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1.
18 January 2019
ACQUISITION OF PAYNES FIND GOLD AND BIRRINDUDU NICKEL PROJECTS
Binding conditional sale agreements executed to acquire the Paynes Find Gold project
in Western Australia. 112km2 of ground spread across a combination of exploration, prospecting and mining
licences plus split commodity agreements. 1,113km2 of exploration ground under application in the Northern Territory at the
Birrindudu Nickel project. Historic shallow aircore drilling returned peak assays of 0.627% Nickel, with
anomalous Copper and Platinum + Palladium. No follow up drilling has been undertaken.
Oakajee will commence the ASX relisting process, targeting relisting in Q2 2019.
Figure 1 - Project locations
Oakajee Corporation Limited ACN 123 084 453
Registered Office 39 Clifton Street NEDLANDS WA 6009
Telephone: +61 8 9389 6032 Facsimile: +61 8 9389 8226
2.
OAKAJEE CORPORATION LIMITED (ASX: OKJ) (Oakajee or the Company) advises that it has entered into binding conditional purchase agreements to acquire a combination of exploration, prospecting and mining licences and selected minerals rights across 112km2 of ground within the Paynes Find Greenstone Belt in Western Australia (Acquisition) (Paynes Find Project).
The Company has also lodged two exploration licence applications over 1,113km2 covering parts of the Birrindudu Basin in the Northern Territory that the Company believes has the potential to host magmatic nickel-copper-PGE sulphide mineralisation (Birrindudu Nickel Project).
The Company notes that: a) the completion of the Acquisition requires shareholder approval under the Listing Rules
and the Corporations Act and therefore may not proceed if the relevant approvals are not forthcoming;
b) the Company is required to re-comply with ASX’s requirements for admission and quotation and therefore the transaction may not proceed if those requirements are not met; and
c) ASX has an absolute discretion in deciding whether or not to re-admit the company to the official list and to quote its securities and therefore the transaction may not proceed if ASX exercises that discretion.
Investors should take account of these uncertainties in deciding whether or not to buy or sell the company’s securities.
An overview of the Paynes Find Project and Birrindudu Nickel Project, the commercial terms of the Acquisition, and the proposed process for seeking shareholder approval and re-compliance with Chapters 1 and 2 of the ASX Listing Rules is set out below.
1. THE PROJECTS
PAYNES FIND GOLD PROJECT
The Paynes Find Project covers an area of approximately 112km2 and comprises:
1. an 80% interest in M59/549, P59/2075, P59/2083, P59/2085 and E59/2312; and
2. an 80% interest in the non-lithium mineral rights in respect of E59/2092 and E59/2055,
(together, the Paynes Find Tenements).
The Paynes Find Tenements are located adjacent to the Paynes Find settlement, approximately 455km by road northeast of Perth. The land holding represents the second largest project area within the Paynes Find Greenstone Belt which has produced more than 72,000oz of gold.
Key highlights of the acquisition are:
Opportunity to acquire a significant land position in a known goldfield that has had limited exploration
Advanced drill ready targets
Excellent project access and infrastructure
3.
Figure 2 - Paynes Find Project location plan
4.
The Paynes Find Project covers mostly greenstone sequences along strike and to the west of the Paynes Find Gold camp. Whilst the Paynes Find Project has been explored since the 1970’s, little effective testing of the greenstone sequences has been undertaken due to fragmented tenement holdings and alluvial cover limiting the effectiveness of conventional soil sampling.
The Paynes Find Project covers the south-eastern portion of the Paynes Find Greenstone Belt, one of eleven greenstone belts to make up the Murchison Province. The Paynes Find Belt covers an area of approximately 250km2. The Paynes Find Belt comprises a thick series of folded Archaean aged mafic to felsic volcanic rocks surrounded by basement granites and gneiss. The main rock types consist of interlayered basaltic and dacite, meta volcanics, ultramafic schists and metasediments and banded iron formations. Outcrop in the area is largely concealed by recent deposits of alluvium and laterite cover and scree. Structurally, the belt has undergone similar deformation events to other greenstone belts within the Murchison Province with multiple phases of folding and shearing. The Murchison Province hosts many significant gold deposits including the million-ounce gold camps at Big Bell, Mount Magnet (Hill 50), and Meekatharra, as well numerous smaller gold camps at Cue, Kirkalocka and Mount Gibson, and more locally at Rothay, Fields Find and Pinyalling. Gold was discovered in the Paynes Find Belt in 1911, and since that time multiple mine syndicates have mined for gold from deposits within the belt. In total approximately 72,000oz of gold is believed to have been recovered. Most of the past production has come from a series of mines east north east of the Paynes Find settlement outside the Paynes Find Project area. Mineralisation is generally within quartz veining within hornblende gneiss interpreted to be mylonite zone. Historical mining has been to a depth of approximately 140m below surface. In addition to gold, the felsic volcanic package has potential for volcanogenic massive sulphide mineralisation (VMS) like the Golden Grove deposits located to the west in the Yalgoo Greenstone Belt. Project Geology
The Payne’s Find Project covers a sequence of north-north-east striking greenstones, and laterite that form gentle rises with saprock giving way to recent scree and colluvium downslope. The greenstone sequence comprises a steeply dipping sequence of mafic, felsic volcanics, ultramafic volcanics and intruded by dolerites. Past Exploration at the Paynes Find Project Despite the Payne’s Find Project being located close to a significant gold mining centre within a major gold mining province, little modern systematic work or drilling has been completed over the project area.
During the late 1970s to the mid-1980s, the southern ground covered by E59/2092 was worked on by various prospecting syndicates and companies including Jays Exploration Pty Ltd and Pancontinental Mining Pty Ltd. Work focused on exploring outcropping pegmatites in the central part of E59/2092.
Hawkstone Minerals NL held part of the current project as part of their larger Payne’s Find Project between 1970 and 1972. The initial exploration focus was on base metals and industrial minerals and later included gold. The only work that appears to have been completed on the current project area is soil sampling and percussion testing of several nickel geochemical anomalies located on the current E59/2092. No drill or assay logs are provided
5.
in the reports. Interestingly the northern most nickel anomaly is located on the House Anomaly that was identified in later exploration.
Between 1983 and 1986 a private syndicate, Purkait and Shreeve, held two GML’s covering the Matriarch Workings. Work completed included mapping the old workings, surface and underground sampling and drilling 11 RC holes for 453m. Assay results for the surface and underground sampling were anomalous for gold however no location data or lithology type is provided in the report. The drilling focused on two areas, one around the Matriarch underground workings and another area to the north east of the main workings (Figure 3). Both areas appeared to have had extensive sets of old workings which have subsequently been scraped over or filled in. All the holes appear to be orientated to the south west subparallel to the reefs. Maximum hole depth was 70 metres. Available records for this work are incomplete.
Finders Gold NL held the ground between 1988 and 1990. Work undertaken included mapping geochemical sampling and pattern vacuum drilling. This work led to the discovery of the House Anomaly to the west of the Matriarch workings. The anomaly was tested by several traverses of inclined RAB drilling. The House Anomaly appears to be related to a NNE striking fault or shear zone separating sericite quartz schist and a hornblende biotite feldspar gneiss. A listing of all Finders holes drilled within the project area are included in Schedule 2. The most significant result was from hole PRAB147 which returned 47 metres at 0.37g/t Au from 4 metres depth with almost the entire hole returning results above 0.1 g/t Au (Figure 3). Anomalous results are associated with elevated arsenic and in some cases lead especially in the oxidised upper parts of the hole. There does not appear to be any further follow up drill testing of this prospect.
6.
Figure 3 - Matriarch Area historic RAB drilling over TMI imagery showing gold intersections and Targets.
7.
Between 1993 and 1999 Homestake Australia Limited (Homestake) and various joint venture partners held tenure covering the Payne’s Find area including the Payne’s Find Project. Exploration work on the Payne’s Find Project appears restricted to regional mapping and geochemical sampling. As most of the data was collected in local grids it is difficult to accurately locate specific anomalies without field checking.
Resource Exploration NL held part of the current tenure after Homestake withdrew from the area. They completed a program of soil sampling on lines 800 metres apart. The results returned a number of low-level anomalies that do not appear to have been followed up.
During 2012, systematic close spaced soil sampling was completed over the western side of the tenement covered by the earlier Resource Exploration sampling over the extension of the House Anomaly. Samples were collected on a 200m x 100m pattern. Several low-level results were returned but there was very poor correlation with the earlier work.
In 2012, Red Dragon Mines NL (Red Dragon) held tenure overlapping part of the current Payne’s Find Project tenure. They completed a detailed review of past exploration with a focus on (LCT) (Lithium Caesium -Tantalite) pegmatites. Also, as part of their program, Red Dragon completed two lines of close spaced soil sampling on the eastern side of the current E59/2092 and E59/2312, following up the Resource Exploration sampling, as well as several rock chip samples. The samples were analysed but did not return any significant results.
In the northern part of the Payne’s Find Project area on the current E59/2312, Red Dragon completed an IP survey testing for copper mineralisation in the vicinity of the current Payne’s Find North Prospect. The area had shown evidence of prospector pitting on quartz veins with visible malachite staining possibly related to a shear zone within mafic amphibolite.
Two weak IP anomalies were identified which were tested with a small RC drill program, which intersected a 2m quartz vein with traces of disseminated chalcopyrite.
The vendor recently completed a detailed auger program covering the eastern side of the Payne’s Find Project area around the Matriarch workings and House anomaly. In total 411 samples were collected on a 100m x 40m grid pattern testing approximately 1.8 kilometres of the greenstone sequence. The rig was fitted with an auger bit capable of drilling to a depth of 2 metres. Holes were drilled to a depth of 2 metres or refusal in order to get below the transported cover. Samples were analysed for low level (ppb) gold as well as a multi-element suite of base metals and pathfinder elements.
The program returned a number of gold anomalies overlying the interpreted felsic intrusive as well as surrounding sheared mafic amphibolite’s (Figure 4).
8.
Figure 4 - Matriarch Area Auger gold geochemistry over TMI imagery Showing Targets.
9.
Exploration Potential Work completed by the Company’s geological consultants has identified three advanced targets based on the past exploration work that will be the focus of the Company’s initial work. The exploration potential of the remainder of the project will be assessed as the Company develops its exploration program. The three priority targets are:
A. Matriarch Gold Workings
B. Paynes Find South
C. North Structural Target
Figure 5 - Paynes Find Gold Project priority targets
10.
A. Matriarch Prospect: M59/549, P59/2075, P59/2083, P59/2085, E59/2092 The Matriarch Prospect comprises the area around the historical gold workings as well as the surrounding area The immediate focus of exploration will be to test the concept that the historical mineralisation in the area could be an indicator of a bigger gold system associated with sheared mafic amphibolite’s intruded by a latter porphyry and is associated with a larger porphyry / felsic intrusive. The existing workings by prospectors focused on individual quartz reefs, however recent aeromagnetic’s and auger geochemical sampling indicate a larger gold system may be present, obscured by laterite cover and alluvial scree. The recently completed auger sampling and results of the RAB drilling completed by Finders on the House anomaly to the south east of the old workings show widespread evidence of gold mineralisation within the porphyry and surrounding sheared amphibolite’s. The Company believes that this style of geological setting whilst different to the style of gold mineralisation typically found within the Paynes Find Camp is a valid target. Furthermore, this style of target has potential to generate larger scale gold deposits than have been found in the past in the Paynes Find Belt. Within the Matriarch Prospect three targets have been identified as follows:
Target 1 - Matriarch Workings. Prospector activity has been confined to individual outcropping auriferous quartz reefs. The potential for a stacked reef or stockwork gold system within the porphyry unit has not been tested.
Target 2 - House Anomaly. RAB drilling returned a number of anomalous intersections which are interpreted to be on the sheared contact between the felsic volcanic and amphibolites. Target 3 - Southern Anomaly. A coherent anomaly has been defined over a strike of approximately 500m based on auger geochemical lines 100 metres apart. The anomaly appears to cover the extension of the Matriarch amphibolite porphyry system. The target is under a veneer of transported alluvial cover. The targeted area is open to the south and may be extended subject to the results of further auger sampling. Target 4 - Pansy South. Sheared amphibolite granite contact to the west of the Matriarch workings is along strike for the Pansy Gold Deposit. Recent auger geochemistry has defined a coherent gold anomaly over 400m along the interpreted sheared contact. The area is under a veneer of transported cover and there is no evidence of past exploration in the area.
B. Paynes Find South: E59/2092
The Payne’s Find South Prospect covers the southern continuation sheared granite greenstone contact on the western side of the greenstone belt. The contact and the sheared greenstone sequences immediately adjacent to the contact host most of the gold mined from the Paynes Find Goldfield. Within the Payne’s Find Project area there are approximately eight kilometres of exposure to the contact, the majority of which is under a veneer of alluvial cover. The target to be tested is the immediate sheared contact and the area tracking approximately 1500m along the western side of the shear over the greenstone terrane.
Due to the effectiveness of auger geochemistry in the vicinity of the Matriarch Prospect the initial testing will be auger drilling on a systematic grid pattern across the contact. Anomalous zones defined in the initial program will be infill drilled with a view to defining targets for reverse circulation drill testing in the second year of the program.
11.
C. Northern Structural Target: E59/2312 The Northern Structural Target is located on E59/2312. In the general area, a number of regional cross cutting shear zones as defined by reprocessed aeromagnetic’s converge in the vicinity of the sheared greenstone granite contact. GSWA mapping and aeromagnetic data suggest a gabbro has intruded the greenstone sequence and the sequence has been subsequently folded. The degree of structural dislocation close to a mineralised contact is considered a favorable setting for the localisation of gold mineralisation.
