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MOHO RESOURCES LIMITED Capital/Financing Update 2026

Mar 24, 2026

65359_rns_2026-03-24_7dcc6945-ce52-4cbd-a83e-73071a32f3fa.pdf

Capital/Financing Update

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Moho Resources Ltd P. +61 8 9481 0389 ABN 81 156 217 971 E. [email protected] 168 Stirling Hwy mohoresources.com.au Nedlands WA 6009 ASX MOH

ASX RELEASE | 25 March 2026

Bush Chook expansion: high-grade gold mine added, drillready for May.

Highlights

  • Moho acquires a new Prospecting Licence at Bush Chook Project encompassing high-grade “ Blue Spec look-a-like” gold-antimony targets within 30km of the 1.8 Mtpa Golden Eagle Processing Plant.

  • Rocky Ridge Prospect – high-grade mineralisation open down dip and along strike (east and west), highlighted by:

  • Historic high-grade mine[1] | Produced 932oz of gold from 341 tonne of ore at an average gold grade of 85g/t - mined down to 40m.

  • Underground channel sampling[1] | 8m at 28.5g/t gold including 0.3m at 65g/t, ~0.4m at 50g/t, 0.4m at 101g/t, and 0.5m at 56.4g/t and 1.3m at 0.42% antimony.

  • High-grade drill intercepts | TMX201 8m at 3.67g/t Au from 20m[2] (includes a 2m void from 18m) and MMRB0004 8m at 2.52g/t Au from 32m to end of hole (EOH)[3] - deepest historic drill hole: 54m.

  • Northern Target - 140m trend of high-grade rock chips, up to 8.81g/t gold - never drilled.

  • Eastern Target - rock chips up to 57.2g/t gold - never drilled.

  • A 5,000m reverse circulation (RC) program is scheduled for May at multiple high-grade targets including Rocky Ridge, Gage Road, CBco, Single Fin, Little Creature and Swan.

  • A 4,000-sample soil campaign began on the 12 March, with a second soil crew mobilising to site on the 25 March as part of ongoing target generation activities across the 442km[2] project.

Moho Resources Ltd (ASX:MOH) has expanded its acreage position at the Bush Chook Gold Project in Western Australia’s Pilbara region, acquiring a new exploration tenement encompassing high-grade “Blue Spec look-a-like” gold-antimony targets within 30km of the Golden Eagle Processing Plant.

Moho Resources Chairman, Mr Peter Christie said:

“Our new acreage is highlighted by the exciting Rocky Ridge Prospect which hosts an historic high-grade mine that produced close to 1,000 ounces at an average grade of 85g/t. There are several drill ready targets which are geologically comparable to AIM Mining’s nearby Blue Spec Gold-Antimony Deposit (243 Kt Au @ 24.4 g/t Au and 1.6% Sb for 190 Koz Au and 3.8 Kt Antimony[4] ) which we expect to test during May as part of a 5,000m RC program.”

1 DMPE WAMEX Areport number 25861 2 DMPE WAMEX Areport number 115986 3 DMPE WAMEX Areport number 72078 4

Source: https://aimmining.com.au/blue-spec-project/

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Figure 1: Location of Moho Resource's Bush Chook Gold Project, AIM Mining’s projects and infrastructure.

Tenement acquisition delivers high-grade gold-antimony targets

Moho Resource has acquired Prospecting Licence P46/2148 from local prospector Mark Piltz. The licence is located 30km from AIM Mining’s Golden Eagle Processing Plant and 10km from the high-grade Blue Spec Gold-Antimony mine. The Blue Spec high-grade and low-grade domains extend over 350m strike length with thicknesses of 0.5 to 4m wide and at least 885m down dip.

Table 1: Schedule of tenements acquired from Mark Piltz

TENID TYPE
SURVSTATUS		 TENSTATUS
P 46/2148 PROSPECTINGLICENCEUNSURVEYED GRANTED

The licences features three high-grade gold-antimony targets Rocky Ridge, the Northern Target and the Eastern Target.

Rocky Ridge target hosts historic, high-grade gold mine

The Rocky Ridge Prospect (historically known as the Mountain Maid Mine) has received only sporadic mining and exploration work. First mined underground between 1906 and 1917 it produced 341 tonnes of ore from four separate Southeast-dipping Gold Reefs at an average grade of 85g/t (Northwest Adit 1 / Main Workings). Mining continued over strike length of approximately 120m and to a maximum depth of 40m.

2

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Figure 2: High-grade gold-antimony targets at P46/2148.

In 1987, two new exploration drives were established. Northwest Adit 2 was driven in 38m parallel to Northwest Adit 1. The best channel samples from the drive face were 1m at 3.05g/t Au from 4m, 1m at 4g/t from 6m and 2m at 0.8g/t from 8m*. This drive demonstrates the south-eastdipping gold reefs remain open down dip.

Southwest Adit 1 was driven in 79m from the northeast and intercepted a new north-dipping highgrade gold-antimony shear zone – 8m at 28.5g/t Au from 52m including 0.3m at 65g/t, ~0.4m at 50g/t, ~0.4m at 101g/t, and 0.5m at 56.4g/t and 1.3m at 0.42% antimony from 72m.

The first exploration drilling program was executed in 2004 when 12 rotary air blast (RAB) holes targeted the south-west extension of the south-east-dipping gold reefs (main workings). The maximum drill depth was 40m with a significant intercept of 8m at 2.52g/t from 32m to EOH .

A second drill program in 2017 comprised 13 RC holes, to a maximum depth of 54m, also targeted the south-east-dipping gold reefs by drilling towards the north-west; however, two holes intercepted the up-dip extension of the north-dipping high-grade gold-antimony shear zone intercepted in south-west Adit 1 with a best intercept of 8m at 3.67g/t Au from 20m - including a 2m void from 18m due to previous mining activities which potentially mined out a higher grade portion of the shear zone.

3

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Figure 3: Drilling and underground channel sampling results at the Rocky Ridge Prospect.

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Figure 4: Southwest Adit 1 – historic channel sampling results

4

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Figure 5: A-A’ cross-section through the North-dipping High-Grade Gold-Antimony Shear Zone.

Underground mapping by Moho Resources demonstrates that the north-dipping high-grade goldantimony shear zone dips between 65-80[o] towards 357[o] , it has a true thickness of ~2m and is open down dip and along strike. Unlike previous explorers, Moho will execute an RC drilling program to test the North-dipping shear zone across ~200m of strike length and up to 100m down dip.

This narrow, high-grade gold-antimony mineralisation shows several similarities, in terms of geometry, grade, and Au-Sb association, to AIM Mining Blue Spec Gold Project (243Kt at 24.4g/t Au and 1.6% Sb for 190Koz).

5

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Northern Target

The Northern Target comprises 130m strike length of high-grade rock chips (up to 8.81g/t Au) which has not been drill tested. Moho is planning detailed mapping in April prior to a potential drill program in May.

Eastern Target

The Eastern Target comprises a series of small prospector pits with rock chips up to 57.2g/t Au which have not been drill tested. Moho is planning detailed mapping in April prior to a potential drill program in May.

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Figure 6: Targets for upcoming drill program.

6

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Existing Bush Chook targets to be tested in May

Gage Road

Gold mineralisation demonstrated over 115m in two trenches.

  • MCTR005: 9m at 1.85g/t Au including 2m at 5.45g/t Au and 1m at 1.06g/t.

  • MCTR006: 9m at 0.94g/t Au including 1.2m at 3.58g/t Au.

  • Rock chips up to 2.76g/t Au

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Figure 7: Gage Road Prospect.

7

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CBco

Gold mineralisation demonstrated over 450m in trenching and rock chip sampling.

  • MCTR003: 8m at 0.72g/t Au including 4m at 1.29g/t Au.

  • MCTR004: 11m at 0.63g/t Au including 1m at 1.03g/t Au

  • Rock chips up to 5.1g/t Au

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Figure 8: CBco Prospect.

8

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Single Fin

Gold mineralisation demonstrated over 150m in trenching and rock chip sampling.

  • MCTR007 3m at 0.67 g/t Au including 1m at 1.11g/t Au

  • Rock chips up to 1.03g/t Au.

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Figure 9: Single Fin Prospect.

Little Creature

Gold mineralisation demonstrated over 650m in rock chip and soil sampling

  • Rock chips up to 5.6g/t Au

  • Soils up to 252ppb Au

Swan

Testing the southern soil anomaly to complete the December 2025 drilling program.

9

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RC Drilling scheduled for May

A 5,000m RC program is scheduled to begin in May. A specialised track-mounted RC rig capable of drilling to 200m depth has been secured to handle the steep terrain at the Rocky Ridge Prospect; this drill rig will significantly reduce earthworks costs and minimise environmental disturbance. It can drill very shallow angle holes which provides optionality for testing the down-dip extensions of the north-dipping high-grade gold-antimony shear zone.

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Figure 10: Specialised track mounted drill rig to be used in the upcoming RC program.

Acquisition terms

Moho Resources Limited (ASX: MOH) has entered into a binding head of agreement with Mr Mark Piltz for the acquisition of 100% of the vendor rights, title and interest in exploration license P46/2148. Consideration comprises $30,000 cash and the issue of 4,285,714 fully paid ordinary shares in Moho Resources on completion. The acquisition completed upon execution of the binding heads of agreement on 24 March 2026.

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Adit Channel Assays

Table 2: Adit portal location

Adit ID Easting Northing RL Grid ID
Northwest Adit 1
229467
7582527
465
GDA2020_MGAz51
Northwest Adit 2
229503
7582529
478
GDA2020_MGAz51
Southwest Adit 1
299467
7582613
486
GDA2020_MGAz51

Table 3: Adit channel assays

Au Sb
Distance from Location / Sample Material Au ppm Sb ppm
Adit ID portal(m) Level **Type ** Sample Interval Sampled **ppm ** **Rpt ** **ppm **
**Rpt **
0.00
Southwest Adit 1 2.7
face		 channel 0.1
qtz		 3
right side of
Southwest Adit 1 2.7
face		 channel 0.1
qtz		 0.02 0.03
Southwest Adit 1 13.3
west wall		 channel 0.1
qtz		 0.01
Southwest Adit 1 51
decline		 channel 0.2
qtz/shale		 22.8 21.1
Southwest Adit 1 53
decline		 channel 0.4
qtz/shale		 23.5
Southwest Adit 1 55
decline		 channel 0.3
qtz/shale		 65 67.2
Southwest Adit 1 55
decline		 channel 0.3
qtz/shale		 14.5 14.1
decline Unknow interval,
Southwest Adit 1 56
footwall		 channel
adit 1.2m wide		 qtz/shale 25 24.8
Unknow interval,
Southwest Adit 1 56
decline mid		 channel
adit 1.2m wide		 qtz/shale 11.3 4
decline Unknow interval,
Southwest Adit 1 56
hanging wall		 channel
adit 1.2m wide		 qtz/shale 50 53.1 7
decline
Southwest Adit 1 57
hanging wall		 channel 0.4
qtz/shale		 9.04 9.36
Southwest Adit 1 57
decline mid		 channel 0.4
qtz/shale		 11.8
decline
Southwest Adit 1 57
footwall		 channel 0.4
qtz/shale		 14.1 13.4
decline Unknow interval,
Southwest Adit 1 58
hanging wall		 channel
adit 1.2m wide		 qtz/shale 0.01 2
Unknow interval,
Southwest Adit 1 58
decline mid		 channel
adit 1.2m wide		 qtz/shale 101 110 3 4
decline Unknow interval,
Southwest Adit 1 58
footwall		 channel
adit 1.2m wide		 qtz/shale 47.8 50.5 3
decline
Southwest Adit 1 59
hanging wall		 channel 0.4
qtz/shale		 10.7
Southwest Adit 1 59
decline mid		 channel 0.4
qtz/shale		 10.1
decline
Southwest Adit 1 59
footwall		 channel 0.5
qtz/shale		 56.4 67.2
decline
Southwest Adit 1 61
hanging wall		 channel 0.5 0.26
Southwest Adit 1 61
decline mid		 channel 0.5 0.3
decline
Southwest Adit 1 61
footwall		 channel 0.5 2
decline
Southwest Adit 1 66.5
hanging wall		 channel 0.3 0.03 5
Southwest Adit 1 66.5
decline mid		 channel 0.9 0.04 3
decline
Southwest Adit 1 66.5
footwall		 channel 1.1 0.05 3
decline
Southwest Adit 1 68
footwall		 channel 1
SST		 0.15 5
decline
Southwest Adit 1 68
hanging wall		 channel 0.9
qtz/shale		 0.13 3
Southwest Adit 1 68
Ore		 channel 0.3
qtz/shale		 0.07 11
Southwest Adit 1 70
Ore		 channel 0.3
qtz		 0.18 30

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decline -
Southwest Adit 1 70
hanging wall		 channel
0.9
shale		 0.01 -0.01 10
decline
Southwest Adit 1 70
footwall		 channel
1
sst		 0.04 9
decline 940
Southwest Adit 1 72
hanging wall		 channel
0.5		 0.13 0
140
Southwest Adit 1 72
decline mid		 channel
0.5		 0.05 0
decline 200
Southwest Adit 1 72
footwall		 channel
0.3		 0.06 0
east side of
Southwest Adit 1 74
face		 channel
1		 0.01 415
west side of
Southwest Adit 1 74
face		 channel
1		 0.02 720
-
Southwest Adit 1 76
Ore		 channel
0.2		 0.01
decline -
Southwest Adit 1 76
hanging wall		 channel
0.2		 0.01
decline -
Southwest Adit 1 76
footwall		 channel
0.3		 0.01
Northwest Adit 1 Main old
(main workings) Unknown workings channel
0.4
Qtz stringer
1.03
Northwest Adit 1 Main old
(main workings) Unknown workings channel
0.4
Qtz stringer
1.61
Northwest Adit 1 Main old
(main workings) Unknown workings channel
0.4
Qtz stringer
0.81
Northwest Adit 2 4
East face		 channel
1
Qtz		 0.8
Northwest Adit 2 4
West face		 channel
1
Qtz		 3.05
Northwest Adit 2 6
East face		 channel
1
Qtz		 0.25
Northwest Adit 2 6
West face		 channel
1
Qtz		 4
Northwest Adit 2 8
East face		 channel
1
Qtz		 0.7
Northwest Adit 2 8
West face		 channel
1
Qtz		 0.9
Northwest Adit 2 10
East face		 channel
1
Qtz		 0.4
Northwest Adit 2 10
West face		 channel
1
Qtz		 0.25
Northwest Adit 2 10.8
West face		 channel
0.4
Qtz/schist		 0.06
Northwest Adit 2 13.9
East face		 channel
0.2
Qtz/schist		 0.18
Northwest Adit 2 15.4
East face		 channel
0.4
Qtz		 0.05 0.06
Northwest Adit 2 16.4
West face		 channel
0.5
Qtz		 0.12
Northwest Adit 2 20.7
East face		 channel
0.3
Qtz/schist		 0.82
Northwest Adit 2 22.1
West face		 channel
0.5
Qtz/schist		 0.56
Northwest Adit 2 26.6
West face		 channel
0.1
Qtz		 0.04

