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CLASSIC MINERALS LTD Capital/Financing Update 2024

Jun 11, 2024

64664_rns_2024-06-11_3c8d4571-eb36-4d25-b1f9-4ee0f19f1870.pdf

Capital/Financing Update

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C LASSIC MINERALS LIMITED 71 Furniss Rd, Landsdale Western Australia 6065 ASX: CLZ | ABN 77 119 484 016 [email protected]

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12 June 2024

ASX Announcement

GOLD RESOURCE UPGRADE AT FORRESTANIA GOLD PROJECT

Highlights:

  • Significant increase in Indicated Resources at both Lady Ada and Lady Magdalene

  • Combined Ladies Indicated Resource of 69,966 oz[1] ;

  • 227,613 oz combined Ladies Inferred Resources[2] .

  • Cadre Geology and Mining Pty Ltd confirm total FGP Resource base to be 297k oz[3]

  • Total Kat Gap and FGP Indicated Resources of 90,454 oz.

  • Combined Kat Gap and FGP Indicated and Inferred Resources of 8,091,920t @ 1.45g/t for 377,946 oz.

PERTH, AUSTRALIA - June 12, 2024 - Classic Minerals Ltd (ASX: CLZ) Gold development company Classic Minerals Ltd is pleased to announce a significant confidence upgrade in the gold resource at its FGP Project. Classic recently announced the successful grant of mining lease M77/1310 over the Project area which has had a significant upgrade of resources to Indicated . This is a pivotal milestone in the project's advancement towards further development.

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Figure 1 –Plan View FGP Block models (Magdalene left, Ada right. Red=Indicated, Blue= inferred) with drill collars.

[1] The Mineral Resource is classified in accordance with JORC, 2012 edition.

2 The Mineral Resource is classified in accordance with JORC, 2012 edition.

3 The Mineral Resource is classified in accordance with JORC, 2012 edition.

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C LASSIC MINERALS LIMITED 71 Furniss Rd, Landsdale Western Australia 6065 ASX: CLZ | ABN 77 119 484 016 [email protected]

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The enhanced resource confidence level, resulting from re-estimation following the integration of additional 2021 drill data which focussed on twinning and infill drilling around historic drill holes has confirmed grades from the historic dataset align with stated values. Statistical analysis on the new drilling showed it was agreeable with historic drilling from the provided dataset which lacked QAQC information. This analysis provided confidence in the historic work carried out by prior operators and increases confidence in the dataset in these areas. This new information informed the current mineralogical model and resource estimation was completed by ordinary kriging within the 3D modelled mineralisation wireframes and block modelling in Surpac by Cadre Geology and Mining Ltd. A comparison of the mineral resource upgrades since 2020 is highlighted in the tables below with all resources reported at a 0.5g/t cut-off to represent a possible minimum mining cutoff grade for initial open-pit operations, although optimization and financial assessment is still in process.

2024 Mineral Resources Mineral Resources 2020 Mineral Resources Mineral Resources
Prospect Classification
Tonnes		 Grade
(Au
g/t)		 Ounces
Au		 Prospect Classification
Tonnes		 Grade
(Au
g/t)		 Ounces
Au
Indicated 540,339 1.62 28,143 Indicated 257,300 2.01 16,600
Lady Ada
Inferred 809,642 1.23 32,018 Lady Ada Inferred 1,090,800 1.23 43,100
Total 1,349,981 1.39 60,161 Total 1,348,100 1.38 59,700
Prospect Classification
Tonnes		 Grade
(Au
g/t)		 Ounces
Au		 Prospect Classification
Tonnes		 Grade
(Au
g/t)		 Ounces
Au
Lady
Magdalene		 Indicated 956,494 1.36 41,823 Lady
Magdalene		 Indicated - - -
Inferred 4,644,033 1.31 195,595 Inferred 5,922,700 1.32 251,350
Total 5,600,527 1.32 237,418 Total 5,922,700 1.32 251,350

Table 1: 2020 vs 2024 resource estimation.

The increase of Indicated resources across both projects at FGP provides confidence in development of the project going forward. Classic is determined to further optimise the project and upgrade resource categories which could be achieved through additional drilling.

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C LASSIC MINERALS LIMITED 71 Furniss Rd, Landsdale Western Australia 6065 ASX: CLZ | ABN 77 119 484 016 [email protected]

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Figure 2 – 3D oblique view of the Lady Ada mineralisation wireframes (looking towards local north northwest) – grid spacing shown is 100mN x 100mE x 100mRL – showing prominent dip of 15° to 25° towards local grid southeast

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Figure 3 – 3D oblique view of the Lady Magdalene mineralisation wireframes (looking towards local north northeast) – grid spacing shown is 200mN x 200mE x 200mRL – showing prominent dip of 25° to 35° towards local grid east

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C LASSIC MINERALS LIMITED 71 Furniss Rd, Landsdale Western Australia 6065 ASX: CLZ | ABN 77 119 484 016 [email protected]

JORC Resource Estimate additional information

Pursuant to ASX Listing Rule 5.8 and the 2012 JORC reporting guidelines, a summary of material information used to estimate the Mineral Resource is detailed below. For additional detail, please refer to JORC Table 1, Sections 1 to 3 included in Schedule 2.

Table as per L.R. 5.8.1:

le as per L.R. 5.8.1:
Geology and geological
interpretation		 Geological interpretation was deduced from logging both core and RC chips on site and
observations, combined with assay data were combined using sectional interpretation to create 3D
‘wireframes’ to encapsulate these interpretations. The wireframes were used during estimation as
hard boundary constraints to contain estimation of gold and other attributes.
Drilling techniques Drilling techniques include RC and diamond (HQ and NQ) methods, with a small percentage of
RAB drilling (<2%).
Sampling and sub-
sampling techniques		 Sampling is assumed to be via ½ core for diamond drilling, and by 1m composite sampling for RC.
Core intervals were selected based on geological observation and do not exceed 1.0m in length.
There are limited details on the RC sampling setup from historic data, but it appears any
anomalous composite samples were resampled as 1m intervals.
Estimation Methodology Estimation was via ordinary kriging and using the block modelling function in Surpac. Estimation
was carried out using 1m composites – a tactic employed to reduce the sample populations’
variance and allow easier deduction of spatial relationships betweengrades.
Criteria used for
Mineral Resource
Classification		 Only the well drilled portions have been assigned Indicated at each Prospect. Lady Ada is generally
on 25m sections with the historic pit covered by grade control down to 10m and 15m spacing.
Indicated resources extend SE from the pit. Lady Magdalene is generally 15-25m lateral spacing
up to 50m spacing by northing. The remaining resources were flagged as Inferred where spacing
increases beyond 50m.
Cut-off grades and
modifying factors		 Top cutting was employed to reduce the effect of high-grade assay outliers and better reflect the
short distances that high grades influence estimates. No other modifying factors have been
applied. Resources were reported at a cut-off of 0.5g/t to represent a possible minimum mining
cut-off grade for initial open-pit operations, although optimization and financial assessment is
still in process.
Mining and
metallurgical methods		 Given the shallow nature of mineralisation and relatively low grades any potential mining is likely
to be completed using standard open pit mining techniques. Metallurgical test work prior to
mining the Lady Ada deposit in the early 2000’s showed good recoveries via gravity leach methods
and the orefrom thispit wasprocessed at the Marvel Lochprocessing facility of this nature.
Sample analysis method Assays presented in the drilling database consist of a range of aqua regia, fire assay and leach well
analyses. The analytical laboratory is listed by drill hole in the collar table for 670 drill holes from
a total of 1,313 holes. Further analysis of historic data may provide additional details on these
methods and improve the legacy database. Recent 2021 drilling was assayed by Bureau Veritas via
50g fire assay, and included blanks, standards and duplicates.

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C LASSIC MINERALS LIMITED 71 Furniss Rd, Landsdale Western Australia 6065 ASX: CLZ | ABN 77 119 484 016 [email protected]

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About Classic Minerals Ltd

Expanding its focus from exploration to mining, West Australian-based, minerals house Classic Minerals Ltd holds a pipeline of projects and continues to examine new opportunities both cyclic and counter-cyclic. Currently, ASX-listed Classic holds approximately 578 km[2] of tenements across two major regional exploration areas in minerals-rich West Australia. Classic’s ground is in areas with identified high grade gold and base metal targets. Classic’s flagship Kat Gap Gold Project has been the recent focus of its exploration, mining and processing efforts and is strategically located some 170 km south of Southern Cross and some 50 km south of the Company’s Forrestania Gold Project. With strong grades and near-surface mineralisation Kat Gap is soon to attain full scale production.

The expansion of Classics Indicated resource base at Lady Ada and Lady Magdalene is a significant development for the company affording it operational flexibility when combined with its existing gold operation at Kat Gap. This new increase in Indicated Resources is testament to the quality of its assets in the Forrestania area and bodes well for future discoveries in the region.

This announcement has been approved by the Board.

ENDS:

ABOUT THE FORRESTANIA GOLD PROJECT

The FGP Tenements (excluding Kat Gap) are registered in the name of Reed Exploration Pty Ltd, a wholly owned subsidiary of ASX listed Redivium Ltd (ASX: RIL), previously Hannans Ltd. Classic held 80% of the gold rights on the FGP Tenements via a third party, whilst Redivium maintained its 20% interest in the gold rights. Classic is in the process of purchasing the final 20% from Redivium pending terms of the binding sale agreement (CLZ HNR ASX release 03 Oct 2023 and RIL CLZ ASX release 5 June 2024). For the avoidance of doubt Classic Ltd owns a 100% interest in the gold rights on the Kat Gap Tenements and also non-gold rights including but not limited to nickel and lithium.

Classic has inferred and indicated mineral resources of 8.09Mt at 1.45 g/t for 377,946 ounces of gold , classified and reported in accordance with the JORC Code (2012), with Scoping Study (see ASX Announcement released 2nd May 2017) suggesting both the technical and financial viability of the project. The current postmining Mineral Resource for Lady Ada, Lady Magdalene and Kat Gap is tabulated below. Additional technical detail on the Mineral Resource estimation is provided, further in the text below and in the JORC Table 1 as attached to ASX announcements dated 21 June 2023.

Indicated Inferred Total
Grade Grade Grade
Prospect Tonnes OzAu Tonnes OzAu Tonnes OzAu
(Au g/t) (Au g/t) (Au g/t)
Lady Ada 540,339 1.62 28,143 809,642 1.23 32,018 1,349,981 1.39 60,161
Lady Magdalene 956,494 1.36 41,823 4,644,033 1.31 195,595 5,600,527 1.32 237,418
Kat Gap 254,900 2.50 20,488 886,512 2.11 60,139 1,141,412 2.19 80,367
Total 1,751,733 1.61 90,454 6,340,187 1.41 287,752 8,091,920 1.45 377,946

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C LASSIC MINERALS LIMITED 71 Furniss Rd, Landsdale Western Australia 6065 ASX: CLZ | ABN 77 119 484 016 [email protected]

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Notes:

1. The Mineral Resource is classified in accordance with JORC, 2012 edition

2. The effective date of the mineral resource estimate is 10 June 2024.

3. The mineral resource is contained within FGP tenements

4. Estimates are rounded to reflect the level of confidence in these resources at the present time.

5. Mineral resources for Lady Ada and Lady Magdalene (Ladies) are reported at 0.5 g/t Au cut-off grade, Kat Gap at 0g/t Au.

6. Depletion of the resource from historic open pit mining has been considered for the Ladies deposits. Trial pit mining depletion at Kap Gap has not been accounted for in the block model due to the ore remaining unprocessed.

The Company confirms that it is not aware of any new information or data that materially affects the information included in this market announcement and, that all material assumptions and technical parameters underpinning the estimates in the relevant market announcement continue to apply and have not materially changed.

Forward Looking Statements

This announcement may contain certain “forward-looking statements” which may not have been based solely on historical facts, but rather may be based on the Company’s current expectations about future events and results. Where the Company expresses or implies an expectation or belief as to future events or results, such expectation or belief is expressed in good faith and believed to have reasonable basis. However, forward looking statements are subjected to risks, uncertainties, assumptions and other factors, which could cause actual results to differ materially from future results expressed, projected or implied by such forward-looking statements. Such risks include, but are not limited to Resource risk, metals price volatility, currency fluctuations, increased production costs and variances in ore grade or recovery rates from those assumed in mining plans, as well as political and operational risks in the Countries and States in which we operate or sell product to, and governmental regulation and judicial outcomes. For a more detailed discussion of such risks and other factors, see the Company’s annual reports, as well as the Company’s other filings. Readers should not place undue reliance on forward looking information. The Company does not undertake any obligation to release publicly any revisions to any “forward-looking statements” to reflect events or circumstances after the date of this announcement, or to reflect the occurrence of unanticipated events, except as may be required under applicable securities laws.

Competent Person Statement

The information in this report that relates to Exploration Targets, Exploration Results, Mineral Resources or Ore Reserves is based on information compiled by Mr Ben Pollard, a Competent Person who is a Member of the Australian Institute of Mining and Metallurgy. Mr Pollard is the Principal of Cadre Geology and Mining Pty Ltd and is paid as a consultant to Classic Minerals, to provide technical geological advice.

Mr Pollard has sufficient experience that is relevant to the style of mineralisation and type of deposits under consideration and to the activity being undertaken to qualify as a Competent Person as defined in the 2012 Edition of the ‘Australian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves’. Mr Pollard consents to the inclusion in the report of the matters based on his information in the form and context in which it appears.