Past exploration work in the general area has been limited to areas of out crop. Work undertaken has included surface soil sampling undertaken in the late 1990’s which would be ineffective over area of transported cover, and more recently Red Dragon in joint venture with Thundelarra Exploration Ltd undertook IP surveying and drilled four RC holes testing IP targets as well as outcropping malachite stained quartz veining within sheared amphibolite’s. The Company’s geological consultants have reviewed open file aeromagnetic’s as well as the past exploration data, and have identified three structural targets under cover that are along strike and to the west of the work by Red Dragon Mines. Within the Northern Structural Target, three targets have been identified as follows:
Target 1 Magnetic high possibly related to a sheared amphibolite or gabbro unit. The area is predominantly underlain by alluvium, sand, and colluvium. The anomaly is along strike from the earlier work by Red Dragon.
Target 2 Magnetic high possibly related to sheared amphibolite’s or gabbros underlain by Tertiary sand cover.
Target 3 Potential granite greenstone contact on the western side of the Paynes Find Greenstone Belt. The area is largely under cover and doesn’t not appear to have been tested in the past.
12.
BIRRINDUDU - NICKEL
Through its wholly owned subsidiary (Oakajee Exploration Pty Ltd), the Company has lodged two exploration Licence applications totalling 1,113km2 at Birrindudu in the Northern Territory (Figure 6).
The Birrindudu Project is in the Northern Territory, about 650km SSW of Darwin, and about 250km east of Halls Creek. Road access from Halls Creek is by the Buntine Highway or from Kununurra by the Duncan Road and then south on tracks through Riveren Station. The tenements are located on Riveren Pastoral Lease and borders the Hooker River Aboriginal reserve to the east. The Lajamanu community is about 55km east of the Birrindudu tenure.
Figure 6 - Birrindudu Project Location.
13.
Key highlights are:
Favourable geological setting for magmatic nickel-copper PGE sulphide mineralisation
Province largely unexplored for nickel sulphide mineralisation
Limited drill testing has returned anomalous nickel copper and PGE results
Regional Geology
The Birrindudu Project has a complex dominantly Proterozoic geological basement, which underlies the extensive early Cambrian Antrim Plateau volcanics (Figure 7). The Palaeoproterozoic Tanami Group rocks are locally present in the south and centre of the project. The Tanami Group rocks are intruded by the Winnecke Granophyre, also of Palaeoproterozoic age. These are unconformably overlain by the Mesoproterozoic Gardiner Sandstone and associated units of the Birrindudu Group. The Early Cambrian (~505Ma) Antrim Plateau Volcanics are a flood basalt-dominant widely extensive unit over significant areas of WA and the NT, and form part of the Kalkarindji Large Igneous Province. Gravity anomalies suggest that the volcanics may be particularly thick in the region around and adjoining the project tenure.
Previous drilling for gold within the Birrindudu Project tenure has intersected rocks logged as serpentine-bearing (ex olivine) ultramafic intrusive rocks. The age of this intrusive is not known, but the most likely situation is that it is associated with the Antrim Plateau Volcanics (Kalkarindji) event. Sub-volcanic intrusives in major flood basalt provinces represent targets of interest for magmatic style nickel sulphide mineralisation.
The Birrindudu Project has been mapped by the Northern Territory Geological Survey (NTGS) at 1:250,000 scale in 2011. The proportion of mapped outcrop in the tenure is about 5% (Figure 1). Most of the regolith, particularly over the west of the tenure is mapped as ferricrete with lesser sand, alluvial and other cover.
Previous Exploration
Since 1971, parts of the Birrindudu Project have been explored for a range of commodities. At different times parts of the current project have been explored for uranium, diamonds, gold and nickel-copper sulphides, but drilling has been minimal,
Between 1971 and 1974, Trend Exploration investigated the Uranium potential of the Birrindudu Project, chiefly by radiometric surveys and follow-up of anomalies.
In 1984, Western Mining Corporation completed heavy mineral sampling exploring for diamonds over the eastern parts of the Birrindudu sheet which is within part of the current project area.
Between 1991 and 1997 Ashton Mining completed exploration for diamonds over part of the Birrindudu Project.
Between 1996 and 2007 Otter Gold NL, and in joint venture with Newmont Australia Pty Ltd carried out soil sampling programs and drill testing of gold targets in the east of the current project. Stockdale Prospecting also joint ventured into parts of the Otter project area to explore for diamonds. At one of the diamond prospects Stockdale drilled, ultramafics were logged in
14.
the drill hole but no assays and no further follow up work was completed. Geochemical samples collected by Stockdale were re-analysed by Otter for low level gold. This work, highlighted coherent anomalism in a number of areas. Otter completed follow up testing on the Happy Jack Prospect which included geological mapping and RAB drilling which returned anomalous gold results but no further work was reported.
Independence Group (IGO) held part of the current project between 2010 and 2014 exploring for tin, gold and nickel. Work completed included stream sediment sampling, rock chip sampling and soil sampling. They also tested an area approximately 30 kilometres north of the Otter’s Happy Jack Prospect with RAB drilling with poor results. The drilling did intersect a serpentinised ultramafic unit interpreted by IGO as a sill approximately 250 meters wide that corresponds to a magnetic anomaly approximately 1200m in strike. Assay results from five of the RAB holes returned anomalous nickel, copper, platinum and palladium results from what was logged as a weather ultramafic unit (Table 1). The elevated copper, platinum and palladium results are considered encouraging but there is not yet sufficient information as to whether this is a function of the particular intrusion or could be a weak sulphide signal.
Hole_ID East North Depth
m Dip
/Azimuth From
m To m Interval
Ni ppm
Cu ppm
Pt+Pd ppb
JJAC016 609113 7953327 60 -90/0 36 48 12 1407 219 15 JJAC116 609100 7953324 72 -60/269.5 12 44 32 1715 328 15 JJAC117 609001 7953330 63 -60/269.5 32 36 4 1238 268 24 JJAC121 609101 7952652 64 -60/269.5 32 60 28 1694 128 35 JJAC125 609205 7952665 61 -60/269.5 16 61 45 2570 250 18
INCLUDING 20 24 4 6266 205 18
Table 1 - List of elevated Ni assays from IGO aircore drilling (>1000ppm Ni). Note - Hole locations are in MGA94 Zone 52 co-ordinates.
15.
Figure 7 - Birrindudu IGO RAB drilling with Nickel results.
The intervals are logged as weathered ultramafic intrusive rocks which are consistent with the results reported. A full listing off all holes drilled in the project area is provided in Schedule 3.
No further exploration work was reported on the Birrindudu Project by IGO.
16.
Exploration Potential
The exploration concept for a magmatic Ni-Cu-PGE sulphide deposit within the Birrindudu Project is largely conceptual at this stage. The work completed to date has identified at least one possible intrusion within the project area which has nickel, copper, and PGE anomalism recorded in shallow drilling.
Further work needs to be undertaken in order to validate the concept and generate targets for drill testing.
2. SUMMARY OF COMMERCIAL TERMS OF THE PAYNES FIND ACQUISITION
The Company has executed two binding agreements with Mr Bruce Legendre and Attgold Pty Ltd (together, the Vendors) to acquire the Paynes Find Tenements, as follows:
Vendor Interest in Paynes Find Tenement to be acquired
Consideration
Mr Bruce Legendre
- an 80% interest in M59/549, P59/2075, P59/2083, P59/2085 and E59/2312; and
- an 80% interest in the non-lithium mineral rights in respect of E59/2092
- $20,000 non-refundable cash deposit (which has already been paid);
- $30,000 cash to be paid upon settlement of the Acquisition; and
- $50,000 worth of Oakajee shares to be issued upon settlement of the Acquisition.
Attgold Pty Ltd - an 80% interest in the non-lithium mineral rights in respect of E59/2055
- $10,000 non-refundable cash deposit (which has already been paid); and
- $25,000 worth of Oakajee shares to be issued upon settlement of the Acquisition
Table 2 - List of Paynes Find Tenements.
The Acquisition will be completed on the following key terms:
the Company will be the manager of all operations and activities pertaining to the Paynes Find Project and shall be responsible for ensuring the Paynes Find Project remains in good standing and free from liability to forfeiture;
if the Company does not spend a minimum of $200,000 in aggregate by way of drilling on M59/549, P59/2075, P59/2083, P59/2085, E59/2092 and/or E59/2312 by 31 June
17.
2020, those tenements will be transferred back to Mr Bruce Legendre for nominal consideration, subject to any required shareholder approvals;
the Vendors will be free-carried until the Company makes a decision to mine (on an area the subject of a definitive feasibility study) following which the respective Vendor may either:
o contribute pro-rata to the development expenditure; or o convert their 20% interest in The Paynes Find Gold Project into a 1.5% net
smelter return royalty (NSR Royalty) (other than with respect to E59/2055 which may be converted into a 1% NSR Royalty) such that the Company will increase its respective interest to 100%,
with respect to the area the subject of a decision to mine; and
each party has a first right of refusal for any proposed transfer of the other partys' interest in a Paynes Find Tenement.
Settlement of the Acquisition is subject to the following conditions precedent:
completion of due diligence, to the satisfaction of the Company;
the Company completing a capital raising on terms to be determined (Capital Raising);
shareholder approval of, amongst other things, the Acquisition and Capital Raising;
conditional approval from ASX for the reinstatement of the Company's securities to official quotation on ASX, subject to conditions acceptable to the Company; and
other third party and regulatory approvals considered customary for agreements of this nature.
Details of the Capital Raising and information about the likely effect of the Acquisition on the Company’s capital structure, consolidated total assets, total equity interests, annual revenue, annual expenditure and annual profit before tax will be provided in due course in a Notice of Meeting.
3. CHANGE IN NATURE AND SCALE OF ACTIVITIES
The Company's securities have been suspended from official quotation since 9 September 2016. Accordingly, the Acquisition will require the Company to obtain shareholder approval and for the Company to recomply with the requirements of Chapters 1 and 2 of the Listing Rules as if the entity were applying for admission to the official list of ASX (Recompliance). The Company's securities will remain suspended until the Recompliance is complete.
The Company will convene a general meeting of shareholders to approve (amongst other things):
a change in the nature and scale of the Company's activities;
issue the consideration securities to the Vendors; and
18.
issue the securities pursuant to the Capital Raising.
100,000 ordinary shares to be issued to SD & SE Nominees Pty Ltd for consulting services.
If any of the above proposed resolutions are not approved by shareholders, the Acquisition will not proceed.
In connection with the Acquisition and Recompliance:
the Company will not be changing its name;
there will be no change to the current board of directors; and
there will be no change of control with respect to the Company. In the preceding 6 months, the Company issued 2,212,419 ordinary shares following the exercise of unlisted options at an exercise price of $0.02 per option as announced on 3 September 2018. The outstanding unlisted options have an expiry date of 28 February 2019. The relevant Prospectus for the unlisted options is dated 6 February 2017. The Company:
a) notes that ASX takes no responsibility for the contents of the announcement; and b) confirms that it is in compliance with its continuous disclosure obligations under Listing
Rule 3.1.
4. TIMETABLE
An indicative timetable for the Acquisition and Recompliance is as follows:
Date*
Notice of Meeting 25 February 2019 General Meeting 25 March 2019 Lodge Prospectus 25 March 2019 Completion of the Acquisition 13 May 2019 Reinstatement to Official Quotation 17 May 2019
*The above timetable is indicative and subject to change. The Company is currently completing its due diligence inquiries with respect to the Tenements and will provide shareholders with further updates in due course.
For Investor queries, please contact:
Mark Jones Managing Director +61 419 919 250 Competent person’s statement The information in this report that relates to Exploration Results is based on information compiled by James Guy, a Competent Person who is a Member of the Australian Institute of Mining and Metallurgy. James Guy is a consultant to the Company. James Guy has sufficient experience that is relevant to the style of mineralisation and type of deposit under consideration and to the activity being undertaken to qualify as a Competent Person as defined in the 2012 of the ‘Australian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves’. James Guy consents to the inclusion in this report of the matters based on his information in the form and context in which it appears.
19.
JORC
Cod
e, 2
012
Editi
on –
Tab
le 1
Pay
nes
Find
Pro
ject
and
Birr
indu
du
Sect
ion
1 Sa
mpl
ing
Tech
niqu
es a
nd D
ata
Cri
teri
a JO
RC
Cod
e ex
plan
atio
n C
omm
enta
ry
Sam
plin
g te
chni
ques
Nat
ure
and
qual
ity o
f sam
plin
g (e
g cu
t cha
nnel
s, ra
ndom
chi
ps, o
r sp
ecifi
c sp
ecia
lised
indu
stry
sta
ndar
d m
easu
rem
ent t
ools
app
ropr
iate
to
the
min
eral
s un
der i
nves
tigat
ion,
suc
h as
dow
n ho
le g
amm
a so
ndes
, or h
andh
eld
XR
F in
stru
men
ts, e
tc).
Thes
e ex
ampl
es s
houl
d no
t be
take
n as
lim
iting
the
broa
d m
eani
ng o
f sam
plin
g.
In
clud
e re
fere
nce
to m
easu
res
take
n to
ens
ure
sam
ple
repr
esen
tivity
an
d th
e ap
prop
riate
cal
ibra
tion
of a
ny m
easu
rem
ent t
ools
or s
yste
ms
used
.
Asp
ects
of t
he d
eter
min
atio
n of
min
eral
isat
ion
that
are
Mat
eria
l to
the
Pub
lic R
epor
t.
In c
ases
whe
re ‘i
ndus
try s
tand
ard’
wor
k ha
s be
en d
one
this
wou
ld b
e re
lativ
ely
sim
ple
(eg
‘reve
rse
circ
ulat
ion
drill
ing
was
use
d to
obt
ain
1 m
sam
ples
from
whi
ch 3
kg
was
pul
veris
ed to
pro
duce
a 3
0 g
char
ge
for f
ire a
ssay
’). In
oth
er c
ases
mor
e ex
plan
atio
n m
ay b
e re
quire
d,
such
as
whe
re th
ere
is c
oars
e go
ld th
at h
as in
here
nt s
ampl
ing
prob
lem
s. U
nusu
al c
omm
oditi
es o
r min
eral
isat
ion
type
s (e
g su
bmar
ine
nodu
les)
may
war
rant
dis
clos
ure
of d
etai
led
info
rmat
ion.