Drillhole tables

Table 4: Collar data

Hole_ID Easting Northing RL Grid ID Max_Depth **Hole_Type **
GDA2020
TMX176 229505 7582521 479 MGAz51 54
RC
GDA2020
TMX177 229518 7582507 480 MGAz51 54
RC
GDA2020
TMX200 229417 7582546 500 MGAz51 54
RC
GDA2020
TMX201 229438 7582542 498 MGAz51 54
RC
GDA2020
TMX202 229441 7582540 499 MGAz51 54
RC
GDA2020
TMX203 229381 7582523 503 MGAz51 54
RC
GDA2020
TMX204 229391 7582505 504 MGAz51 54
RC

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GDA2020
TMX205 229401 7582487 508 MGAz51 54
RC
GDA2020
TMX206 229412 7582471 510 MGAz51 54
RC
GDA2020
TMX207 229421 7582455 511 MGAz51 54
RC
GDA2020
TMX208 229339 7582505 494 MGAz51 54
RC
GDA2020
TMX209 229352 7582490 493 MGAz51 54
RC
GDA2020
TMX210 229353 7582489 493 MGAz51 54
RC
GDA2020
MMRB0001 229417 7582538 501 MGAz51 14
RAB
GDA2020
MMRB0002 229416 7582536 502 MGAz51 17
RAB
GDA2020
MMRB0003 229387 7582526 503 MGAz51 40
RAB
GDA2020
MMRB0004 229393 7582505 504 MGAz51 48
RAB
GDA2020
MMRB0005 229383 7582490 503 MGAz51 40
RAB
GDA2020
MMRB0006 229422 7582451 510 MGAz51 40
RAB
GDA2020
MMRB0007 229412 7582469 511 MGAz51 40
RAB
GDA2020
MMRB0008 229402 7582477 509 MGAz51 40
RAB
GDA2020
MMRB0009 229393 7582492 506 MGAz51 40
RAB
GDA2020
MMRB0010 229375 7582510 502 MGAz51 40
RAB
GDA2020
MMRB0011 229385 7582503 503 MGAz51 40
RAB
GDA2020
MMRB0012 229339 7582504 494 MGAz51 40
RAB

Table 5: Drillhole survey

HoleID Depth Survey_Method Dip Azimuth
TMX176 15
EMS		 -58 335
TMX176 51
EMS		 -54 337
TMX177 0
EMS		 -60 331
TMX177 15
EMS		 -57 335
TMX177 51
EMS		 -56 334
TMX200 15
EMS		 -60 333
TMX200 51
EMS		 -59 335
TMX201 0
COLL		 -60 331
TMX201 15
EMS		 -59 336
TMX201 51
EMS		 -57 337
TMX202 0
COLL		 -90 1
TMX202 15
EMS		 -88 1
TMX202 51
EMS		 -89 1
TMX203 0
COLL		 -60 331
TMX203 15
EMS		 -59 335
TMX203 51
EMS		 -54 337
TMX204 0
COLL		 -60 331
TMX204 15
EMS		 -57 336
TMX204 51
EMS		 -58 337
TMX205 0
COLL		 -60 331

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TMX205 15
EMS		 -58 336
TMX205 51
EMS		 -55 338
TMX206 0
COLL		 -60 331
TMX206 15
EMS		 -58 333
TMX206 51
EMS		 -54 333
TMX207 0
COLL		 -60 331
TMX207 15
EMS		 -58 332
TMX207 51
EMS		 -55 333
TMX208 0
COLL		 -60 331
TMX208 15
EMS		 -59 335
TMX208 51
EMS		 -54 336
TMX209 0
COLL		 -60 331
TMX209 15
EMS		 -59 333
TMX209 51
EMS		 -55 334
TMX210 0
COLL		 -90 1
TMX210 15
EMS		 -86 1
TMX210 51
EMS		 -85 1
MMRB0001 0
COLL		 -60 25
MMRB0002 0
COLL		 -60 45
MMRB0003 0
COLL		 -60 3
MMRB0004 0
COLL		 -60 10
MMRB0005 0
COLL		 -60 20
MMRB0006 0
COLL		 -60 150
MMRB0007 0
COLL		 -60 135
MMRB0008 0
COLL		 -60 160
MMRB0009 0
COLL		 -60 149
MMRB0010 0
COLL		 -60 317
MMRB0011 0
COLL		 -60 315
MMRB0012 0
COLL		 -60 325

Table 6: Drillhole assays

Hole_ID SampleID Sample Method **From_m ** **To_m ** **Auppb **
TMX176 NX1046974 CONE 0 1
-10
TMX176 NX1046975 CONE 1 2
10
TMX176 NX1046976 CONE 2 3
-10
TMX176 NX1046977 CONE 3 4
10
TMX176 NX1046978 CONE 4 5
-10
TMX176 NX1046979 CONE 5 6
-10
TMX176 NX1046980 CONE 6 7
-10
TMX176 NX1046982 CONE 7 8
10
TMX176 NX1046983 CONE 8 9
10
TMX176 NX1046984 CONE 9 10
10
TMX176 NX1046985 CONE 10 11
-10
TMX176 NX1046986 CONE 11 12
10
TMX176 NX1046987 CONE 12 13
10
TMX176 NX1046988 CONE 13 14
20
TMX176 NX1046989 CONE 14 15
-10

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TMX176 NX1046990 CONE 15 16
10
TMX176 NX1046991 CONE 16 17
10
TMX176 NX1046992 CONE 17 18
60
TMX176 NX1046993 CONE 18 19
10
TMX176 NX1046994 CONE 19 20
30
TMX176 NX1046995 CONE 20 21
10
TMX176 NX1046996 CONE 21 22
10
TMX176 NX1046997 CONE 22 23
10
TMX176 NX1046998 CONE 23 24
20
TMX176 NX1046999 CONE 24 25
10
TMX176 NX1182501 CONE 25 26
20
TMX176 NX1182502 CONE 26 27
10
TMX176 NX1182503 CONE 27 28
10
TMX176 NX1182504 CONE 28 29
20
TMX176 NX1182505 CONE 29 30
10
TMX176 NX1182506 CONE 30 31
10
TMX176 NX1182507 CONE 31 32
-10
TMX176 NX1182508 CONE 32 33
10
TMX176 NX1182509 CONE 33 34
-10
TMX176 NX1182510 CONE 34 35
-10
TMX176 NX1182511 CONE 35 36
20
TMX176 NX1182512 CONE 36 37
10
TMX176 NX1182513 CONE 37 38
20
TMX176 NX1182514 CONE 38 39
-10
TMX176 NX1182515 CONE 39 40
-10
TMX176 NX1182516 CONE 40 41
10
TMX176 NX1182517 CONE 41 42
-10
TMX176 NX1182518 CONE 42 43
-10
TMX176 NX1182519 CONE 43 44
-10
TMX176 NX1182521 CONE 44 45
-10
TMX176 NX1182522 CONE 45 46
-10
TMX176 NX1182523 CONE 46 47
-10
TMX176 NX1182524 CONE 47 48
-10
TMX176 NX1182525 CONE 48 49
-10
TMX176 NX1182526 CONE 49 50
-10
TMX176 NX1182527 CONE 50 51
-10
TMX176 NX1182528 CONE 51 52
-10
TMX176 NX1182529 CONE 52 53
-10
TMX176 NX1182530 CONE 53 54
-10
TMX177 NX1046917 CONE 0 1
40
TMX177 NX1046918 CONE 1 2
20
TMX177 NX1046919 CONE 2 3
20
TMX177 NX1046921 CONE 3 4
10
TMX177 NX1046922 CONE 4 5
-10
TMX177 NX1046923 CONE 5 6
-10
TMX177 NX1046924 CONE 6 7
-10
TMX177 NX1046925 CONE 7 8
-10
TMX177 NX1046926 CONE 8 9
-10

15

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TMX177 NX1046927 CONE 9 10
10
TMX177 NX1046928 CONE 10 11
-10
TMX177 NX1046929 CONE 11 12
-10
TMX177 NX1046930 CONE 12 13
-10
TMX177 NX1046931 CONE 13 14
-10
TMX177 NX1046932 CONE 14 15
-10
TMX177 NX1046933 CONE 15 16
-10
TMX177 NX1046934 CONE 16 17
10
TMX177 NX1046935 CONE 17 18
-10
TMX177 NX1046936 CONE 18 19
-10
TMX177 NX1046937 CONE 19 20
10
TMX177 NX1046938 CONE 20 21
-10
TMX177 NX1046939 CONE 21 22
10
TMX177 NX1046940 CONE 22 23
-10
TMX177 NX1046942 CONE 23 24
10
TMX177 NX1046943 CONE 24 25
-10
TMX177 NX1046944 CONE 25 26
-10
TMX177 NX1046945 CONE 26 27
10
TMX177 NX1046946 CONE 27 28
10
TMX177 NX1046947 CONE 28 29
10
TMX177 NX1046948 CONE 29 30
10
TMX177 NX1046949 CONE 30 31
10
TMX177 NX1046950 CONE 31 32
50
TMX177 NX1046951 CONE 32 33
60
TMX177 NX1046952 CONE 33 34
30
TMX177 NX1046953 CONE 34 35
60
TMX177 NX1046954 CONE 35 36
50
TMX177 NX1046955 CONE 36 37
20
TMX177 NX1046956 CONE 37 38
10
TMX177 NX1046957 CONE 38 39
-10
TMX177 NX1046958 CONE 39 40
10
TMX177 NX1046959 CONE 40 41
-10
TMX177 NX1046961 CONE 41 42
-10
TMX177 NX1046962 CONE 42 43
-10
TMX177 NX1046963 CONE 43 44
-10
TMX177 NX1046964 CONE 44 45
-10
TMX177 NX1046965 CONE 45 46
-10
TMX177 NX1046966 CONE 46 47
-10
TMX177 NX1046967 CONE 47 48
-10
TMX177 NX1046968 CONE 48 49
20
TMX177 NX1046969 CONE 49 50
10
TMX177 NX1046970 CONE 50 51
10
TMX177 NX1046971 CONE 51 52
10
TMX177 NX1046972 CONE 52 53
10
TMX177 NX1046973 CONE 53 54
10
TMX200 NX1182985 CONE 0 1
10
TMX200 NX1182986 CONE 1 2
-10
TMX200 NX1182987 CONE 2 3
-10

16

==> picture [113 x 43] intentionally omitted <==

TMX200 NX1182988 CONE 3 4
10
TMX200 NX1182989 CONE 4 5
-10
TMX200 NX1182990 CONE 5 6
10
TMX200 NX1182991 CONE 6 7
10
TMX200 NX1182992 CONE 7 8
10
TMX200 NX1182993 CONE 8 9
-999000
TMX200 NX1182994 CONE 9 10
100
TMX200 NX1182995 CONE 10 11
20
TMX200 NX1182996 CONE 11 12
20
TMX200 NX1182997 CONE 12 13
10
TMX200 NX1182998 CONE 13 14
10
TMX200 NX1182999 CONE 14 15
-999000
TMX200 NX1183501 CONE 15 16
200
TMX200 NX1183502 CONE 16 17
1770
TMX200 NX1183503 CONE 17 18
50
TMX200 NX1183504 CONE 18 19
60
TMX200 NX1183505 CONE 19 20
30
TMX200 NX1183506 CONE 20 21
40
TMX200 NX1183507 CONE 21 22
20
TMX200 NX1183508 CONE 22 23
50
TMX200 NX1183509 CONE 23 24
10
TMX200 NX1183510 CONE 24 25
-10
TMX200 NX1183511 CONE 25 26
10
TMX200 NX1183512 CONE 26 27
-10
TMX200 NX1183513 CONE 27 28
20
TMX200 NX1183514 CONE 28 29
-10
TMX200 NX1183515 CONE 29 30
-10
TMX200 NX1183516 CONE 30 31
30
TMX200 NX1183517 CONE 31 32
-10
TMX200 NX1183518 CONE 32 33
-10
TMX200 NX1183519 CONE 33 34
10
TMX200 NX1183521 CONE 34 35
-10
TMX200 NX1183522 CONE 35 36
-10
TMX200 NX1183523 CONE 36 37
-10
TMX200 NX1183524 CONE 37 38
-10
TMX200 NX1183525 CONE 38 39
-10
TMX200 NX1183526 CONE 39 40
-10
TMX200 NX1183527 CONE 40 41
-10
TMX200 NX1183528 CONE 41 42
-10
TMX200 NX1183529 CONE 42 43
-10
TMX200 NX1183530 CONE 43 44
-10
TMX200 NX1183531 CONE 44 45
20
TMX200 NX1183532 CONE 45 46
-10
TMX200 NX1183533 CONE 46 47
10
TMX200 NX1183534 CONE 47 48
-10
TMX200 NX1183535 CONE 48 49
-10
TMX200 NX1183536 CONE 49 50
-10
TMX200 NX1183537 CONE 50 51
-10

