababeep Kloof Mine NK14 -3276312.12 78477.85 942.17 -90.0 0 66.45 OCC Diamond
Nababeep Kloof Mine NK15 -3276276.67 78483.20 952.40 -90.0 0 97.54 OCC Diamond
Nababeep Kloof Mine NK16 -3276215.53 78482.16 973.32 -90.0 0 63.70 OCC Diamond
Nababeep Kloof Mine NK17 -3276246.77 78450.75 958.37 -90.0 0 84.12 OCC Diamond
Nababeep Kloof Mine NK18 -3276310.04 78448.44 941.15 -90.0 0 50.60 OCC Diamond
Nababeep Kloof Mine NK19 -3276278.17 78449.22 947.25 -90.0 0 69.19 OCC Diamond
Nababeep Kloof Mine NK20 -3276213.74 78444.79 970.06 -90.0 0 117.96 OCC Diamond
Nababeep Kloof Mine NK21 -3276309.22 78418.69 937.92 -90.0 0 40.54 OCC Diamond
Nababeep Kloof Mine NK22 -3276277.47 78418.41 947.53 -90.0 0 42.06 OCC Diamond
Nababeep Kloof Mine NK23 -3276309.90 78388.18 935.64 -90.0 0 34.14 OCC Diamond
Nababeep Kloof Mine NK24 -3276252.47 78604.14 973.32 -90.0 0 91.44 OCC Diamond
Nababeep Kloof Mine NK25 -3276312.38 78601.46 958.00 -90.0 0 55.47 OCC Diamond
Nababeep Kloof Mine NK26 -3276307.27 78359.04 930.00 -90.0 0 41.76 OCC Diamond
Nababeep Kloof Mine NK27 -3276280.72 78628.80 973.71 -90.0 0 64.62 OCC Diamond
Nababeep Kloof Mine NK28 -3276247.32 78572.53 972.48 -90.0 0 73.15 OCC Diamond
Nababeep Kloof Mine NK29 -3276164.88 78405.48 1003.00 -90.0 0 124.05 OCC Diamond
Nababeep Kloof Mine NK30 -3276127.35 78390.34 1002.08 -90.0 0 131.06 OCC Diamond
Nababeep Kloof Mine NK31 -3276124.04 78320.12 990.60 -90.0 0 111.25 OCC Diamond
Nababeep Kloof Mine NK32 -3276047.59 78268.66 991.00 -90.0 0 149.05 OCC Diamond
Nababeep Kloof Mine NK33 -3276047.92 78513.39 1030.00 -90.0 0 144.78 OCC Diamond
Nababeep Kloof Mine NK34 -3276282.54 78594.55 963.88 -54.0 158 48.77 OCC Diamond
Nababeep Kloof Mine NK35 -3276259.53 78600.03 970.57 -67.5 180 79.25 OCC Diamond
Nababeep Kloof Mine NK36 -3276266.43 78600.16 968.15 -60.0 180 110.03 OCC Diamond
Nababeep Kloof Mine NK37 -3276252.28 78603.62 973.41 -75.0 180 83.82 OCC Diamond
Nababeep Kloof Mine NK38 -3276243.21 78632.15 978.85 -44.5 180 108.20 OCC Diamond
Nababeep Kloof Mine NK39 -3276282.62 78629.96 975.10 -46.0 171 66.45 OCC Diamond
Prospect Hole ID Northing Easting RL Dip Azimuth Hole Length Company Drill Type
Nababeep Kloof Mine NK40 -3276278.45 78615.53 971.29 -59.0 180 48.77 OCC Diamond
Nababeep Kloof Mine NK41 -3276277.90 78614.59 971.23 -71.5 0 48.77 OCC Diamond
Nababeep Kloof Mine NK42 -3276317.73 78616.05 958.41 -38.0 0 66.14 OCC Diamond
Nababeep Kloof Mine NK43 -3276319.29 78617.06 958.10 -70.0 180 18.29 OCC Diamond
Nababeep Kloof Mine NK44 -3276294.65 78615.70 965.41 -59.5 0 35.36 OCC Diamond
Nababeep Kloof Mine NK45 -3276295.37 78617.18 965.64 -56.0 180 26.82 OCC Diamond
Nababeep Kloof Mine NK46 -3276247.43 78572.76 971.82 -59.0 184 81.08 OCC Diamond
Nababeep Kloof Mine NK47 -3276281.44 78571.30 958.33 -75.0 360 56.39 OCC Diamond
Nababeep Kloof Mine NK48 -3276281.39 78570.68 958.20 -65.0 180 56.69 OCC Diamond
Nababeep Kloof Mine NK49 -3276281.73 78570.73 958.20 -50.0 180 39.01 OCC Diamond
Nababeep Kloof Mine NK50 -3276259.50 78555.26 964.85 -48.0 180 103.63 OCC Diamond
Nababeep Kloof Mine NK51 -3276259.50 78555.26 964.85 -59.0 180 60.35 OCC Diamond
Nababeep Kloof Mine NK52 -3276304.71 78553.26 949.47 -82.0 180 29.87 OCC Diamond
Nababeep Kloof Mine NK53 -3276305.42 78553.21 949.39 -55.0 180 30.78 OCC Diamond
Nababeep Kloof Mine NK54 -3276303.63 78552.43 949.52 -40.0 360 49.68 OCC Diamond
Nababeep Kloof Mine NK55 -3276314.19 78390.86 935.18 -46.5 180 54.25 OCC Diamond
Nababeep Kloof Mine NK56 -3276313.63 78390.82 935.18 -65.0 180 49.38 OCC Diamond
Nababeep Kloof Mine NK57 -3276313.62 78379.16 932.52 -50.0 180 50.29 OCC Diamond
