TORONTO, Sept. 10,
2024 /PRNewswire/ - Mandalay Resources Corporation
("Mandalay" or the "Company") (TSX: MND) (OTCQB: MNDJF) is pleased
to provide an update on drilling progress at its Costerfield
operation in Victoria,
Australia.
New Drilling Highlights:
- Extension and Infill drilling on Shepherd and Kendall veining
provides confidence on extension with intercepts including:
- 751.7 g/t gold and 1.8% antimony over 0.22 m (ETW 0.21
m) in PD142;
- 291.3 g/t gold over 1.26 m
(ETW 0.53 m) in PD175;
- 547.3 g/t gold over 0.86 m
(ETW 0.75 m) in KD907;
- 107.0 g/t gold over 0.55 m
(ETW 0.40 m) in PD114 and;
- 33.4 g/t gold and 31.4% antimony over 1.00 m (ETW 0.67
m) in BC399
- Drilling under Cuffley to the south of Costerfield indicates an
exciting emerging area:
- 550.0 g/t gold over 0.15 m
(ETW 0.12 m) in AD213 and;
- 58.4 g/t gold and 17.6% antimony over 0.77 m (ETW 0.55
m) in AD203
- Drilling to the north of Cuffley also intercepts high-grade
mineralization and a possible extension of the Cuffley system:
- 17.1 g/t gold and 0.3% antimony over 1.20 m (ETW 1.12
m) in CB001 and;
- 4.0 g/t gold and 20.2% antimony over 0.45 m (ETW 0.34
m) in TP021
Note: Further
intercept details including significant intercepts within composite
intervals can be found in the appendix to this press
release.
|
Chris Davis, VP of Exploration
and Operational Geology, commented:
"For the last 15 years, Mandalay has successfully produced gold
and antimony from its Costerfield mine, with standout periods of
exceptional production, especially in the last five years from
Youle and Shepherd. Through innovative practices, Mandalay has
demonstrated the potential for sustained ongoing reserve
replacement. In 2024, the Company's primary focus has been on the
continued development of near-mine targets to extend mine life and
leverage existing infrastructure.
"Drilling activities near Youle and Shepherd have increased our
confidence in immediately surrounding areas that contain pods of
high-grade mineralization and are expected to be added to the
production schedule.
"Additionally, veins located below the highly profitable Cuffley
deposit, which were previously underdeveloped due to the success at
Youle, have shown high-grade potential. In 2024, the objective is
to define enough mineral resource to justify extending the mine at
depth.
"The Cuffley Deeps drilling has also been successful, with
further exploration at Cuffley North intersecting a high-grade vein
along strike of Cuffley, indicating the potential presence of
additional mineable areas. This discovery also suggests the
potential to further extend the northern areas of the Augusta and
Brunswick deposits."
2024 Costerfield Near Mine Focus
During 2024, near mine exploration has focused on building
mineral resources and reserves around the immediate mining fronts
of Youle and Shepherd, while also testing the significant potential
beneath and around the Augusta and Cuffley system to the south.
To the north, infill and extensional drilling of Shepherd has
provided further certainty of the system whilst extending the
potential of the westernmost vein sets. Above Youle, the Kendall
system has been historically mined, however recent drilling
suggests there is still significant mineralization left undisturbed
between the two mining areas.
At the end of 2023, the focus of resource extension testing
moved from Brunswick Deeps to Cuffley as the depth potential of the
system became apparent with the success of two initial testing
holes to the south of the Cuffley Deeps panel. Mandalay recognized
the potential for depth extension and repetition of ore shots and
therefore redirected its exploration efforts. Consequently,
significant intercepts have been returned at depth within the
Cuffley Deeps South area, the Cuffley North area and Cuffley West
(Figure 1).
Shepherd and Kendall Extensions
Since the last exploration update (November 2023), 133 diamond drill holes totalling
13,040 m have been drilled in the
Shepherd and Kendall areas.
Within Shepherd, the drilling and subsequent geological
reinterpretation has provided important insight including the
significance of bedding-parallel laminated quartz faults as
grade-controlling features. This dynamic has also been demonstrated
during mining and integrated into the geological vein model
enabling Mandalay to target further areas of potential upgrades
near these interactions.
Much of the extension work at Shepherd has concentrated on
delineating the westernmost vein (630) within the set. This has
also resulted in the identification of parallel veins to the east
and west (Figure 2) including some exceptional antimony intersects.
Highlights from this drilling, all in addition to the holes
noted above, include:
- 7.4 g/t gold and 49.1% antimony over 0.44 m (ETW 0.22 m)
in PD147;
- 18.3 g/t gold and 26.2% antimony over 2.02 m (ETW 1.15 m)
in PD190;
- 15.1 g/t gold and 22.2% antimony over 1.26m (ETW 0.53 m)
in PD211;
- 26.7 g/t gold and 22.1% antimony over 0.31m (ETW 0.19 m)
in SQ040B1 within 611;
- 108.0 g/t gold and 29.1% antimony over 0.58 m (ETW 0.30 m)
in PD151;
- 26.4 g/t gold and 36.7% antimony over 0.21 m (ETW 0.18 m)
in PD210 and;
- 19.9 g/t gold and 14.1% antimony over 1.69 m (ETW 0.94 m)
in PD172 within 632.
Of note is the high-grade antimony values contained within the
intercepts; this drilling has confirmed that the 630 vein in this
southern area is consistently antimony-rich in addition to gold,
which had been inferred from the results presented in Mandalay's
2023 exploration update (see November 7,
2023).