17

==> picture [113 x 43] intentionally omitted <==

TMX200 NX1183538 CONE 51 52
-10
TMX200 NX1183539 CONE 52 53
-10
TMX200 NX1183540 CONE 53 54
-10
TMX201 NX1183542 CONE 0 1
20
TMX201 NX1183543 CONE 1 2
-10
TMX201 NX1183544 CONE 2 3
-10
TMX201 NX1183545 CONE 3 4
-10
TMX201 NX1183546 CONE 4 5
-10
TMX201 NX1183547 CONE 5 6
10
TMX201 NX1183548 CONE 6 7
10
TMX201 NX1183549 CONE 7 8
20
TMX201 NX1183550 CONE 8 9
10
TMX201 NX1183551 CONE 9 10
10
TMX201 NX1183552 CONE 10 11
10
TMX201 NX1183553 CONE 11 12
30
TMX201 NX1183554 CONE 12 13
-10
TMX201 NX1183555 CONE 13 14
100
TMX201 NX1183556 CONE 14 15
-10
TMX201 NX1183557 CONE 15 16
-10
TMX201 NX1183558 CONE 16 17
10
TMX201 NX1183559 CONE 17 18
10
TMX201 NX1183561 CONE 18 19
-999000
TMX201 NX1183562 CONE 19 20
-999000
TMX201 NX1183563 CONE 20 21
690
TMX201 NX1183564 CONE 21 22
10150
TMX201 NX1183565 CONE 22 23
4500
TMX201 NX1183566 CONE 23 24
9390
TMX201 NX1183567 CONE 24 25
2610
TMX201 NX1183568 CONE 25 26
1250
TMX201 NX1183569 CONE 26 27
590
TMX201 NX1183570 CONE 27 28
240
TMX201 NX1183571 CONE 28 29
150
TMX201 NX1183572 CONE 29 30
100
TMX201 NX1183573 CONE 30 31
70
TMX201 NX1183574 CONE 31 32
50
TMX201 NX1183575 CONE 32 33
40
TMX201 NX1183576 CONE 33 34
40
TMX201 NX1183577 CONE 34 35
30
TMX201 NX1183578 CONE 35 36
10
TMX201 NX1183579 CONE 36 37
10
TMX201 NX1183580 CONE 37 38
10
TMX201 NX1183582 CONE 38 39
10
TMX201 NX1183583 CONE 39 40
10
TMX201 NX1183584 CONE 40 41
10
TMX201 NX1183585 CONE 41 42
10
TMX201 NX1183586 CONE 42 43
10
TMX201 NX1183587 CONE 43 44
-999000
TMX201 NX1183588 CONE 44 45
-10

18

==> picture [113 x 43] intentionally omitted <==

TMX201 NX1183589 CONE 45 46
10
TMX201 NX1183590 CONE 46 47
10
TMX201 NX1183591 CONE 47 48
10
TMX201 NX1183592 CONE 48 49
-10
TMX201 NX1183593 CONE 49 50
-10
TMX201 NX1183594 CONE 50 51
-10
TMX201 NX1183595 CONE 51 52
-10
TMX201 NX1183596 CONE 52 53
-10
TMX201 NX1183597 CONE 53 54
10
TMX202 NX1183598 CONE 0 1
230
TMX202 NX1183599 CONE 1 2
380
TMX202 NX1183601 CONE 2 3
140
TMX202 NX1183602 CONE 3 4
70
TMX202 NX1183603 CONE 4 5
50
TMX202 NX1183604 CONE 5 6
50
TMX202 NX1183605 CONE 6 7
30
TMX202 NX1183606 CONE 7 8
10
TMX202 NX1183607 CONE 8 9
50
TMX202 NX1183608 CONE 9 10
140
TMX202 NX1183609 CONE 10 11
20
TMX202 NX1183610 CONE 11 12
10
TMX202 NX1183611 CONE 12 13
30
TMX202 NX1183612 CONE 13 14
30
TMX202 NX1183613 CONE 14 15
30
TMX202 NX1183614 CONE 15 16
60
TMX202 NX1183615 CONE 16 17
30
TMX202 NX1183616 CONE 17 18
70
TMX202 NX1183617 CONE 18 19
300
TMX202 NX1183618 CONE 19 20
990
TMX202 NX1183619 CONE 20 21
140
TMX202 NX1183621 CONE 21 22
40
TMX202 NX1183622 CONE 22 23
110
TMX202 NX1183623 CONE 23 24
50
TMX202 NX1183624 CONE 24 25
40
TMX202 NX1183625 CONE 25 26
20
TMX202 NX1183626 CONE 26 27
10
TMX202 NX1183627 CONE 27 28
10
TMX202 NX1183628 CONE 28 29
30
TMX202 NX1183629 CONE 29 30
30
TMX202 NX1183630 CONE 30 31
170
TMX202 NX1183631 CONE 31 32
340
TMX202 NX1183632 CONE 32 33
30
TMX202 NX1183633 CONE 33 34
20
TMX202 NX1183634 CONE 34 35
20
TMX202 NX1183635 CONE 35 36
10
TMX202 NX1183636 CONE 36 37
10
TMX202 NX1183637 CONE 37 38
10
TMX202 NX1183638 CONE 38 39
-10

19

==> picture [113 x 43] intentionally omitted <==

TMX202 NX1183639 CONE 39 40
-10
TMX202 NX1183640 CONE 40 41
-10
TMX202 NX1183642 CONE 41 42
-10
TMX202 NX1183643 CONE 42 43
-10
TMX202 NX1183644 CONE 43 44
-10
TMX202 NX1183645 CONE 44 45
-10
TMX202 NX1183646 CONE 45 46
-10
TMX202 NX1183647 CONE 46 47
10
TMX202 NX1183648 CONE 47 48
10
TMX202 NX1183649 CONE 48 49
10
TMX202 NX1183650 CONE 49 50
-10
TMX202 NX1183651 CONE 50 51
-10
TMX202 NX1183652 CONE 51 52
-10
TMX202 NX1183653 CONE 52 53
-10
TMX202 NX1183654 CONE 53 54
-10
TMX203 NX1182701 CONE 0 1
20
TMX203 NX1182702 CONE 1 2
30
TMX203 NX1182703 CONE 2 3
10
TMX203 NX1182704 CONE 3 4
50
TMX203 NX1182705 CONE 4 5
70
TMX203 NX1182706 CONE 5 6
80
TMX203 NX1182707 CONE 6 7
190
TMX203 NX1182708 CONE 7 8
170
TMX203 NX1182709 CONE 8 9
220
TMX203 NX1182710 CONE 9 10
180
TMX203 NX1182711 CONE 10 11
130
TMX203 NX1182712 CONE 11 12
50
TMX203 NX1182713 CONE 12 13
150
TMX203 NX1182714 CONE 13 14
180
TMX203 NX1182715 CONE 14 15
380
TMX203 NX1182716 CONE 15 16
160
TMX203 NX1182717 CONE 16 17
50
TMX203 NX1182718 CONE 17 18
60
TMX203 NX1182719 CONE 18 19
780
TMX203 NX1182721 CONE 19 20
90
TMX203 NX1182722 CONE 20 21
110
TMX203 NX1182723 CONE 21 22
200
TMX203 NX1182724 CONE 22 23
1310
TMX203 NX1182725 CONE 23 24
30
TMX203 NX1182726 CONE 24 25
20
TMX203 NX1182727 CONE 25 26
10
TMX203 NX1182728 CONE 26 27
10
TMX203 NX1182729 CONE 27 28
20
TMX203 NX1182730 CONE 28 29
10
TMX203 NX1182731 CONE 29 30
10
TMX203 NX1182732 CONE 30 31
10
TMX203 NX1182733 CONE 31 32
10
TMX203 NX1182734 CONE 32 33
40

20

==> picture [113 x 43] intentionally omitted <==

TMX203 NX1182735 CONE 33 34
40
TMX203 NX1182736 CONE 34 35
30
TMX203 NX1182737 CONE 35 36
50
TMX203 NX1182738 CONE 36 37
30
TMX203 NX1182739 CONE 37 38
10
TMX203 NX1182740 CONE 38 39
70
TMX203 NX1182742 CONE 39 40
60
TMX203 NX1182743 CONE 40 41
10
TMX203 NX1182744 CONE 41 42
10
TMX203 NX1182745 CONE 42 43
20
TMX203 NX1182746 CONE 43 44
10
TMX203 NX1182747 CONE 44 45
-10
TMX203 NX1182748 CONE 45 46
-10
TMX203 NX1182749 CONE 46 47
-10
TMX203 NX1182750 CONE 47 48
-10
TMX203 NX1182751 CONE 48 49
-10
TMX203 NX1182752 CONE 49 50
-10
TMX203 NX1182753 CONE 50 51
-10
TMX203 NX1182754 CONE 51 52
-10
TMX203 NX1182755 CONE 52 53
-10
TMX203 NX1182756 CONE 53 54
-10
TMX204 NX1182757 CONE 0 1
-10
TMX204 NX1182758 CONE 1 2
-10
TMX204 NX1182759 CONE 2 3
-10
TMX204 NX1182761 CONE 3 4
-10
TMX204 NX1182762 CONE 4 5
-10
TMX204 NX1182763 CONE 5 6
-10
TMX204 NX1182764 CONE 6 7
-10
TMX204 NX1182765 CONE 7 8
10
TMX204 NX1182766 CONE 8 9
20
TMX204 NX1182767 CONE 9 10
-10
TMX204 NX1182768 CONE 10 11
-10
TMX204 NX1182769 CONE 11 12
50
TMX204 NX1182770 CONE 12 13
80
TMX204 NX1182771 CONE 13 14
10
TMX204 NX1182772 CONE 14 15
40
TMX204 NX1182773 CONE 15 16
90
TMX204 NX1182774 CONE 16 17
120
TMX204 NX1182775 CONE 17 18
70
TMX204 NX1182776 CONE 18 19
30
TMX204 NX1182777 CONE 19 20
30
TMX204 NX1182778 CONE 20 21
10
TMX204 NX1182779 CONE 21 22
-10
TMX204 NX1182780 CONE 22 23
-10
TMX204 NX1182782 CONE 23 24
-10
TMX204 NX1182783 CONE 24 25
-10
TMX204 NX1182784 CONE 25 26
-10
TMX204 NX1182785 CONE 26 27
-10

21

==> picture [113 x 43] intentionally omitted <==

TMX204 NX1182786 CONE 27 28
-10
TMX204 NX1182787 CONE 28 29
-10
TMX204 NX1182788 CONE 29 30
-10
TMX204 NX1182789 CONE 30 31
-10
TMX204 NX1182790 CONE 31 32
10
TMX204 NX1182791 CONE 32 33
-10
TMX204 NX1182792 CONE 33 34
-10
TMX204 NX1182793 CONE 34 35
-10
TMX204 NX1182794 CONE 35 36
-10
TMX204 NX1182795 CONE 36 37
-10
TMX204 NX1182796 CONE 37 38
10
TMX204 NX1182797 CONE 38 39
-10
TMX204 NX1182798 CONE 39 40
-10
TMX204 NX1182799 CONE 40 41
-10
TMX204 NX1182801 CONE 41 42
10
TMX204 NX1182802 CONE 42 43
-10
TMX204 NX1182803 CONE 43 44
-10
TMX204 NX1182804 CONE 44 45
-10
TMX204 NX1182805 CONE 45 46
-10
TMX204 NX1182806 CONE 46 47
-10
TMX204 NX1182807 CONE 47 48
20
TMX204 NX1182808 CONE 48 49
10
TMX204 NX1182809 CONE 49 50
-10
TMX204 NX1182810 CONE 50 51
10
TMX204 NX1182811 CONE 51 52
10
TMX204 NX1182812 CONE 52 53
10
TMX204 NX1182813 CONE 53 54
-10
TMX205 NX1182814 CONE 0 1
-10
TMX205 NX1182815 CONE 1 2
30
TMX205 NX1182816 CONE 2 3
10
TMX205 NX1182817 CONE 3 4
-10
TMX205 NX1182818 CONE 4 5
20
TMX205 NX1182819 CONE 5 6
40
TMX205 NX1182821 CONE 6 7
70
TMX205 NX1182822 CONE 7 8
20
TMX205 NX1182823 CONE 8 9
20
TMX205 NX1182824 CONE 9 10
10
TMX205 NX1182825 CONE 10 11
40
TMX205 NX1182826 CONE 11 12
20
TMX205 NX1182827 CONE 12 13
20
TMX205 NX1182828 CONE 13 14
20
TMX205 NX1182829 CONE 14 15
550
TMX205 NX1182830 CONE 15 16
390
TMX205 NX1182831 CONE 16 17
70
TMX205 NX1182832 CONE 17 18
40
TMX205 NX1182833 CONE 18 19
30
TMX205 NX1182834 CONE 19 20
10
TMX205 NX1182835 CONE 20 21
10

22

==> picture [113 x 43] intentionally omitted <==

TMX205 NX1182836 CONE 21 22
10
TMX205 NX1182837 CONE 22 23
10
TMX205 NX1182838 CONE 23 24
10
TMX205 NX1182839 CONE 24 25
10
TMX205 NX1182840 CONE 25 26
10
TMX205 NX1182842 CONE 26 27
10
TMX205 NX1182843 CONE 27 28
80
TMX205 NX1182844 CONE 28 29
150
TMX205 NX1182845 CONE 29 30
160
TMX205 NX1182846 CONE 30 31
90
TMX205 NX1182847 CONE 31 32
120
TMX205 NX1182848 CONE 32 33
20
TMX205 NX1182849 CONE 33 34
70
TMX205 NX1182850 CONE 34 35
40
TMX205 NX1182851 CONE 35 36
20
TMX205 NX1182852 CONE 36 37
40
TMX205 NX1182853 CONE 37 38
560
TMX205 NX1182854 CONE 38 39
870
TMX205 NX1182855 CONE 39 40
260
TMX205 NX1182856 CONE 40 41
100
TMX205 NX1182857 CONE 41 42
90
TMX205 NX1182858 CONE 42 43
40
TMX205 NX1182859 CONE 43 44
20
TMX205 NX1182861 CONE 44 45
10
TMX205 NX1182862 CONE 45 46
20
TMX205 NX1182863 CONE 46 47
10
TMX205 NX1182864 CONE 47 48
20
TMX205 NX1182865 CONE 48 49
20
TMX205 NX1182866 CONE 49 50
-10
TMX205 NX1182867 CONE 50 51
-10
TMX205 NX1182868 CONE 51 52
10
TMX205 NX1182869 CONE 52 53
10
TMX205 NX1182870 CONE 53 54
-10
TMX206 NX1182871 CONE 0 1
110
TMX206 NX1182872 CONE 1 2
40
TMX206 NX1182873 CONE 2 3
30
TMX206 NX1182874 CONE 3 4
70
TMX206 NX1182875 CONE 4 5
10
TMX206 NX1182876 CONE 5 6
10
TMX206 NX1182877 CONE 6 7
10
TMX206 NX1182878 CONE 7 8
10
TMX206 NX1182879 CONE 8 9
10
TMX206 NX1182880 CONE 9 10
10
TMX206 NX1182882 CONE 10 11
20
TMX206 NX1182883 CONE 11 12
120
TMX206 NX1182884 CONE 12 13
30
TMX206 NX1182885 CONE 13 14
10
TMX206 NX1182886 CONE 14 15
20