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C LASSIC MINERALS LIMITED 71 Furniss Rd, Landsdale Western Australia 6065 ASX: CLZ | ABN 77 119 484 016 [email protected]

JORC Code, 2012 Edition – Table 1 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 specific specialised
industry standard
measurement tools
appropriate to the
minerals under
investigation, such as
down hole gamma
sondes, or handheld XRF
instruments, etc). These
examples should not be
taken as limiting the
broad meaning of
sampling.
• The samples for historic drilling were taken
by HQ diamond drill coring, RC face hammer
drill and RAB drill. All RC drill samples for
assaying were generated via an RC hammer
(diameter unknown), but for early holes it is
not known whether this was a face-
sampling or conventional hammer. The
majority of RC holes were sampled as one-
metre composites. There is limited
information provided in the reporting of
historic results on the quality of the
sampling processes
• Latter diamond drilling was at NQ diamond
drill coring size.
• Measures taken to ensure sample
representativity are unknown, e.g. no
comprehensive comments were
documented in historical reports on issues
such as metre delineation, dust
suppression, bag weighing, etc.
• The determination of mineralisation was
done via standard methods, including
RC/diamond drilling, followed by splitting,
crushing and fire assay analysis.
• Some discrepancies in field duplicate samples
compared to primary were observed but a
larger dataset is required to determine any
relationships.
Include reference to
measures taken to
ensure sample
representivity and the
appropriate calibration
of any measurement
tools or systems used.
Aspects of the
determination of
mineralisation that are
Material to the Public
Report.
Drilling
techniques		 Drill type (e.g. core,
reverse circulation,
open-hole hammer,
rotary air blast, auger,
Bangka, sonic, etc) and
details (e.g. core
diameter, triple or
standard tube, depth of
diamond tails, face-
sampling bit or other
type, whether core is
oriented and if so, by
what method, etc).
• All historical drilling referred to in this
report was carried out using reverse
circulation, diamond and rotary air blast
drilling methods. Diamond coring was by
HQ or NQ sized core; however, no
information on the type of tubing was
available. Core orientations are not
reported to have been completed.
Information on RC drilling was not available
(e.g. no information on hammer size,
hammer type).

C LASSIC MINERALS LIMITED 71 Furniss Rd, Landsdale Western Australia 6065 ASX: CLZ | ABN 77 119 484 016 [email protected]

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Drill sample
recovery		 Method of recording
and assessing core and
chip sample recoveries
and results assessed.
• Recoveries from the drilling are not known,
but visual inspection of plastic PVC sample
bags in the field (2021 drilling) indicate that
recoveries were probably good.
• Sample recovery is recorded in the
geological logging table within the
database. With only 393 intervals assigned
a value, it is not considered representative.
Recoveries from the most recent RC drilling
programs were reported as "excellent due
to an auxiliary booster being used to keep
samples dry". However, no suitable
comments were presented in any available
reports on measures taken to maximise
and ensure sample recovery.
• It is not clear whether a relationship between
recovery and grade occurs as information for
RC drilling is not available. 2021 drilling had
sample weights recorded at the laboratory
and no relationships between sample weight
and grade could be established.
Measures taken to
maximise sample
recovery and ensure
representative nature of
the samples.
Whether a relationship
exists between sample
recovery and grade and
whether sample bias
may have occurred due
to preferential loss/gain
of fine/coarse material.
Logging Whether core and chip
samples have been
geologically and
geotechnically logged to
a level of detail to
support appropriate
Mineral Resource
estimation, mining
studies and
metallurgical studies.
• All diamond core and RC/RAB chips were
logged.
• Logging was qualitative in nature.
• Cadre Geology and Mining Pty Ltd has
reviewed previous historical databases and
available historical reports to develop the
“lm2209.accdb” database used in this
mineral resource estimate. This database,
together with the logging provided was
used to refine the various weathering
surfaces and determine the extent of
alluvial cover.
Whether logging is
qualitative or
quantitative in nature.
Core (or costean,
channel, etc)
photography.
The total length and
percentage of the
relevant intersections
logged.
Sub-
sampling
techniques
and sample
preparation		 If core, whether cut or
sawn and whether
quarter, half or all core
taken.
• It is assumed that diamond drill core
was cut down its longitudinal axis with
half the core selected for assay in line
with geological boundaries, and the
remaining retained in the core tray.
Review of the database indicates that

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C LASSIC MINERALS LIMITED 71 Furniss Rd, Landsdale Western Australia 6065 ASX: CLZ | ABN 77 119 484 016 [email protected]

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If non-core, whether
riffled, tube sampled,
rotary split, etc and
whether sampled wet or
dry.
the maximum selected sample length
was constrained to one metre.
• Details of the splitter and drill rig
configuration for RC drilling were not
provided prior to 2021 which utilized a
standard cyclone and splitter configuration.
Review of the database suggests that RC
drilling was sampled on one metre intervals
almost exclusively.
• The quality and the appropriateness of the
sample preparation technique cannot be
determined for the historical drilling. It is
assumed that sampling practices employed
during the respective drill programs
followed standard industry practice in effect
at the time. That the majority of the drilling
forming this resource estimate is in excess
of 20 years old, and that no detailed QA
information and QC data can be presented
prior to the small 2021 drilling campaign.
The 2021 drilling utilized field standards,
blanks and duplicates and drill results used
to confirm historical drill results and add
confidence to historical data.
• No studies have been undertaken to
determine whether the sample size was
appropriate for the grain size of the material
sampled.
For all sample types, the
nature, quality and
appropriateness of the
sample preparation
technique.
Quality control
procedures adopted for
all sub-sampling stages
to maximise
representivity of
samples.
Measures taken to
ensure that the
sampling is
representative of the in-
situ material collected,
including for instance
results for field
duplicate/second-half
sampling.
Whether sample sizes
are appropriate to the
grain size of the
material being sampled.
Quality of
assay data
and
laboratory
tests		 The nature, quality and
appropriateness of the
assaying and laboratory
procedures used and
whether the technique is
considered partial or
total.
• Assays presented in the drilling database
consist of a range of aqua regia, fire assay
and leach well analyses.
• The analytical laboratory is listed by drill
hole in the collar table for 667 drill holes,
with the remainder unspecified.
Determination of the analytical procedures

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C LASSIC MINERALS LIMITED 71 Furniss Rd, Landsdale Western Australia 6065 ASX: CLZ | ABN 77 119 484 016 [email protected]

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For geophysical tools,
spectrometers,
handheld XRF
instruments, etc, the
parameters used in
determining the analysis
including instrument
make and model,
reading times,
calibrations factors
applied and their
derivation, etc.
employed was not completed. The quality
and appropriateness of the assaying and
laboratory procedures used could not be
determined.
•
Information on quality control procedures
was not available before 2021. 2021 drilling
showed acceptable levels of QC measures
utilizing field standards, blanks and
duplicates but only represents a small
amount of the total dataset.
Nature of quality control
procedures adopted
(e.g. standards, blanks,
duplicates, external
laboratory checks) and
whether acceptable
levels of accuracy (i.e.
lack of bias) and
precision have been
established.
Verification
of sampling
and
assaying		 The verification of
significant intersections
by either independent or
alternative company
personnel.
•
No comments are available in any reports on
the verification of significant intersections.
•
Lady Magdalene: Five (5) historic HQ-
diameter RC/diamond drillholes and eight (8)
recent 2021 RC drillholes were completed to
twin previous RC intersections.
•
Lady Ada: One (1) historic NQ-diameter
RC/diamond drillhole and five 2021 RC drill
holes were completed to twin previous RC
intersections
•
Procedures on data entry were not available
but majority of historic data exists as digital
files through WAMEX.
•
Assay data were not adjusted.
The use of twinned
holes.
Documentation of
primary data, data entry
procedures, data
verification, data
storage (physical and
electronic) protocols.
Discuss any adjustment
to assay data.
Location of
data points		 Accuracy and quality of
surveys used to locate
drill holes (collar and
down-hole surveys),
trenches, mine workings
and other locations used
in Mineral Resource
estimation.
• All recent and historical drillhole collar
positions that could be located were
surveyed during a campaign undertaken at
Wattle Rocks in December 1998. Other
holes were left with their previously
surveyed or nominally designed
coordinates. The default RL of these holes
were altered from 1000 mRL to 415 mRL in

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C LASSIC MINERALS LIMITED 71 Furniss Rd, Landsdale Western Australia 6065 ASX: CLZ | ABN 77 119 484 016 [email protected]

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Specification of the grid
system used.
the database, to reflect an average of the
topographic heights encountered across
the broadly flat prospect area. 2024 DGPS
collar pickups confirmed this with an
average Z value of 414.16 mRL from 35
collars. During September 2000, the whole
Lady Ada prospect area was tied in by
survey to mine grid and all existing RC and
diamond drillhole collars were tied to this
grid.
• Most holes drilled prior to 1996 were not
downhole surveyed. After this time, most
drill holes with significant intersections
were downhole surveyed by Surtron
Technologies. Two lines of RC/Diamond
holes at 19300N (Lady Ada) and 20000N
(Lady Magdalene) were downhole surveyed
using Total Borehole Services (TBS) in late
1998. A slimline deviation tool recording
shots electronically every 0.1m downhole,
was utilised for the work. Most recent
drilling at Lady Magdalene was downhole
surveyed using TBS and included re-
entering of the older Normandy and
Forrestania Gold NL holes that were never
previously downhole surveyed. Classic
2017-2021 drilling was downhole surveyed;
10 holes were blocked without downhole
survey, 5 blocked with collar only survey,
and the remaining 18 holes had satisfactory
surveys
• The drill hole coordinate system used
relates to the Lady Ada local grid. A two-
point conversion was used to convert back
to GDA94 Z50 grid.
• With the exception of the Lady Ada area, no
topographic surfaces were provided for use
in the resource estimation process. In order
to generate a surface with which to
constrain the resource, the drill collar
locations were exported from Surpac and
used to generate a topographic surface.
While this surface is unlikely to be accurate
over small scales, due to the wide spaced
nature of the drilling, it forms an acceptable
approximation of the ground surface for use
in the block model. Clearly this approach
however assumes that the drill collar
information is correct, which has been
demonstrated in some instances to be
uncertain.
Quality and adequacy of
topographic control.		 Specification of the grid
system used.
the database, to reflect an average of the
topographic heights encountered across
the broadly flat prospect area. 2024 DGPS
collar pickups confirmed this with an
average Z value of 414.16 mRL from 35
collars. During September 2000, the whole
Lady Ada prospect area was tied in by
survey to mine grid and all existing RC and
diamond drillhole collars were tied to this
grid.
• Most holes drilled prior to 1996 were not
downhole surveyed. After this time, most
drill holes with significant intersections
were downhole surveyed by Surtron
Technologies. Two lines of RC/Diamond
holes at 19300N (Lady Ada) and 20000N
(Lady Magdalene) were downhole surveyed
using Total Borehole Services (TBS) in late
1998. A slimline deviation tool recording
shots electronically every 0.1m downhole,
was utilised for the work. Most recent
drilling at Lady Magdalene was downhole
surveyed using TBS and included re-
entering of the older Normandy and
Forrestania Gold NL holes that were never
previously downhole surveyed. Classic
2017-2021 drilling was downhole surveyed;
10 holes were blocked without downhole
survey, 5 blocked with collar only survey,
and the remaining 18 holes had satisfactory
surveys
• The drill hole coordinate system used
relates to the Lady Ada local grid. A two-
point conversion was used to convert back
to GDA94 Z50 grid.
• With the exception of the Lady Ada area, no
topographic surfaces were provided for use
in the resource estimation process. In order
to generate a surface with which to
constrain the resource, the drill collar
locations were exported from Surpac and
used to generate a topographic surface.
While this surface is unlikely to be accurate
over small scales, due to the wide spaced
nature of the drilling, it forms an acceptable
approximation of the ground surface for use
in the block model. Clearly this approach
however assumes that the drill collar
information is correct, which has been
demonstrated in some instances to be
uncertain.
Quality and adequacy of
topographic control.
Specification of the grid
system used.
the database, to reflect an average of the
topographic heights encountered across
the broadly flat prospect area. 2024 DGPS
collar pickups confirmed this with an
average Z value of 414.16 mRL from 35
collars. During September 2000, the whole
Lady Ada prospect area was tied in by
survey to mine grid and all existing RC and
diamond drillhole collars were tied to this
grid.
• Most holes drilled prior to 1996 were not
downhole surveyed. After this time, most
drill holes with significant intersections
were downhole surveyed by Surtron
Technologies. Two lines of RC/Diamond
holes at 19300N (Lady Ada) and 20000N
(Lady Magdalene) were downhole surveyed
using Total Borehole Services (TBS) in late
1998. A slimline deviation tool recording
shots electronically every 0.1m downhole,
was utilised for the work. Most recent
drilling at Lady Magdalene was downhole
surveyed using TBS and included re-
entering of the older Normandy and
Forrestania Gold NL holes that were never
previously downhole surveyed. Classic
2017-2021 drilling was downhole surveyed;
10 holes were blocked without downhole
survey, 5 blocked with collar only survey,
and the remaining 18 holes had satisfactory
surveys
• The drill hole coordinate system used
relates to the Lady Ada local grid. A two-
point conversion was used to convert back
to GDA94 Z50 grid.
• With the exception of the Lady Ada area, no
topographic surfaces were provided for use
in the resource estimation process. In order
to generate a surface with which to
constrain the resource, the drill collar
locations were exported from Surpac and
used to generate a topographic surface.
While this surface is unlikely to be accurate
over small scales, due to the wide spaced
nature of the drilling, it forms an acceptable
approximation of the ground surface for use
in the block model. Clearly this approach
however assumes that the drill collar
information is correct, which has been
demonstrated in some instances to be
uncertain.
Quality and adequacy of
topographic control.