R
AB
and
Aug
er g
eoch
emic
al s
ampl
es.
Th
e sa
mpl
e m
ater
ial w
as h
omog
eniz
ed b
y th
e dr
illin
g pr
oces
s,
no a
dditi
onal
pro
cess
ing
was
und
erta
ken
Not
app
licab
le
Pa
ynes
Fin
d A
uger
: A
ppro
xim
atel
y 30
0gm
s of
so
il an
d w
eath
ered
ro
ck
fragm
ents
wer
e co
llect
ed f
rom
sam
ple
spoi
l an
d pl
aced
int
o a
pren
umbe
red
geoc
hem
ical
sa
mpl
e ba
g.
Th
ere
was
no
pr
epar
atio
n of
the
sam
ples
in th
e fie
ld.
RA
B O
ne m
etre
dow
n ho
le s
ampl
es w
ere
colle
cted
via
a c
yclo
ne
and
stor
ed in
a p
last
ic b
ag. W
et s
ampl
e w
ere
colle
cted
in c
alic
o ba
gs a
nd a
llow
ed t
o dr
y.
4 m
etre
com
posi
te s
ampl
es w
ere
colle
cted
by
usin
g a
PVC
spe
ar to
col
lect
a s
ubsa
mpl
e fro
m e
ach
one
met
re in
terv
al in
the
com
posi
te.
Bi
rrin
dudu
O
ne m
etre
dow
n ho
le s
ampl
es w
ere
colle
cted
via
a c
yclo
ne a
nd
laid
on
the
grou
nd.
Wet
sam
ple
wer
e po
ured
in s
eque
nce
into
ho
les
dug
with
a s
hove
l. Fo
ur m
etre
com
posi
te s
ampl
es w
ere
colle
cted
by
spea
ring
indi
vidu
al o
ne m
etre
pile
s w
ith a
PV
C p
ipe.
A
com
posi
te b
otto
m o
f hol
e sa
mpl
e w
as c
olle
cted
for
each
hol
e
20.
Cri
teri
a JO
RC
Cod
e ex
plan
atio
n C
omm
enta
ry
com
posi
te in
terv
als
rang
ed fr
om 2
to 4
met
res.
Dri
lling
te
chni
ques
Dril
l typ
e (e
g co
re, r
ever
se c
ircul
atio
n, o
pen-
hole
ham
mer
, rot
ary
air
blas
t, au
ger,
Ban
gka,
son
ic, e
tc) a
nd d
etai
ls (e
g co
re d
iam
eter
, trip
le
or s
tand
ard
tube
, dep
th o
f dia
mon
d ta
ils, f
ace-
sam
plin
g bi
t or o
ther
ty
pe, w
heth
er c
ore
is o
rient
ed a
nd if
so,
by
wha
t met
hod,
etc
).
Pa
ynes
Fin
d A
uger
The
rig
was
fitt
ed w
ith a
32m
m a
uger
bit.
The
rig
was
ca
pabl
e of
dril
ling
to a
dep
th o
f 2 m
etre
s.
RA
B.
Hol
es w
ere
drill
ed u
sing
a c
onve
ntio
nal
blad
e bi
t w
ith
sam
ples
retu
rned
out
side
the
drill
rod.
The
firs
t pro
gram
of d
rillin
g w
ere
drill
ed to
a p
rede
term
ined
dep
th. T
he la
tter
prog
ram
hol
es
wer
e dr
illed
to re
fusa
l.
Birr
indu
du
Hol
es w
ere
drille
d us
ing
a co
nven
tiona
l bla
de b
it w
ith s
ampl
es
retu
rned
out
side
the
dril
l rod
. H
ole
dept
hs w
ere
limite
d to
the
nu
mbe
r of d
rill r
ods
carr
ied
by th
e rig
.
Dri
ll sa
mpl
e re
cove
ry
M
etho
d of
reco
rdin
g an
d as
sess
ing
core
and
chi
p sa
mpl
e re
cove
ries
and
resu
lts a
sses
sed.
M
easu
res
take
n to
max
imis
e sa
mpl
e re
cove
ry a
nd e
nsur
e re
pres
enta
tive
natu
re o
f the
sam
ples
.
Whe
ther
a re
latio
nshi
p ex
ists
bet
wee
n sa
mpl
e re
cove
ry a
nd g
rade
an
d w
heth
er s
ampl
e bi
as m
ay h
ave
occu
rred
due
to p
refe
rent
ial
loss
/gai
n of
fine
/coa
rse
mat
eria
l.
Pa
ynes
Fin
d A
uger
Due
to th
e sh
allo
w d
epth
of t
he h
oles
, no
sam
ple
reco
very
issu
es w
ere
expe
cted
. R
AB
No
info
rmat
ion
prov
ided
. Bi
rrin
dudu
N
o In
form
atio
n pr
ovid
ed in
ope
n fil
e re
ports
.
N
ot a
pplic
able
.
A
t thi
s ea
rly s
tage
of e
xplo
ratio
n, it
is n
ot p
ossi
ble
to d
eter
min
e if
this
is a
fact
or.
Logg
ing
W
heth
er c
ore
and
chip
sam
ples
hav
e be
en g
eolo
gica
lly a
nd
geot
echn
ical
ly lo
gged
to a
leve
l of d
etai
l to
supp
ort a
ppro
pria
te
Min
eral
Res
ourc
e es
timat
ion,
min
ing
stud
ies
and
met
allu
rgic
al
stud
ies.
Pa
ynes
Fin
d A
uger
The
sam
ples
wer
e pr
imar
ily r
ecov
ered
for
geo
chem
istry
. Th
e dr
iller r
ecor
ded
the
acid
test
“fiz
z” to
det
erm
ine
if ca
lcre
te w
as
pres
ent i
n th
e ho
le a
nd a
ny re
cogn
izab
le b
edro
ck li
thol
ogie
s w
ere
21.
Cri
teri
a JO
RC
Cod
e ex
plan
atio
n C
omm
enta
ry
W
heth
er lo
ggin
g is
qua
litat
ive
or q
uant
itativ
e in
nat
ure.
Cor
e (o
r co
stea
n, c
hann
el, e
tc) p
hoto
grap
hy.
The
tota
l len
gth
and
perc
enta
ge o
f the
rele
vant
inte
rsec
tions
logg
ed.
reco
rded
.
RA
B T
he p
rogr
am w
as s
uper
vise
d by
a g
eolo
gist
and
met
re
sam
ples
w
ere
geol
ogic
ally
lo
gged
, N
o ge
olog
ical
lo
gs
wer
e pr
ovid
ed in
the
expl
orat
ion
repo
rt su
bmitt
ed to
the
GS
WA.
Bi
rrin
dudu
Th
e pr
ogra
m w
as s
uper
vise
d by
a g
eolo
gist
and
met
re s
ampl
es
wer
e ge
olog
ical
ly lo
gged
usi
ng a
com
pany
sta
ndar
d lo
ggin
g co
de.
Logg
ing
was
qua
litat
ive.
Pa
ynes
Fin
d A
uger
No
geol
ogic
al lo
ggin
g.
RA
B N
o ge
olog
ical
logs
pro
vide
d.
Birr
indu
du
All
inte
rval
s w
ere
logg
ed.
Sub-
sam
plin
g te
chni
ques
an
d sa
mpl
e pr
epar
atio
n
If
core
, whe
ther
cut
or s
awn
and
whe
ther
qua
rter,
half
or a
ll co
re
take
n.
If
non-
core
, whe
ther
riffl
ed, t
ube
sam
pled
, rot
ary
split
, etc
and
w
heth
er s
ampl
ed w
et o
r dry
.
Fo
r all
sam
ple
type
s, th
e na
ture
, qua
lity
and
appr
opria
tene
ss o
f the
sa
mpl
e pr
epar
atio
n te
chni
que.
Q
ualit
y co
ntro
l pro
cedu
res
adop
ted
for a
ll su
b-sa
mpl
ing
stag
es to
m
axim
ise
repr
esen
tivity
of s
ampl
es.
Mea
sure
s ta
ken
to e
nsur
e th
at th
e sa
mpl
ing
is re
pres
enta
tive
of th
e in
si
tu m
ater
ial c
olle
cted
, inc
ludi
ng fo
r ins
tanc
e re
sults
for f
ield
du
plic
ate/
seco
nd-h
alf s
ampl
ing
N
ot a
pplic
able
.
Pa
ynes
Fin
d A
uger
Sam
ples
wer
e dr
y, th
ere
was
no
split
ting
of th
e sa
mpl
e.
RA
B S
ampl
es O
ne m
etre
sam
ples
wer
e co
llect
ed v
ia a
cyc
lone
an
d a
four
met
re c
ompo
site
sam
ple
prep
ared
usi
ng a
PV
C s
pear
to
col
lect
a s
ub-s
ampl
e fro
m e
ach
one
met
re s
ampl
e in
the
co
mpo
site
. Bi
rrin
dudu
B
oth
wet
and
dry
sam
ples
wer
e co
llect
ed w
ith a
PVC
Spe
ar.
Payn
es F
ind
For
both
A
uger
an
d R
AB
sa
mpl
es
Indu
stry
st
anda
rd
field
pr
epar
atio
n m
etho
ds w
ere
appl
ied.
For
RA
B d
rillin
g In
dust
ry
stan
dard
tech
niqu
e to
col
lect
com
posi
te s
ampl
e.
Birr
indu
du
No
Info
rmat
ion
avai
labl
e.
22.
Cri
teri
a JO
RC
Cod
e ex
plan
atio
n C
omm
enta
ry
.
W
heth
er s
ampl
e si
zes
are
appr
opria
te to
the
grai
n si
ze o
f the
mat
eria
l be
ing
sam
pled
.
No
info
rmat
ion
avai
labl
e
Payn
es F
ind
Aug
er F
or e
very
50th
sam
ple
a fie
ld d
uplic
ate
sam
ple
was
co
llect
ed a
t the
rig.
R
AB
no
info
rmat
ion
prov
ided
. Bi
rrin
dudu
N
o In
form
atio
n av
aila
ble.
S
ampl
e m
ater
ial w
as p
redo
min
atel
y fin
e cl
ays
and
wea
ther
ed
rock
frag
men
ts. T
he s
ampl
e si
ze is
con
side
red
appr
opria
te fo
r th
e m
ater
ial.
For B
irrin
dudu
, eac
h co
mpo
site
sam
ple
was
2–3
kg
in w
eigh
t whi
ch is
con
side
red
appr
opria
te.
Qua
lity
of
assa
y da
ta
and
labo
rato
ry
test
s
Th
e na
ture
, qua
lity
and
appr
opria
tene
ss o
f the
ass
ayin
g an
d la
bora
tory
pro
cedu
res
used
and
whe
ther
the
tech
niqu
e is
con
side
red
parti
al o
r tot
al.
Fo
r geo
phys
ical
tool
s, s
pect
rom
eter
s, h
andh
eld
XR
F in
stru
men
ts, e
tc,
the
para
met
ers
used
in d
eter
min
ing
the
anal
ysis
incl
udin
g in
stru
men
t m
ake
and
mod
el, r
eadi
ng ti
mes
, cal
ibra
tions
fact
ors
appl
ied
and
thei
r de
rivat
ion,
etc
.
N
atur
e of
qua
lity
cont
rol p
roce
dure
s ad
opte
d (e
g st
anda
rds,
bla
nks,
du
plic
ates
, ext
erna
l lab
orat
ory
chec
ks) a
nd w
heth
er a
ccep
tabl
e le
vels
of
acc
urac
y (ie
lack
of b
ias)
and
pre
cisi
on h
ave
been
est
ablis
hed.
Pa
ynes
Fin
d A
uger
The
sam
ples
wer
e di
gest
ed in
an
aqua
regi
a so
lutio
n. T
his
tech
niqu
e is
con
side
red
suita
ble
for
the
diss
olut
ion
of o
xidi
zed
mat
eria
ls S
olut
ions
wer
e re
ad b
y m
ass
spec
trom
etry
for A
g, A
rs,
Au,
Bi,
Cu,
Mo,
Ni,
Pb,
Sb,
Te,
W, Z
n. A
u w
as r
ead
to a
low
er
dete
ctio
n lim
it of
1 p
art p
er b
illion
. The
oth
er e
lem
ent w
ere
read
to
vary
ing
low
er d
etec
tion
limits
. R
AB
: To
tal
prep
arat
ion
was
use
d to
red
uce
entir
e sa
mpl
e to
no
min
al -7
5 m
icro
n. S
ampl
e w
ere
anal
ysed
for g
old
by fi
re a
ssay
(5
0 gm
cha
rge)
, si
lver
by
AAS
and
As,
Pb,
Sb a
nd W
by
XR
F te
chni
ques
. Bi
rrin
dudu
Th
e dr
ill s
ampl
es w
ere
anal
ysed
for a
mul
tiele
men
t sui
te b
y th
ree
s
epar
ate
tech
niqu
es a
qua
regi
a di
gest
with
mas
s sp
ectro
met
ry
fini
sh, a
qua
regi
a di
gest
with
opt
ical
em
issi
on s
pect
rom
etry
fini
sh,
and
sod
ium
per
oxid
e fu
sion
follo
wed
by
mas
s sp
ectro
met
ry fi
nish
.
Th
ee a
qua
regi
a di
gest
is s
uita
ble
dige
stio
n fo
r the
oxi
dize
d
mat
eria
l. S
odiu
m p
erox
ide
fusi
on is
con
side
red
a to
tal d
iges
tion.
Payn
es F
ind
Geo
phys
ical
aer
omag
netic
dat
a w
as a
cces
sed
from
the
onl
ine
23.
Cri
teri
a JO
RC
Cod
e ex
plan
atio
n C
omm
enta
ry
GSW
A re
gion
al
geop
hysi
cal
data
base
. Th
e da
ta
has
been
co
mpi
led
by t
he G
SWA
from
mul
tiple
sou
rces
and
mer
ged
and
leve
led.