Nababeep Kloof Mine NK58 -3276236.68 78464.60 962.87 -85.0 180 107.29 OCC Diamond
Nababeep Kloof Mine NK59 -3276293.91 78464.02 946.08 -46.5 180 78.33 OCC Diamond
Nababeep Kloof Mine NK60 -3276345.05 78524.92 937.00 -60.0 0 181.36 OCC Diamond
Nababeep Kloof Mine NK61 -3276296.29 78585.88 957.98 -35.0 360 38.40 OCC Diamond
Nababeep Kloof Mine NK62 -3276296.29 78585.88 957.98 -60.0 0 59.74 OCC Diamond
Nababeep Kloof Mine NK63 -3276296.29 78585.88 957.98 -90.0 0 33.53 OCC Diamond
Nababeep Kloof Mine NK64 -3276296.29 78585.88 957.98 -51.5 0 53.95 OCC Diamond
Nababeep Kloof Mine NK65 -3276296.29 78585.88 957.98 -72.5 0 76.50 OCC Diamond
Nababeep Kloof Mine NK66 -3276296.29 78585.88 957.98 -67.5 180 32.92 OCC Diamond
Nababeep Kloof Mine NK67 -3276296.29 78585.88 957.98 -40.0 180 33.53 OCC Diamond
Nababeep Kloof Mine NKU01 -3276278.91 78555.40 884.40 65.0 0 45.11 OCC Diamond
Nababeep Kloof Mine NKU02 -3276280.13 78555.40 884.40 90.0 0 39.01 OCC Diamond
Nababeep Kloof Mine NKU03 -3276281.05 78555.40 884.40 65.0 180 45.72 OCC Diamond
Nababeep Kloof Mine NKU04 -3276266.18 78464.66 882.72 0.0 0 20.73 OCC Diamond
Nababeep Kloof Mine NKU05 -3276266.18 78464.66 883.72 35.0 0 36.27 OCC Diamond
Nababeep Kloof Mine NKU06 -3276267.50 78464.66 881.70 -60.0 0 9.14 OCC Diamond
Prospect Hole ID Northing Easting RL Dip Azimuth Hole Length Company Drill Type
Nababeep Kloof Mine NKU07 -3276267.50 78464.66 884.72 55.0 0 51.82 OCC Diamond
Nababeep Kloof Mine NKU08 -3276267.50 78464.66 884.72 90.0 0 29.57 OCC Diamond
Nababeep Kloof Mine NKU09 -3276267.50 78464.66 884.72 50.0 0 37.80 OCC Diamond
Nababeep Kloof Mine NKU10 -3276276.00 78495.14 884.72 50.0 0 62.79 OCC Diamond
Nababeep Kloof Mine NKU11 -3276281.96 78555.40 884.40 45.0 180 28.04 OCC Diamond
Nababeep Kloof Mine NKU12 -3276276.00 78495.14 884.72 90.0 0 46.33 OCC Diamond
Nababeep Kloof Mine NKU13 -3276275.00 78495.14 884.72 50.0 180 64.01 OCC Diamond
Nababeep Kloof Mine NKU14 -3276276.60 78525.62 884.72 70.0 0 49.38 OCC Diamond
Nababeep Kloof Mine NKU15 -3276276.60 78525.62 884.72 90.0 0 43.89 OCC Diamond
Nababeep Kloof Mine NKU16 -3276276.60 78525.62 884.72 70.0 180 54.56 OCC Diamond
Nababeep Kloof Mine NKU17 -3276280.30 78525.62 884.64 50.0 180 68.28 OCC Diamond
Nababeep Kloof Mine NKU18 -3276275.00 78495.14 884.72 70.0 180 45.72 OCC Diamond
Nababeep Kloof Mine NKU19 -3276270.10 78510.38 884.72 90.0 0 38.71 OCC Diamond
Nababeep Kloof Mine NKU20 -3276270.10 78510.38 884.72 60.0 0 34.75 OCC Diamond
Nababeep Kloof Mine NKU21 -3276270.10 78510.38 884.72 55.0 180 51.82 OCC Diamond
Nababeep Kloof Mine NKU22 -3276271.52 78449.42 884.35 55.0 0 43.28 OCC Diamond
Nababeep Kloof Mine NKU23 -3276272.52 78449.42 884.35 90.0 0 39.62 OCC Diamond
Nababeep Kloof Mine NKU24 -3276297.64 78510.38 910.86 60.0 180 23.77 OCC Diamond
Nababeep Kloof Mine NKU25 -3276299.47 78525.62 910.86 50.0 180 30.48 OCC Diamond
Nababeep Kloof Mine NKU26 -3276299.47 78540.87 910.86 60.0 180 31.09 OCC Diamond
Date: 16-03-2021 02:40:00
Produced by the JSE SENS Department. The SENS service is an information dissemination service administered by the JSE Limited ('JSE').
The JSE does not, whether expressly, tacitly or implicitly, represent, warrant or in any way guarantee the truth, accuracy or completeness of
the information published on SENS. The JSE, their officers, employees and agents accept no liability for (or in respect of) any direct,
indirect, incidental or consequential loss or damage of any kind or nature, howsoever arising, from the use of SENS or the use of, or reliance on,
information disseminated through SENS.
Sharenet Sites 