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Data
spacing
and
distribution		 Data spacing for
reporting of Exploration
Results.
• Most drilling at Lady Magdalene is on 50m
north x 25m east, with spacing between
fences reducing to 100m further towards
the north and south.
•
Most of the exploratory and resource
drilling at Lady Ada is on at least a 50m
north x 25m east drill pattern spacing,
with 25m sections northings more
common in the area adjacent to the
southeast of the Blue Haze pit (where
grade control drill coverage was generally
on 10-15m north spacing).
• The data spacing and distribution is
sufficient to establish the degree of
geological and grade continuity
appropriate for the mineral resource
estimation procedure and the
classification applied.
•
Sample compositing was applied in the past;
however, any anomalous intercepts were
then resampled as 1m intervals.
Whether the data
spacing, and distribution
is sufficient to establish
the degree of geological
and grade continuity
appropriate for the
Mineral Resource and
Ore Reserve estimation
procedure(s) and
classifications applied.
Whether sample
compositing has been
applied.
Orientation
of data in
relation to
geological
structure		 Whether the orientation
of sampling achieves
unbiased sampling of
possible structures and
the extent to which this
is known, considering
the deposit type.
• The orientation of sampling has mostly
achieved unbiased sampling of
controlling structures.
• The relationship between the drilling
orientation and the orientation of key
mineralised structures is not considered to
have introduced a sampling bias.
If the relationship
between the drilling
orientation and the
orientation of key
mineralised structures is
considered to have
introduced a sampling
bias, this should be
assessed and reported if
material.
Sample
security		 The measures taken to
ensure sample security.
• No information on sample security is
available prior to 2021 drilling.
• 2021 drilling enforced adequate sample
security controls by transporting samples
from site directly to the test laboratory via
trusted couriers.
Audits or
reviews		 The results of any audits
or reviews of sampling
techniques and data.
• No audits of any of the data are known.

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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 land tenure
status		 Type, reference name/number, location
and ownership including agreements or
material issues with third parties such as
joint ventures, partnerships, overriding
royalties, native title interests, historical
sites, wilderness or national park and
environmental settings.
• The Forrestania Gold Project (FGP) tenements
are registered in the name of Reed
Exploration Pty Ltd, which is a wholly owned
subsidiary of ASX- listed Redivium Ltd (ASX
code: RIL), previously Hannans Ltd. Classic is
in the process of acquiring the tenements
pending the completion of the tenement sale
agreement. Hannans Ltd also holds all of the
non-gold rights on the FGP tenements
including but not limited to nickel, lithium
and other metals.
• The acquisition includes in the following
granted tenements:
• E77/2207; E77/2219; E77/2239;
P77/4290; P77/4291; E77/2220
• A mining lease (M 77/1310) has now
been granted over P77/4290, 4291, and
portions of E77/2239 and 2220 which
covers the FGP Project.
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.
•
No impediments are known.
Exploration done
by other parties		 Acknowledgment and appraisal of
exploration by other parties.
• All historical exploration (before 2016) was
carried out by the previous owners of the
tenements (Aztec Mining, Forrestania Gold NL,
Viceroy Australia, Sons of Gwalia Ltd).
Geology Deposit type, geological setting and style
of mineralisation.
• The deposit is an Archaean-aged shear-zone
hosted gold deposit.
• Geological interpretation indicates that the
general stratigraphy consists of metasediments,
BIFs and cherts to the east of the tenement,
overlying an older sequence of metamorphosed
komatiitic and high-magnesian basalts to the
west. Black shales/pelites occur as small
interbedded units throughout the stratigraphy,
which dips gently to the east (10-35°) and
strikes N-S, bending in a NNW direction in the
far north of the tenement.
• An Archaean-aged quartz dolerite unit
(informally the ‘Wattle Rocks Dolerite’) is
emplaced along a contact between high-MgO
basalt to the west and low-MgO ultramafic to
the east, in the western part of the tenement
and is the host rock for the Lady Ada and Lady
Magdalenegold mineralisation. Strongly

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magnetic Proterozoic dolerite dykes cross-cut
the stratigraphy in an east-west direction,
splaying to the ENE, following fault directions
interpreted from the aeromagnetics. A
number of narrow shear zones lie subparallel
to the shallow-dipping metasediment-mafic
contact within the host stratigraphy and are
important sites and conduits for the observed
mineralisation. The Sapphire shear zone strikes
approximately WSW-ENE, dipping to the SE at
about 25°, and appears to crosscut all
lithologies. This shear zone and associated
shears host the bulk of the higher-grade gold
mineralisation at Wattle Rocks. Similar flat-
dipping shears are known to crosscut the Lady
Magdalene area. Approximately 8-12 metres
of transported sands and a gold depleted
weathering profile of saprolitic clays overly the
Lady Ada and Lady Magdalene mineralisation.
• Structurally, the Wattle Rocks area is quite
complex and is positioned near the intersection
of several major breakages and flexures in the
regional stratigraphy in this part of the
Forrestania Greenstone belt. Numerous shear
zones are evident throughout the area,
particularly at changes of rock stratigraphy
where there are rheological differences.
Narrow, stacked, flat-dipping shear zones are
evident within the quartz dolerite unit and may
have resulted from thrusting of the younger
sedimentary sequence over the mafic package
from east to west. A similar model is predicted
for Van Uden (10km northwards) where
mineralised quartz veins appear to ‘stack’
through a host ferruginous metasediment.
Drill hole A summary of all information material to
Information the understanding of the exploration
results including a tabulation of the
following information for all Material drill
holes:
easting and northing of the drill hole
collar
• This information is provided in Appendix 1.
elevation or RL (Reduced Level – elevation
above sea level in metres) of the drill hole
collar
dip and azimuth of the hole
down hole length and interception depth
hole length.

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Data aggregation
methods		 In reporting Exploration Results,
weighting averaging techniques,
maximum and/or minimum grade
truncations (e.g. cutting of high grades)
and cut-off grades are usually Material
and should be stated.
• High grades were not cut in the reporting
of weighted averages during exploration
but were cut (as required) for the mineral
resource estimation phase (see Section 3
in table below).
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 such aggregations should be
shown in detail.
The assumptions used for any reporting of
metal equivalent values should be clearly
stated.
Relationship
between
mineralisation
widths and
intercept lengths		 If the geometry of the mineralisation with
respect to the drill hole angle is known, its
nature should be reported.
• In almost all cases, the drill holes are
perpendicular to the gold mineralisation. The
true width is not expected to deviate much from
intersection width.
Diagrams Appropriate maps and sections (with
scales) and tabulations of intercepts
should be included for any significant
discovery being reported These should
include, but not be limited to a plan view
of drill hole collar locations and
appropriate sectional views.
• Appropriately scaled images have been provided
in the Report.
Balanced
reporting		 Where comprehensive reporting of all
Exploration Results is not practicable,
representative reporting of both low and
high grades and/or widths should be
practiced to avoid misleading reporting of
Exploration Results.
• A table of Drill Intercepts above 0.5g/t Au from
Classic’s Drilling at Lady Magdalene and Lady
Ada is included in Appendix II.
Other substantive
exploration data		 Other exploration data, if meaningful and
material, should be reported including
(but not limited to): geological
observations; geophysical survey results;
geochemical survey results; bulk samples
– size and method of treatment;
metallurgical test results; bulk density,
groundwater, geotechnical and rock
characteristics; potential deleterious or
contaminating substances.
• Prior to commencing mining of the Lady Ada
deposit in 2002-03, Ammtec Ltd completed a
metallurgical test work programme of the gold
mineralisation. This test work involved testing of
four composite samples representing oxide,
fresh, and two separate transitional composites.
•
The drill database did not detail any density
measurements completed throughout the
drilling programs. Density values assigned to
the mineral resource were taken from historical
values assigned to previously reported
resources via defined event surfaces modelled

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for the topography (TOPO), base of alluvials
(BOA), base of complete oxidation (BOCO) and
the top of fresh rock (TOFR), as logged
geologically.
Further work The nature and scale of planned further
work (e.g. tests for lateral extensions or
depth extensions or large-scale step-out
drilling).
• Proposed RC and diamond drilling is planned
to follow up the results of the updated mineral
resource estimation for Lady Magdalene and
Lady Ada.
Diagrams clearly highlighting the areas of
possible extensions, including the main
geological interpretations and future
drilling areas, provided this information is
not commercially sensitive.

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Section 3 Estimation and Reporting of Mineral Resources

(Criteria listed in section 1, and where relevant in section 2, also apply to this section.)

Criteria JORC Code explanation
Commentary
Database
integrity		 Measures taken to ensure that
data has not been corrupted by,
for example, transcription or
keying errors, between its initial
collection and its use for Mineral
Resource estimation purposes.
•
The drill hole database was reviewed against
published hard copy reports and available drilling
sections in order to confirm consistency between
reported assays.
Data validation procedures
used.
•
All drill holes within the database were plotted into
the Surpac mine design software and reviewed in
three-dimensional space. The Access database
created containing the sample data was imported
into Surpac and plotted. This process performs an
internal check of the data and lists any areas where
there are overlapping samples, inconsistent sample
intervals, or negative intervals. This process did not
identify any issues which may have a material effect
on the result.
•
Assays were plotted and reviewed on each hole
together with the lithology logged for each interval.
A selection of assay results reported in the database
used for estimation were reviewed against the
original hard copy reported results for the
laboratory. In some instances, minor discrepancies
were observed which were thought to be related to
the averaging of repeat and secondary analysis. The
magnitude of these discrepancies was not
considered to be significant enough to have a
material impact on the final resource figures.
Site visits Comment on any site visits
undertaken by the Competent
Person and the outcome of
those visits.
•
The competent person has visited the project area
but not during active exploration. There is little
outcrop, the historic pit is not easily accessible and
historic collars are not easily observed.
If no site visits have been
undertaken indicate why this is
the case.
•
Given the historic nature of the project and lack of
outcrop it was considered that a site visit would
not materially change the treatment of the project.
Geological
interpretation		 Confidence in (or conversely, the
uncertainty of) the geological
interpretation of the mineral
deposit.
•
While the drilling completed as a basis of the
reported mineral resources is generally wide
spaced, the geological interpretation is considered
to provide sufficient confidence in line with the
mineral resource classification assigned.
Nature of the data used and of
any assumptions made.
•
No assumptions have been made.

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The effect, if any, of alternative
interpretations on Mineral
Resource estimation.
•
Interpretation has been developed with
consideration of the local and regional geological
and structural setting as currently understood.
Based on the limited amount of diamond drilling
across this prospect it is possible that alternative
orientations may exist. Alternate orientations are
currently not able to be supported by available
information.
The use of geology in guiding
and controlling Mineral
Resource estimation.
•
The local and regional geological and structural
setting was incorporated into the mineral resource
estimate.
The factors affecting continuity
both of grade and geology.
•
It is likely that structural features such as faults and
shears exist which provide a secondary control on
mineralisation. The lack of diamond drilling and
detailed structural assessment may result in these
features not being identified, which may result in
restrictions or extensions to the observed
mineralisation.
Dimensions The extent and variability of the
Mineral Resource expressed as
length (along strike or
otherwise), plan width, and
depth below surface to the
upper and lower limits of the
Mineral Resource.
•
Lady Magdalene - A total of 17 individual
lenses/domains reflecting gold mineralisation
above a nominal cut-off of 0.5g/t Au were
generated. These lenses dip between 25-35
degrees to the east and strike approximately north-
south. Lenses vary in width from two to five
metres, infrequently to 10 metres. Strike lengths
vary by lens but average approximately 300m.
Mineralisation extends to depths between 60 and
160 metres below surface.
•
Lady Ada - A total of 8 individual lenses/domains
reflecting gold mineralisation above a nominal cut-
off of 0.5g/t Au were generated. These lenses dip
between 10-25° to the east and strike
approximately north-south. One domain was
horizontal.Lenses vary in width from two to five
metres, infrequently to 10 metres. Strike lengths
vary by lens but average approximately 300m.
Mineralisation extends to depths between 40 and
140 metres below surface.

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Estimation and • Grade estimation was completed using Ordinary
modelling Kriging (OK). Surpac software was used to generate
techniques The nature and appropriateness
of the estimation technique(s)
applied and key assumptions,		 • the resource block model and to estimate the gold
grades.
Drill hole sample data was flagged within the
database with the corresponding mineralisation
including treatment of extreme lens appropriate to each prospect. Sample data
grade values, domaining, was composited to 1m intervals within each of the
interpolation parameters and flagged domains and investigated for the
maximum distance of application of top-cuts.
extrapolation from data points. • Variography was completed using the composite
If a computer assisted data for each domain where possible. Those
estimation method was chosen domains for which an acceptable variogram model
include a description of was not achievable were assigned the variogram
computer software and model of a geologically similar domain. Grade was
parameters used. estimated into each of the mineralisation objects,
each flagged as a unique domain within the block
model to allow appropriate constraint of the
composite data and estimation.
The availability of check
estimates, previous estimates
and/or mine production records • Review of the historically reported resources
and whether the Mineral indicates that total resources and gold grades are
Resource estimate takes comparable to previous resources.
appropriate account of such
data.
The assumptions made
regarding recovery of by-
products.		 • No assumptions have been made regarding the
recovery of by-products.
Estimation of deleterious
elements or other non-grade
variables of economic
significance (e.g. sulphur for
acid mine drainage		 • Estimates of potentially deleterious elements have
not been completed, primarily as a result of
inconsistent sample suites.
characterisation).