The
aer
omag
netic
dat
a ex
tract
ed h
as b
een
repr
oces
sed
by
con
sulta
nt o
n be
half
of t
he v
endo
r to
gen
erat
e a
serie
s of
im
ages
hig
hlig
htin
g th
e re
leva
nt g
eolo
gica
l fea
ture
s.
Bi
rrin
dudu
G
eoph
ysic
al a
erom
agne
tic d
ata
was
acc
esse
d fro
m th
e on
line
N
TGS
regi
onal
geo
phys
ical
dat
abas
e. T
he d
ata
has
been
c
ompi
led
by th
e N
TGS
from
mul
tiple
sou
rces
and
mer
ged
and
le
vele
d. T
he a
erom
agne
tic d
ata
extra
cted
has
bee
n re
proc
esse
d
by
cons
ulta
nt o
n be
half
of th
e ve
ndor
to g
ener
ate
a se
ries
of
imag
es h
ighl
ight
ing
the
rele
vant
geo
logi
cal f
eatu
res.
Pa
ynes
Fin
d A
uger
No
exte
rnal
cer
tifie
d m
ater
ial w
as in
clud
ed in
the
sam
ple
stre
am. T
he fi
eld
dupl
icat
e w
as s
ubm
itted
to th
e la
bora
tory
und
er
a se
para
te s
ampl
e nu
mbe
r. S
tand
ard
inte
rnal
labo
rato
ry q
ualit
y co
ntro
l pro
cedu
res
wer
e pu
t in
pla
ce b
y th
e la
bora
tory
.
The
co
mpe
tent
per
son
has
revi
ewed
the
ava
ilabl
e Q
A/Q
C d
ata
and
cons
ider
s ac
cura
cy a
nd p
reci
sion
of t
he d
ata
is a
ccep
tabl
e fo
r the
pu
rpos
es o
f the
sur
vey.
RA
B D
uplic
ate
com
posi
te s
ampl
es w
ere
colle
cted
on
a re
gula
r ba
sis
(bet
wee
n ev
ery
15 –
20
sam
ples
) to
chec
k re
peat
abili
ty.
Birr
indu
du
No
info
rmat
ion
avai
labl
e.
Veri
ficat
ion
of sa
mpl
ing
and
assa
ying
Th
e ve
rific
atio
n of
sig
nific
ant i
nter
sect
ions
by
eith
er in
depe
nden
t or
alte
rnat
ive
com
pany
per
sonn
el.
Pa
ynes
Fin
d A
uger
The
re h
as b
een
no in
depe
nden
t ver
ifica
tion
of th
e re
sults
. Th
e co
mpe
tent
per
son
has
visi
ted
the
site
afte
r re
ceip
t of
the
as
says
and
ver
ified
the
loca
tion
of a
num
ber
of t
he h
oles
, an
d ex
amin
ed th
e re
mai
ning
spo
il.
R
AB
The
com
pete
nt p
erso
n co
mpi
led
the
tabl
e of
sig
nific
ant
inte
rsec
tions
use
d in
this
repo
rt fro
m th
e as
say
drill
logs
pro
vide
d
24.
Cri
teri
a JO
RC
Cod
e ex
plan
atio
n C
omm
enta
ry
Th
e us
e of
twin
ned
hole
s.
D
ocum
enta
tion
of p
rimar
y da
ta, d
ata
entry
pro
cedu
res,
dat
a ve
rific
atio
n, d
ata
stor
age
(phy
sica
l and
ele
ctro
nic)
pro
toco
ls.
D
iscu
ss a
ny a
djus
tmen
t to
assa
y da
ta.
in h
isto
rical
rep
orts
. A lo
wer
cut
off
of 0
.25g
/t A
u w
as a
pplie
d to
de
term
ine
the
sign
ifica
nt in
terv
als.
Bi
rrin
dudu
T
he s
igni
fican
t int
erse
ctio
ns re
porte
d in
this
rele
ase
wer
e
com
pile
d by
a c
onsu
ltant
geo
logi
st e
mpl
oyed
by
Oak
ajee
who
is
fam
iliar w
ith th
e pr
ojec
t and
dril
l dat
a.
No
twin
hol
es w
ere
drille
d.
Payn
es F
ind
Aug
er T
he c
ompe
tent
per
son
has
com
pile
d th
e da
ta fr
om d
igita
l la
bora
tory
repo
rts a
nd fi
eld
data
she
ets
prov
ided
by
the
drill
er in
to
a sp
read
shee
t. R
AB
The
dat
a on
RA
B d
rillin
g di
scus
sed
in t
his
repo
rt w
as
com
pile
d fro
m o
pen
file
WAM
EX r
epor
ts n
umbe
rs A
2622
7 an
d A
2622
8. N
o or
igin
al d
ata
was
cite
d.
Birr
indu
du
The
drill
ing
repo
rted
was
und
erta
ken
by In
depe
nden
ce G
roup
Lim
ited
who
hav
e w
ell d
ocum
ente
d an
d rig
orou
s pr
oced
ures
for
dril
ling
and
colle
ctio
n of
fiel
d da
ta. O
pen
file
repo
rts C
R20
10-0
104,
C
R20
11-0
05, -
0091
, CR
2013
-004
2 an
d C
R20
14-0
038
prov
ide
d
etai
ls o
f the
Inde
pend
ence
Gro
up d
rillin
g in
the
proj
ect a
rea.
Pa
ynes
Fin
d A
uger
N
o av
erag
ing
or a
djus
tmen
t of t
he in
divi
dual
ass
ay re
sults
w
as a
pplie
d.
RA
B W
here
two
or m
ore
adja
cent
com
posi
te s
ampl
es w
ere
abov
e th
e lo
wer
cut
off,
a w
eigh
ted
aver
age
of th
e co
mpo
site
inte
rval
was
ca
lcul
ated
. Bi
rrin
dudu
No
Info
rmat
ion
prov
ided
.
25.
Cri
teri
a JO
RC
Cod
e ex
plan
atio
n C
omm
enta
ry
Loca
tion
of
data
poi
nts
A
ccur
acy
and
qual
ity o
f sur
veys
use
d to
loca
te d
rill h
oles
(col
lar a
nd
dow
n-ho
le s
urve
ys),
trenc
hes,
min
e w
orki
ngs
and
othe
r loc
atio
ns
used
in M
iner
al R
esou
rce
estim
atio
n.
S
peci
ficat
ion
of th
e gr
id s
yste
m u
sed.
Qua
lity
and
adeq
uacy
of t
opog
raph
ic c
ontro
l.
Pa
ynes
Fin
d A
uger
The
sam
ple
loca
tion
poin
ts w
ere
reco
rded
by
a ha
ndhe
ld
GP
S u
nit
with
an
accu
racy
of
appr
oxim
atel
y 2
m w
hich
is
cons
ider
ed a
ppro
pria
te fo
r the
sur
vey
unde
rtake
n. T
he c
ompe
tent
pe
rson
has
ver
ified
the
loca
tion
of a
num
ber
of th
e ho
les
in t
he
field
. R
AB
The
orig
inal
hol
es w
ere
posi
tione
d on
a lo
cal g
rid w
hich
is
no lo
nger
in e
xist
ence
. The
loca
tion
of th
e ho
les
in re
latio
n to
the
curr
ent t
enem
ents
has
bee
n de
term
ined
by
regi
ster
ing
an im
age
of t
he d
rill p
lan
from
the
orig
inal
rep
ort
usin
g su
rvey
ed m
iner
al
clai
m b
ound
arie
s to
pos
ition
the
plan
ont
o th
e cu
rren
t ten
emen
t pl
an.
Birr
indu
du
Hol
es lo
catio
ns w
ere
reco
rded
by
GP
S.
Payn
es F
ind
Aug
er G
DA
94
zone
50.
R
AB
The
orig
inal
grid
was
a lo
cal g
rid.
Birr
indu
du
GD
A 9
4 zo
ne 5
2
Th
e qu
ality
of t
he lo
catio
n of
the
hole
s is
suf
ficie
nt fo
r the
cur
rent
le
vel o
f ass
essm
ent.
Dat
a sp
acin
g an
d di
stri
butio
n
D
ata
spac
ing
for r
epor
ting
of E
xplo
ratio
n R
esul
ts.
W
heth
er th
e da
ta s
paci
ng a
nd d
istri
butio
n is
suf
ficie
nt to
est
ablis
h th
e de
gree
of g
eolo
gica
l and
gra
de c
ontin
uity
app
ropr
iate
for t
he M
iner
al
Res
ourc
e an
d O
re R
eser
ve e
stim
atio
n pr
oced
ure(
s) a
nd
Pa
ynes
Fin
d A
uger
Hol
es w
ere
colle
cted
on
a no
min
al 1
00m
X 4
0m g
rid
patte
rn.
RA
B T
he o
rigin
al d
rillin
g w
as c
ompl
eted
on
a lin
es p
aced
100
m
apar
t and
hol
es s
pace
d 25
m a
long
the
lines
. Irre
gula
r in
fill a
nd
hole
s pe
rpen
dicu
lar t
o th
e gr
id w
ere
drill
ed to
eva
luat
e an
omal
ous
resu
lts. D
ata
coul
d no
t be
used
for r
esou
rce
calc
ulat
ions
. Bi
rrin
dudu
D
rillin
g is
wid
e sp
aced
and
cou
ld n
ot b
e us
ed i
n R
esou
rce
26.
Cri
teri
a JO
RC
Cod
e ex
plan
atio
n C
omm
enta
ry
clas
sific
atio
ns a
pplie
d.
W
heth
er s
ampl
e co
mpo
sitin
g ha
s be
en a
pplie
d.
estim
atio
n.
Non
e of
the
data
rele
ased
in th
is re
port
coul
d be
use
d fo
r res
ourc
e ca
lcul
atio
ns.
Payn
es F
ind
Not
app
licab
le
Birr
indu
du
Inte
rsec
tion
repo
rted
in th
is a
nnou
ncem
ent a
re fo
r sam
ples
wer
e th
e ni
ckel
ass
ays
are
grea
ter t
han
1000
ppm
.
Ori
enta
tion
of d
ata
in
rela
tion
to
geol
ogic
al
stru
ctur
e
W
heth
er th
e or
ient
atio
n of
sam
plin
g ac
hiev
es u
nbia
sed
sam
plin
g of
po
ssib
le s
truct
ures
and
the
exte
nt to
whi
ch th
is is
kno
wn,
con
side
ring
the
depo
sit t
ype.
If
the
rela
tions
hip
betw
een
the
drill
ing
orie
ntat
ion
and
the
orie
ntat
ion
of k
ey m
iner
alis
ed s
truct
ures
is c
onsi
dere
d to
hav
e in
trodu
ced
a sa
mpl
ing
bias
, thi
s sh
ould
be
asse
ssed
and
repo
rted
if m
ater
ial.
Pa
ynes
Fin
d A
uger
Th
e sa
mpl
ing
grid
w
as
orie
ntat
ed
appr
oxim
atel
y pe
rpen
dicu
lar t
o th
e m
ain
geol
ogic
al c
onta
cts
and
stru
ctur
es.
RA
B D
rill p
atte
rn w
as o
rient
ated
per
pend
icul
ar to
the
perc
eive
d or
ient
atio
n of
the
strik
e of
the
min
eral
isat
ion.
Bi
rrin
dudu
H
oles
wer
e dr
illed
ver
tical
ly, w
ith th
e ai
m o
f rec
over
ing
sam
ples
th
roug
h th
e w
eath
ered
pro
file
and
fresh
bed
rock
. Zon
atio
n w
ithin
th
e w
eath
ered
pro
file
is a
ssum
ed to
be
sub
horiz
onta
l.
Payn
es F
ind
The
area
is u
nder
a v
enee
r of
tran
spor
ted
cove
r w
ith n
o or
littl
e be
droc
k ou
tcro
p, th
e or
ient
atio
n of
the
min
eral
isat
ion
is c
urre
ntly
no
t wel
l und
erst
ood.
Bi
rrin
dudu
D
rill p
atte
rn w
as o
rient
ated
per
pend
icul
ar to
the
perc
eive
d
orie
ntat
ion
of th
e st
rike
of th
e ge
olog
ical
uni
ts a
nd s
truct
ures
.
27.
Cri
teri
a JO
RC
Cod
e ex
plan
atio
n C
omm
enta
ry
Sam
ple
secu
rity
The
mea
sure
s ta
ken
to e
nsur
e sa
mpl
e se
curit
y.
Pa
ynes
Fin
d A
uger
Sam
ples
wer
e fre
ight
ed t
o th
e la
bora
tory
by
a re
puta
ble
freig
ht c
ompa
ny. S
ampl
e nu
mbe
rs w
ere
sent
inde
pend
ently
to
th
e la
bora
tory
and
com
pare
d ag
ains
t th
e sa
mpl
es r
ecei
ved.
No
disc
repa
ncie
s w
ere
note
d.
RA
B N
o in
form
atio
n.
Birr
indu
du
No
Info
rmat
ion
avai
labl
e.
Audi
ts o
r re
view
s
The
resu
lts o
f any
aud
its o
r rev
iew
s of
sam
plin
g te
chni
ques
and
dat
a.
D
ue to
the
early
sta
ge o
f the
wor
k co
mpl
eted
, no
audi
ts o
r rev
iew
s ha
ve b
een
com
plet
ed.
The
proj
ect i
s ea
rly s
tage
exp
lora
tion,
the
sam
plin
g an
d an
alyt
ical
pr
oced
ures
ar
e w
idel
y us
ed
in
the
expl
orat
ion
indu
stry
and
con
side
red
stan
dard
.
28.
Sect
ion
2 R
epor
ting
of E
xplo
rati
on R
esul
ts
(Crit
eria
list
ed in
the
prec
edin
g se
ctio
n al
so a
pply
to th
is se
ctio
n.)