23

==> picture [113 x 43] intentionally omitted <==

TMX206 NX1182887 CONE 15 16
40
TMX206 NX1182888 CONE 16 17
60
TMX206 NX1182889 CONE 17 18
70
TMX206 NX1182890 CONE 18 19
180
TMX206 NX1182891 CONE 19 20
190
TMX206 NX1182892 CONE 20 21
70
TMX206 NX1182893 CONE 21 22
50
TMX206 NX1182894 CONE 22 23
610
TMX206 NX1182895 CONE 23 24
90
TMX206 NX1182896 CONE 24 25
50
TMX206 NX1182897 CONE 25 26
20
TMX206 NX1182898 CONE 26 27
10
TMX206 NX1182899 CONE 27 28
20
TMX206 NX1182901 CONE 28 29
40
TMX206 NX1182902 CONE 29 30
10
TMX206 NX1182903 CONE 30 31
10
TMX206 NX1182904 CONE 31 32
40
TMX206 NX1182905 CONE 32 33
20
TMX206 NX1182906 CONE 33 34
30
TMX206 NX1182907 CONE 34 35
50
TMX206 NX1182908 CONE 35 36
130
TMX206 NX1182909 CONE 36 37
200
TMX206 NX1182910 CONE 37 38
230
TMX206 NX1182911 CONE 38 39
110
TMX206 NX1182912 CONE 39 40
270
TMX206 NX1182913 CONE 40 41
460
TMX206 NX1182914 CONE 41 42
30
TMX206 NX1182915 CONE 42 43
90
TMX206 NX1182916 CONE 43 44
80
TMX206 NX1182917 CONE 44 45
30
TMX206 NX1182918 CONE 45 46
30
TMX206 NX1182919 CONE 46 47
20
TMX206 NX1182921 CONE 47 48
20
TMX206 NX1182922 CONE 48 49
10
TMX206 NX1182923 CONE 49 50
-10
TMX206 NX1182924 CONE 50 51
-10
TMX206 NX1182925 CONE 51 52
40
TMX206 NX1182926 CONE 52 53
50
TMX206 NX1182927 CONE 53 54
20
TMX207 NX1182928 CONE 0 1
60
TMX207 NX1182929 CONE 1 2
-10
TMX207 NX1182930 CONE 2 3
-10
TMX207 NX1182931 CONE 3 4
-10
TMX207 NX1182932 CONE 4 5
-10
TMX207 NX1182933 CONE 5 6
80
TMX207 NX1182934 CONE 6 7
60
TMX207 NX1182935 CONE 7 8
-10
TMX207 NX1182936 CONE 8 9
-10

24

==> picture [113 x 43] intentionally omitted <==

TMX207 NX1182937 CONE 9 10
-10
TMX207 NX1182938 CONE 10 11
-10
TMX207 NX1182939 CONE 11 12
-10
TMX207 NX1182940 CONE 12 13
-10
TMX207 NX1182942 CONE 13 14
-10
TMX207 NX1182943 CONE 14 15
-10
TMX207 NX1182944 CONE 15 16
-10
TMX207 NX1182945 CONE 16 17
-10
TMX207 NX1182946 CONE 17 18
-10
TMX207 NX1182947 CONE 18 19
-10
TMX207 NX1182948 CONE 19 20
-10
TMX207 NX1182949 CONE 20 21
-10
TMX207 NX1182950 CONE 21 22
30
TMX207 NX1182951 CONE 22 23
-10
TMX207 NX1182952 CONE 23 24
-10
TMX207 NX1182953 CONE 24 25
-10
TMX207 NX1182954 CONE 25 26
40
TMX207 NX1182955 CONE 26 27
10
TMX207 NX1182956 CONE 27 28
10
TMX207 NX1182957 CONE 28 29
10
TMX207 NX1182958 CONE 29 30
20
TMX207 NX1182959 CONE 30 31
10
TMX207 NX1182961 CONE 31 32
-10
TMX207 NX1182962 CONE 32 33
10
TMX207 NX1182963 CONE 33 34
-10
TMX207 NX1182964 CONE 34 35
-10
TMX207 NX1182965 CONE 35 36
10
TMX207 NX1182966 CONE 36 37
10
TMX207 NX1182967 CONE 37 38
-10
TMX207 NX1182968 CONE 38 39
10
TMX207 NX1182969 CONE 39 40
-10
TMX207 NX1182970 CONE 40 41
10
TMX207 NX1182971 CONE 41 42
-10
TMX207 NX1182972 CONE 42 43
10
TMX207 NX1182973 CONE 43 44
10
TMX207 NX1182974 CONE 44 45
10
TMX207 NX1182975 CONE 45 46
-10
TMX207 NX1182976 CONE 46 47
10
TMX207 NX1182977 CONE 47 48
20
TMX207 NX1182978 CONE 48 49
50
TMX207 NX1182979 CONE 49 50
140
TMX207 NX1182980 CONE 50 51
140
TMX207 NX1182982 CONE 51 52
50
TMX207 NX1182983 CONE 52 53
100
TMX207 NX1182984 CONE 53 54
120
TMX208 NX1182644 CONE 0 1
10
TMX208 NX1182645 CONE 1 2
420
TMX208 NX1182646 CONE 2 3
60

25

==> picture [113 x 43] intentionally omitted <==

TMX208 NX1182647 CONE 3 4
50
TMX208 NX1182648 CONE 4 5
40
TMX208 NX1182649 CONE 5 6
30
TMX208 NX1182650 CONE 6 7
30
TMX208 NX1182651 CONE 7 8
20
TMX208 NX1182652 CONE 8 9
20
TMX208 NX1182653 CONE 9 10
10
TMX208 NX1182654 CONE 10 11
20
TMX208 NX1182655 CONE 11 12
50
TMX208 NX1182656 CONE 12 13
10
TMX208 NX1182657 CONE 13 14
-10
TMX208 NX1182658 CONE 14 15
10
TMX208 NX1182659 CONE 15 16
10
TMX208 NX1182661 CONE 16 17
10
TMX208 NX1182662 CONE 17 18
-10
TMX208 NX1182663 CONE 18 19
20
TMX208 NX1182664 CONE 19 20
10
TMX208 NX1182665 CONE 20 21
10
TMX208 NX1182666 CONE 21 22
10
TMX208 NX1182667 CONE 22 23
20
TMX208 NX1182668 CONE 23 24
10
TMX208 NX1182669 CONE 24 25
70
TMX208 NX1182670 CONE 25 26
10
TMX208 NX1182671 CONE 26 27
50
TMX208 NX1182672 CONE 27 28
10
TMX208 NX1182673 CONE 28 29
10
TMX208 NX1182674 CONE 29 30
30
TMX208 NX1182675 CONE 30 31
10
TMX208 NX1182676 CONE 31 32
10
TMX208 NX1182677 CONE 32 33
-10
TMX208 NX1182678 CONE 33 34
-10
TMX208 NX1182679 CONE 34 35
-10
TMX208 NX1182680 CONE 35 36
-10
TMX208 NX1182682 CONE 36 37
10
TMX208 NX1182683 CONE 37 38
-10
TMX208 NX1182684 CONE 38 39
-10
TMX208 NX1182685 CONE 39 40
-10
TMX208 NX1182686 CONE 40 41
-10
TMX208 NX1182687 CONE 41 42
-10
TMX208 NX1182688 CONE 42 43
10
TMX208 NX1182689 CONE 43 44
-10
TMX208 NX1182690 CONE 44 45
-10
TMX208 NX1182691 CONE 45 46
-10
TMX208 NX1182692 CONE 46 47
-10
TMX208 NX1182693 CONE 47 48
-10
TMX208 NX1182694 CONE 48 49
-10
TMX208 NX1182695 CONE 49 50
-10
TMX208 NX1182696 CONE 50 51
-10

26

==> picture [113 x 43] intentionally omitted <==

TMX208 NX1182697 CONE 51 52
-10
TMX208 NX1182698 CONE 52 53
-10
TMX208 NX1182699 CONE 53 54
-10
TMX209 NX1182587 CONE 0 1
20
TMX209 NX1182588 CONE 1 2
10
TMX209 NX1182589 CONE 2 3
20
TMX209 NX1182590 CONE 3 4
20
TMX209 NX1182591 CONE 4 5
10
TMX209 NX1182592 CONE 5 6
60
TMX209 NX1182593 CONE 6 7
40
TMX209 NX1182594 CONE 7 8
30
TMX209 NX1182595 CONE 8 9
30
TMX209 NX1182596 CONE 9 10
30
TMX209 NX1182597 CONE 10 11
20
TMX209 NX1182598 CONE 11 12
170
TMX209 NX1182599 CONE 12 13
50
TMX209 NX1182601 CONE 13 14
30
TMX209 NX1182602 CONE 14 15
20
TMX209 NX1182603 CONE 15 16
20
TMX209 NX1182604 CONE 16 17
20
TMX209 NX1182605 CONE 17 18
20
TMX209 NX1182606 CONE 18 19
10
TMX209 NX1182607 CONE 19 20
10
TMX209 NX1182608 CONE 20 21
-10
TMX209 NX1182609 CONE 21 22
-10
TMX209 NX1182610 CONE 22 23
-10
TMX209 NX1182611 CONE 23 24
10
TMX209 NX1182612 CONE 24 25
-10
TMX209 NX1182613 CONE 25 26
-10
TMX209 NX1182614 CONE 26 27
10
TMX209 NX1182615 CONE 27 28
-10
TMX209 NX1182616 CONE 28 29
-10
TMX209 NX1182617 CONE 29 30
10
TMX209 NX1182618 CONE 30 31
-10
TMX209 NX1182619 CONE 31 32
10
TMX209 NX1182621 CONE 32 33
10
TMX209 NX1182622 CONE 33 34
-10
TMX209 NX1182623 CONE 34 35
-10
TMX209 NX1182624 CONE 35 36
10
TMX209 NX1182625 CONE 36 37
10
TMX209 NX1182626 CONE 37 38
10
TMX209 NX1182627 CONE 38 39
10
TMX209 NX1182628 CONE 39 40
10
TMX209 NX1182629 CONE 40 41
-10
TMX209 NX1182630 CONE 41 42
-10
TMX209 NX1182631 CONE 42 43
-10
TMX209 NX1182632 CONE 43 44
10
TMX209 NX1182633 CONE 44 45
20

27

==> picture [113 x 43] intentionally omitted <==

TMX209 NX1182634 CONE 45 46
-10
TMX209 NX1182635 CONE 46 47
10
TMX209 NX1182636 CONE 47 48
10
TMX209 NX1182637 CONE 48 49
-10
TMX209 NX1182638 CONE 49 50
-10
TMX209 NX1182639 CONE 50 51
-10
TMX209 NX1182640 CONE 51 52
-10
TMX209 NX1182642 CONE 52 53
-10
TMX209 NX1182643 CONE 53 54
-10
TMX210 NX1182531 CONE 0 1
30
TMX210 NX1182532 CONE 1 2
30
TMX210 NX1182533 CONE 2 3
40
TMX210 NX1182534 CONE 3 4
60
TMX210 NX1182535 CONE 4 5
20
TMX210 NX1182536 CONE 5 6
20
TMX210 NX1182537 CONE 6 7
30
TMX210 NX1182538 CONE 7 8
10
TMX210 NX1182539 CONE 8 9
20
TMX210 NX1182540 CONE 9 10
40
TMX210 NX1182542 CONE 10 11
90
TMX210 NX1182543 CONE 11 12
80
TMX210 NX1182544 CONE 12 13
20
TMX210 NX1182545 CONE 13 14
70
TMX210 NX1182546 CONE 14 15
20
TMX210 NX1182547 CONE 15 16
30
TMX210 NX1182548 CONE 16 17
50
TMX210 NX1182549 CONE 17 18
40
TMX210 NX1182550 CONE 18 19
10
TMX210 NX1182551 CONE 19 20
20
TMX210 NX1182552 CONE 20 21
20
TMX210 NX1182553 CONE 21 22
10
TMX210 NX1182554 CONE 22 23
10
TMX210 NX1182555 CONE 23 24
-10
TMX210 NX1182556 CONE 24 25
-10
TMX210 NX1182557 CONE 25 26
-10
TMX210 NX1182558 CONE 26 27
-10
TMX210 NX1182559 CONE 27 28
20
TMX210 NX1182561 CONE 28 29
10
TMX210 NX1182562 CONE 29 30
-10
TMX210 NX1182563 CONE 30 31
-10
TMX210 NX1182564 CONE 31 32
-10
TMX210 NX1182565 CONE 32 33
10
TMX210 NX1182566 CONE 33 34
-10
TMX210 NX1182567 CONE 34 35
-10
TMX210 NX1182568 CONE 35 36
-10
TMX210 NX1182569 CONE 36 37
10
TMX210 NX1182570 CONE 37 38
10
TMX210 NX1182571 CONE 38 39
10

28

==> picture [113 x 43] intentionally omitted <==

TMX210 NX1182572 CONE 39 40
20
TMX210 NX1182573 CONE 40 41
-10
TMX210 NX1182574 CONE 41 42
10
TMX210 NX1182575 CONE 42 43
10
TMX210 NX1182576 CONE 43 44
10
TMX210 NX1182577 CONE 44 45
10
TMX210 NX1182578 CONE 45 46
10
TMX210 NX1182579 CONE 46 47
20
TMX210 NX1182580 CONE 47 48
10
TMX210 NX1182581 CONE 48 49
30
TMX210 NX1182582 CONE 49 50
10
TMX210 NX1182583 CONE 50 51
10
TMX210 NX1182584 CONE 51 52
10
TMX210 NX1182585 CONE 52 53
-10
TMX210 NX1182586 CONE 53 54
10
MMRB0001 579892 CompR 0 4
28
MMRB0001 579893 CompR 4 8
5
MMRB0001 579894 CompR 8 12
14
MMRB0001 579895 CompR 12 14
25
MMRB0002 579896 CompR 0 4
16
MMRB0002 579897 CompR 4 8
17
MMRB0002 579898 CompR 8 12
43
MMRB0002 579899 CompR 12 17
40
MMRB0003 579900 CompR 0 4
78
MMRB0003 579901 CompR 4 8
54
MMRB0003 579902 CompR 8 12
115
MMRB0003 579903 CompR 12 16
643
MMRB0003 579904 CompR 16 20
260
MMRB0003 579905 CompR 20 24
278
MMRB0003 579906 CompR 24 28
42
MMRB0003 579907 CompR 28 32
40
MMRB0003 579908 CompR 32 36
62
MMRB0003 579909 CompR 36 40
28
MMRB0004 579910 CompR 0 4
7
MMRB0004 579911 CompR 4 8
4
MMRB0004 579912 CompR 8 12
11
MMRB0004 579913 CompR 12 16
122
MMRB0004 579914 CompR 16 20
26
MMRB0004 579915 CompR 20 24
15
MMRB0004 579916 CompR 24 28
18
MMRB0004 579917 CompR 28 32
15
MMRB0004 579918 CompR 32 36
22
MMRB0004 579919 CompR 36 40
18
MMRB0004 579920 CompR 40 44
39
MMRB0004 579921 CompR 44 48
13
MMRB0005 579922 CompR 0 4
109
MMRB0005 579923 CompR 4 8
42
MMRB0005 579924 CompR 8 12
239