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In the case of block model
interpolation, the block size in
relation to the average sample
spacing and the search
employed.
•
Parent block sizes were generally assigned with
consideration of the average drill spacing. Sub-
blocking was employed to varying levels to allow
accurate resolution of the mineralisation solids
within the block model. Grades were estimated
into parent blocks only, with sub-blocks being
assigned the value of their corresponding parent.
Discretisation was set to 3X x 3Y x 3Z for all
domains and elements.
•
Search distances for estimation were set at
approximately 75%-85% of the maximum
continuity of the variogram model.
•
Individual searches radius varies greatly from
domain and prospect depending on individual
parameters. Lady Ada Pass 1 search varies from
15m to 160m, Pass 2 varies from 22.5 to 320m, and
Pass 3 from 90 to 400m across domains. Lady
Magdalene Pass 1-2 search is 130m, 260m and
390m respectively.
Any assumptions behind
modelling of selective mining
units.
•
Selection of the block size was based on available
drilling data and is therefore significantly larger
than any anticipated SMU.
Any assumptions about
correlation between variables.
•
N/A
Description of how the
geological interpretation was
used to control the resource
estimates.
•
The geological interpretation was used to guide the
generation of mineralised domains. Domains are
used as hard boundaries to constrain sample data
and blocks for estimation.
Discussion of basis for using or
not using grade cutting or
capping.
•
The selection of the top-cut was completed using
both disintegration point of the composited data
and a geostatistical review of the full data set (per
domain) of its overall percentile range. These
percentile values were then reviewed against the
relative disintegration point of the composites and
a best-fit value applied for the top-cut gold grade
for each domain.

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• Validation of the block model involved graphical
review of the assay data against the block grades.
Overall this showed that generally the block grades
reflected the assay grades, although with a
smoother distribution.
• A second validation step involved the generation of
swath plots comparing average composite assays
against the respective block grades by northing for
the main mineralised domains. This allows areas of
The process of validation, the
checking process used, the
comparison of model data to
drill hole data, and use of
reconciliation data if available.		 • significant deviations between composite and block
grades to be investigated and modifications made
to the estimate if required. Review of these plots
showed that overall the blocks estimated reflected
the composites within that area.
Instances where composite grades varied
significantly from block grades were investigated
and generally found to be associated with localised
high-grade intercepts in areas with few
composites. Also important was investigation of
the respective tonnages being estimated, with
good correlation between composites and blocks
more important in those zones reflecting large
tonnages i.e. the majority of the tonnes generate
good correlations between composites and blocks.
Moisture Whether the tonnages are
estimated on a dry basis or with
natural moisture, and the • All tonnages are estimated on a dry basis.
method of determination of the
moisture content.
Cut-off
parameters		 The basis of the adopted cut-off
grade(s) or quality parameters
applied.		 • A nominal cut-off grade of 0.5g/t Au was applied to
the interpretation. The reporting of mineral
resources was also completed at a 0.5g/t Au cut-off
grade.

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Mining factors Assumptions made regarding
or possible mining methods,
assumptions minimum mining dimensions
and internal (or, if applicable,
external) mining dilution. It is
always necessary as part of the
process of determining
reasonable prospects for • Given the shallow nature of mineralisation and
eventual economic extraction to relatively low grades any potential mining is likely
consider potential mining to be completed using standard open pit mining
methods, but the assumptions techniques. No assumptions on mining
made regarding mining methods methodology have been made.
and parameters when
estimating Mineral Resources
may not always be rigorous.
Where this is the case, this
should be reported with an
explanation of the basis of the
mining assumptions made.
Metallurgical The basis for assumptions or
factors or predictions regarding
assumptions metallurgical amenability. It is
always necessary as part of the
process of determining
reasonable prospects for
eventual economic extraction to • Metallurgical testwork was completed on
consider potential metallurgical composites of the Lady Ada gold mineralisation
methods, but the assumptions prior to mining. It is expected that the observed
regarding metallurgical metallurgical performance is applicable to the
treatment processes and other prospects, including Lady Magdalene, which
parameters made when has similar geology and styles of gold
reporting Mineral Resources mineralisation.
may not always be rigorous.
Where this is the case, this
should be reported with an
explanation of the basis of the
metallurgical assumptions
made.

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Environmental
factors or
assumptions		 Assumptions made regarding
possible waste and process
residue disposal options. It is
always necessary as part of the
process of determining
reasonable prospects for
eventual economic extraction to
consider the potential
environmental impacts of the
mining and processing
operation. While at this stage
the determination of potential
environmental impacts,
particularly for a greenfields
project, may not always be well
advanced, the status of early
consideration of these potential
environmental impacts should
be reported. Where these
aspects have not been
considered this should be
reported with an explanation of
the environmental assumptions
made.
•
An existing waste landform is present at Lady Ada.
The mining tenure is considered sufficient to allow
the placement and management of any anticipated
environmental requirements applicable to the
operations.
Bulk density Whether assumed or
determined. If assumed, the
basis for the assumptions. If
determined, the method used,
whether wet or dry, the
frequency of the measurements,
the nature, size and
representativeness of the
samples.
•
Assignment of bulk density values to the block
model were assumed based on historically
reported densities. Bulk densities are assigned
based on weathering state of the host rock and
mineralised intervals.
The bulk density for bulk
material must have been
measured by methods that
adequately account for void
spaces (vugs, porosity, etc),
moisture and differences
between rock and alteration
zones within the deposit.
•
Bulk density determinations have not been
completed and instead use assigned values. Drilling
has not identified the presence of any voids nor
significant differences between lithologies and
alteration zones.
Discuss assumptions for bulk
density estimates used in the
evaluation process of the
different materials.
•
Application of bulk density values was based on a
series of surfaces representing topography,
transported alluvials, saprolite, saprock and top of
fresh rock surfaces.

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Classification The basis for the classification of
the Mineral Resources into
varying confidence categories.
•
Classification of the mineral resource considered
the interpretation confidence, drilling density and
integrity, demonstrated continuity, estimation
statistics, estimation pass and block model
validation review results.
Whether appropriate account
has been taken of all relevant
factors (i.e. relative confidence
in tonnage/grade estimations,
reliability of input data,
confidence in continuity of
geology and metal values,
quality, quantity and
distribution of the data).
•
While the input data has been observed to be
inconsistent in some instances, these
inconsistencies are not considered to materially
affect the final reported resources; with the
mineral resource classification applied reflecting
this level of uncertainty. The validation of the block
model showed good correlation between input
data and block grades.
Whether the result
appropriately reflects the
Competent Person’s view of the
deposit.
•
The assignment of the mineral resource
classifications reflects the Competent Person’s
view of the deposits.
Audits or
reviews		 The results of any audits or
reviews of Mineral Resource
estimates.
•
No audits or review have been completed for the
mineral resource estimate.
Discussion of
relative
accuracy/
confidence		 Where appropriate a statement
of the relative accuracy and
confidence level in the Mineral
Resource estimate using an
approach or procedure deemed
appropriate by the Competent
Person. For example, the
application of statistical or
geostatistical procedures to
quantify the relative accuracy of
the resource within stated
confidence limits, or, if such an
approach is not deemed
appropriate, a qualitative
discussion of the factors that
could affect the relative
accuracy and confidence of the
estimate.
•
The relative accuracy of the mineral resource
estimate is reflected in the reporting of the mineral
resource as per the guidelines of the 2012 JORC
Code.

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The statement should specify
whether it relates to global or
local estimates, and, if local,
state the relevant tonnages,
which should be relevant to
technical and economic		 • The statement relates to the global estimates of
tonnes and grades.
evaluation. Documentation
should include assumptions
made and the procedures used.
• Review of the reported production from the nearby
Lady Ada open pit against the reported resource
These statements of relative within the pit showed a good correlation with the
accuracy and confidence of the tonnes, while the reported grade was
estimate should be compared approximately 30% lower. This likely reflects the
with production data, where presence of spotty, nuggetty-style gold in cross-
available. cutting shears within the mineralised envelopes
not able to be represented in the resource
estimate.

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Appendix 1 – Drill Collar List

Hole ID Local N Local E MGA N MGA E RL Depth Drill Date Drill Type
BHRC001 19330.03 9869.74 414.68 60 2002-03 RC (GC)
BHRC002 19310.01 9870.15 414.57 65 2002-03 RC (GC)
BHRC003 19323.05 9849.7 414.69 54 2002-03 RC (GC)
BHRC004 19305.83 9850.03 414.58 60 2002-03 RC (GC)
BHRC005 19329.98 9828.93 414.53 48 2002-03 RC (GC)
BHRC006 19318.37 9825.75 414.51 50 2002-03 RC (GC)
BHRC007 19305.22 9824.46 414.47 54 2002-03 RC (GC)
BHRC008 19295.02 9830.03 414.47 65 2002-03 RC (GC)
BHRC009 19313.26 9809.86 414.39 50 2002-03 RC (GC)
BHRC010 19295.97 9810.13 414.38 57 2002-03 RC (GC)
BHRC011 19316.86 9789.76 414.18 48 2002-03 RC (GC)
BHRC012 19302.95 9790.01 414.15 50 2002-03 RC (GC)
BHRC013 19285.97 9790.07 414.27 59 2002-03 RC (GC)
BHRC014 19317.58 9775 414.05 40 2002-03 RC (GC)
BHRC015 19303.99 9775.2 414.14 45 2002-03 RC (GC)
BHRC080 19266.29 9710.38 6429445.8 751017 395.37 15 2002-03 RC (GC)
BHRC081 19272.01 9709.84 6429451.52 751016.42 395.35 15 2002-03 RC (GC)
BHRC082 19295.78 9717.89 6429475.35 751024.31 394.96 21 2002-03 RC (GC)
BHRC083 19283.74 9717.63 6429463.3 751024.14 395.28 21 2002-03 RC (GC)
BHRC084 19277.39 9717.87 6429456.96 751024.42 395.42 21 2002-03 RC (GC)
BHRC085 19271.63 9718.25 6429451.19 751024.83 395.37 21 2002-03 RC (GC)
BHRC086 19265.84 9718.63 6429445.41 751025.25 395.34 21 2002-03 RC (GC)
BHRC087 19253.82 9718.16 6429433.38 751024.86 395.25 21 2002-03 RC (GC)
BHRC089 19254.38 9725.35 6429433.99 751032.05 395.08 24 2002-03 RC (GC)
BHRC090 19266.04 9725.92 6429445.65 751032.54 395.13 24 2002-03 RC (GC)
BHRC091 19271.86 9726.13 6429451.47 751032.72 395.32 24 2002-03 RC (GC)
BHRC092 19289.88 9725.76 6429469.5 751032.22 395.42 24 2002-03 RC (GC)
BHRC093 19295.88 9726.16 6429475.51 751032.58 395.19 24 2002-03 RC (GC)
BHRC094 19302.17 9725.97 6429481.79 751032.35 395.11 20 2002-03 RC (GC)
BHRC095 19301.64 9734.03 6429481.32 751040.42 395.55 20 2002-03 RC (GC)
BHRC096 19296.3 9733.81 6429475.98 751040.23 395.58 24 2002-03 RC (GC)
BHRC097 19289.82 9734.22 6429469.5 751040.68 395.58 24 2002-03 RC (GC)
BHRC098 19283.62 9734.24 6429463.3 751040.75 395.42 24 2002-03 RC (GC)
BHRC099 19277.6 9734.03 6429457.27 751040.58 395.3 24 2002-03 RC (GC)
BHRC100 19265.84 9734.39 6429445.51 751041.02 395.17 26 2002-03 RC (GC)

==> picture [595 x 64] intentionally omitted <==

C LASSIC MINERALS LIMITED 71 Furniss Rd, Landsdale Western Australia 6065 ASX: CLZ | ABN 77 119 484 016 [email protected]

==> picture [32 x 842] intentionally omitted <==

BHRC101 19260.29 9734.14 6429439.96 751040.8 395.22 26 2002-03 RC (GC)
BHRC102 19254.01 9733.8 6429433.67 751040.5 395.12 26 2002-03 RC (GC)
BHRC103 19241.95 9741.91 6429421.67 751048.7 395.06 24 2002-03 RC (GC)
BHRC104 19248.13 9741.78 6429427.85 751048.53 395.06 30 2002-03 RC (GC)
BHRC105 19254.2 9741.81 6429433.92 751048.52 395.11 30 2002-03 RC (GC)
BHRC106 19259.99 9742.08 6429439.71 751048.75 395.19 30 2002-03 RC (GC)
BHRC107 19265.87 9741.96 6429445.59 751048.59 395.13 30 2002-03 RC (GC)
BHRC108 19271.96 9742.19 6429451.69 751048.78 395.16 30 2002-03 RC (GC)
BHRC109 19283.77 9742.47 6429463.5 751048.98 395.24 24 2002-03 RC (GC)
BHRC110 19289.85 9742.63 6429469.58 751049.1 395.12 24 2002-03 RC (GC)
BHRC111 19296.03 9741.99 6429475.76 751048.42 395.54 24 2002-03 RC (GC)
BHRC112 19295.92 9750.01 6429475.7 751056.44 395.13 24 2002-03 RC (GC)
BHRC113 19284.29 9750.1 6429464.07 751056.61 395.01 24 2002-03 RC (GC)
BHRC114 19253.93 9750.03 6429433.7 751056.74 395.11 32 2002-03 RC (GC)
BHRC115 19242.51 9750.13 6429422.28 751056.92 395.25 18 2002-03 RC (GC)
BHRC116 19235.94 9757.98 6429415.76 751064.81 395.03 18 2002-03 RC (GC)
BHRC117 19241.96 9758.2 6429421.78 751065 395.01 18 2002-03 RC (GC)
BHRC118 19247.79 9757.99 6429427.61 751064.75 394.84 18 2002-03 RC (GC)
BHRC119 19253.95 9757.99 6429433.77 751064.71 394.92 36 2002-03 RC (GC)
BHRC120 19265.62 9758.98 6429445.45 751065.62 394.89 30 2002-03 RC (GC)
BHRC121 19272.05 9757.81 6429451.88 751064.4 394.89 30 2002-03 RC (GC)
BHRC122 19284.11 9757.86 6429463.95 751064.37 394.93 30 2002-03 RC (GC)
BHRC123 19289.27 9758.55 6429469.11 751065.03 394.97 30 2002-03 RC (GC)
BHRC124 19295.42 9758.79 6429475.26 751065.22 394.97 30 2002-03 RC (GC)
BHRC125 19301.52 9758.6 6429481.36 751064.99 394.99 24 2002-03 RC (GC)
BHRC126 19308 9758.02 6429487.84 751064.37 395.1 24 2002-03 RC (GC)
BHRC129 19320.18 9766.04 6429500.08 751072.31 395.12 18 2002-03 RC (GC)
BHRC130 19314.34 9766.26 6429494.24 751072.57 394.96 24 2002-03 RC (GC)
BHRC131 19302.04 9766 6429481.94 751072.4 394.9 24 2002-03 RC (GC)
BHRC132 19289.96 9765.88 6429469.85 751072.36 395.06 30 2002-03 RC (GC)
BHRC133 19283.87 9765.8 6429463.75 751072.32 395 30 2002-03 RC (GC)
BHRC134 19278.07 9766 6429457.96 751072.55 394.88 30 2002-03 RC (GC)
BHRC135 19266.15 9765.86 6429446.03 751072.5 394.67 36 2002-03 RC (GC)
BHRC136 19259.72 9765.91 6429439.59 751072.58 394.76 36 2002-03 RC (GC)
BHRC137 19253.91 9765.89 6429433.79 751072.61 394.78 36 2002-03 RC (GC)
BHRC138 19247.99 9765.8 6429427.87 751072.56 394.79 24 2002-03 RC (GC)
BHRC139 19241.86 9765.94 6429421.74 751072.73 394.87 24 2002-03 RC (GC)
BHRC140 19266 9773.99 6429445.94 751080.63 394.61 18 2002-03 RC (GC)