Cri
teri
a JO
RC
Cod
e ex
plan
atio
n C
omm
enta
ry
Min
eral
te
nem
ent
and
land
te
nure
stat
us
Ty
pe, r
efer
ence
nam
e/nu
mbe
r, lo
catio
n an
d ow
ners
hip
incl
udin
g ag
reem
ents
or m
ater
ial i
ssue
s w
ith th
ird p
artie
s su
ch a
s jo
int
vent
ures
, par
tner
ship
s, o
verr
idin
g ro
yalti
es, n
ativ
e tit
le in
tere
sts,
hi
stor
ical
site
s, w
ilder
ness
or n
atio
nal p
ark
and
envi
ronm
enta
l se
tting
s.
Th
e se
curit
y of
the
tenu
re h
eld
at th
e tim
e of
repo
rting
alo
ng w
ith a
ny
know
n im
pedi
men
ts to
obt
aini
ng a
lice
nce
to o
pera
te in
the
area
.
Pa
ynes
Fin
d D
etai
ls o
f ten
emen
ts a
nd te
rms
of a
cqui
sitio
n ar
e pr
ovid
ed in
the
body
of t
he te
xt.
E59
/205
5, E
59/2
032,
E59
/231
2 an
d P
59/2
085
parti
lly c
over
ed
by P
asto
ral l
ease
s.
The
tene
men
ts a
re a
ll gr
ante
d an
d in
goo
d st
andi
ng w
ith
DM
IRS
. Bi
rrin
dudu
T
enem
ents
num
bers
are
EL3
2051
and
EL3
2052
.The
tene
men
ts
are
in a
pplic
atio
n ph
ase.
The
tene
men
ts a
re h
eld
in a
who
lly
owne
d su
bsid
iary
of O
akaj
ee C
orpo
ratio
n Li
mite
d. N
o re
gist
ered
na
tive
title
cla
ims.
Birr
indu
du In
dege
nous
Lan
d U
se A
gree
men
t
(2
8/4/
2005
) Cov
ers
both
app
licat
ion
area
s. T
his
is n
ot b
elie
ved
to
be a
n im
pedi
men
t to
the
gran
t of t
he te
nem
ents
. The
tene
men
t are
on
the
Riv
eren
Pas
tora
l Lea
se.
The
tene
men
ts a
re s
till i
n th
e ap
plic
atio
n st
age.
Expl
orat
ion
done
by
othe
r par
ties
A
ckno
wle
dgm
ent a
nd a
ppra
isal
of e
xplo
ratio
n by
oth
er p
artie
s.
Pa
ynes
Fin
d Th
e pr
ojec
t are
a co
vers
a h
isto
rical
gol
d ca
mp,
whi
ch h
as b
een
subj
ect t
o pr
ospe
ctor
and
exp
lora
tion
cam
paig
ns b
y a
num
ber o
f co
mpa
nies
. C
ompa
nies
th
at
have
co
mpl
eted
ca
mpa
igns
of
si
gnifi
canc
e ov
er p
arts
of
the
curr
ent
tenu
re in
clud
e 19
70-1
972
Haw
ksto
ne
Min
eral
s,
1982
R
esou
rce
Exp
lora
tion
NL
1982
Ja
ysto
ne E
xplo
ratio
n Pt
y Lt
d, 1
983-
1986
Pur
kait
and
Shr
eeve
sy
ndic
ate,
198
8 -1
990
Find
er G
old
NL,
1993
-199
9 H
omes
take
Au
stra
lia P
ty L
td, 2
012-
2013
McN
ab S
yndi
cate
, 201
2-20
17 R
ed
Dra
gon
Gol
d N
L.
Birr
indu
du
Pre
viou
s ex
plor
ers
in th
e ar
ea h
ave
incl
uded
Tre
nd E
xplo
ratio
n
29.
Cri
teri
a JO
RC
Cod
e ex
plan
atio
n C
omm
enta
ry
1974
1 -1
974,
Wes
tern
Min
ing
Cor
pora
tion
Lim
ited
1984
, O
tter
Gol
d an
d JV
pa
rtner
s 19
97-2
007,
A
usqu
est
2003
-200
6,
Inde
pend
ence
Gro
up L
imite
d 20
10-2
014.
Geo
logy
Dep
osit
type
, geo
logi
cal s
ettin
g an
d st
yle
of m
iner
alis
atio
n.
Pa
ynes
Fin
d Th
e co
mpa
ny
is
expl
orin
g fo
r st
ruct
ural
ly
cont
rolle
d go
ld
min
eral
isat
ion
alon
g th
e sh
eare
d co
ntac
t bet
wee
n th
e ba
sem
ent
gran
ite a
nd m
afic
vol
cani
c se
quen
ces
or s
hear
zon
es w
ithin
the
maf
ic a
nd fe
lsic
vol
cani
c se
quen
ces.
Bi
rrin
dudu
Th
e co
mpa
ny
has
a co
ncep
tual
m
odel
fo
r ni
ckel
su
lphi
de
min
eral
isat
ion
in th
e di
stric
t bas
ed o
n th
e N
orils
k ni
ckel
dep
osit.
Th
e m
odel
invo
lves
Ni-C
u-P
GE
sul
phid
e m
iner
alis
atio
n co
uld
be
asso
ciat
ed
with
in
trusi
ons
rela
ted
to
the
volu
min
ous
Ant
rim
Pla
teau
bas
alts
that
occ
ur w
ithin
the
proj
ect a
rea.
A
t thi
s st
age
the
com
pany
bel
ieve
s th
at u
ltram
afic
s in
ters
ecte
d in
sha
llow
dr
illing
with
in th
e pr
ojec
t are
a co
uld
be in
trusi
ve b
ut fu
rther
wor
k is
requ
ired
to c
onfir
m th
e co
ncep
t.
Dri
ll ho
le
Info
rmat
ion
A
sum
mar
y of
all
info
rmat
ion
mat
eria
l to
the
unde
rsta
ndin
g of
the
expl
orat
ion
resu
lts in
clud
ing
a ta
bula
tion
of th
e fo
llow
ing
info
rmat
ion
for a
ll M
ater
ial d
rill h
oles
: o
east
ing
and
north
ing
of th
e dr
ill h
ole
colla
r o
elev
atio
n or
RL
(Red
uced
Lev
el –
ele
vatio
n ab
ove
sea
leve
l in
met
res)
of t
he d
rill h
ole
colla
r o
dip
and
azim
uth
of th
e ho
le
o do
wn
hole
leng
th a
nd in
terc
eptio
n de
pth
o ho
le le
ngth
.
If th
e ex
clus
ion
of th
is in
form
atio
n is
just
ified
on
the
basi
s th
at th
e in
form
atio
n is
not
Mat
eria
l and
this
exc
lusi
on d
oes
not d
etra
ct fr
om
the
unde
rsta
ndin
g of
the
repo
rt, th
e C
ompe
tent
Per
son
shou
ld c
lear
ly
expl
ain
why
this
is th
e ca
se.
Pa
ynes
Fin
d At
thi
s st
age
in t
he e
xplo
ratio
n th
e co
mpa
ny is
usi
ng th
e au
ger
geoc
hem
ical
sam
plin
g, R
AB
dril
l geo
chem
istry
and
aer
omag
netic
da
ta to
pro
vide
tren
ds w
hich
can
be
used
in c
onju
nctio
n w
ith o
ther
da
ta s
ets
to d
efin
e ar
eas
of in
tere
st fo
r fu
rther
exp
lora
tion.
A li
st
of a
ll R
AB
dr
ill ho
les
that
can
be
iden
tifie
d fro
m t
he p
ast
expl
orat
ion
wor
k is
pro
vide
d as
App
endi
x ii.
Bi
rrin
dudu
A
list
of a
ll ho
les
know
n to
be
drill
ed in
the
proj
ect a
rea
has
been
c
ompi
led
from
the
open
file
reco
rds
kept
by
the
NTG
S. A
list
ing
o
ff al
l hol
es is
pro
vide
d in
Sch
edul
e 3.
Dat
a fro
m h
isto
rical
repo
rts th
at c
anno
t be
adeq
uate
ly v
erifi
ed o
r va
lidat
ed h
as b
een
omitt
ed fr
om th
e re
port.
30.
Cri
teri
a JO
RC
Cod
e ex
plan
atio
n C
omm
enta
ry
Dat
a ag
greg
atio
n m
etho
ds
In
repo
rting
Exp
lora
tion
Res
ults
, wei
ghtin
g av
erag
ing
tech
niqu
es,
max
imum
and
/or m
inim
um g
rade
trun
catio
ns (e
g cu
tting
of h
igh
grad
es) a
nd c
ut-o
ff gr
ades
are
usu
ally
Mat
eria
l and
sho
uld
be s
tate
d .
W
here
agg
rega
te in
terc
epts
inco
rpor
ate
shor
t len
gths
of h
igh
grad
e re
sults
and
long
er le
ngth
s of
low
gra
de re
sults
, the
pro
cedu
re u
sed
for s
uch
aggr
egat
ion
shou
ld b
e st
ated
and
som
e ty
pica
l exa
mpl
es o
f su
ch a
ggre
gatio
ns s
houl
d be
sho
wn
in d
etai
l.
The
assu
mpt
ions
use
d fo
r any
repo
rting
of m
etal
equ
ival
ent v
alue
s sh
ould
be
clea
rly s
tate
d.
Pa
ynes
Fin
d A
uger
No
aver
agin
g w
as u
sed.
R
AB
sam
ples
4 m
etre
com
posi
te s
ampl
es w
ere
gen
eral
ly
colle
cted
in th
e fie
ld. W
ere
two
or m
ore
com
posi
te s
ampl
es a
re
anom
alou
s th
e le
ngth
wei
ghte
d av
erag
e fo
the
inte
rsec
tion
was
ca
lcul
ated
. Bi
rrin
dudu
A
ssay
s fro
m c
ompo
site
sam
ples
are
repo
rted
as le
ngth
wei
ghte
d
ave
rage
s fo
r int
erva
l abo
ve 1
000
ppm
nic
kel.
Pa
ynes
Fin
d A
uger
Not
app
licab
le.
RA
B. T
he n
atur
e of
the
four
met
re c
ompo
site
sam
plin
g te
nds
to
smoo
th o
ut s
hort
inte
rval
s of
hig
h gr
ade
if th
ey is
pre
sent
. Bi
rrin
dudu
T
he o
rigin
al s
ampl
es w
ere
com
posi
ted
over
inte
rval
s be
twee
n 2
a
nd 4
met
res.
N
ot a
pplic
able
.
Rela
tions
hip
betw
een
min
eral
isat
ion
wid
ths
and
inte
rcep
t le
ngth
s
Th
ese
rela
tions
hips
are
par
ticul
arly
impo
rtant
in th
e re
porti
ng o
f E
xplo
ratio
n R
esul
ts.
If
the
geom
etry
of t
he m
iner
alis
atio
n w
ith re
spec
t to
the
drill
hol
e an
gle
is k
now
n, it
s na
ture
sho
uld
be re
porte
d.
If
it is
not
kno
wn
and
only
the
dow
n ho
le le
ngth
s ar
e re
porte
d, th
ere
shou
ld b
e a
clea
r sta
tem
ent t
o th
is e
ffect
(eg
‘dow
n ho
le le
ngth
, tru
e w
idth
not
kno
wn’
).
Pa
ynes
Fin
d A
ll au
ger h
oles
wer
e dr
illed
verti
cally
. Th
e sa
mpl
ing
was
des
igne
d to
col
lect
a s
ampl
e be
low
tran
spor
ted
mat
eria
l whi
ch is
ass
umed
to
occ
ur a
s a
horiz
onta
l sh
eet
of v
aria
ble
thic
knes
s ov
er t
he
proj
ect
area
. Th
e or
igin
al h
isto
rical
RA
B
hole
s w
ere
drill
ed
verti
cally
to a
pre
-det
erm
ined
dep
th. I
n la
tter p
rogr
am v
ertic
al a
nd
incl
ined
RA
B h
oles
wer
e dr
illed
to r
efus
al.
Ass
ay l
ogs
indi
cate
se
vera
l of t
he h
isto
rical
RA
B h
oles
retu
rned
ano
mal
ous
com
posi
te
gold
ass
ays
from
the
botto
m o
f hol
e sa
mpl
e. T
he R
AB
hol
es a
re
typi
cally
use
d to
col
lect
sam
ples
thr
ough
the
wea
ther
ing
prof
ile
and
fresh
roc
k in
terfa
ce.
The
wea
ther
ed p
rofil
e is
typ
ical
ly a
un
dula
ting
horiz
onta
l sur
face
.
At t
his
stag
e th
e ge
omet
ry o
f the
min
eral
isat
ion
is n
ot u
nder
sto
od.
Bas
ed o
n re
gion
al tr
end
it is
exp
ecte
d to
be
dipp
ing.
31.
Cri
teri
a JO
RC
Cod
e ex
plan
atio
n C
omm
enta
ry
RA
B -
only
dow
n ho
le in
ters
ectio
ns a
re re
porte
d
Birr
indu
du
At t
his
stag
e th
e ge
omet
ry o
f the
min
eral
isat
ion
is n
ot u
nder
sto
od.
At t
his
poin
t in
the
expl
orat
ion
proc
ess
only
bed
rock
geo
chem
istry
is
bei
ng re
porte
d. A
ll in
terv
als
repo
rted
are
dow
n ho
le in
terv
als.
D
iagr
ams
A
ppro
pria
te m
aps
and
sect
ions
(with
sca
les)
and
tabu
latio
ns o
f in
terc
epts
sho
uld
be in
clud
ed fo
r any
sig
nific
ant d
isco
very
bei
ng
repo
rted
Thes
e sh
ould
incl
ude,
but
not
be
limite
d to
a p
lan
view
of
drill
hol
e co
llar l
ocat
ions
and
app
ropr
iate
sec
tiona
l vie
ws.
A
ppro
pria
te
diag
ram
s ar
e in
corp
orat
ed
in
the
body
of
th
e an
noun
cem
ent.
C
ross
sec
tions
not
incl
uded
due
to th
e ea
rly s
tage
nat
ure
of th
e pr
ojec
ts.