29

==> picture [113 x 43] intentionally omitted <==

MMRB0005 579925 CompR 12 16
18
MMRB0005 579926 CompR 16 20
14
MMRB0005 579927 CompR 20 24
30
MMRB0005 579928 CompR 24 28
107
MMRB0005 579929 CompR 28 32
62
MMRB0005 579930 CompR 32 36
399
MMRB0005 579931 CompR 36 40
32
MMRB0006 579932 CompR 0 4
16
MMRB0006 579933 CompR 4 8
7
MMRB0006 579934 CompR 8 12
8
MMRB0006 579935 CompR 12 16
9
MMRB0006 579936 CompR 16 20
6
MMRB0006 579937 CompR 20 24
5
MMRB0006 579938 CompR 24 28
6
MMRB0006 579939 CompR 28 32
5
MMRB0006 579940 CompR 32 36
6
MMRB0006 579941 CompR 36 40
5
MMRB0007 579942 CompR 0 4
122
MMRB0007 579943 CompR 4 8
11
MMRB0007 579944 CompR 8 12
13
MMRB0007 579945 CompR 12 16
5
MMRB0007 579946 CompR 16 20
13
MMRB0007 579947 CompR 20 24
6
MMRB0007 579948 CompR 24 28
5
MMRB0007 579949 CompR 28 32
6
MMRB0007 579950 CompR 32 36
6
MMRB0007 579951 CompR 36 40
5
MMRB0008 579952 CompR 0 4
9
MMRB0008 579953 CompR 4 8
165
MMRB0008 579954 CompR 8 12
171
MMRB0008 579955 CompR 12 16
68
MMRB0008 579956 CompR 16 20
28
MMRB0008 579957 CompR 20 24
52
MMRB0008 579958 CompR 24 28
36
MMRB0008 579959 CompR 28 32
9
MMRB0008 579960 CompR 32 36
6
MMRB0008 579961 CompR 36 40
7
MMRB0009 579962 CompR 0 4
39
MMRB0009 579963 CompR 4 8
17
MMRB0009 579964 CompR 8 12
14
MMRB0009 579965 CompR 12 16
15
MMRB0009 579966 CompR 16 20
17
MMRB0009 579967 CompR 20 24
14
MMRB0009 579968 CompR 24 28
25
MMRB0009 579969 CompR 28 32
28
MMRB0009 579970 CompR 32 36
4790
MMRB0009 579971 CompR 36 40
244
MMRB0010 579972 CompR 0 4
12

30

==> picture [113 x 43] intentionally omitted <==

MMRB0010 579973 CompR 4 8
18
MMRB0010 579974 CompR 8 12
95
MMRB0010 579975 CompR 12 16
86
MMRB0010 579976 CompR 16 20
50
MMRB0010 579977 CompR 20 24
272
MMRB0010 579978 CompR 24 28
136
MMRB0010 579979 CompR 28 32
41
MMRB0010 579980 CompR 32 36
19
MMRB0010 579981 CompR 36 40
18
MMRB0011 579982 CompR 0 4
53
MMRB0011 579983 CompR 4 8
31
MMRB0011 579984 CompR 8 12
32
MMRB0011 579985 CompR 12 16
130
MMRB0011 579986 CompR 16 20
99
MMRB0011 579987 CompR 20 24
36
MMRB0011 579988 CompR 24 28
17
MMRB0011 579989 CompR 28 32
13
MMRB0011 579990 CompR 32 36
17
MMRB0011 579991 CompR 36 40
18
MMRB0012 579992 CompR 0 4
58
MMRB0012 579993 CompR 4 8
25
MMRB0012 579994 CompR 8 12
20
MMRB0012 579995 CompR 12 16
18
MMRB0012 579996 CompR 16 20
11
MMRB0012 579997 CompR 20 24
16
MMRB0012 579998 CompR 24 28
23
MMRB0012 579999 CompR 28 32
66
MMRB0012 580000 CompR 32 36
20
MMRB0012 580001 CompR 36 40
6

Trench Data

Table 7: Trench collar location and survey

Trench ID Easting Northing RL Max_Length **Hole_Type ** Dip Azimuth
MCTR003 215170 7578501 394 54
Trench		 0
277
MCTR004 215040 7578153 388 84
Trench		 0
306
MCTR005 212711 7578528 399 39
Trench		 0
270
MCTR006 212706 7578644 389 41
Trench		 0
265
MCTR007 211732 7577362 395 51
Trench		 0
310

Table 8: Trench Assays

Hole_ID Trench ID **Interval_Length_m ** **From_m ** **To_m ** Au PPB
MCTR003 MT1068 4 0 4 10
MCTR003 MT1069 4 4 8 20
MCTR003 MT1070 1 8 9 10
MCTR003 MT1071 1 9 10 10

31

==> picture [113 x 43] intentionally omitted <==

MCTR003 MT1072 1 10
11
10
MCTR003 MT1073 1 11
12
10
MCTR003 MT1074 4 12
16
20
MCTR003 MT1075 4 16
20
20
MCTR003 MT1076 4 20
24
1290
MCTR003 MT1077 1 24
25
320
MCTR003 MT1078 1 25
26
620
MCTR003 MT1079 1 26
27
950
MCTR003 MT1080 1 27
28
420
MCTR003 MT1081 4 28
32
30
MCTR003 MT1082 4 32
36
30
MCTR003 MT1083 4 36
40
10
MCTR003 MT1084 4 40
44
10
MCTR003 MT1085 4 44
48
10
MCTR003 MT1086 4 48
52
20
MCTR004 MT1088 4 0
4
10
MCTR004 MT1089 4 4
8
10
MCTR004 MT1090 4 8
12
10
MCTR004 MT1091 1 12
13
10
MCTR004 MT1092 1 13
14
10
MCTR004 MT1093 1 14
15
40
MCTR004 MT1094 1 15
16
110
MCTR004 MT1095 1 16
17
110
MCTR004 MT1096 1 17
18
1030
MCTR004 MT1097 1 18
19
280
MCTR004 MT1098 1 19
20
540
MCTR004 MT1099 4 20
24
750
MCTR004 MT1100 1 24
25
540
MCTR004 MT1101 1 25
26
990
MCTR004 MT1102 1 26
27
610
MCTR004 MT1103 1 27
28
290
MCTR004 MT1104 4 28
32
50
MCTR004 MT1105 4 32
36
20
MCTR004 MT1106 4 36
40
20
MCTR004 MT1107 4 40
44
10
MCTR004 MT1108 4 44
48
10
MCTR004 MT1109 4 48
52
50
MCTR004 MT1110 4 52
56
10
MCTR004 MT1111 4 56
60
10
MCTR004 MT1112 4 60
64
10
MCTR004 MT1113 4 64
68
10
MCTR004 MT1114 4 68
72
10
MCTR004 MT1115 4 72
76
10
MCTR004 MT1116 4 76
80
10
MCTR005 MT1118 4 0
4
20
MCTR005 MT1119 4 4
8
480
MCTR005 MT1120 4 8
12
560
MCTR005 MT1121 1 12
13
330

32

==> picture [113 x 43] intentionally omitted <==

MCTR005 MT1122 1 13
14
440
MCTR005 MT1123 1 14
15
430
MCTR005 MT1124 1 15
16
60
MCTR005 MT1125 4 16
20
40
MCTR005 MT1126 1 20
21
20
MCTR005 MT1127 1 21
22
20
MCTR005 MT1128 1 22
23
10
MCTR005 MT1129 1 23
24
10
MCTR005 MT1130 1 24
25
10
MCTR005 MT1131 1 25
26
10
MCTR005 MT1132 1 26
27
10
MCTR005 MT1133 1 27
28
10
MCTR005 MT1134 1 28
29
20
MCTR005 MT1135 1 29
30
20
MCTR005 MT1136 1 30
31
10
MCTR005 MT1137 1 31
32
30
MCTR005 MT1138 4 32
36
160
MCTR005 MT1139 1 36
37
260
MCTR005 MT1140 1 37
38
60
MCTR005 MT1141 1 38
39
40
MCTR006 MT1142 4 0
4
10
MCTR006 MT1143 4 4
8
20
MCTR006 MT1144 4 8
12
290
MCTR006 MT1145 4 12
16
180
MCTR006 MT1146 4 16
20
160
MCTR006 MT1147 4 20
24
170
MCTR006 MT1148 1 24
25
6580
MCTR006 MT1149 1 25
26
4330
MCTR006 MT1150 1 26
27
490
MCTR006 MT1151 1 27
28
1670
MCTR006 MT1152 1 28
29
1040
MCTR006 MT1153 1 29
30
380
MCTR006 MT1154 1 30
31
820
MCTR006 MT1155 1 31
32
1130
MCTR006 MT1156 1 32
33
260
MCTR006 MT1157 4 33
37
90
MCTR006 MT1158 4 37
41
120
MCTR007 MT1159 4 0
4
40
MCTR007 MT1160 1 4
5
10
MCTR007 MT1161 1 5
6
10
MCTR007 MT1162 1 6
7
10
MCTR007 MT1163 1 7
8
20
MCTR007 MT1164 4 8
12
20
MCTR007 MT1165 4 12
16
10
MCTR007 MT1166 4 16
20
10
MCTR007 MT1167 4 20
24
10
MCTR007 MT1168 4 24
28
30
MCTR007 MT1169 4 28
32
280

33

==> picture [113 x 43] intentionally omitted <==

MCTR007 MT1170 4 32
36
10
MCTR007 MT1171 1 36
37
160
MCTR007 MT1172 1 37
38
570
MCTR007 MT1173 1 38
39
1110
MCTR007 MT1174 1 39
40
340
MCTR007 MT1175 4 40
44
80
MCTR007 MT1176 4 44
48
80
MCTR007 MT1177 1 48
49
50
MCTR007 MT1178 1 49
50
120
MCTR007 MT1179 1 50
51
460
MCTR008 MT1180 4 0
4
70
MCTR008 MT1181 4 4
8
210
MCTR008 MT1182 4 8
12
30
MCTR008 MT1183 4 12
16
40
MCTR008 MT1184 4 16
20
10
MCTR008 MT1185 4 20
24
10
MCTR008 MT1186 4 24
28
-10
MCTR008 MT1187 4 28
32
10
MCTR008 MT1188 4 32
36
10
MCTR008 MT1189 4 36
40
10
MCTR008 MT1190 4 40
44
10
MCTR008 MT1191 4 44
48
130
MCTR008 MT1192 4 48
52
130
MCTR008 MT1193 2 52
54
20
MCTR008 MT1194 1 54
55
20
MCTR008 MT1195 1 55
56
20
MCTR008 MT1196 1 56
57
70
MCTR008 MT1197 1 57
58
20
MCTR008 MT1198 4 58
62
60
MCTR008 MT1199 2 62
64
330
MCTR005 MT1244 1 11
12
540
MCTR005 MT1245 1 12
13
450
MCTR005 MT1246 1 13
14
310
MCTR005 MT1247 1 14
15
240
MCTR005 MT1248 1 15
16
30
MCTR005 MT1249 1 16
17
210
MCTR005 MT1250 1 17
18
70
MCTR005 MT1251 1 18
19
120
MCTR005 MT1252 1 19
20
40
MCTR005 MT1253 1 20
21
10
MCTR005 MT1254 1 21
22
10
MCTR005 MT1255 1 22
23
40
MCTR005 MT1256 1 23
24
20
MCTR005 MT1257 1 24
25
20
MCTR005 MT1258 1 25
26
30
MCTR005 MT1259 1 26
27
20
MCTR005 MT1260 1 27
28
20
MCTR005 MT1261 1 28
29
10

34

==> picture [113 x 43] intentionally omitted <==

MCTR005 MT1262 1 29
30
10
MCTR005 MT1263 1 30
31
20
MCTR005 MT1264 1 31
32
10
MCTR005 MT1265 1 32
33
10
MCTR005 MT1266 1 33
34
10
MCTR005 MT1267 1 34
35
10
MCTR005 MT1268 1 35
36
390
MCTR005 MT1269 1 36
37
90
MCTR005 MT1270 1 37
38
1060
MCTR005 MT1271 1 38
39
90
MCTR006 MT1346 1 8
9
20
MCTR006 MT1347 1 9
10
230
MCTR006 MT1348 1 10
11
140
MCTR006 MT1349 1 11
12
60
MCTR006 MT1350 1 12
13
70
MCTR006 MT1351 1 13
14
390
MCTR006 MT1352 1 20
21
50
MCTR006 MT1353 1 21
22
160
MCTR006 MT1354 1 22
23
270
MCTR006 MT1355 0 23
23.6
550
MCTR006 MT1356 1 23.6
24.8
3580
MCTR006 MT1357 2 24.8
27
810
MCTR006 MT1358 1 27
28.8
1710
MCTR006 MT1359 0 28.8
29.7
350
MCTR006 MT1360 0 29.7
30.2
540
MCTR006 MT1361 0 30.2
31.1
420
MCTR006 MT1362 0 31.1
31.8
230
MCTR006 MT1363 1 31.8
33
100
MCTR006 MT1364 1 33
34
30

Rock Chip table

Table 9: Rock chip assays

Sample ID Easting_MGA Northing_MGA Grid ID **Sample Type ** Survey Method **Au_ppm **
GDA94
MME01 229864 7582450 MGAz51 ROCK HHGPS 0.367
GDA94
MME02 229859 7582447 MGAz51 ROCK HHGPS 57.2
GDA94
MME03 229712 7582363 MGAz51 ROCK HHGPS -0.005
GDA94
MME04 229668 7582310 MGAz51 ROCK HHGPS 0.008
GDA94
MMW01 229574 7582753 MGAz51 ROCK HHGPS 0.022
GDA94
MMW02 229598 7582756 MGAz51 ROCK HHGPS 1.51
GDA94
MMW03 229602 7582750 MGAz51 ROCK HHGPS 2.04
GDA94
MMW04 229649 7582770 MGAz51 ROCK HHGPS 0.393
GDA94
MMW05 229706 7582795 MGAz51 ROCK HHGPS 0.062
GDA94
MMW06 229721 7582811 MGAz51 ROCK HHGPS 1.245