==> picture [595 x 64] intentionally omitted <==

C LASSIC MINERALS LIMITED 71 Furniss Rd, Landsdale Western Australia 6065 ASX: CLZ | ABN 77 119 484 016 [email protected]

==> picture [32 x 842] intentionally omitted <==

BHRC141 19272.02 9773.98 6429451.95 751080.58 394.69 18 2002-03 RC (GC)
BHRC142 19277.82 9774.04 6429457.76 751080.6 394.85 30 2002-03 RC (GC)
BHRC143 19290.14 9773.98 6429470.08 751080.45 395.09 36 2002-03 RC (GC)
BHRC144 19295.86 9774.17 6429475.81 751080.61 395 36 2002-03 RC (GC)
BHRC145 19307.94 9774.13 6429487.89 751080.49 395.08 24 2002-03 RC (GC)
BHRC146 19313.92 9773.78 6429493.87 751080.1 394.87 24 2002-03 RC (GC)
BHRC147 19331.85 9782.05 6429511.86 751088.25 395.08 18 2002-03 RC (GC)
BHRC148 19325.75 9782.15 6429505.76 751088.4 395.06 21 2002-03 RC (GC)
BHRC149 19319.93 9782.18 6429499.94 751088.46 395.07 21 2002-03 RC (GC)
BHRC150 19313.96 9781.83 6429493.96 751088.15 395.04 24 2002-03 RC (GC)
BHRC151 19301.94 9782.07 6429481.94 751088.47 394.99 30 2002-03 RC (GC)
BHRC152 19295.99 9782.06 6429475.98 751088.5 395.03 36 2002-03 RC (GC)
BHRC153 19289.89 9782.16 6429469.89 751088.64 394.97 36 2002-03 RC (GC)
BHRC154 19284.12 9781.68 6429464.12 751088.2 394.97 36 2002-03 RC (GC)
BHRC155 19277.77 9781.89 6429457.77 751088.46 394.89 36 2002-03 RC (GC)
BHRC156 19266.06 9781.63 6429446.05 751088.28 394.63 18 2002-03 RC (GC)
BHRC157 19290.01 9789.88 6429470.06 751096.36 394.89 36 2002-03 RC (GC)
BHRC158 19319.99 9789.7 6429500.04 751095.99 394.99 24 2002-03 RC (GC)
BHRC159 19331.79 9789.91 6429511.85 751096.11 394.96 18 2002-03 RC (GC)
BHRC160 19343.91 9798.17 6429524.03 751104.29 394.9 24 2002-03 RC (GC)
BHRC161 19337.57 9797.66 6429517.69 751103.83 394.73 21 2002-03 RC (GC)
BHRC162 19326.35 9797.58 6429506.47 751103.83 394.89 24 2002-03 RC (GC)
BHRC163 19320.01 9797.9 6429500.12 751104.19 395.11 30 2002-03 RC (GC)
BHRC164 19313.94 9797.92 6429494.05 751104.25 395.02 30 2002-03 RC (GC)
BHRC165 19307.9 9797.84 6429488.01 751104.21 395.09 30 2002-03 RC (GC)
BHRC166 19302 9797.94 6429482.1 751104.35 395.04 36 2002-03 RC (GC)
BHRC167 19296.08 9797.9 6429476.18 751104.35 394.97 36 2002-03 RC (GC)
BHRC168 19283.89 9797.78 6429463.99 751104.31 394.99 40 2002-03 RC (GC)
BHRC169 19278.76 9798.04 6429458.86 751104.6 394.95 40 2002-03 RC (GC)
BHRC170 19277.93 9806.3 6429458.08 751112.86 394.91 42 2002-03 RC (GC)
BHRC171 19284.21 9805.8 6429464.37 751112.32 394.95 40 2002-03 RC (GC)
BHRC172 19290.31 9806.01 6429470.47 751112.5 395.05 40 2002-03 RC (GC)
BHRC173 19301.86 9805.97 6429482.02 751112.38 394.93 38 2002-03 RC (GC)
BHRC174 19307.79 9806.06 6429487.96 751112.43 394.89 30 2002-03 RC (GC)
BHRC175 19320.06 9804.87 6429500.22 751111.15 395.04 24 2002-03 RC (GC)
BHRC176 19325.82 9805.88 6429505.99 751112.13 395.17 24 2002-03 RC (GC)
BHRC177 19331.84 9805.75 6429512.01 751111.96 395.17 18 2002-03 RC (GC)
BHRC178 19343.9 9805.8 6429524.07 751111.93 395.19 18 2002-03 RC (GC)

==> picture [595 x 64] intentionally omitted <==

==> picture [32 x 842] intentionally omitted <==

C LASSIC MINERALS LIMITED 71 Furniss Rd, Landsdale Western Australia 6065 ASX: CLZ | ABN 77 119 484 016 [email protected]

BHRC179 19343.78 9814.3 6429524.01 751120.43 394.92 21 2002-03 RC (GC)
BHRC180 19338.2 9814.04 6429518.43 751120.21 394.84 24 2002-03 RC (GC)
BHRC181 19302.02 9814.07 6429482.24 751120.48 395.02 36 2002-03 RC (GC)
BHRC182 19290.01 9814.07 6429470.22 751120.56 394.94 30 2002-03 RC (GC)
BHRC183 19284.14 9814.01 6429464.35 751120.54 394.58 42 2002-03 RC (GC)
BHRC184 19278.03 9822.29 6429458.29 751128.87 394.51 46 2002-03 RC (GC)
BHRC185 19283.99 9821.9 6429464.25 751128.43 394.72 46 2002-03 RC (GC)
BHRC186 19289.98 9821.83 6429470.25 751128.32 394.62 46 2002-03 RC (GC)
BHRC187 19295.99 9821.98 6429476.25 751128.44 394.78 40 2002-03 RC (GC)
BHRC188 19314 9821.94 6429494.27 751128.27 394.96 30 2002-03 RC (GC)
BHRC189 19319.83 9821.97 6429500.1 751128.27 394.93 30 2002-03 RC (GC)
BHRC190 19332.02 9821.9 6429512.3 751128.11 394.95 24 2002-03 RC (GC)
BHRC192 19338.07 9830.17 6429518.4 751136.34 389.89 25 2002-03 RC (GC)
BHRC193 19307.99 9830.08 6429488.31 751136.45 389.97 31 2002-03 RC (GC)
BHRC194 19302.02 9829.95 6429482.34 751136.37 389.77 31 2002-03 RC (GC)
BHRC195 19283.95 9830.02 6429464.27 751136.56 389.95 41 2002-03 RC (GC)
BHRC196 19271.94 9838.23 6429452.3 751144.85 389.97 31 2002-03 RC (GC)
BHRC197 19278.04 9838.09 6429458.41 751144.66 389.78 31 2002-03 RC (GC)
BHRC198 19284.22 9838.09 6429464.59 751144.63 389.79 31 2002-03 RC (GC)
BHRC199 19290.13 9838.03 6429470.5 751144.53 389.91 39 2002-03 RC (GC)
BHRC200 19295.91 9837.69 6429476.28 751144.15 389.91 35 2002-03 RC (GC)
BHRC201 19301.97 9838.01 6429482.35 751144.43 389.91 35 2002-03 RC (GC)
BHRC202 19307.97 9838.05 6429488.35 751144.43 389.87 31 2002-03 RC (GC)
BHRC203 19320.1 9837.88 6429500.48 751144.17 389.75 25 2002-03 RC (GC)
BHRC204 19325.92 9837.49 6429506.3 751143.75 389.85 25 2002-03 RC (GC)
BHRC205 19331.82 9846.09 6429512.26 751152.31 389.68 25 2002-03 RC (GC)
BHRC206 19313.99 9846.02 6429494.42 751152.36 389.79 31 2002-03 RC (GC)
BHRC207 19301.93 9845.83 6429482.36 751152.25 389.88 35 2002-03 RC (GC)
BHRC208 19290.21 9846.45 6429470.64 751152.95 389.98 41 2002-03 RC (GC)
BHRC209 19289.81 9853.97 6429470.29 751160.47 389.9 41 2002-03 RC (GC)
BHRC210 19296.27 9853.98 6429476.76 751160.44 389.73 37 2002-03 RC (GC)
BHRC211 19301.84 9853.94 6429482.32 751160.36 389.78 35 2002-03 RC (GC)
BHRC212 19313.81 9853.4 6429494.29 751159.74 389.77 31 2002-03 RC (GC)
BHRC213 19319.36 9855.19 6429499.85 751161.49 389.72 31 2002-03 RC (GC)
BHRC214 19332.11 9854.1 6429512.6 751160.32 389.72 31 2002-03 RC (GC)
BHRC215 19337.92 9854.04 6429518.42 751160.22 389.55 31 2002-03 RC (GC)
BHRC216 19331.78 9862.12 6429512.33 751168.35 389.76 31 2002-03 RC (GC)
BHRC217 19319.76 9862.11 6429500.3 751168.42 389.78 31 2002-03 RC (GC)

==> picture [595 x 64] intentionally omitted <==

C LASSIC MINERALS LIMITED 71 Furniss Rd, Landsdale Western Australia 6065 ASX: CLZ | ABN 77 119 484 016 [email protected]

==> picture [32 x 842] intentionally omitted <==

BHRC218 19313.96 9861.92 6429494.5 751168.27 389.74 35 2002-03 RC (GC)
BHRC219 19307.91 9861.88 6429488.45 751168.26 389.74 37 2002-03 RC (GC)
BHRC220 19302.04 9861.99 6429482.57 751168.42 389.9 41 2002-03 RC (GC)
BHRC221 19296.04 9862.03 6429476.57 751168.49 389.76 41 2002-03 RC (GC)
BHRC222 19284.08 9870.06 6429464.66 751176.61 389.82 19 2002-03 RC (GC)
BHRC223 19289.87 9869.71 6429470.45 751176.22 389.89 19 2002-03 RC (GC)
BHRC224 19314.09 9870.07 6429494.69 751176.42 389.87 37 2002-03 RC (GC)
BHRC225 19325.78 9869.96 6429506.37 751176.22 389.73 35 2002-03 RC (GC)
BHRC226 19325.91 9878 6429506.56 751184.27 389.98 37 2002-03 RC (GC)
BHRC227 19319.76 9877.98 6429500.41 751184.29 390.01 37 2002-03 RC (GC)
BHRC228 19308.11 9878.08 6429488.76 751184.46 390.06 41 2002-03 RC (GC)
BHRC229 19302 9878.26 6429482.65 751184.69 389.9 41 2002-03 RC (GC)
BHRC230 19296.15 9877.74 6429476.79 751184.21 389.88 16 2002-03 RC (GC)
BHRC231 19290.11 9878.05 6429470.75 751184.55 389.92 16 2002-03 RC (GC)
BHRC232 19278.53 9878.57 6429459.17 751185.15 390.12 16 2002-03 RC (GC)
FWRD001 19275.15 9864.11 6429455.54 751170.6 414.89 107 14-May-
99		 DD
FWRD002 19225.18 9957.57 6429406.15 751264.96 414.9 135.8 16-May-
99		 DD
FWRD003 19199.97 10001.66 6429381.44 751309.15 415.24 162.9 17-May-
99		 RC/DD
FWRD004 19160.08 10003.31 6429341.43 751310.41 415.25 67 9-Jun-99 RC
FWRD005 19160.14 9960.93 6429341.14 751267.4 415.49 60 10-Jun-99 RC
FWRD006 19160 9918.26 6429340.86 751224.39 415.52 60 10-Jun-99 RC/DD
FWRD007 20000 9703.7 6430328 751148.1 414 56 30-Aug-99 RC/DD
FWRD008 20000 9846.3 6430329 751290.8 415.7 63.9 31-Aug-99 RC/DD
FWRD009 20100 9753.6 6430429 751197.4 413.2 60.3 3-Sep-99 RC/DD
FWRD010 20163.5 9761.3 6430492 751204.6 413.1 58.9 5-Sep-99 RC/DD
FWRD011 20211 9822.2 6430540 751265.2 413 90.3 6-Sep-99 DD
FWRD012 20400 9773.5 6430729 751215.2 412.2 70 14-Sep-99 RC/DD
FWRP001 20501.78 9841.8 6430682.55 751140.18 413.02 87 4-Nov-98 RC
FWRP002 20403.95 9787.76 6430584.32 751086.78 412.08 85 5-Nov-98 RC
FWRP003 20403.61 9853.34 6430584.42 751152.39 412.25 111 5-Nov-98 RC
FWRP004 20299.63 9803.19 6430480.07 751102.92 413.14 81 6-Nov-98 RC
FWRP005 20099.31 9743.6 6430279.29 751044.65 413.49 84 6-Nov-98 RC
FWRP007 19499.81 9849.91 6429680.33 751155.01 415.4 81 7-Nov-98 RC
FWRP009 19501.1 10024.81 6429682.79 751329.95 416.6 120 7-Nov-98 RC
FWRP010 20403.39 9900.3 6430584.51 751199.36 413.62 150 8-Nov-98 RC
FWRP011 20301.68 9900.34 6430482.78 751200.07 413.27 120 9-Nov-98 RC
FWRP012 20245.73 9849.35 6430426.46 751149.45 413.22 100 10-Nov-98 RC