Bala
nced
re
port
ing
W
here
com
preh
ensi
ve re
porti
ng o
f all
Exp
lora
tion
Res
ults
is n
ot
prac
ticab
le, r
epre
sent
ativ
e re
porti
ng o
f bot
h lo
w a
nd h
igh
grad
es
and/
or w
idth
s sh
ould
be
prac
ticed
to a
void
mis
lead
ing
repo
rting
of
Exp
lora
tion
Res
ults
.
Ta
bles
of a
ll th
e re
leva
nt h
isto
rical
dril
ling
refe
renc
ed a
re in
clud
ed
at S
ched
ules
2 a
nd 3
in th
is a
nnou
ncem
ent.
Oth
er
subs
tant
ive
expl
orat
ion
data
O
ther
exp
lora
tion
data
, if m
eani
ngfu
l and
mat
eria
l, sh
ould
be
repo
rted
incl
udin
g (b
ut n
ot li
mite
d to
): ge
olog
ical
obs
erva
tions
; geo
phys
ical
su
rvey
resu
lts; g
eoch
emic
al s
urve
y re
sults
; bul
k sa
mpl
es –
siz
e an
d m
etho
d of
trea
tmen
t; m
etal
lurg
ical
test
resu
lts; b
ulk
dens
ity,
grou
ndw
ater
, geo
tech
nica
l and
rock
cha
ract
eris
tics;
pot
entia
l de
lete
rious
or c
onta
min
atin
g su
bsta
nces
.
Pa
ynes
Fin
d A
erom
agne
tic g
eoph
ysic
al s
urve
ys h
ave
been
flow
n ov
er th
e ar
ea
by p
revi
ous
expl
orat
ion
com
pani
es. T
his
data
has
bee
n in
clud
ed
in th
e go
vern
men
t rep
osito
ry o
f geo
phys
ical
dat
a. T
his
data
has
be
en m
erge
d w
ith o
ther
sur
vey
and
leve
led
by t
he W
este
rn
Aus
tralia
n G
eolo
gica
l Sur
vey
and
has
been
use
d to
ass
ist i
n th
e in
terp
reta
tion
of t
he a
uger
geo
chem
ical
res
ults
dis
cuss
ed in
this
re
port.
Bi
rrin
dudu
A
erom
agne
tic g
eoph
ysic
al s
urve
ys h
ave
been
flow
n ov
er th
e ar
ea
by p
revi
ous
expl
orat
ion
com
pani
es. T
his
data
has
bee
n in
clud
ed
in th
e go
vern
men
t rep
osito
ry o
f geo
phys
ical
dat
a. T
his
data
has
be
en m
erge
d w
ith o
ther
sur
vey
and
leve
led
by t
he N
orth
ern
Terr
itory
Geo
logi
cal s
urve
y an
d ha
s be
en u
sed
to a
ssis
t in
the
in
terp
reta
tion
of d
rill d
ata.
The
natu
re a
nd s
cale
of p
lann
ed fu
rther
wor
k (e
g te
sts
for l
ater
al
exte
nsio
ns o
r dep
th e
xten
sion
s or
larg
e-sc
ale
step
-out
dril
ling)
.
Payn
es F
ind
The
wor
k co
mpl
eted
to d
ata
on th
e pr
ojec
t is
prel
imin
ary
in n
atur
e.
32.
Cri
teri
a JO
RC
Cod
e ex
plan
atio
n C
omm
enta
ry
D
iagr
ams
clea
rly h
ighl
ight
ing
the
area
s of
pos
sibl
e ex
tens
ions
, in
clud
ing
the
mai
n ge
olog
ical
inte
rpre
tatio
ns a
nd fu
ture
dril
ling
area
s,
prov
ided
this
info
rmat
ion
is n
ot c
omm
erci
ally
sen
sitiv
e.
The
com
pany
con
side
rs t
he r
esul
ts e
ncou
ragi
ng a
nd in
tend
s to
un
der a
n ex
plor
atio
n pr
ogra
m in
volv
ing
trenc
hing
, airc
ore
drill
ing
and
reve
rse
circ
ulat
ion
drill
ing
to fu
rther
acc
ess
the
pros
pect
s.
Birr
indu
du
The
wor
k co
mpl
eted
to d
ata
on th
e pr
ojec
t is
prel
imin
ary
in n
atur
e.
The
com
pany
con
side
rs t
he r
esul
ts e
ncou
ragi
ng.
Furth
er w
ork
incl
udin
g su
rface
geo
chem
ical
sam
plin
g, s
hallo
w s
yste
mat
ic d
rill
test
ing
in a
reas
of t
rans
porte
d co
ver,
grou
nd E
M s
urve
ys a
nd/o
r de
taile
d gr
avity
sur
veys
. D
eepe
r dr
ill t
estin
g w
ill be
app
lied
if w
arra
nted
.
33.
Schedule 2 - Paynes Find Project - Finders RAB Drilling
Hole North East RL TD Azi local
Dip From To Thickness m
Au g/t
PRAB139 10300 11300 NOM 51 0 -90 NSI PRAB140 10275 11300 NOM 40 0 -90 NSI PRAB141 10250 10300 NOM 51 0 -90 24 28 4 0.34 PRAB142 10225 11300 NOM 51 0 -90 NSI PRAB143 10200 11300 NOM 51 0 -90 NSI PRAB144 10175 11300 NOM 51 0 -90 NSI PRAB145 10150 10300 NOM 51 0 -90 PRAB146 10125 10300 NOM 51 0 -90 16
40 20 44
4 4
0.33 0.75
PRAB147 10100 11300 NOM 51 0 -90 4 51 47 PRAB148 10075 11300 NOM 51 0 -90 8
28 12 32
4 4
0.30 0.38
PRAB149 10050 11300 NOM 48 0 -90 NSI PRAB150 10025 11300 NOM 49 0 -90 NSI PRAB151 10001 10500 NOM 51 0 -90 48 51 3 0.85 PRAB152 9975 11500 NOM 51 0 -90 NSI PRAB153 9950 11500 NOM 51 0 -90 NSI PRAB154 9924 11500 NOM 51 0 -90 NSI PRAB155 9900 11500 NOM 51 0 -90 NSI PRAB156 9875 11500 NOM 51 0 -90 NSI PRAB157 9850 11500 NOM 41 0 -90 NSI PRAB158 9825 11500 NOM 51 0 -90 NSI PRAB159 9800 11500 NOM 42 0 -90 NSI PRAB166 10098 11500 NOM 51 0 -90 NSI PRAB167 10075 11500 NOM 51 0 -90 12 16 4 0.49 PRAB168 10050 11500 NOM 51 0 -90 NSI PRAB169 10021 11500 NOM 51 0 -90 NSI PRAB222 9750 11500 NOM 51 0 -90 NSI PRAB223 9700 11500 NOM 57 0 -90 NSI PRAB226 9975 11300 NOM 59 0 -90 NSI PRAB227 9925 11300 NOM 63 0 -90 NSI PRAB228 9875 11300 NOM 71 0 -90 NSI PRAB233 10200 11100 NOM 52 0 -90 NSI PRAB234 10150 11100 NOM 51 0 -90 48 51 3 0.4 PRAB238 10210 11200 NOM 74 0 -90 32
52 44 64
12 12
0.25 0.37
PRAB257 11400 10100 NOM 46 360 -60 NSI PRAB258 11375 10100 NOM 46 360 -60 20
28 24 32
4 4
0.74 0.51
PRAB259 11350 10100 NOM 46 360 -60 44 47 3 0.64 PRAB260 11325 10100 NOM 47 360 --60 NSI PRAB261 11300 10100 NOM 45 360 -60 NSI
34.
Schedule 3 - Birrindudu Project - Drilling Locations
Hole_ID Hole Type East_MGA North_MGA RL Depth Azi Dip
BURB001 RAB 615961.0 7988296.0 455 11.0 0 -90
BURB002 RAB 615864.0 7988281.0 455 9.0 0 -90
BURB003 RAB 615763.0 7988272.0 455 4.0 0 -90
BURB004 RAB 615667.0 7988266.0 455 3.0 0 -90
BURB005 RAB 615574.0 7988265.0 455 8.0 0 -90
BURB006 RAB 615481.0 7988271.0 455 15.0 0 -90
BURB007 RAB 615384.0 7988271.0 455 18.0 0 -90
BURB008 RAB 615276.0 7988264.0 455 12.0 0 -90
BURB009 RAB 615227.0 7988269.0 455 15.0 0 -90
BURB010 RAB 615175.0 7988268.0 455 12.0 0 -90
BURB011 RAB 615127.0 7988266.0 455 22.0 0 -90
BURB012 RAB 615075.0 7988267.0 455 22.0 0 -90
BURB013 RAB 615025.0 7988265.0 455 6.0 0 -90
BURB014 RAB 614965.0 7988259.0 455 7.0 0 -90
BURB015 RAB 614866.0 7988262.0 455 9.0 0 -90
BURB016 RAB 614341.0 7988271.0 455 17.0 0 -90
BURB017 RAB 614291.0 7988271.0 455 17.0 0 -90
BURB018 RAB 614240.0 7988271.0 455 9.0 0 -90
BURB019 RAB 614192.0 7988272.0 455 4.5 0 -90
BURB020 RAB 614146.0 7988275.0 455 10.0 0 -90
BURB021 RAB 614097.0 7988271.0 455 3.5 0 -90
BURB022 RAB 614085.0 7988272.0 455 8.0 0 -90
BURB023 RAB 614038.0 7988273.0 455 2.0 0 -90
BURB024 RAB 614025.0 7988273.0 455 9.0 0 -90
BURB025 RAB 613970.0 7988268.0 455 10.0 0 -90
BURB026 RAB 613877.0 7988275.0 455 7.0 0 -90
BURB027 RAB 616511.0 7987059.0 455 3.0 0 -90
BURB028 RAB 616459.0 7987058.0 455 4.0 0 -90
BURB029 RAB 616407.0 7987059.0 455 4.0 0 -90
BURB030 RAB 616365.0 7987074.0 455 4.0 0 -90
BURB031 RAB 616318.0 7987063.0 455 4.0 0 -90
BURB032 RAB 616270.0 7987041.0 455 4.0 0 -90
BURB033 RAB 616224.0 7987040.0 455 4.0 0 -90
BURB034 RAB 616177.0 7987042.0 455 7.0 0 -90
BURB035 RAB 616133.0 7987041.0 455 7.0 0 -90
BURB036 RAB 616082.0 7987039.0 455 4.0 0 -90
BURB037 RAB 615984.0 7987039.0 455 7.0 0 -90
BURB038 RAB 615893.0 7987041.0 455 4.0 0 -90
BURB039 RAB 616198.0 7987041.0 455 4.0 0 -90
BURB040 RAB 616206.0 7987019.0 455 4.0 0 -90
35.
Hole_ID Hole Type East_MGA North_MGA RL Depth Azi Dip
BURB041 RAB 616212.0 7986997.0 455 4.0 0 -90
BURB042 RAB 616215.0 7986979.0 455 4.0 0 -90
BURB043 RAB 616227.0 7986955.0 455 4.0 0 -90
BURB044 RAB 616236.0 7986934.0 455 4.0 0 -90
BURB045 RAB 616245.0 7986912.0 455 4.0 0 -90
BURB046 RAB 616253.0 7986894.0 455 4.0 0 -90
BURB047 RAB 616262.0 7986872.0 455 4.0 0 -90
BURB048 RAB 616264.0 7986850.0 455 4.0 0 -90
BURB049 RAB 616264.0 7986830.0 455 4.0 0 -90
BURB050 RAB 616268.0 7986808.0 455 4.0 0 -90
BURB051 RAB 616270.0 7986786.0 455 3.0 0 -90
BURB052 RAB 616270.0 7986767.0 455 3.0 0 -90
BURB053 RAB 616272.0 7986750.0 455 3.0 0 -90
BURB054 RAB 616277.0 7986727.0 455 3.0 0 -90
BURB055 RAB 616282.0 7986712.0 455 3.0 0 -90
BURB056 RAB 616282.0 7986694.0 455 3.0 0 -90
BURB057 RAB 616295.0 7986673.0 455 3.0 0 -90
BURB058 RAB 616308.0 7986655.0 455 3.0 0 -90
BURB059 RAB 616318.0 7986636.0 455 4.0 0 -90
BURB060 RAB 616329.0 7986624.0 455 3.0 0 -90
BURB061 RAB 616335.0 7986607.0 455 3.0 0 -90
BURB062 RAB 616321.0 7986599.0 455 3.0 0 -90
BURB063 RAB 616326.0 7986579.0 455 3.0 0 -90
BURB064 RAB 616329.0 7986562.0 455 3.0 0 -90
BURB065 RAB 616333.0 7986546.0 455 3.0 0 -90
BURB066 RAB 616342.0 7986528.0 455 3.0 0 -90
BURB067 RAB 616348.0 7986508.0 455 3.0 0 -90
BURB068 RAB 616352.0 7986494.0 455 3.0 0 -90
BURB069 RAB 615796.0 7987045.0 455 3.0 0 -90
BURB070 RAB 615696.0 7987044.0 455 4.0 0 -90
BURB071 RAB 615597.0 7987046.0 455 7.0 0 -90
BURB072 RAB 615501.0 7987046.0 455 5.0 0 -90
BURB073 RAB 615400.0 7987045.0 455 6.0 0 -90
BURB074 RAB 615312.0 7987043.0 455 7.0 0 -90
BURB075 RAB 615211.0 7987045.0 455 7.0 0 -90
BURB076 RAB 615107.0 7987044.0 455 7.0 0 -90
BURB077 RAB 615010.0 7987048.0 455 4.0 0 -90
BURB078 RAB 614915.0 7987048.0 455 4.0 0 -90
BURB079 RAB 614817.0 7987051.0 455 6.0 0 -90
BURB080 RAB 614717.0 7987049.0 455 8.0 0 -90
BURB081 RAB 614620.0 7987049.0 455 4.0 0 -90
BURB082 RAB 614530.0 7987046.0 455 3.0 0 -90
BURB083 RAB 614426.0 7987048.0 455 7.0 0 -90
36.