35

==> picture [113 x 43] intentionally omitted <==

GDA94
MMW07 229799 7582879 MGAz51 ROCK HHGPS 0.019
GDA94
MMW08 229763 7582857 MGAz51 ROCK HHGPS 0.012
GDA94
MMW09 229710 7582803 MGAz51 ROCK HHGPS 3.39
GDA94
TMR090 229708 7582792 MGAz51 ROCK HHGPS 0.111
GDA94
TMR091 229708.9 7582791.5 MGAz51 ROCK HHGPS 0.739
GDA94
TMR092 229724 7582807 MGAz51 ROCK HHGPS 0.186
GDA94
TMR093 229723 7582811 MGAz51 ROCK HHGPS 0.301
GDA94
TMR094 229692 7582779 MGAz51 ROCK HHGPS 2.4
GDA94
TMR095 229706 7582775 MGAz51 ROCK HHGPS 0.128
GDA94
TMR096 229647 7582774 MGAz51 ROCK HHGPS 0.816
GDA94
TMR097 229639 7582767 MGAz51 ROCK HHGPS 8.81
GDA94
TMR098 229604.7 7582749.9 MGAz51 ROCK HHGPS 2.7
GDA94
AMNG015_F 208906 7577831 MGAz51 ROCK HHGPS 0.01
GDA94
AMNG046_F 217636 7579601 MGAz51 ROCK HHGPS 0.01
GDA94
AMNG054_F 216154 7577683 MGAz51 ROCK HHGPS -0.01
GDA94
AMNG055 209176 7579179 MGAz51 ROCK HHGPS 0.01
GDA94
AMNG056 209265 7579014 MGAz51 ROCK HHGPS 0.01
GDA94
AMNG057 209759 7578985 MGAz51 ROCK HHGPS 0.01
GDA94
AMNG058 209757 7578996 MGAz51 ROCK HHGPS 0.01
GDA94
AMNG060 209866 7578977 MGAz51 ROCK HHGPS -0.01
GDA94
AMNG062 209812 7579049 MGAz51 ROCK HHGPS -0.01
GDA94
AMNG063 209751 7579028 MGAz51 ROCK HHGPS -0.01
GDA94
AMNG064 209680 7579023 MGAz51 ROCK HHGPS -0.01
GDA94
AMNG065 209699 7579087 MGAz51 ROCK HHGPS -0.01
GDA94
AMNG066 209694 7579098 MGAz51 ROCK HHGPS 2.95
GDA94
AMNG068 209668 7579153 MGAz51 ROCK HHGPS -0.01
GDA94
AMNG068A_F 209385 7579186 MGAz51 ROCK HHGPS 0.01
GDA94
AMNG068B_F 209385 7579186 MGAz51 ROCK HHGPS 0.01
GDA94
AMNG068C_F 209385 7579186 MGAz51 ROCK HHGPS 0.05
GDA94
AMNG069 209626 7579221 MGAz51 ROCK HHGPS 0.01
GDA94
AMNG069_F 209382 7579156 MGAz51 ROCK HHGPS -0.01
GDA94
AMNG071 209983 7579332 MGAz51 ROCK HHGPS 0.01
GDA94
AMNG071_F 209695 7579080 MGAz51 ROCK HHGPS 0.03
GDA94
AMNG073 210032 7579310 MGAz51 ROCK HHGPS 0.1
GDA94
AMNG074 210036 7579269 MGAz51 ROCK HHGPS 0.01

36

==> picture [113 x 43] intentionally omitted <==

GDA94
AMNG074_F 210235 7579332 MGAz51 ROCK HHGPS 0.01
GDA94
AMNG075 210123 7579172 MGAz51 ROCK HHGPS 0.01
GDA94
AMNG076 210137 7579173 MGAz51 ROCK HHGPS -0.01
GDA94
AMNG078 210531 7579267 MGAz51 ROCK HHGPS 0.01
GDA94
AMNG079 210538 7579266 MGAz51 ROCK HHGPS -0.01
GDA94
AMNG081 210259 7579348 MGAz51 ROCK HHGPS 0.01
GDA94
AMNG082A 210221 7579350 MGAz51 ROCK HHGPS 0.01
GDA94
AMNG082B 210221 7579350 MGAz51 ROCK HHGPS 0.01
GDA94
AMNG083 210195 7579354 MGAz51 ROCK HHGPS 1.79
GDA94
AMNG084 210211 7579364 MGAz51 ROCK HHGPS -0.01
GDA94
AMNG085 214921 7578179 MGAz51 ROCK HHGPS 0.05
GDA94
AMNG086 214964 7578194 MGAz51 ROCK HHGPS 0.01
GDA94
AMNG087 215017 7578101 MGAz51 ROCK HHGPS 0.01
GDA94
AMNG088 215098 7578272 MGAz51 ROCK HHGPS 0.02
GDA94
AMNG089 215135 7578269 MGAz51 ROCK HHGPS 0.15
GDA94
AMNG090 215139 7578262 MGAz51 ROCK HHGPS 0.05
GDA94
AMNG091 215161 7578248 MGAz51 ROCK HHGPS 0.01
GDA94
AMNG092A 215026 7581116 MGAz51 ROCK HHGPS 3.64
GDA94
AMNG092B 215026 7581116 MGAz51 ROCK HHGPS 0.73
GDA94
AMNG092C 215026 7581116 MGAz51 ROCK HHGPS 0.1
GDA94
AMNG093 215021 7581111 MGAz51 ROCK HHGPS 2.29
GDA94
AMNG094A 215014 7581104 MGAz51 ROCK HHGPS 1.27
GDA94
AMNG094B 215014 7581104 MGAz51 ROCK HHGPS 2.66
GDA94
AMNG095 215036 7581098 MGAz51 ROCK HHGPS 0.17
GDA94
AMNG096 215050 7581116 MGAz51 ROCK HHGPS 1.09
GDA94
AMNG097 215055 7581104 MGAz51 ROCK HHGPS 0.02
GDA94
AMNG098 214911 7581151 MGAz51 ROCK HHGPS -0.01
GDA94
AMNG099 215008 7581181 MGAz51 ROCK HHGPS 0.01
GDA94
AMNG100 215038 7581161 MGAz51 ROCK HHGPS 0.01
GDA94
AMNG101 215262 7581179 MGAz51 ROCK HHGPS -0.01
GDA94
AMNG102 215283 7581119 MGAz51 ROCK HHGPS 0.01
GDA94
AMNG103 215337 7581171 MGAz51 ROCK HHGPS -0.01
GDA94
AMNG104A 215502 7581302 MGAz51 ROCK HHGPS 1.94
GDA94
AMNG104B 215502 7581302 MGAz51 ROCK HHGPS 0.46
GDA94
AMNG105 215402 7581325 MGAz51 ROCK HHGPS 6.64

37

==> picture [113 x 43] intentionally omitted <==

GDA94
AMNG106 215520 7581329 MGAz51 ROCK HHGPS 0.63
GDA94
AMNG107 215539 7581330 MGAz51 ROCK HHGPS 0.39
GDA94
AMNG108 215437 7581282 MGAz51 ROCK HHGPS 1.45
GDA94
AMNG109 214780 7578149 MGAz51 ROCK HHGPS -0.01
GDA94
AMNG110 214761 7578146 MGAz51 ROCK HHGPS 0.01
GDA94
AMNG111 214725 7578136 MGAz51 ROCK HHGPS 0.02
GDA94
AMNG112 214670 7578129 MGAz51 ROCK HHGPS -0.01
GDA94
AMNG113 214636 7578119 MGAz51 ROCK HHGPS 0.03
GDA94
AMNG114 215372 7578280 MGAz51 ROCK HHGPS 0.04
GDA94
AMNG115 215377 7578330 MGAz51 ROCK HHGPS 0.15
GDA94
AMNG116 209242 7579278 MGAz51 ROCK HHGPS 0.01
GDA94
AMNG117 209232 7579263 MGAz51 ROCK HHGPS 0.06
GDA94
AMNG118 209328 7579166 MGAz51 ROCK HHGPS 13.6
GDA94
AMNG119 209354 7579170 MGAz51 ROCK HHGPS -0.01
GDA94
AMNG120 209345 7579172 MGAz51 ROCK HHGPS -0.01
GDA94
AMNG121A 209378 7579147 MGAz51 ROCK HHGPS 0.1
GDA94
AMNG121B 209378 7579147 MGAz51 ROCK HHGPS 0.01
GDA94
AMNG122 209324 7579127 MGAz51 ROCK HHGPS -0.01
GDA94
AMNG123 209312 7579127 MGAz51 ROCK HHGPS 0.01
GDA94
MCHT161 212687 7578644 MGAz51 ROCK HHGPS 0.2
GDA94
MCHT162 212162 7578029 MGAz51 ROCK HHGPS 0.14
GDA94
MCHT168 206825 7580589 MGAz51 ROCK HHGPS 0.02
GDA94
MCHT172 206829 7580585 MGAz51 ROCK HHGPS 0.01
GDA94
MCHT174 214094 7579124 MGAz51 ROCK HHGPS 0.01
GDA94
MCHT177 215154 7578504 MGAz51 ROCK HHGPS 0.02
GDA94
MCHT178 215149 7578503 MGAz51 ROCK HHGPS 0.02
GDA94
MCHT184 215027 7578164 MGAz51 ROCK HHGPS 1.17
GDA94
MCHT185 215020 7578168 MGAz51 ROCK HHGPS 0.43
GDA94
MCHT187 214624 7578146 MGAz51 ROCK HHGPS -0.01
GDA94
MCHT188 214628 7578125 MGAz51 ROCK HHGPS -0.01
GDA94
MCRN003 206985 7580345 MGAz51 ROCK HHGPS 0.01
GDA94
MCRN004 214083 7579085 MGAz51 ROCK HHGPS 0.2
GDA94
MCRN006 214628 7578124 MGAz51 ROCK HHGPS 0.08
GDA94
MCVR001 204992 7580672 MGAz51 ROCK HHGPS -0.01
GDA94
MCVR002 205436 7580670 MGAz51 ROCK HHGPS -0.01

38

==> picture [113 x 43] intentionally omitted <==

GDA94
MCVR003 205345 7580847 MGAz51 ROCK HHGPS -0.01
GDA94
MCVR004 207364 7578392 MGAz51 ROCK HHGPS 0.02
GDA94
MCVR005 207492 7578159 MGAz51 ROCK HHGPS 0.03
GDA94
MCVR006 207262 7577993 MGAz51 ROCK HHGPS 0.05
GDA94
MCVR007 206815 7577864 MGAz51 ROCK HHGPS -0.01
GDA94
MCVR008 206670 7577715 MGAz51 ROCK HHGPS -0.01
GDA94
MCVR009 206541 7578601 MGAz51 ROCK HHGPS 0.02
GDA94
MCVR010 206678 7578534 MGAz51 ROCK HHGPS 0.01
GDA94
MCVR012 206808 7578699 MGAz51 ROCK HHGPS -0.01
GDA94
MCVR013 206334 7577876 MGAz51 ROCK HHGPS -0.01
GDA94
MCVR014 206120 7578002 MGAz51 ROCK HHGPS -0.01
GDA94
MCVR016 241793 7593865 MGAz51 ROCK HHGPS 0.02
GDA94
MCVR017 240004 7593804 MGAz51 ROCK HHGPS -0.01
GDA94
MCVR019 240552 7593988 MGAz51 ROCK HHGPS -0.01
GDA94
MCVR021 240903 7593666 MGAz51 ROCK HHGPS -0.01
GDA94
MCVR022A 246416 7588915 MGAz51 ROCK HHGPS 0.01
GDA94
MCVR022B 246416 7588915 MGAz51 ROCK HHGPS 0.01
GDA94
MCVR024 246218 7588936 MGAz51 ROCK HHGPS 0.01
GDA94
MDCR001 206711 7577753 MGAz51 ROCK HHGPS 0.01
GDA94
MDCR002 206703 7577749 MGAz51 ROCK HHGPS 0.02
GDA94
MDCR003 206701 7577749 MGAz51 ROCK HHGPS 0.01
GDA94
MDCR004 206687 7577755 MGAz51 ROCK HHGPS -0.01
GDA94
MDCR005 206581 7577704 MGAz51 ROCK HHGPS 0.01
GDA94
MDCR006 206577 7577707 MGAz51 ROCK HHGPS 0.01
GDA94
MDCR007 206554 7577709 MGAz51 ROCK HHGPS 0.04
GDA94
MDCR008 206534 7577703 MGAz51 ROCK HHGPS 0.03
GDA94
MDCR009 206507 7577703 MGAz51 ROCK HHGPS 0.04
GDA94
MDCR010 206483 7577692 MGAz51 ROCK HHGPS 0.01
GDA94
MDCR011 206465 7577684 MGAz51 ROCK HHGPS 0.01
GDA94
MDCR012 206450 7577685 MGAz51 ROCK HHGPS 0.02
GDA94
MDCR013 206448 7577685 MGAz51 ROCK HHGPS 0.03
GDA94
MDCR014 206441 7577681 MGAz51 ROCK HHGPS 0.01
GDA94
MDCR015 206437 7577679 MGAz51 ROCK HHGPS 0.01
GDA94
MDCR016 206397 7577685 MGAz51 ROCK HHGPS 0.01
GDA94
MDCR017 206403 7577708 MGAz51 ROCK HHGPS -0.01