==> picture [595 x 64] intentionally omitted <==

==> picture [32 x 842] intentionally omitted <==

C LASSIC MINERALS LIMITED 71 Furniss Rd, Landsdale Western Australia 6065 ASX: CLZ | ABN 77 119 484 016 [email protected]

FWRP013 20243.33 9900.45 6430424.41 751200.58 413.28 130 10-Nov-98 RC
FWRP014 20203.11 9900.59 6430384.18 751200.99 413.38 120 12-Nov-98 RC
FWRP015 20152.45 9901.9 6430333.5 751202.64 413.63 130 12-Nov-98 RC
FWRP016 20098.83 9813.19 6430279.28 751114.26 413.6 100 12-Nov-98 RC
FWRP017 20100.33 9873.12 6430281.18 751174.2 413.65 132 12-Nov-98 RC
FWRP018 20100 9925 6430281.19 751226.09 415 140 14-Nov-98 RC
FWRP019 20045.82 9847.41 6430226.48 751148.85 414.05 130 14-Nov-98 RC
FWRP020 20002.74 9839.47 6430183.34 751141.19 415.85 111 16-Nov-98 RC
FWRP021 20003.2 9882.42 6430184.08 751184.15 416.05 140 17-Nov-98 RC
FWRP022 19999.54 9953.44 6430180.89 751255.22 416.51 120 17-Nov-98 RC
FWRP023 20002.42 10049.49 6430184.42 751351.28 415.88 130 17-Nov-98 RC
FWRP024 19947.38 9848.2 6430128.02 751150.3 416.16 130 18-Nov-98 RC
FWRP027 19899.67 9838.09 6430080.23 751140.5 414.48 100 20-Nov-98 RC
FWRP028 19902.94 9955.53 6430084.28 751257.96 415.32 110 20-Nov-98 RC
FWRP029 19902.04 10001.97 6430083.69 751304.42 415.63 130 21-Nov-98 RC
FWRP030 19700 9950 6429881.24 751253.78 415 90 22-Nov-98 RC
FWRP032 19602.69 10055.42 6429784.61 751359.89 417.4 130 24-Nov-98 RC
FWRP034 19401.53 9926.58 6429582.53 751232.36 415.62 100 25-Nov-98 RC
FWRP035 19401.37 9976.73 6429582.71 751282.52 415.74 115 26-Nov-98 RC
FWRP038 19352.54 9975.35 6429533.85 751281.47 415.54 130 27-Nov-98 RC
FWRP039 19302.43 9974.38 6429483.72 751280.83 415.36 130 27-Nov-98 RC
FWRP041 19198.29 9781.74 6429378.26 751088.84 414.41 107 28-Nov-98 RC
FWRP042 19199.63 9852.75 6429380.08 751159.86 414.92 100 30-Nov-98 RC
FWRP043 19200.23 9893.18 6429381.12 751199.68 414.84 120 1-Dec-98 RC
FWRP044 19250.53 9949.58 6429431.1 751256.8 415.18 147 2-Dec-98 RC
FWRP045 19800 10050 6429981.94 751353.14 415 120 3-Dec-98 RC
FWRP047 20241.63 9777.2 6430421.88 751077.31 413.06 63 5-Dec-98 RC
FWRP048 20401.2 9756.95 6430581.36 751055.98 412.26 75 6-Dec-98 RC
FWRP051 20048.8 10050.14 6430230.82 751351.62 415.63 130 6-Dec-98 RC
FWRP052 20053.66 9722.36 6430233.49 751023.7 413.49 60 6-Dec-98 RC
FWRP053 19958.67 10048.29 6430140.65 751350.37 415.98 135 7-Dec-98 RC
FWRP054 19197.57 9887.55 6429380.69 751197.11 414.9 120 10-Apr-99 RC
FWRP055 19199.34 9928.77 6429380.96 751237.12 414.98 135 12-Apr-99 RC
FWRP056 19298.97 9968.75 6429480.25 751275.47 415.31 120 13-Apr-99 RC
FWRP057 19301.76 10009.29 6429483.52 751315.46 415.42 130 14-Apr-99 RC
FWRP058 19248.21 9940.09 6429431.04 751246.79 415.15 135 15-Apr-99 RC
FWRP059 19250.84 9979.75 6429431.31 751286.8 415.24 147 16-Apr-99 RC
FWRP060 19326.56 9948.2 6429507.11 751253.79 415.25 117 17-Apr-99 RC

==> picture [595 x 64] intentionally omitted <==

==> picture [32 x 842] intentionally omitted <==

C LASSIC MINERALS LIMITED 71 Furniss Rd, Landsdale Western Australia 6065 ASX: CLZ | ABN 77 119 484 016 [email protected]

FWRP061 19326.05 9906.65 6429505.82 751210.28 415.06 99 18-Apr-99 RC
FWRP062 20200 9797.5 6430380.45 751110.39 413.25 80 19-Apr-99 RC
FWRP063 20200 9737.5 6430380.05 751050.37 413 50 19-Apr-99 RC
FWRP064 19173.98 9774.23 6429354.91 751082.24 414.35 60 12-Jul-99 RC
FWRP065 19175.5 9798.99 6429355.07 751106.25 414.43 60 13-Jul-99 RC
FWRP066 19224.7 9749.82 6429404.76 751056.9 414.57 55 13-Jul-99 RC
FWRP069 19275.83 9710.83 6429454.51 751017.56 414.33 40 14-Jul-99 RC
FWRP070 19224.99 9773.43 6429402.92 751081.92 414.37 65 15-Jul-99 RC
FWRP071 19250.5 9774.37 6429429.94 751082.74 414.55 60 15-Jul-99 RC
FWRP072 19224.65 9799.14 6429403.09 751105.93 414.42 70 15-Jul-99 RC
FWRP073 19238 9810.57 6429417.6 751106.83 414.43 75 16-Jul-99 RC
FWRP074 19224.58 9829.31 6429403.79 751136.94 414.55 85 16-Jul-99 RC
FWRP075 19263.62 9829.93 6429403.79 751136.94 414.55 85 17-Jul-99 RC
FWRP076 19227.39 9868.79 6429407.56 751175.92 414.71 100 17-Jul-99 RC
FWRP077 19262.34 9869.37 6429443.07 751176.69 415.05 85 17-Jul-99 RC
FWRP078 19311.13 9850.98 6429491.95 751156.35 414.77 60 18-Jul-99 RC
FWRP079 19325.62 9885.4 6429505.69 751191.27 415.03 70 19-Jul-99 RC
FWRP080 19349.59 9885.75 6429530.7 751191.11 415.06 70 19-Jul-99 RC
FWRP081 19375.03 9886.07 6429555.71 751190.94 415.28 70 19-Jul-99 RC
FWRP082 19378.79 9871.02 6429557.11 751175.92 415.27 60 20-Jul-99 RC
FWRP083 19410.75 9809.31 6429590.22 751115.68 414.93 50 20-Jul-99 RC
FWRP084 19387.23 9826.16 6429567.81 751130.84 414.96 50 20-Jul-99 RC
FWRP085 19374.15 9810.18 6429555.2 751115.92 414.76 50 20-Jul-99 RC
FWRP086 19362.12 9825.88 6429542.8 751131 414.96 60 21-Jul-99 RC
FWRP087 19389.06 9790.01 6429567.57 751095.83 414.65 50 21-Jul-99 RC
FWRP088 19379.26 9774.02 6429554.97 751080.91 414.51 50 21-Jul-99 RC
FWRP090 19363.4 9796.11 6429542.6 751100.99 414.59 50 22-Jul-99 RC
FWRP091 19350.56 9810.87 6429530.2 751116.08 414.7 60 23-Jul-99 RC
FWRP092 19362.39 9849 6429542.97 751156.01 415.09 55 23-Jul-99 RC
FWRP093 19326.35 9762.5 6429504.87 751068.74 414.14 60 23-Jul-99 RC
FWRR002 19100 10080 6429281.93 751387.84 415 49 5-Nov-98 RAB
FWRR003 19100 10055 6429281.76 751362.83 415 43 5-Nov-98 RAB
FWRR004 19100 10033 6429281.62 751340.82 415 50 5-Nov-98 RAB
FWRR005 19100 10008 6429281.45 751315.82 415 39 5-Nov-98 RAB
FWRR369 20297.96 9759.32 6430478.11 751059.04 412.97 35 22-Nov-98 RAB
FWRR370 19996.11 9646.59 6430175.41 750948.3 415.09 57 22-Nov-98 RAB
FWRR384 19199.81 10029.17 6429381.43 751336.33 415.3 64 23-Nov-98 RAB
FWRR385 19200.15 9997.29 6429381.56 751304.43 415.15 48 23-Nov-98 RAB

==> picture [595 x 64] intentionally omitted <==

==> picture [32 x 842] intentionally omitted <==

C LASSIC MINERALS LIMITED 71 Furniss Rd, Landsdale Western Australia 6065 ASX: CLZ | ABN 77 119 484 016 [email protected]

MADD001 20210.89 9823.95 6430540 751265 413 75.5 3-Jun-17 DD
MADD002 19180.17 9948.79 6429510 751397 415 130.6 4-Jun-17 DD
MADD003 20150.99 9810.54 6430480 751252 413 92.4 18-Feb-18 DD
MADD004 19999.43 10039.46 6430330 751482 415.44 215.3 26-Feb-18 DD
MARC001 19153 9974.6 6429483 751423 415 165 5-Jun-17 RC
MARC002 19140.17 9950.51 6429470 751399 415 165 5-Jun-17 RC
MARC003 19168.27 9935.71 6429498 751384 415 150 7-Jun-17 RC
MARC004 19183.1 9959.81 6429513 751408 415 150 8-Jun-17 RC
MARC005 20000.48 10032.47 6430331 751475 415 225 14-Jun-17 RC
MARC006 19900.7 10001.78 6430231 751445 415 210 18-Jun-17 RC
MARC007 19950.04 9952.13 6430280 751395 415 185 19-Jun-17 RC
MARC008 20049.92 9966.82 6430380 751409 415 185 16-Jun-17 RC
MARC009 20100.74 9992.17 6430431 751434 415 175 17-Jun-17 RC
MARC010 20050.16 10076.8 6430381 751519 415.9 225 15-Jun-17 RC
MARC011 20150.01 9952.51 6430480 751394 413.8 150 17-Jun-17 RC
MARC012 19949.86 10122.1 6430281 751565 415 155 10-Jun-17 RC
MARC013 19850.67 10152.41 6430182 751596 415 300 9-Jun-17 RC
MARC014 19999.99 10102.45 6430331 751545 416.3 250 11-Jun-17 RC
MARC015 19173.54 9896.75 6429503 751345 415 165 13-Jun-17 RC
MARC019 19169.91 9986.71 6429500 751435 415 156 29-Jul-17 RC
MARC020 19170.5 9901.73 6429500 751350 415 138 31-Jul-17 RC
MARC021 19170.85 9851.74 6429500 751300 415 144 1-Aug-17 RC
MARC022 19145.58 9891.56 6429475 751340 415 168 2-Aug-17 RC
MARC023 19145.2 9946.55 6429475 751395 415 174 3-Aug-17 RC
MARC024 19194.94 9981.89 6429525 751430 415 150 4-Aug-17 RC
MARC025 19195.52 9898.91 6429525 751347 415 138 5-Aug-17 RC
MARC026 19220.26 9936.07 6429550 751384 415 168 6-Aug-17 RC
MARC027 19120.51 9901.38 6429450 751350 415 156 7-Aug-17 RC
MARC028 19120.17 9951.38 6429450 751400 415 174 8-Aug-17 RC
MARC029 19119.82 10001.37 6429450 751450 415 180 9-Aug-17 RC
MARC030 19095.34 9926.21 6429425 751375 415 156 10-Aug-17 RC
MARC031 19095 9976.2 6429425 751425 415 186 11-Aug-17 RC
MARC032 19094.65 10026.19 6429425 751475 415 210 11-Aug-17 RC
MARC034 19069.83 10001.02 6429400 751450 415 204 16-Aug-17 RC
MARC035 19069.48 10051.01 6429400 751500 415 222 17-Aug-17 RC
MARC036 19550.08 9954.35 6429880 751400 415 150 21-Aug-17 RC
MARC038 19499.75 10004 6429830 751450 415 204 25-Aug-17 RC
MARC039 19019.15 10100.65 6429350 751550 415 184 30-Aug-17 RC

==> picture [595 x 64] intentionally omitted <==

==> picture [32 x 842] intentionally omitted <==

C LASSIC MINERALS LIMITED 71 Furniss Rd, Landsdale Western Australia 6065 ASX: CLZ | ABN 77 119 484 016 [email protected]