Hole_ID Hole Type East_MGA North_MGA RL Depth Azi Dip
BURB084 RAB 616492.0 7987521.0 455 4.0 0 -90
BURB085 RAB 616381.0 7987520.0 455 3.0 0 -90
BURB086 RAB 616283.0 7987522.0 455 3.0 0 -90
BURB087 RAB 616179.0 7987526.0 455 1.0 0 -90
BURB088 RAB 616082.0 7987528.0 455 6.0 0 -90
BURB089 RAB 615981.0 7987532.0 455 6.0 0 -90
BURB090 RAB 615880.0 7987538.0 455 6.0 0 -90
BURB091 RAB 615782.0 7987538.0 455 5.0 0 -90
BURB092 RAB 616297.0 7987524.0 455 10.0 0 -90
BURB093 RAB 615675.0 7987539.0 455 7.0 0 -90
BURB094 RAB 615574.0 7987541.0 455 7.0 0 -90
BURB095 RAB 615481.0 7987537.0 455 9.0 0 -90
BURB096 RAB 615380.0 7987535.0 455 10.0 0 -90
BURB097 RAB 615282.0 7987543.0 455 9.0 0 -90
BURB098 RAB 615182.0 7987539.0 455 22.0 0 -90
BURB099 RAB 615084.0 7987542.0 455 18.0 0 -90
BURB100 RAB 615036.0 7987538.0 455 21.0 0 -90
BURB101 RAB 614983.0 7987541.0 455 21.0 0 -90
BURB102 RAB 614902.0 7987530.0 455 12.0 0 -90
BURB103 RAB 614779.0 7987540.0 455 9.0 0 -90
BURB104 RAB 614682.0 7987540.0 455 9.0 0 -90
BURB105 RAB 614580.0 7987539.0 455 10.0 0 -90
BURB106 RAB 614476.0 7987538.0 455 9.0 0 -90
BURB107 RAB 614374.0 7987541.0 455 8.0 0 -90
BURB108 RAB 614280.0 7987534.0 455 8.0 0 -90
BURB109 RAB 614194.0 7987532.0 455 16.0 0 -90
BURB110 RAB 614084.0 7987530.0 455 10.0 0 -90
BURB111 RAB 613773.0 7988283.0 455 21.0 0 -90
BURB112 RAB 613684.0 7988287.0 455 10.0 0 -90
BURB113 RAB 613584.0 7988288.0 455 18.0 0 -90
BURB114 RAB 613482.0 7988287.0 455 21.0 0 -90
BURB115 RAB 613385.0 7988291.0 455 21.0 0 -90
BURB116 RAB 613288.0 7988291.0 455 21.0 0 -90
BURB117 RAB 615999.0 7989511.0 455 5.0 0 -90
BURB118 RAB 615949.0 7989511.0 455 9.0 0 -90
BURB119 RAB 615850.0 7989514.0 455 5.0 0 -90
BURB120 RAB 615752.0 7989517.0 455 4.0 0 -90
BURB121 RAB 615649.0 7989517.0 455 9.0 0 -90
BURB122 RAB 615549.0 7989512.0 455 11.0 0 -90
BURB123 RAB 615455.0 7989510.0 455 18.0 0 -90
BURB124 RAB 615350.0 7989514.0 455 7.0 0 -90
BURB125 RAB 615201.0 7989514.0 455 7.0 0 -90
BURB126 RAB 615100.0 7989513.0 455 6.0 0 -90
37.
Hole_ID Hole Type East_MGA North_MGA RL Depth Azi Dip
BURB127 RAB 615002.0 7989511.0 455 6.0 0 -90
BURB128 RAB 614900.0 7989511.0 455 5.0 0 -90
BURB129 RAB 614799.0 7989512.0 455 5.0 0 -90
BURB130 RAB 614700.0 7989510.0 455 8.0 0 -90
BURB131 RAB 614598.0 7989514.0 455 14.0 0 -90
BURB132 RAB 614494.0 7989510.0 455 10.0 0 -90
BURB133 RAB 614398.0 7989507.0 455 14.0 0 -90
BURB134 RAB 614288.0 7989509.0 455 12.0 0 -90
BURB135 RAB 614198.0 7989501.0 455 21.0 0 -90
BURB136 RAB 614101.0 7989513.0 455 21.0 0 -90
BURB137 RAB 613967.0 7989510.0 455 21.0 0 -90
BURB138 RAB 613899.0 7989514.0 455 21.0 0 -90
BURB139 RAB 613799.0 7989515.0 455 21.0 0 -90
BURB140 RAB 613703.0 7989514.0 455 21.0 0 -90
BURB141 RAB 613601.0 7989509.0 455 21.0 0 -90
BURB142 RAB 613503.0 7989509.0 455 12.0 0 -90
BURB143 RAB 613398.0 7989509.0 455 21.0 0 -90
BURB144 RAB 614986.0 7992508.0 455 9.0 0 -90
BURB145 RAB 614896.0 7992510.0 455 21.0 0 -90
BURB146 RAB 614801.0 7992507.0 455 6.0 0 -90
BURB147 RAB 614697.0 7992504.0 455 5.0 0 -90
BURB148 RAB 614602.0 7992510.0 455 13.0 0 -90
BURB149 RAB 614506.0 7992512.0 455 11.0 0 -90
BURB150 RAB 614402.0 7992508.0 455 22.0 0 -90
BURB151 RAB 614303.0 7992506.0 455 16.0 0 -90
BURB152 RAB 614203.0 7992506.0 455 12.0 0 -90
BURB153 RAB 614112.0 7992508.0 455 13.0 0 -90
BURB154 RAB 614005.0 7992516.0 455 22.0 0 -90
BURB155 RAB 613901.0 7992515.0 455 22.0 0 -90
BURB156 RAB 613801.0 7992511.0 455 11.0 0 -90
BURB157 RAB 613703.0 7992510.0 455 9.0 0 -90
BURB158 RAB 613600.0 7992514.0 455 10.0 0 -90
BURB159 RAB 613304.0 7989508.0 455 12.0 0 -90
BURB160 RAB 613200.0 7989506.0 455 21.0 0 -90
BURB161 RAB 613104.0 7989511.0 455 15.0 0 -90
BURB162 RAB 613008.0 7989509.0 455 9.0 0 -90
BURB163 RAB 612908.0 7989507.0 455 9.0 0 -90
BURB164 RAB 612798.0 7989501.0 455 8.0 0 -90
BURB165 RAB 612701.0 7989507.0 455 8.0 0 -90
BURB166 RAB 612594.0 7989510.0 455 7.0 0 -90
BURB167 RAB 612205.0 7988563.0 455 6.0 0 -90
BURB168 RAB 612005.0 7988562.0 455 6.0 0 -90
BURB169 RAB 611797.0 7988561.0 455 7.0 0 -90
38.
Hole_ID Hole Type East_MGA North_MGA RL Depth Azi Dip
BURB170 RAB 611602.0 7988563.0 455 7.0 0 -90
BURB171 RAB 611398.0 7988563.0 455 21.0 0 -90
BURB172 RAB 614773.0 7988265.0 455 21.0 0 -90
BURB173 RAB 614678.0 7988265.0 455 20.0 0 -90
BURB174 RAB 614588.0 7988264.0 455 10.0 0 -90
BURB175 RAB 614493.0 7988264.0 455 6.0 0 -90
BURB176 RAB 614422.0 7988271.0 455 7.0 0 -90
BURB177 RAB 614113.0 7988277.0 455 8.0 0 -90
BURB178 RAB 613944.0 7988280.0 455 22.0 0 -90
BURB179 RAB 613200.0 7988291.0 455 21.0 0 -90
BURB180 RAB 612990.0 7988290.0 455 11.0 0 -90
BURB181 RAB 612788.0 7988290.0 455 7.0 0 -90
BURB182 RAB 614976.0 7990500.0 455 6.0 0 -90
BURB183 RAB 614885.0 7990498.0 455 6.0 0 -90
BURB184 RAB 614779.0 7990494.0 455 5.0 0 -90
BURB185 RAB 614685.0 7990496.0 455 4.5 0 -90
BURB186 RAB 614574.0 7990501.0 455 6.0 0 -90
BURB187 RAB 614489.0 7990500.0 455 14.0 0 -90
BURB188 RAB 614396.0 7990501.0 455 6.0 0 -90
BURB189 RAB 614281.0 7990504.0 455 22.0 0 -90
BURB190 RAB 614184.0 7990501.0 455 5.0 0 -90
BURB191 RAB 614097.0 7990500.0 455 6.0 0 -90
BURB192 RAB 613976.0 7990500.0 455 6.0 0 -90
BURB193 RAB 613883.0 7990502.0 455 13.0 0 -90
BURB194 RAB 613789.0 7990503.0 455 11.0 0 -90
BURB195 RAB 613685.0 7990507.0 455 10.0 0 -90
BURB196 RAB 613578.0 7990506.0 455 10.0 0 -90
BURB197 RAB 613484.0 7990504.0 455 10.0 0 -90
BURB198 RAB 613379.0 7990504.0 455 12.0 0 -90
BURB199 RAB 613278.0 7990502.0 455 21.0 0 -90
BURB200 RAB 613184.0 7990501.0 455 10.0 0 -90
BURB201 RAB 613081.0 7990502.0 455 8.0 0 -90
BURB202 RAB 612980.0 7990502.0 455 7.0 0 -90
BURB203 RAB 612787.0 7990502.0 455 6.0 0 -90
BURB204 RAB 612580.0 7990500.0 455 7.0 0 -90
BURB205 RAB 616092.0 7980235.0 455 19.0 0 -90
BURB206 RAB 616005.0 7980205.0 455 6.0 0 -90
BURB207 RAB 615902.0 7980192.0 455 9.0 0 -90
BURB208 RAB 615807.0 7980185.0 455 10.0 0 -90
BURB209 RAB 615712.0 7980182.0 455 10.0 0 -90
BURB210 RAB 615613.0 7980180.0 455 7.0 0 -90
BURB211 RAB 615517.0 7980182.0 455 22.0 0 -90
BURB212 RAB 615418.0 7980181.0 455 8.0 0 -90
39.
Hole_ID Hole Type East_MGA North_MGA RL Depth Azi Dip
BURB213 RAB 615317.0 7980179.0 455 20.0 0 -90
BURB214 RAB 615218.0 7980182.0 455 13.0 0 -90
BURB215 RAB 615124.0 7980179.0 455 5.0 0 -90
BURB216 RAB 615026.0 7980178.0 455 8.0 0 -90
BURB217 RAB 614917.0 7980177.0 455 18.0 0 -90
BURB218 RAB 614828.0 7980180.0 455 13.0 0 -90
BURB219 RAB 614728.0 7980182.0 455 22.0 0 -90
BURB220 RAB 614629.0 7980199.0 455 10.0 0 -90
CJAC001 AC 615823.0 7988360.0 455 15.0 0 -90
CJAC002 AC 615765.0 7988361.0 455 13.0 0 -90
CJAC003 AC 615717.0 7988365.0 455 12.0 0 -90
CJAC004 AC 615674.0 7988361.0 455 14.0 0 -90
CJAC005 AC 615625.0 7988359.0 455 12.0 0 -90
CJAC006 AC 615577.0 7988365.0 455 21.0 0 -90
CJAC007 AC 615525.0 7988362.0 455 18.0 0 -90
CJAC008 AC 615476.0 7988368.0 455 27.0 0 -90
CJAC009 AC 615418.0 7988364.0 455 20.0 0 -90
CJAC010 AC 615369.0 7988365.0 455 24.0 0 -90
CJAC011 AC 615323.0 7988365.0 455 19.0 0 -90
CJAC012 AC 615271.0 7988368.0 455 24.0 0 -90
CJAC013 AC 615220.0 7988368.0 455 27.0 0 -90
CJAC014 AC 615200.0 7988365.0 455 23.0 0 -90
CJAC015 AC 615175.0 7988364.0 455 20.0 0 -90
CJAC016 AC 615144.0 7988365.0 455 18.0 0 -90
CJAC017 AC 615118.0 7988364.0 455 16.0 0 -90
CJAC018 AC 615068.0 7988365.0 455 38.0 0 -90
CJAC019 AC 615021.0 7988368.0 455 53.0 0 -90
CJAC020 AC 614966.0 7988353.0 455 48.0 0 -90
CJAC021 AC 614921.0 7988354.0 455 56.0 0 -90
CJAC022 AC 614882.0 7988360.0 455 51.0 0 -90
CJAC023 AC 614830.0 7988361.0 455 44.0 0 -90
CJAC024 AC 614780.0 7988365.0 455 55.0 0 -90
CJAC025 AC 614729.0 7988362.0 455 16.0 0 -90
CJAC026 AC 614709.0 7988366.0 455 16.0 0 -90
CJAC027 AC 614670.0 7988367.0 455 38.0 0 -90
CJAC028 AC 614657.0 7988363.0 455 37.0 0 -90
CJAC029 AC 614609.0 7988368.0 455 31.0 0 -90
CJAC030 AC 614557.0 7988366.0 455 32.0 0 -90
CJAC031 AC 614505.0 7988366.0 455 40.0 0 -90
CJAC032 AC 614449.0 7988367.0 455 27.0 0 -90
CJAC033 AC 614535.0 7988065.0 455 46.0 0 -90
CJAC034 AC 614567.0 7988064.0 455 44.0 0 -90
CJAC035 AC 614617.0 7988058.0 455 33.0 0 -90
40.