39

==> picture [113 x 43] intentionally omitted <==

GDA94
MDCR018 211777 7577570 MGAz51 ROCK HHGPS 0.11
GDA94
MDCR019 211818 7577628 MGAz51 ROCK HHGPS 0.14
GDA94
MDCR020 211818 7577634 MGAz51 ROCK HHGPS 0.19
GDA94
MDCR021 211828 7577642 MGAz51 ROCK HHGPS 0.01
GDA94
MDCR022 211841 7577672 MGAz51 ROCK HHGPS 0.03
GDA94
MDCR023 211904 7577658 MGAz51 ROCK HHGPS -0.01
GDA94
MDCR024 211724 7577762 MGAz51 ROCK HHGPS -0.01
GDA94
MDCR025 211607 7577491 MGAz51 ROCK HHGPS -0.01
GDA94
MDCR026 211589 7577502 MGAz51 ROCK HHGPS -0.01
GDA94
MDCR027 211571 7577528 MGAz51 ROCK HHGPS -0.01
GDA94
MDCR028 211556 7577549 MGAz51 ROCK HHGPS 0.1
GDA94
MDCR029 211586 7577538 MGAz51 ROCK HHGPS 0.01
GDA94
MDCR030 211605 7577541 MGAz51 ROCK HHGPS -0.01
GDA94
MDCR031 211728 7577285 MGAz51 ROCK HHGPS -0.01
GDA94
MDCR032 211684 7577206 MGAz51 ROCK HHGPS -0.01
GDA94
MDCR033 211689 7577269 MGAz51 ROCK HHGPS 0.03
GDA94
MDCR034 212700 7578670 MGAz51 ROCK HHGPS 0.02
GDA94
MDCR035 212701 7578699 MGAz51 ROCK HHGPS 0.02
GDA94
MDCR036 212704 7578769 MGAz51 ROCK HHGPS 0.02
GDA94
MDCR037 212690 7578614 MGAz51 ROCK HHGPS 2.76
GDA94
MDCR038 212691 7578588 MGAz51 ROCK HHGPS 0.03
GDA94
MDCR039 212687 7578563 MGAz51 ROCK HHGPS 0.04
GDA94
MDCR040 212684 7578432 MGAz51 ROCK HHGPS -0.01
GDA94
MDCR041 212677 7578392 MGAz51 ROCK HHGPS -0.01
GDA94
MDCR042 209456 7579030 MGAz51 ROCK HHGPS 0.02
GDA94
MDCR043 209474 7579051 MGAz51 ROCK HHGPS -0.01
GDA94
MDCR044 209494 7579080 MGAz51 ROCK HHGPS -0.01
GDA94
MDCR045 209373 7579146 MGAz51 ROCK HHGPS 0.03
GDA94
MDCR046 209382 7579178 MGAz51 ROCK HHGPS 0.03
GDA94
MDCR047 209380 7579156 MGAz51 ROCK HHGPS 0.01
GDA94
MDCR048 209192 7579189 MGAz51 ROCK HHGPS -0.01
GDA94
MDCR049 209207 7579211 MGAz51 ROCK HHGPS 0.01
GDA94
MDCR050 209221 7579231 MGAz51 ROCK HHGPS -0.01
GDA94
MDCR051 209142 7579141 MGAz51 ROCK HHGPS -0.01
GDA94
MDCR052 209113 7579033 MGAz51 ROCK HHGPS -0.01

40

==> picture [113 x 43] intentionally omitted <==

GDA94
MDCR053 209064 7578966 MGAz51 ROCK HHGPS 0.01
GDA94
MDCR054 215010 7581096 MGAz51 ROCK HHGPS 1.5
GDA94
MDCR055 215012 7581109 MGAz51 ROCK HHGPS 1.84
GDA94
MDCR056 215067 7581115 MGAz51 ROCK HHGPS 4.12
GDA94
MDCR057 215588 7581379 MGAz51 ROCK HHGPS 0.07
GDA94
MDCR058 215518 7581350 MGAz51 ROCK HHGPS 1.62
GDA94
MDCR059 215483 7581299 MGAz51 ROCK HHGPS 0.02
GDA94
MDCR060 215352 7581261 MGAz51 ROCK HHGPS 0.6
GDA94
MDCR061 215423 7581285 MGAz51 ROCK HHGPS 0.01
GDA94
MDCR062 215438 7581284 MGAz51 ROCK HHGPS 0.23
GDA94
MDCR063 215449 7581288 MGAz51 ROCK HHGPS 0.01
GDA94
MDCR064 215435 7581261 MGAz51 ROCK HHGPS -0.01
GDA94
MDCR065 215359 7581213 MGAz51 ROCK HHGPS 0.3
GDA94
MDCR066 214962 7578222 MGAz51 ROCK HHGPS 5.1
GDA94
MDCR067 214944 7578234 MGAz51 ROCK HHGPS 0.03
GDA94
MDCR068 214921 7578177 MGAz51 ROCK HHGPS 0.97
GDA94
MDCR069 214893 7578140 MGAz51 ROCK HHGPS 2.32
GDA94
MDCR070 214874 7578105 MGAz51 ROCK HHGPS 0.03
GDA94
MDCR071 214852 7578068 MGAz51 ROCK HHGPS 0.03
GDA94
PCMC01 206037 7577672 MGAz51 ROCK HHGPS -0.01
GDA94
PCMC02 207321 7577381 MGAz51 ROCK HHGPS 0.05
GDA94
PCMC03 215514 7578477 MGAz51 ROCK HHGPS -0.01
GDA94
PCMC04 215165 7578577 MGAz51 ROCK HHGPS 0.09
GDA94
PCMC05 208587 7576198 MGAz51 ROCK HHGPS -0.01
GDA94
PCMC06 206913 7577524 MGAz51 ROCK HHGPS 0.01
GDA94
PCMC07 215460 7581337 MGAz51 ROCK HHGPS 0.16
GDA94
PCMC08 209661 7577808 MGAz51 ROCK HHGPS -0.01
GDA94
PCMC09 217446 7580340 MGAz51 ROCK HHGPS 0.01
GDA94
PCMC10 206508 7577700 MGAz51 ROCK HHGPS 0.02
GDA94
RNMDC004 208948 7578741 MGAz51 ROCK HHGPS 0.01
GDA94
RNMDC007 209382 7579151 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC009 209229 7578940 MGAz51 ROCK HHGPS 0.01
GDA94
RNMDC010 209470 7579061 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC011 209278 7578907 MGAz51 ROCK HHGPS 0.02
GDA94
RNMDC012 209141 7578856 MGAz51 ROCK HHGPS 0.07

41

==> picture [113 x 43] intentionally omitted <==

GDA94
RNMDC015 210267 7579388 MGAz51 ROCK HHGPS 0.02
GDA94
RNMDC017 210284 7579223 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC018 210294 7579227 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC019 209848 7579203 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC020A 209781 7579202 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC021 209823 7579155 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC022 209818 7579109 MGAz51 ROCK HHGPS 0.01
GDA94
RNMDC023 209794 7579074 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC025 211701 7577119 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC026 211660 7577240 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC028 211588 7577397 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC031 211648 7578672 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC032 211867 7577699 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC034 215230 7581251 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC036 215133 7580991 MGAz51 ROCK HHGPS 0.33
GDA94
RNMDC037 215054 7580962 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC039A 215279 7578308 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC039B 215279 7578308 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC040 215434 7578311 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC041 215327 7578347 MGAz51 ROCK HHGPS 0.02
GDA94
RNMDC044 216412 7579419 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC045 216300 7579599 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC046 216769 7580281 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC047 216827 7580241 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC048 216872 7580164 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC052 211606 7577254 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC066 211664 7577649 MGAz51 ROCK HHGPS 0.02
GDA94
RNMDC083 214979 7578247 MGAz51 ROCK HHGPS 0.32
GDA94
RNMDC055 212087 7577590 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC059 211566 7577557 MGAz51 ROCK HHGPS 0.05
GDA94
RNMDC084 214961 7578227 MGAz51 ROCK HHGPS 2.66
GDA94
RNMDC088 212587 7578924 MGAz51 ROCK HHGPS 0.04
GDA94
RNMDC089 212521 7578926 MGAz51 ROCK HHGPS 0.01
GDA94
RNMDC097 213033 7578862 MGAz51 ROCK HHGPS 0.01
GDA94
RNMDC100 213211 7578856 MGAz51 ROCK HHGPS -0.01

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==> picture [113 x 43] intentionally omitted <==

GDA94
RNMDC101 213325 7578535 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC106 215235 7578768 MGAz51 ROCK HHGPS 0.38
GDA94
RNMDC107 215233 7578808 MGAz51 ROCK HHGPS 0.02
GDA94
RNMDC115 212927 7578550 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC116 213064 7578700 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC117 213068 7578717 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC119 212965 7578818 MGAz51 ROCK HHGPS 0.01
GDA94
RNMDC125 206874 7572807 MGAz51 ROCK HHGPS 0.09
GDA94
RNMDC126 206943 7572975 MGAz51 ROCK HHGPS 0.01
GDA94
RNMDC127 206958 7573028 MGAz51 ROCK HHGPS 0.03
GDA94
RNMDC128 206980 7573029 MGAz51 ROCK HHGPS 0.02
GDA94
RNMDC130 206962 7572780 MGAz51 ROCK HHGPS 0.02
GDA94
RNMDC131 206755 7572839 MGAz51 ROCK HHGPS 0.02
GDA94
RNMDC134 216530 7579615 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC135 216530 7579675 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC136 215147 7578500 MGAz51 ROCK HHGPS 0.11
GDA94
RNMDC137 215174 7578476 MGAz51 ROCK HHGPS 0.04
GDA94
RNMDC138 215240 7578343 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC139 215332 7578344 MGAz51 ROCK HHGPS 0.04
GDA94
RNMDC143 212692 7578597 MGAz51 ROCK HHGPS 0.03
GDA94
RNMDC145 212691 7578428 MGAz51 ROCK HHGPS 0.07
GDA94
RNMDC146 212680 7578606 MGAz51 ROCK HHGPS 0.01
GDA94
RNMDC152 213053 7578683 MGAz51 ROCK HHGPS 0.01
GDA94
RNMDC155 211710 7577409 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC156 211650 7577435 MGAz51 ROCK HHGPS 0.01
GDA94
RNMDC157 211557 7577549 MGAz51 ROCK HHGPS 0.04
GDA94
RNMDC160 215235 7580874 MGAz51 ROCK HHGPS 0.14
GDA94
RNMDC177A 210663 7578195 MGAz51 ROCK HHGPS 0.01
GDA94
RNMDC177B 210663 7578195 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC180A 210882 7578127 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC180B 210882 7578127 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC181 211537 7577299 MGAz51 ROCK HHGPS 0.02
GDA94
RNMDC191 211537 7578490 MGAz51 ROCK HHGPS 0.01
GDA94
RNMDC201 212247 7578345 MGAz51 ROCK HHGPS 0.77
GDA94
RNMDC203 207491 7578189 MGAz51 ROCK HHGPS 0.02

43

==> picture [113 x 43] intentionally omitted <==

GDA94
RNMDC204 207373 7578394 MGAz51 ROCK HHGPS 0.08
GDA94
RNMDC211 206641 7578079 MGAz51 ROCK HHGPS 0.01
GDA94
RNMDC213 206573 7577705 MGAz51 ROCK HHGPS 0.1
GDA94
RNMDC215 206707 7577747 MGAz51 ROCK HHGPS 0.05
GDA94
RNMDC217 206408 7577697 MGAz51 ROCK HHGPS 0.01
GDA94
RNMDC222A 207721 7575842 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC222B 207721 7575842 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC223 207743 7575878 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC224 207745 7575900 MGAz51 ROCK HHGPS 0.05
GDA94
RNMDC226 207394 7576790 MGAz51 ROCK HHGPS 0.01
GDA94
RNMDC227 207470 7576951 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC234 208174 7577180 MGAz51 ROCK HHGPS 0.03
GDA94
RNMDC238 207173 7576285 MGAz51 ROCK HHGPS 0.01
GDA94
RNMDC241 208311 7577020 MGAz51 ROCK HHGPS 0.31
GDA94
RNMDC242 208407 7576961 MGAz51 ROCK HHGPS 0.02
GDA94
RNMDC244 208642 7576985 MGAz51 ROCK HHGPS 0.01
GDA94
RNMDC245 208547 7576683 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC247 208579 7576194 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC249 208320 7576784 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC253 209818 7579115 MGAz51 ROCK HHGPS 0.02
GDA94
RNMDC257 210046 7579269 MGAz51 ROCK HHGPS 0.01
GDA94
RNMDC259 210015 7579324 MGAz51 ROCK HHGPS -0.01
GDA94
RNMDC260 209984 7579331 MGAz51 ROCK HHGPS -0.01
GDA94
SOMDC01 211533 7576957 MGAz51 ROCK HHGPS 0.01
GDA94
SOMDC02 211591 7577208 MGAz51 ROCK HHGPS 0.01
GDA94
SOMDC03 211634 7577240 MGAz51 ROCK HHGPS 1.03
GDA94
SOMDC04 211692 7577274 MGAz51 ROCK HHGPS 0.22
GDA94
SOMDC14 212700 7578671 MGAz51 ROCK HHGPS 0.12
GDA94
SOMDC15 212693 7578636 MGAz51 ROCK HHGPS 2.16
GDA94
SOMDC16 212737 7578501 MGAz51 ROCK HHGPS 0.03
GDA94
SOMDC17 212710 7578522 MGAz51 ROCK HHGPS 0.12
GDA94
SOMDC18 212678 7578527 MGAz51 ROCK HHGPS 0.04
GDA94
SOMDC19 212673 7578484 MGAz51 ROCK HHGPS 0.01
GDA94
SOMDC20 212682 7578436 MGAz51 ROCK HHGPS 0.01
GDA94
SOMDC21 212688 7578356 MGAz51 ROCK HHGPS 0.11