MARC047 19750.04 9955.74 6430080 751400 415 210 27-Sep-17 RC
MARC048 19749.35 10055.72 6430080 751500 415 282 29-Sep-17 RC
MARC049 19748.66 10155.7 6430080 751600 415 324 2-Oct-17 RC
MARC050 19747.96 10255.68 6430080 751700 417 366 7-Oct-17 RC
MARC051 19800.38 9906.1 6430130 751350 415 192 9-Oct-17 RC
MARC052 19799.69 10006.08 6430130 751450 415 234 12-Oct-17 RC
MARC053 19798.99 10106.06 6430130 751550 415 270 15-Oct-17 RC
MARC054 20253.99 9808.26 6430583 751249 413 90 23-Jun-18 RC
MARC055 20214.99 9809.98 6430544 751251 413 100 24-Jun-18 RC
MARC056 20170.02 9806.67 6430499 751248 413 90 24-Jun-18 RC
MARC057 20132.03 9805.41 6430461 751247 413 100 25-Jun-18 RC
MARC058 20091.03 9806.13 6430420 751248 413 110 26-Jun-18 RC
MARC059 20072.37 9758 6430401 751200 413.5 90 26-Jun-18 RC
MARC060 20032.37 9757.73 6430361 751200 415.1 90 27-Jun-18 RC
MARC061 19990.38 9757.44 6430319 751200 415.4 90 27-Jun-18 RC
MARC062 19950.39 9757.16 6430279 751200 413 100 28-Jun-18 RC
MARC063 19911.39 9757.89 6430240 751201 413 78 28-Jun-18 RC
MARC064 20246.17 9782.2 6430575 751223 413 90 4-Sep-18 RC
MARC065 20216.19 9781 6430545 751222 413 90 5-Sep-18 RC
MARC066 20171.21 9778.69 6430500 751220 413 90 5-Sep-18 RC
MARC067 20134.25 9773.43 6430463 751215 413 90 6-Sep-18 RC
MARC068 20091.23 9777.13 6430420 751219 413 94 7-Sep-18 RC
MARC072 19551.9 9836.38 6429881 751282 415 90 4-Nov-19 RC
MARC073 19501.9 9837.04 6429831 751283 415 90 5-Nov-19 RC
MARC074 19453.91 9836.71 6429783 751283 415 90 5-Nov-19 RC
MARC076 19151.81 10001.59 6429482 751450 415 100 10-Oct-21 RC
MARC077 19151.91 9987.59 6429482 751436 415 90 10-Oct-21 RC
MARC079 19250.13 9953.28 6429580 751401 415 154 12-Oct-21 RC
MARC080 19247.97 9977.26 6429578 751425 415 150 12-Oct-21 RC
MARC081 20405 9803.3 6430734 751243 415 102 13-Oct-21 RC
MARC082 20302.05 9799.59 6430631 751240 415 78 13-Oct-21 RC
MARC083 20247.88 9825.21 6430577 751266 415 96 13-Oct-21 RC
MARC084 20202.88 9825.9 6430532 751267 415 96 14-Oct-21 RC
MARC085 20150.89 9824.54 6430480 751266 415 96 14-Oct-21 RC
MARC086 20101.72 9850.19 6430431 751292 415 126 14-Oct-21 RC
MARC087 20043.73 9850.79 6430373 751293 415 106 15-Oct-21 RC
MARC087 19151.17 9949.59 6429481 751398 415 150 11-Oct-21 RC
MARC088 20053.42 9750.87 6430382 751193 415 75 15-Oct-21 RC

==> picture [595 x 64] intentionally omitted <==

C LASSIC MINERALS LIMITED 71 Furniss Rd, Landsdale Western Australia 6065 ASX: CLZ | ABN 77 119 484 016 [email protected]

==> picture [32 x 842] intentionally omitted <==

VWRD001 19300 9739.94 414.14 59.7 18-Oct-00 RC/DD
VWRD002 19277.5 9770 414.34 60 21-Oct-00 RC/DD
VWRD003 19324.36 9790.15 414.37 65.5 23-Oct-00 RC/DD
VWRD004 19296.41 9810.16 414.49 54.9 26-Oct-00 RC/DD
VWRD005 19300.53 9830.03 414.52 56.5 27-Oct-00 RC/DD
VWRD006 19216.02 9763.33 414.38 79.85 30-Oct-00 DD
VWRD007 19223.66 9886.86 414.87 79.95 2-Nov-00 DD
VWRD009 19363.14 9917.12 415.35 83.75 10-Nov-00 DD
VWRP001 19314.95 9840.56 414.87 64 30-Aug-00 RC
VWRP002 19284.92 9879.74 414.83 80 30-Aug-00 RC
VWRP003 19330.26 9799.88 414.55 60 5-Oct-00 RC
VWRP004 19339.92 9820.09 414.79 60 6-Oct-00 RC
VWRP005 19327.33 9859.62 414.89 60 6-Oct-00 RC
VWRP008 19312.57 9879.67 414.98 70 7-Oct-00 RC
VWRP009 19309.68 9818.87 414.61 60 7-Oct-00 RC
VWRP010 19289.91 9800.42 414.48 60 8-Oct-00 RC
VWRP011 19264.74 9800.18 414.59 75 8-Oct-00 RC
VWRP012 19275.14 9830.35 414.68 75 8-Oct-00 RC
VWRP013 19250.01 9829.65 414.59 75 9-Oct-00 RC
VWRP014 19274.79 9890.03 414.83 95 9-Oct-00 RC
VWRP016 19259.83 9718.22 414.1 50 10-Oct-00 RC
VWRP017 19290.06 9720.51 414.07 50 10-Oct-00 RC
VWRP018 19238.82 9740.05 414.39 60 11-Oct-00 RC
VWRP019 19259.38 9760.02 414.36 60 11-Oct-00 RC
VWRP020 19279.84 9759.95 414.53 60 11-Oct-00 RC
VWRP021 19274.38 9780.33 414.34 60 11-Oct-00 RC
VWRP022 19309.5 9780.04 414.41 60 12-Oct-00 RC
VWRP023 19275.54 9930.05 415.08 100 12-Oct-00 RC
VWRP024 19249.93 9919.69 415.09 110 12-Oct-00 RC
VWRP025 19238.18 9889.25 414.55 100 13-Oct-00 RC
VWRP026 19259.93 9860.42 414.87 90 13-Oct-00 RC
VWRP027 19284.85 9858.99 414.91 75 14-Oct-00 RC
VWRP028 19334.64 9841.08 414.9 60 14-Oct-00 RC
VWRP030 19219.78 9740.92 414.33 55 15-Oct-00 RC
VWRP031 19270.47 9909.8 414.97 90 15-Oct-00 RC
VWRP032 19263.81 9899.85 414.93 95 16-Oct-00 RC
VWRP033 19236.77 9909.68 415.03 110 17-Oct-00 RC
VWRP034 19236.68 9930.56 415.19 110 17-Oct-00 RC

==> picture [595 x 64] intentionally omitted <==

==> picture [32 x 842] intentionally omitted <==

C LASSIC MINERALS LIMITED 71 Furniss Rd, Landsdale Western Australia 6065 ASX: CLZ | ABN 77 119 484 016 [email protected]

VWRP035 19225.1 9900 414.96 104 18-Oct-00 RC
VWRP036 19211.71 9910.08 415.04 110 19-Oct-00 RC
VWRP037 19212.89 9860.09 414.77 95 20-Oct-00 RC
VWRP038 19225.49 9849.43 414.77 90 21-Oct-00 RC
VWRP053 19550 9840 415 70 28-Oct-00 RC
VWRP058 19120 9900 6429300.77 751207.69 415 150 12-Oct-00 RC
VWRP059 19120 9940 6429301.04 751247.7 415 165 12-Nov-00 RC
VWRP060 19120 9980 6429301.31 751287.72 415 180 12-Dec-00 RC
wr016 19300.27 9788.23 6429480.04 751095.41 414.3 33 18-Dec-88 RAB
wr017 19300 9773 6429479.93 751079.41 415 43 18-Dec-88 RAB
wr019 19300 9738 6429479.7 751044.4 415 39 18-Dec-88 RAB
wr121 19300 9762 6429479.86 751068.4 415 41 16-Mar-89 RAB
wr258 19200 9786 6429379.99 751093.08 415 38 16-Jul-89 RAB
wr361 20500 9750 6430680.14 751048.36 415 47 24-Sep-89 RAB
wr372 19307 9735 6429486.68 751041.35 415 44 14-Oct-89 RAB
wr373 19284 9735 6429463.67 751041.5 415 47 14-Oct-89 RAB
wr380 19308 9810 6429488.18 751116.36 415 43 15-Oct-89 RAB
wr382 19349 9810 6429529.2 751116.09 415 46 15-Oct-89 RAB
WRD001 19300.2 9925.59 6429481.31 751231.36 415.12 146.8 21-Feb-90 DD
WRD002 20000.6 10000.5 6430182.27 751302.28 415.4 207 5-Apr-93 DD
WRD003 20200 9950 6430381.39 751250.43 413.47 160 8-Apr-93 DD
WRD004 20197 10048 6430379.05 751348.48 414.51 212.8 10-Apr-93 DD
WRD005 20004.27 9915.8 6430185.38 751217.54 416.33 163 7-Apr-93 DD
WRP002 19301.02 9750.27 6429479.77 751055.4 414.19 81 18-May-
89		 RC
WRP003 19300.26 9770.15 6429479.92 751077.41 414.2 96 19-May-
89		 RC
WRP004 19300.49 9890.15 6429480.7 751194.44 414.94 81 19-May-
89		 RC
WRP005 19700 9854 6429880.6 751157.75 415 81 20-May-
89		 RC
WRP012 19300.06 9831.27 6429480.34 751140.43 414.62 99 2-Aug-89 RC
WRP013 19200.29 9803.66 6429380.12 751112.09 414.36 81 17-Aug-89 RC
WRP016 19200.29 9829.36 6429380.29 751137.09 414.85 85 1-Sep-89 RC
WRP017 19299.97 9799.8 6429480.13 751108.42 414.35 81 2-Sep-89 RC
WRP018 19313.5 9737.9 6429491.68 751041.32 414.32 102 6-Dec-89 RC
WRP019 19284.7 9810.33 6429465.18 751116.52 414.49 99 7-Dec-89 RC
WRP021 20497.8 9791.24 6430678.23 751089.64 413.15 89 9-Dec-89 RC
WRP022 20299.63 9836.1 6430480.29 751135.83 413.13 72 10-Dec-89 RC
WRP023 20098.22 9789.88 6430278.51 751090.95 413.38 71 10-Dec-89 RC
WRP025 19257.8 9811.09 6429437.98 751117.79 414.52 79 13-Dec-89 RC

==> picture [595 x 64] intentionally omitted <==

==> picture [32 x 842] intentionally omitted <==

C LASSIC MINERALS LIMITED 71 Furniss Rd, Landsdale Western Australia 6065 ASX: CLZ | ABN 77 119 484 016 [email protected]

WRP026 19300.58 9863.39 6429480.52 751167.43 414.8 78 17-Jan-90 RC
WRP027 19249.59 9749.36 6429429.77 751056.73 413.77 50 17-Jan-90 RC
WRP028 19250 9800 6429430.1
6429430.43
6429430.77
6429530.13
6429530.46
6429530.84
6430280.19
6430479.91
6429504.99		 751106.75
751156.76
751206.78
751106.08
751156.1
751204.79
751115.91
751160.45
751130.39		 414.31 70 17-Jan-90 RC
WRP029 19250.08 9849.43 414.47 82 19-Jan-90 RC
WRP030 19250.05 9899.01 414.95 82 19-Jan-90 RC
WRP032 19350.09 9799.24 414.6 72 20-Jan-90 RC
WRP033 19350.63 9849.16 415.04 72 21-Jan-90 RC
WRP034 19350.04 9898.68 415.17 82 22-Jan-90 RC
WRP035 20099.73 9814.84 413.48 76 23-Jan-90 RC
WRP036 20299.08 9860.71 413.02 76 25-Jan-90 RC
WRP037 19324.7 9824.13 414.72 64 18-Feb-90 RC
WRP038 19248.81 9723.45 6429429.6 751031.73 414.14 52 18-Feb-90 RC
WRP039 20499.29 9815.22 6430679.87 751113.61 412.92 81 19-Feb-90 RC
WRP040 20402.66 9814.3 6430583.21 751113.33 412.91 81 20-Feb-90 RC
WRP041 20199.56 9813.52 6430380.04 751113.92 413.19 75 20-Feb-90 RC
WRP043 19401.95 9824.37 6429580.31 751130.75 415.16 57 21-Feb-90 RC
WRP044 20200.13 9788.71 6430380.45 751089.1 413.17 58 20-Mar-90 RC
WRP045 19999.98 9799.16 6430180.3 751100.89 413.95 93 24-Mar-90 RC
WRP047 20148.43 9797.35 6430328.78 751098.08 413.23 75 25-Mar-90 RC
WRP048 20243.43 9801.15 6430423.84 751101.25 413.11 70 25-Mar-90 RC
WRP052 20052.65 9749.83 6430232.66 751051.19 413.63 57 10-Jun-90 RC
WRP053 20000.12 9747.39 6430180.1 751049.1 415.41 67 11-Jun-90 RC
WRP054 19999.31 9699.46 6430178.97 751001.16 413.59 50 11-Jun-90 RC
WRP055 19996.43 9649.38 6430175.75 750951.09 413.48 52 12-Jun-90 RC
WRP056 20199.24 9749.79 6430379.3 751050.17 412.92 46 12-Jun-90 RC
WRP057 20149.52 9770.86 6430329.7 751071.58 413.14 62 26-Jun-90 RC
WRP059 20148.56 9851.11 6430329.28 751151.86 413.45 99 10-Sep-90 RC
WRP060 20198.8 9863.66 6430379.61 751164.08 413.25 96 11-Sep-90 RC
WRP061 20050.23 9798.84 6430230.57 751100.23 413.67 85 12-Sep-90 RC
WRP062 19899.64 9925.17 6430080.78 751227.61 415 96 12-Sep-90 RC
WRP064 19800 9920 6429981.07 751223.1 415 81 17-Sep-90 RC
WRP065 19700 9910 6429880.97 751213.77 415 75 18-Sep-90 RC
WRP073 19223.33 9735.05 6429404.66 751041.9 414.46 75 5-Jul-91 RC
WRP074 19270.39 9735 6429449.67 751041.6 414.14 50 6-Jul-91 RC
WRP075 19304.09 9810.41 6429483.18 751116.4 414.74 55 6-Jul-91 RC
WRP076 19259.37 9773.51 6429439.94 751081.68 414.23 69 7-Jul-91 RC
WRP077 19255.27 9849.04 6429435.44 751156.73 414.85 65 8-Jul-91 RC
WRP078 19301.01 9850.4 6429480.45 751156.43 414.77 69 8-Jul-91 RC