Hole_ID Hole Type East_MGA North_MGA RL Depth Azi Dip
CJAC036 AC 614664.0 7988067.0 455 34.0 0 -90
CJAC037 AC 614714.0 7988069.0 455 36.0 0 -90
CJAC038 AC 614766.0 7988062.0 455 56.0 0 -90
CJAC039 AC 614859.0 7988069.0 455 57.0 0 -90
CJAC040 AC 614970.0 7988065.0 455 38.0 0 -90
CJAC041 AC 615035.0 7988065.0 455 41.0 0 -90
CJAC042 AC 615067.0 7988065.0 455 38.0 0 -90
CJAC043 AC 615101.0 7988066.0 455 42.0 0 -90
CJAC044 AC 615139.0 7988068.0 455 36.0 0 -90
CJAC045 AC 615194.0 7988066.0 455 22.0 0 -90
CJAC046 AC 615221.0 7988065.0 455 28.0 0 -90
CJAC047 AC 615243.0 7988068.0 455 15.0 0 -90
CJAC048 AC 615262.0 7988058.0 455 10.0 0 -90
CJAC049 AC 615294.0 7988064.0 455 7.0 0 -90
CJAC050 AC 615324.0 7988067.0 455 13.0 0 -90
CJAC051 AC 615346.0 7988067.0 455 15.0 0 -90
CJAC052 AC 615370.0 7988068.0 455 17.0 0 -90
CJAC053 AC 615395.0 7988068.0 455 14.0 0 -90
CJAC054 AC 615419.0 7988069.0 455 16.0 0 -90
CJAC055 AC 615468.0 7988067.0 455 17.0 0 -90
CJAC056 AC 615512.0 7988064.0 455 18.0 0 -90
CJAC057 AC 615551.0 7988059.0 455 19.0 0 -90
CJAC058 AC 615652.0 7988056.0 455 10.0 0 -90
CJAC059 AC 614756.0 7988364.0 455 45.0 0 -90
CJAC060 AC 614742.0 7988062.0 455 39.0 0 -90
CJAC061 AC 615279.0 7988463.0 455 25.0 0 -90
CJAC062 AC 615230.0 7988463.0 455 21.0 0 -90
CJAC063 AC 615180.0 7988463.0 455 19.0 0 -90
CJRC001 AC 615324.0 7988265.0 455 106.0 0 -90
CJRC002 AC 615095.0 7988264.0 455 99.0 0 -90
CJRC003 AC 614773.0 7988263.0 455 60.0 0 -90
CJRC004 AC 614822.0 7988263.0 455 69.0 0 -90
JJAC001 AC 615587.0 7953329.0 454 46.0 0 -90
JJAC002 AC 615110.0 7953326.0 454 54.0 0 -90
JJAC003 AC 614594.0 7953325.0 454 63.0 0 -90
JJAC004 AC 614084.0 7953324.0 454 28.0 0 -90
JJAC005 AC 613590.0 7953326.0 454 42.0 0 -90
JJAC006 AC 613402.0 7953323.0 454 31.0 0 -90
JJAC007 AC 612999.0 7953325.0 454 52.0 0 -90
JJAC008 AC 612807.0 7953325.0 454 43.0 0 -90
JJAC009 AC 612595.0 7953326.0 454 54.0 0 -90
JJAC010 AC 612101.0 7953322.0 454 46.0 0 -90
JJAC011 AC 611607.0 7953327.0 454 24.0 0 -90
41.
Hole_ID Hole Type East_MGA North_MGA RL Depth Azi Dip
JJAC012 AC 611098.0 7953326.0 454 14.0 0 -90
JJAC013 AC 610594.0 7953334.0 454 29.0 0 -90
JJAC014 AC 610113.0 7953321.0 454 33.0 0 -90
JJAC015 AC 609599.0 7953316.0 454 52.0 0 -90
JJAC016 AC 609113.0 7953327.0 454 60.0 0 -90
JJAC017 AC 607661.0 7953331.0 454 27.0 0 -90
JJAC018 AC 608173.0 7953315.0 454 50.0 0 -90
JJAC019 AC 608401.0 7953324.0 454 54.0 0 -90
JJAC020 AC 618460.0 7951603.0 454 45.0 0 -90
JJAC021 AC 617998.0 7951600.0 454 42.0 0 -90
JJAC022 AC 617495.0 7951604.0 454 40.0 0 -90
JJAC023 AC 616997.0 7951600.0 454 43.0 0 -90
JJAC024 AC 616503.0 7951600.0 454 28.0 0 -90
JJAC025 AC 616697.0 7951600.0 454 30.0 0 -90
JJAC026 AC 616605.0 7951601.0 454 27.0 0 -90
JJAC027 AC 616402.0 7951601.0 454 30.0 0 -90
JJAC028 AC 616195.0 7951599.0 454 27.0 0 -90
JJAC029 AC 615999.0 7951602.0 454 34.0 0 -90
JJAC030 AC 615505.0 7951605.0 454 52.0 0 -90
JJAC031 AC 614993.0 7951597.0 454 29.0 0 -90
JJAC032 AC 614500.0 7951596.0 454 31.0 0 -90
JJAC033 AC 613998.0 7951602.0 454 38.0 0 -90
JJAC034 AC 613499.0 7951600.0 454 16.0 0 -90
JJAC035 AC 612997.0 7951596.0 454 41.0 0 -90
JJAC036 AC 612498.0 7951598.0 454 29.0 0 -90
JJAC037 AC 611996.0 7951603.0 454 19.0 0 -90
JJAC038 AC 611503.0 7951593.0 454 29.0 0 -90
JJAC039 AC 611000.0 7951597.0 454 11.0 0 -90
JJAC040 AC 610496.0 7951591.0 454 15.0 0 -90
JJAC041 AC 609997.0 7951595.0 454 25.0 0 -90
JJAC042 AC 609501.0 7951590.0 454 19.0 0 -90
JJAC043 AC 608997.0 7951597.0 454 32.0 0 -90
JJAC044 AC 608499.0 7951597.0 454 34.0 0 -90
JJAC045 AC 607996.0 7951598.0 454 27.0 0 -90
JJAC046 AC 609250.0 7951593.0 454 9.0 0 -90
JJAC047 AC 618521.0 7948459.0 454 54.0 0 -90
JJAC048 AC 617996.0 7948463.0 454 60.0 0 -90
JJAC049 AC 617501.0 7948464.0 454 60.0 0 -90
JJAC050 AC 617001.0 7948463.0 454 34.0 0 -90
JJAC051 AC 616493.0 7948463.0 454 24.0 0 -90
JJAC052 AC 616003.0 7948460.0 454 54.0 0 -90
JJAC053 AC 615463.0 7948464.0 454 57.0 0 -90
JJAC054 AC 614997.0 7948462.0 454 44.0 0 -90
42.
Hole_ID Hole Type East_MGA North_MGA RL Depth Azi Dip
JJAC055 AC 614495.0 7948459.0 454 24.0 0 -90
JJAC056 AC 614133.0 7948465.0 454 37.0 0 -90
JJAC057 AC 607177.0 7947503.0 454 29.0 0 -90
JJAC058 AC 607495.0 7947503.0 454 123.0 0 -90
JJAC059 AC 608694.0 7947500.0 454 41.0 0 -90
JJAC060 AC 609207.0 7947497.0 454 23.0 0 -90
JJAC061 AC 609701.0 7947508.0 454 37.0 0 -90
JJAC062 AC 610196.0 7947506.0 454 38.0 0 -90
JJAC063 AC 610708.0 7947499.0 454 33.0 0 -90
JJAC064 AC 611202.0 7947499.0 454 22.0 0 -90
JJAC065 AC 611705.0 7947499.0 454 33.0 0 -90
JJAC066 AC 612206.0 7947498.0 454 41.0 0 -90
JJAC067 AC 612700.0 7947502.0 454 37.0 0 -90
JJAC068 AC 613199.0 7947499.0 454 39.0 0 -90
JJAC069 AC 613704.0 7947506.0 454 41.0 0 -90
JJAC070 AC 614192.0 7947494.0 454 25.0 0 -90
JJAC071 AC 614700.0 7947502.0 454 36.0 0 -90
JJAC072 AC 615202.0 7947511.0 454 46.0 0 -90
JJAC073 AC 615710.0 7947494.0 454 41.0 0 -90
JJAC074 AC 616201.0 7947495.0 454 56.0 0 -90
JJAC075 AC 616702.0 7947493.0 454 48.0 0 -90
JJAC076 AC 617194.0 7947492.0 454 48.0 0 -90
JJAC077 AC 617702.0 7947504.0 454 58.0 0 -90
JJAC078 AC 618202.0 7947503.0 454 66.0 0 -90
JJAC079 AC 618502.0 7947502.0 454 55.0 0 -90
JJAC080 AC 608004.0 7945909.0 454 61.0 0 -90
JJAC081 AC 609900.0 7945910.0 454 78.0 0 -90
JJAC082 AC 609503.0 7945908.0 454 28.0 0 -90
JJAC083 AC 610002.0 7945913.0 454 50.0 0 -90
JJAC084 AC 610498.0 7945907.0 454 54.0 0 -90
JJAC085 AC 611000.0 7945916.0 454 55.0 0 -90
JJAC086 AC 611503.0 7945919.0 454 49.0 0 -90
JJAC087 AC 612009.0 7945911.0 454 37.0 0 -90
JJAC088 AC 612505.0 7945913.0 454 29.0 0 -90
JJAC089 AC 612991.0 7945917.0 454 47.0 0 -90
JJAC090 AC 613498.0 7945921.0 454 48.0 0 -90
JJAC091 AC 614002.0 7945902.0 454 31.0 0 -90
JJAC092 AC 614493.0 7945910.0 454 33.0 0 -90
JJAC093 AC 615015.0 7945907.0 454 40.0 0 -90
JJAC094 AC 615499.0 7945909.0 454 26.0 0 -90
JJAC095 AC 615996.0 7945913.0 454 37.0 0 -90
JJAC096 AC 616497.0 7945915.0 454 49.0 0 -90
JJAC097 AC 617004.0 7945915.0 454 54.0 0 -90
43.
Hole_ID Hole Type East_MGA North_MGA RL Depth Azi Dip
JJAC098 AC 617504.0 7945913.0 454 51.0 0 -90
JJAC099 AC 618000.0 7945915.0 454 54.0 0 -90
JJAC100 AC 618502.0 7945908.0 454 39.0 0 -90
JJAC101 AC 610995.0 7942343.0 454 117.0 0 -90
JJAC102 AC 611502.0 7942337.0 454 69.0 0 -90
JJAC103 AC 612001.0 7942341.0 454 50.0 0 -90
JJAC104 AC 612508.0 7942334.0 454 45.0 0 -90
JJAC105 AC 612998.0 7942334.0 454 38.0 0 -90
JJAC106 AC 613500.0 7942333.0 454 27.0 0 -90
JJAC107 AC 613997.0 7942325.0 454 65.0 0 -90
JJAC108 AC 614498.0 7942321.0 454 35.0 0 -90
JJAC109 AC 615006.0 7942323.0 454 53.0 0 -90
JJAC110 AC 615493.0 7942325.0 454 39.0 0 -90
JJAC111 AC 616000.0 7942323.0 454 69.0 0 -90
JJAC112 AC 616499.0 7942329.0 454 72.0 0 -90
JJAC113 AC 616998.0 7942328.0 454 126.0 0 -90
JJAC114 AC 617296.0 7942321.0 454 64.0 0 -90
JJAC115 AC 617600.0 7942331.0 454 52.0 0 -90
JJAC116 AC 609100.0 7953324.0 454 72.0 0 -90
JJAC117 AC 609001.0 7953330.0 454 63.0 0 -90
JJAC118 AC 608904.0 7953327.0 454 71.0 0 -90
JJAC119 AC 609211.0 7953332.0 454 32.0 0 -90
JJAC120 AC 609308.0 7953325.0 454 55.0 0 -90
JJAC121 AC 609101.0 7952652.0 454 64.0 0 -90
JJAC122 AC 608898.0 7952656.0 454 55.0 0 -90
JJAC123 AC 608798.0 7952662.0 454 54.0 0 -90
JJAC124 AC 609000.0 7952660.0 454 39.0 0 -90
JJAC125 AC 609205.0 7952665.0 454 61.0 0 -90
JJAC126 AC 609300.0 7952658.0 454 59.0 0 -90
JJAC127 AC 609398.0 7952654.0 454 25.0 0 -90
JJAC128 AC 613249.0 7951600.0 454 47.0 0 -90
BIRB001 RAB 618529.3 7986011.1 415 65.0 0 -90
BIRB002 RAB 618549.3 7985982.4 415 55.0 0 -90
BIRB003 RAB 618566.5 7985957.9 415 66.0 0 -90
BIRB004 RAB 617796.1 7985925.0 415 59.0 0 -90
BIRB005 RAB 617781.7 7985945.5 415 60.0 0 -90
BIRB006 RAB 617767.4 7985965.9 415 85.0 0 -90
BIRB007 RAB 617656.8 7985949.5 415 67.0 0 -90
BIRB008 RAB 617639.6 7985974.1 415 67.0 0 -90
BIRB009 RAB 617619.5 7986002.8 415 67.0 0 -90
BIRB010 RAB 617648.2 7985961.8 415 79.0 0 -90
BIRB011 RAB 617617.9 7985830.7 415 67.0 0 -90
BIRB012 RAB 617600.7 7985855.3 415 70.0 0 -90
44.
Hole_ID Hole Type East_MGA North_MGA RL Depth Azi Dip
BIRB013 RAB 617580.6 7985884.0 415 70.0 0 -90
BIRB014 RAB 617560.5 7985912.7 415 70.0 0 -90
BIRB015 RAB 617610.1 7985929.1 415 54.0 0 -90
BIRB016 RAB 617627.3 7985904.5 415 67.0 0 -90
BIRB017 RAB 617939.5 7985415.0 415 60.0 0 -90
BIRB018 RAB 617910.8 7985395.0 415 60.0 0 -90
BIRB019 RAB 617890.3 7985746.8 415 60.0 0 -90
BIRB020 RAB 617916.9 7986101.1 415 60.0 0 -90
BIRB021 RAB 617896.8 7986129.8 415 60.0 0 -90
WAL001-1 AC 612136.8 7939753.4 454 64.0 0 -90
WAL001-2 AC 612194.9 7939560.8 454 82.0 0 -90
WAL002-2 AC 614835.6 7939594.6 454 58.0 0 -90
WAL002-3 AC 614835.3 7939662.6 454 45.0 0 -90