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GDA94
SOMDC24 212663 7578630 MGAz51 ROCK HHGPS 0.02
GDA94
SOMDC25 212679 7578664 MGAz51 ROCK HHGPS 0.24
GDA94
SOMDC26 212678 7578656 MGAz51 ROCK HHGPS 0.07
GDA94
SOMDC27 212680 7578684 MGAz51 ROCK HHGPS 0.03
GDA94
SOMDC28 212721 7578845 MGAz51 ROCK HHGPS 0.02
GDA94
SOMDC304 205773 7580768 MGAz51 ROCK HHGPS 0.01
GDA94
SOMDC305 205949 7580885 MGAz51 ROCK HHGPS 0.01
GDA94
SOMDC306 205870 7580954 MGAz51 ROCK HHGPS 0.01
GDA94
SOMDC307 205575 7580929 MGAz51 ROCK HHGPS -0.01
GDA94
SOMDC31 212865 7578488 MGAz51 ROCK HHGPS 0.08
GDA94
SOMDC311 208103 7578660 MGAz51 ROCK HHGPS 0.01
GDA94
SOMDC312 207302 7577974 MGAz51 ROCK HHGPS 0.01
GDA94
SOMDC313 207084 7577872 MGAz51 ROCK HHGPS -0.01
GDA94
SOMDC314 206570 7577735 MGAz51 ROCK HHGPS -0.01
GDA94
SOMDC315 206549 7577705 MGAz51 ROCK HHGPS 12.5
GDA94
SOMDC318 206882 7578671 MGAz51 ROCK HHGPS 0.01
GDA94
SOMDC319 206656 7578660 MGAz51 ROCK HHGPS -0.01
GDA94
SOMDC326 206248 7578149 MGAz51 ROCK HHGPS 0.04
GDA94
SOMDC327 241514 7594113 MGAz51 ROCK HHGPS 0.01
GDA94
SOMDC328 241681 7594001 MGAz51 ROCK HHGPS -0.01
GDA94
SOMDC331 239846 7593869 MGAz51 ROCK HHGPS 0.01
GDA94
SOMDC332 240022 7593781 MGAz51 ROCK HHGPS -0.01
GDA94
SOMDC333 240421 7593931 MGAz51 ROCK HHGPS -0.01
GDA94
SOMDC336 240696 7594077 MGAz51 ROCK HHGPS -0.01
GDA94
SOMDC337 240682 7594062 MGAz51 ROCK HHGPS -0.01
GDA94
SOMDC338A 240896 7593931 MGAz51 ROCK HHGPS -0.01
GDA94
SOMDC338B 240896 7593931 MGAz51 ROCK HHGPS -0.01
GDA94
SOMDC344 246403 7588872 MGAz51 ROCK HHGPS -0.01
GDA94
SOMDC347 246328 7588952 MGAz51 ROCK HHGPS -0.01
GDA94
SOMDC348 246342 7588992 MGAz51 ROCK HHGPS -0.01
GDA94
SOMDC349 246391 7589021 MGAz51 ROCK HHGPS 0.08
GDA94
SOMDC353 246213 7589072 MGAz51 ROCK HHGPS -0.01
GDA94
SOMDC354 246521 7588992 MGAz51 ROCK HHGPS 0.01
GDA94
SOMDC368 215095 7578322 MGAz51 ROCK HHGPS 1.44
GDA94
SOMDC39 211697 7577366 MGAz51 ROCK HHGPS 0.43

45

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GDA94
SOMDC40 211735 7577394 MGAz51 ROCK HHGPS 0.02
GDA94
SOMDC41 211641 7577435 MGAz51 ROCK HHGPS 0.02
GDA94
SOMDC47 215002 7580673 MGAz51 ROCK HHGPS -0.01
GDA94
SOMDC50 215187 7580955 MGAz51 ROCK HHGPS 0.08
GDA94
SOMDC52 215522 7581344 MGAz51 ROCK HHGPS 1.51
GDA94
SOMDC54 215476 7581372 MGAz51 ROCK HHGPS 12.7
GDA94
SOMDC68 209635 7578768 MGAz51 ROCK HHGPS 0.09

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This ASX announcement has been authorised for release by the Board of Moho Resources Limited.

For further information, please contact:

Mr Peter Christie Gareth Quinn Chairman Investor Relations Moho Resources Limited [email protected] [email protected] 0417 711 108

Competent Persons Statements

The information in this report that relates to Exploration Results and Exploration Targets is based on information compiled by Mr. Graeme Hardwick. Mr. Hardwick is a Member of Australian Institute of Geoscientists (MAIG) and Moho Resource’s Exploration Manager and has sufficient experience that is relevant to the style of mineralisation and type of deposit under consideration and to the activity which he is undertaking to qualify as Competent Person as defined in the 2012 Edition of the Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves. Mr. Hardwick consents to the inclusion in the report of the matters based on his information in the form and context in which it appears Forward-Looking Statements

This document may include forward-looking statements. Forward-looking statements include, but are not limited to, statements concerning Moho Resources Limited’s planned exploration program and other statements that are not historical facts. When used in this document, words such as "could," "plan," "expect," "intend," "may”, "potential," "should," and similar expressions are forward-looking statements. Although Moho believes that its expectations reflected in these forward- looking statements are reasonable, such statements involve risks and uncertainties and no assurance can be given that further exploration activities will result in the actual values, results or events expressed or implied in this document.

About Moho Resources

Moho Resources Ltd is an Australian natural resources company advancing early-stage gold and other metals projects in Western Australia through exploration towards development. Moho controls a 100% interest of its portfolio. The Bush Chook Gold Project in the Pilbara Craton is currently the company’s priority focus area. Moho’s Board is chaired by Mr Peter Christie, a qualified accountant and tax agent and highly successful businessman. He has served on the boards of several public companies in the resource sector since 2006 and is the current club president of WAFL club, the South Fremantle Bulldogs. Mr Christie is joined on the Board by Mr Bryce Gould and Ms Greta Purich. Mr Gould is an experienced corporate advisor who has a long track record of helping small-cap companies to meet their capital raising goals and engage and attract investors. Ms Purich is an experienced geologist and mining engineer bringing technical expertise to the company’s direction and project development.

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JORC Code, 2012 Edition – Table 1: Bush Chook Project

Section 1 Sampling Techniques and Data

(Criteria in this section apply to all succeeding sections.)

Criteria JORC Code explanation JORC Code explanation Commentary Commentary
Sampling • Nature and quality of sampling (eg cut • Tench samples were collected from 9
techniques channels, random chips, or specific specialized different costean over areas of anomalous
industry standard measurement tools surface geochemistry trends. Samples
appropriate to the minerals under investigation, were collected using a hand pick every few
such as down hole gamma sondes, or handheld centimetres along the costean wall and
XRF instruments, etc). These examples should composited into 1m to 5m composite
not be taken as limiting the broad meaning of samples. Samples were sent to ALS Perth
sampling. for 50g fire assay method and four acid
• Include reference to measures taken to ensure ICP-MS.
sample representivity and the appropriate • Rock chip sample have had brief
calibration of any measurement tools or geological descriptions to provide
systems used. geological context. They were sent to ALS
• Aspects of the determination of mineralisation Perth for 50g fire assay.
that are Material to the Public Report. In cases
where ‘industry standard’ work has been done
this would be relatively simple (eg ‘reverse
circulation drilling was used to obtain 1 m
samples from which 3 kg was pulverised to
produce a 30 g charge for fire assay’). In other
cases more explanation may be required, such
as where there is coarse gold that has inherent
sampling problems. Unusual commodities or
mineralisation types (eg submarine nodules)
may warrant disclosure of detailed information.
Drilling • Drill type (eg core, reverse circulation, open- • Historic drilling was completed by Reverse
techniques hole hammer, rotary air blast, auger, Bangka, Circulation and Rotary Air Blast drill rigs.
sonic, etc) and details (eg core diameter, triple
or standard tube, depth of diamond tails, face-
sampling bit or other type, whether core is
oriented and if so, by what method, etc).
Drill sample
•		 Method of recording and assessing core and • No details are provided in historic data
recovery chip sample recoveries and results assessed. reports for drilling sample recoveries.
• 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 • All trench, rock chip, RAB and RC intervals
geologically and geotechnically logged to a have a qualitative geological description.
level of detail to support appropriate Mineral
Resource estimation, mining studies and
metallurgical studies.
• Whether logging is qualitative or quantitative in
nature. Core (or costean, channel, etc)
photography.
• The total length and percentage of the relevant
intersections logged.

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Criteria JORC Code explanation JORC Code explanation Commentary Commentary
Sub- • If core, whether cut or sawn and whether • Rock chip, channel and trench samples
sampling quarter, half or all core taken. were collected from_in situ_outcropping
techniques
and sample
preparation		 • If non-core, whether riffled, tube sampled,
rotary split, etc and whether sampled wet or
dry.		 material. No field standards or duplicate
where used. 1-3 kg of material was collected
from each site over an approximate 10m
•
•		 For all sample types, the nature, quality and
appropriateness of the sample preparation
technique.
Quality control procedures adopted for all sub-		 • area.
No details are provided in the historic
reports for the sub-sampling techniques for
the historic RC, RAB, and channel sampling
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 • The nature, quality and appropriateness of the • Rock chip, RC, RAB, Channel and trench
assay data assaying and laboratory procedures used and samples were assayed for gold by fire assay
and whether the technique is considered partial or atomic absorption spectrometry.
laboratory
tests		 • total.
For geophysical tools, spectrometers, handheld
•		 No QAQC procedures were reported in the
historic RC, RAB, and Channel and Trench
XRF instruments, etc, the parameters used in samping.
determining the analysis including instrument
make and model, reading times, calibrations
factors applied and their derivation, etc.
• Nature of quality control procedures adopted
(eg standards, blanks, duplicates, external
laboratory checks) and whether acceptable
levels of accuracy (ie 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.
The use of twinned holes.		 •
•		 A samples information was entered into
Microsoft excel and stored in a Microsoft
access database on the company server.
Standard data entry temples were used to
ensure consistent data entry.
• Documentation of primary data, data entry
procedures, data verification, data storage
(physical and electronic) protocols.
• Discuss any adjustment to assay data.
Location of • Accuracy and quality of surveys used to locate • Sample and collar locations were
data points drill holes (collar and down-hole surveys), determined by hand held GPS with an error
trenches, mine workings and other locations of ~2-5m.
used in Mineral Resource estimation. • GDA 2020 MGA Zone 51
• Specification of the grid system used.
• Quality and adequacy of topographic control.
Data • Data spacing for reporting of Exploration • Tench samples were collected every few
spacing and Results. centimetres and composited in to 1m to 5m
distribution • Whether the data spacing and distribution is composite samples.
sufficient to establish the degree of geological • RAB and RC holes were drilled at a
and grade continuity appropriate for the Mineral minimum of 20m spacing.
Resource and Ore Reserve estimation
procedure(s) and classifications applied.
• Whether sample compositing has been applied.

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Criteria JORC Code explanation JORC Code explanation Commentary Commentary
Orientation • Whether the orientation of sampling achieves • Rock chip samples were taken along the
of data in unbiased sampling of possible structures and strike of the outcropping quartz veins.
relation to
geological
structure		 • the extent to which this is known, considering
the deposit type.
If the relationship between the drilling		 • Trench and RC samples were collected
perpendicular to the strike of the anomalous
quartz veins and surface geochemistry
orientation and the orientation of key trends.
mineralised structures is considered to have
introduced a sampling bias, this should be
assessed and reported if material.
Sample • The measures taken to ensure sample security. • Moho’s geologist transported the samples to
security the laboratory.
Audits or • The results of any audits or reviews of sampling
•		 Available data has been reviewed by
reviews techniques and data. company geologist.

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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 JORC Code explanation Commentary Commentary
Mineral • Type, reference name/number, location and • The Bush Chook Project encompassed
tenement and ownership including agreements or material part of the Bonney Downs Pastoral Lease,
land tenure issues with third parties such as joint The Palyku and Palyku #2 and Nyamal
status ventures, partnerships, overriding royalties, Palyku Native Title groups, and some
native title interests, historical sites, miscellaneous licences owned by AIM
wilderness or national park and Mining. It is expected that agreements will
environmental settings. be reached with these parties to enable
• The security of the tenure held at the time of
reporting along with any known impediments		 the tenements to be granted and
exploration work to occur.
to obtaining a licence to operate in the area. • The twenty-six of the licences have been
granted with no native title or pastoralist
conditions. The remaining applications
are still pending; land access and
heritage agreements have not yet been
finalised.
Exploration • Acknowledgment and appraisal of • The project has predominantly been
done by other exploration by other parties. explored for gold mineralisation using a
parties variety of surface techniques which have
outlined several anomalous and
mineralised zones within the project.
Adequate drill testing of these areas has
not taken place.
Geology • Deposit type, geological setting and style of • Turbidite-hosted orogenic gold and gold-
mineralisation. antimony deposits are the principal
target. These are hosted within the
Mesoarchean Mosquito Creek basin of
the Pilbara Craton. Examples of
mineralisation in the region include the
Blue Spec, Gold Spec, and Golden Eagle
deposits.
Drill hole • A summary of all information material to the • Collar and trench sample locations are
Information understanding of the exploration results provided in the tables within this
including a tabulation of the following document.
information for all Material drill holes:
o easting and northing of the drill hole
collar
o elevation or RL (Reduced Level –
elevation above sea level in metres) of
the drill hole collar
o dip and azimuth of the hole
o down hole length and interception depth
o hole length.
• If the exclusion of this information is justified
on the basis that the information is not
Material and this exclusion does not detract
from the understanding of the report, the
Competent Person should clearly explain
why this is the case.
Data • In reporting Exploration Results, weighting • The cut off for the significant trench,
aggregation averaging techniques, maximum and/or channel, RC, and RAB intervals was done
methods minimum grade truncations (eg cutting of using >0.2ppm Au with no internal
high grades) and cut-off grades are usually dilution.
Material and should be stated.

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Criteria JORC Code explanation JORC Code explanation Commentary Commentary
• Where aggregate intercepts incorporate
short lengths of high grade results and
longer lengths of low grade results, the		 • Not applicable.
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 • No metal equivalents have been reported.
metal equivalent values should be clearly
stated.
Relationship • These relationships are particularly important
•		 Not applicable.
between in the reporting of Exploration Results.
mineralisatio
n widths and
intercept
lengths		 •
•		 If the geometry of the mineralisation with
respect to the drill hole angle is known, its
nature should be reported.
If it is not known and only the down hole
lengths are reported, there should be a clear		 •
•		 Shear zone dip and dip direction is
reported in the body of the text..
Not applicable.
statement to this effect (eg ‘down hole
length, true width not known’).
Diagrams • Appropriate maps and sections (with scales) • Plan-view maps are presented showing
and tabulations of intercepts should be the location of the project, the sample
included for any significant discovery being locations and the gold results.
reported These should include, but not be
limited to a plan view of drill hole collar
locations and appropriate sectional views.
Balanced • Where comprehensive reporting of all • Not applicable
reporting 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.
Other • Other exploration data, if meaningful and • GSWA geological maps, magnetic and
substantive material, should be reported including (but gravity data have been used to assist the
exploration not limited to): geological observations; interpretation of the target areas.
data 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.
Further work • The nature and scale of planned further work
•		 Follow up work will include first pass
(eg tests for lateral extensions or depth drilling, infill drilling to further define the
extensions or large-scale step-out drilling). depth extent of mineralisation observed at
• Diagrams clearly highlighting the areas of surface.
possible extensions, including the main
geological interpretations and future drilling
areas, provided this information is not
commercially sensitive.

52

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