==> picture [595 x 64] intentionally omitted <==

C LASSIC MINERALS LIMITED 71 Furniss Rd, Landsdale Western Australia 6065 ASX: CLZ | ABN 77 119 484 016 [email protected]

==> picture [32 x 842] intentionally omitted <==

WRP083 19259.56 9748.78 6429439.77 751056.67 414.28 60 15-May-
92		 RC
WRP084 19275.66 9723.99 6429455.27 751030.55 414.11 55 15-May-
92		 RC
WRP085 19257.65 9772.97 6429437.93 751081.69 414.31 60 15-May-
92		 RC
WRP086 19280.54 9788.84 6429460.04 751096.55 414.52 60 16-May-
92		 RC
WRP087 19324.43 9793.17 6429505.08 751099.25 414.44 60 16-May-
92		 RC
WRP088 19325.21 9773.55 6429504.96 751081.24 414.41 60 17-May-
92		 RC
WRP089 19339.62 9808.92 6429520.19 751116.15 414.76 60 17-May-
92		 RC
WRP090 19314.72 9828.88 6429495.03 751135.21 414.73 60 17-May-
92		 RC
WRP091 19335.45 9833.38 6429515.8 751139.57 414.85 60 17-May-
92		 RC
WRP092 19280.15 9749.99 6429459.77 751056.53 414.34 60 14-May-
92		 RC
WRP100 19270.24 9850 6429450.44 751156.63 414.61 65 1-Jan-00 RC
WRP101 19295.3 9849.89 6429475.45 751156.46 414.71 60 1-Jan-00 RC
WRP102 19289.86 9830.15 6429470.31 751136.49 414.9 65 1-Jan-00 RC
WRP103 19344.93 9829.91 6429525.26 751136.04 414.9 60 1-Jan-00 RC
WRP104 19270.09 9809.82 6429450.17 751116.62 414.6 65 1-Jan-00 RC
WRP105 19330.73 9810.08 6429511.19 751116.21 414.66 50 1-Jan-00 RC
WRP106 19340.01 9790.15 6429520.06 751096.14 414.27 60 1-Jan-00 RC
WRP107 19310.26 9789.84 6429490.05 751096.35 414.38 60 1-Jan-00 RC
WRP108 19280.71 9729.96 6429460.36 751036.49 414.11 55 1-Jan-00 RC
WRP109 19257.78 9729.59 6429437.63 751036.68 414.15 55 1-Jan-00 RC
WRP110 19235.37 9749.73 6429414.76 751056.84 414.12 60 1-Jan-00 RC
WRP111 19270.17 9749.94 6429449.77 751056.6 414.32 60 1-Jan-00 RC
WRP113 19272.78 9769.99 6429452.69 751076.58 414.32 60 1-Jan-00 RC
WRP114 19295.17 9770.04 6429474.91 751076.44 414.36 60 1-Jan-00 RC
WRP115 19900.32 9874.52 6430081.12 751176.94 414.66 70 7-Mar-97 RC
WRP116 19900.81 9898.79 6430081.77 751201.21 414.91 80 7-Mar-97 RC
WRP117 19949.75 9753.42 6430129.75 751055.47 415.69 70 8-Mar-97 RC
WRP118 19949.22 9799.77 6430129.53 751101.84 415.93 90 8-Mar-97 RC
WRP119 19999.43 9677.33 6430178.93 750979.02 415.23 50 9-Mar-97 RC
WRP120 19999.6 9726.21 6430179.43 751027.92 415.24 65 9-Mar-97 RC
WRP121 20000.83 9778.76 6430181.02 751080.47 415.45 80 9-Mar-97 RC
WRP122 20050.07 9778.46 6430230.27 751079.85 415.33 75 9-Mar-97 RC
WRP123 20100.03 9765.78 6430280.16 751066.83 413.2 60 10-Mar-97 RC
WRP124 20100.21 9840.23 6430280.84 751141.3 415.18 80 10-Mar-97 RC
WRP125 20148.26 9821.43 6430328.77 751122.18 413.36 85 11-Mar-97 RC

==> picture [595 x 64] intentionally omitted <==

==> picture [32 x 842] intentionally omitted <==

C LASSIC MINERALS LIMITED 71 Furniss Rd, Landsdale Western Australia 6065 ASX: CLZ | ABN 77 119 484 016 [email protected]

WRP126 20198.66 9768.6 6430378.84 751068.99 413 50 11-Mar-97 RC
WRP127 20199.27 9849.73 6430380 751150.14 413.07 85 11-Mar-97 RC
WRP128 19260.43 9711.09 6429439.95 751017.75 414.08 60 11-Mar-97 RC
WRP129 19284.74 9709.65 6429464.25 751016.14 414.07 60 11-Mar-97 RC
WRP132 19289.03 9750.04 6429468.82 751056.51 414.26 60 12-Mar-97 RC
WRP133 19310.12 9770.38 6429490.04 751076.4 414.56 60 12-Mar-97 RC
WRP134 19265.15 9790.2 6429444.83 751096.83 414.6 60 13-Mar-97 RC
WRP135 19294.71 9790.67 6429474.76 751097.12 414.39 60 13-Mar-97 RC
WRP136 19355.17 9829.86 6429535.51 751135.92 414.93 60 14-Mar-97 RC
WRP137 19390.6 9809.69 6429570.92 751115.26 415.07 60 14-Mar-97 RC
WRP138 19339.6 9850.17 6429520.07 751156.34 415.13 60 14-Mar-97 RC
WRP139 19319.84 9869.79 6429500.5 751176 415.22 60 14-Mar-97 RC
WRP140 19279.62 9869.48 6429460.19 751176.05 415.02 100 15-Mar-97 RC
WRP142 19600.51 9902.54 6429781.41 751206.97 415.8 70 4-Jul-97 RC
WRP148 19401.05 9871.79 6429581.69 751177.56 415.53 70 5-Jul-97 RC
WRP149 19399.95 9772.5 6429579.91 751078.24 414.81 70 6-Jul-97 RC
WRP150 19380.07 9829.11 6429560.41 751135 415.11 70 6-Jul-97 RC
WRP151 19379.68 9848.03 6429560.14 751153.93 415.32 70 6-Jul-97 RC
WRP152 19359.99 9869.68 6429540.59 751175.72 415.43 70 7-Jul-97 RC
WRP153 19340.18 9868.67 6429520.78 751174.84 414.99 70 7-Jul-97 RC
WRP154 19240.22 9868.34 6429420.78 751175.18 414.85 90 8-Jul-97 RC
WRP155 19240.04 9826.28 6429420.32 751133.11 414.64 80 8-Jul-97 RC
WRP156 19238.26 9787.15 6429418.28 751093.98 414.41 75 9-Jul-97 RC

Appendix II - A table of Drill Intercepts above 0.5g/t Au from Classic’s Drilling at Lady Magdalene and Lady Ada

Hole ID Interval(m) Au(g/t) From
(m)		 To(m)
MARC023 4 37.30 116 120
MARC079 5 27.76 101 106
MARC024 2 15.51 117 119
MARC080 2 14.28 110 112
MARC006 2 12.46 87 89
MARC026 5 10.40 67 72
MARC015 2 9.77 109 111
MARC007 2 8.59 48 50
MARC078 2 7.75 118 120
MARC076 7 5.40 44 51
MARC009 7 4.95 138 145
MARC040 6 4.89 201 207

==> picture [595 x 64] intentionally omitted <==

CLASSIC MINERALS LIMITED
71 Furniss Rd, Landsdale
Western Australia 6065
ASX: CLZ
[email protected]
MARC007 4 4.66 76 80
MARC005 15 4.32 181 196
MARC049 2 3.61 240 242
MARC087 4 3.37 53 57
MARC010 4 3.25 110 114
MARC046 2 3.25 254 256
MARC041 2 3.24 144 146
MARC001 22 3.20 36 58
MARC014 2 3.20 141 143
MARC054 4 3.17 59 63
MARC040 2 3.12 141 143
MARC047 2 3.03 126 128
MARC052 3 3.01 154 157
MARC052 2 2.78 127 129
MARC067 21 2.52 34 55
MARC009 2 2.52 75 77
MARC020 2 2.34 82 84
MARC024 6 2.22 40 46
MARC019 14 2.16 58 72
MARC013 2 2.12 226 228
MARC008 12 2.08 139 151
MARC056 4 2.05 20 24
MARC069 3 2.01 78 81
MARC053 2 1.99 95 97
MARC060 6 1.96 56 62
MARC087 6 1.94 93 99
MARC006 3 1.87 50 53
MARC055 5 1.85 62 67
MARC069 2 1.85 27 29
MARC083 2 1.84 61 63
MARC082 14 1.83 37 51
MARC024 2 1.83 68 70
MARC059 18 1.75 38 56
MARC023 3 1.74 56 59
MARC077 6 1.74 37 43
MARC026 4 1.74 47 51
MARC043 2 1.68 125 127
MARC052 17 1.68 40 57
MARC076 4 1.60 84 88
MARC088 8 1.58 44 52
MARC035 3 1.57 45 48
MARC030 5 1.53 43 48
CLASSIC MINERALS LIMITED
71 Furniss Rd, Landsdale
Western Australia 6065
ASX: CLZ
[email protected]
MARC019 2 1.48 36 38
MARC058 22 1.47 54 76
MARC061 11 1.45 64 75
MARC080 6 1.44 94 100
MARC078 2 1.43 40 42
MARC077 2 1.42 50 52
MARC084 43 1.41 24 67
MARC009 2 1.40 68 70
MARC065 17 1.36 38 55
MARC049 7 1.35 109 116
MARC083 4 1.34 20 24
MARC066 8 1.34 76 84
MARC047 3 1.32 104 107
MARC028 2 1.32 65 67
MARC013 6 1.31 140 146
MARC003 22 1.31 54 76
MARC066 27 1.30 32 59
MARC085 40 1.30 36 76
MARC020 5 1.30 37 42
MARC040 4 1.30 253 257
MARC083 11 1.29 30 41
MARC002 11 1.25 64 75
MARC028 2 1.24 59 61
MARC046 3 1.23 156 159
MARC011 5 1.22 117 122
MARC024 2 1.20 54 56
MARC075 15 1.19 76 91
MARC008 6 1.18 81 87
MARC058 4 1.16 36 40
MARC056 28 1.14 42 70
MARC073 2 1.12 64 66
MARC078 3 1.11 57 60
MARC012 9 1.09 115 124
MARC010 5 1.08 186 191
MARC062 15 1.08 77 92
MARC081 28 1.06 41 69
MARC026 2 1.06 104 106
MARC057 36 1.06 36 72
MARC005 2 1.04 92 94
MARC026 3 1.02 94 97
MARC068 18 0.99 41 59
MARC052 2 0.99 84 86
CLASSIC MINERALS LIMITED
71 Furniss Rd, Landsdale
Western Australia 6065
ASX: CLZ
[email protected]
MARC042 3 0.98 97 100
MARC080 2 0.98 49 51
MARC031 5 0.98 44 49
MARC051 3 0.96 40 43
MARC042 2 0.96 121 123
MARC075 5 0.95 60 65
MARC057 2 0.94 75 77
MARC054 12 0.94 34 46
MARC083 3 0.93 47 50
MARC080 3 0.89 85 88
MARC067 2 0.89 27 29
MARC079 4 0.89 81 85
MARC022 8 0.89 35 43
MARC041 2 0.89 31 33
MARC025 3 0.86 96 99
MARC007 2 0.85 132 134
MARC005 2 0.84 79 81
MARC086 34 0.83 69 103
MARC044 2 0.83 264 266
MARC006 2 0.82 104 106
MARC048 2 0.82 232 234
MARC081 6 0.81 77 83
MARC023 2 0.79 79 81
MARC036 4 0.79 85 89
MARC011 4 0.79 108 112
MARC014 2 0.78 212 214
MARC082 4 0.77 14 18
MARC044 3 0.76 177 180
MARC075 12 0.75 36 48
MARC055 12 0.74 39 51
MARC072 7 0.70 52 59
MARC054 2 0.70 18 20
MARC048 2 0.69 104 106
MARC026 3 0.68 54 57
MARC052 2 0.68 116 118
MARC055 2 0.68 71 73
MARC022 4 0.68 46 50
MARC029 5 0.67 41 46
MARC064 3 0.66 41 44
MARC001 3 0.65 68 71
MARC025 2 0.65 59 61
MARC079 2 0.65 118 120

==> picture [32 x 842] intentionally omitted <==

C LASSIC MINERALS LIMITED

71 Furniss Rd, Landsdale Western Australia 6065 ASX: CLZ | ABN 77 119 484 016 [email protected]

MARC075 4 0.64 16 20
MARC058 4 0.63 28 32
MARC060 2 0.61 43 45
MARC075 2 0.61 66 68
MARC058 2 0.61 46 48
MARC079 5 0.58 43 48
MARC065 2 0.54 32 34
MARC078 3 0.54 62 65
MARC049 2 0.53 103 105
MARC068 4 0.52 60 64

==> picture [595 x 64] intentionally omitted <==

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