Targeted drilling has consolidated the concept of the Deimos
Fault acting as a major grade boundary for the Shepherd system,
although promising mineralized structures have been intersected
below the fault. There are indications that further south-westerly
step-outs of the system beyond the 630 vein exist and could be
tested from surface.
Further north, extensive mining optimization drilling has taken
place with a particular focus on identifying and delineating
high-grade splay zones. These interaction zones and linking
structures provide an important opportunity for upside due to the
potential for very high grades. The following intercepts
demonstrate the high tenor that has been identified in these
interaction zones:
- 107.0 g/t gold and 0.1% antimony over 0.55 m (ETW 0.40 m)
in PD114;
- 48.2 g/t gold and 1.8% antimony over 2.87 m (ETW 2.47 m)
in PD132 within 600;
- 547.3 g/t gold and 0.1% antimony over 0.86 m (ETW 0.75 m)
in KD907 within 605;
- 73.5 g/t gold and 11.2% antimony over 0.29 m (ETW 0.27 m)
in PD140 and;
- 751.7 g/t gold and 1.8% antimony over 0.22 m (ETW 0.21 m)
in PD142 within 610.
In the Kendall zone, drilling aimed to delineate northern and
up-dip continuations of the veins initially developed in 2018 when
the Youle area was first accessed by Mandalay Resources. At the
time, the vein continuity in this area was not well defined due to
the compartmentalized geology that has subsequently been resolved
through underground drilling. Only surface drilling data with low
drilling angles to the veining was available at time of mining,
resulting in an inadequate understanding of the Kendall veining.
While the potential of this zone was recognized at the time, mining
focused on the more consistent and understood Youle vein which the
Kendall system coalesces into with depth.
The Kendall area contains many sub-parallel, vertical veins that
occupy an approximately 80m wide zone
of cleavage development within the broad hinge of the main
Costerfield Anticline. Individual veins are influenced by
bedding-parallel laminated quartz faults, where they often are seen
to step westward along the fault for several metres. Additionally,
a north-west trending fold overprint tends to control high-grade
shoots within individual veins, which altogether requires
close-spaced drilling to fully understand the system.
Workers in the historic Costerfield mine during the mid-1930s
mined the Kendall set of veins down to 8 Level (approximately
930RL). They attempted to find new ore panels to the north and west
of the mine with a short campaign of diamond drilling, but had
limited success. The company at the time was mainly concerned with
finding ore at the current level of mining and had little appetite
for continuing vertical development or completing the 9 Level
crosscut. As shown in Figure 5, the Kendall system dipped below the
area of interest (both to the west and north) and remained
untested.
The drilling covered in this release has significantly upgraded
the "580" vein of the Kendall area up to the historic 8 Level, and
has increased the endowment of the 580 vein with the following
high-grade intercepts:
- 82.6 g/t gold and 45.0% antimony over 0.20 m (ETW 0.08 m)
in BC394;
- 54.7 g/t gold and 63.5% antimony over 0.60 m (ETW 0.25 m)
in BC395; and
- 38.0 g/t gold and 35.7% antimony over 1.00m (ETW 0.54 m)
in BC399.
This area is readily accessible for mining with minimal capital
development required, and has considerable scope for further
additions. Upcoming drilling will investigate the Kendall vein set
up to the boundary of the Whitelaw Fault footwall, and also extend
knowledge north of the current resource boundary.
Cuffley Extension Testing
Late in 2023, drillhole AD200 intersected high-grade
mineralization in a previously untested area below and south of the
previously mined Cuffley deposit, approximately 150m from the southern boundary of the extant
Cuffley resource. Follow-up drilling to date has intersected the
mineralized structure in all directions surrounding AD200, with a
total of 7,006 m (14 holes).
Continued drilling is taking place in order to identify high-grade
shoots within the mineralized plane that appears to be the
continuation of a NE-striking vertical fault that intersects and
offsets at a low angle the mined Cuffley lode. At least two
additional parallel fault structures have been delineated in the
Cuffley Deeps South target area that are mineralized, and in the
case of AD203 contain high-grade mineralization (58.4g/t gold and
17.6% antimony over 0.77 m (ETW
0.55 m)).
AD213 intersected a gold-rich quartz vein approximately
20m east of the main Cuffley Deeps
panel (550.0 g/t gold over 0.15 m
(ETW 0.12 m)). Follow-up drilling is
underway to determine the continuity and extent of this previously
unknown mineralization.
The understanding of prospectivity at the northern end of the
Cuffley deposit has increased in recent months. Previous mining of
Cuffley halted to the north as the tenor decreased. The decline in
grade is estimated to be related to a crosscutting north-west
trending fold with a faulted hinge. Historic resource definition
drilling did not identify economic extensions on the northern side
of the fault.
Drillhole TP021 met with success intercepting 4.0 g/t gold and
20.2% antimony over 0.45 m (ETW
0.34 m). Simultaneously, the
Cuffley-Brunswick Gap program commenced, drilling across the
Costerfield corridor from the east to test a sparsely drilled area
north of the Cuffley deposit. The initial drillhole CB001
intersected high-grade mineralization (17.1 g/t gold and 0.3%
antimony over 1.20 m (ETW
1.12 m)) 80
m north of the Cuffley resource boundary, 190 m north of the closest drives on the Cuffley
lodes.
These two intercepts are directly along strike of Cuffley lode
and may indicate that the Cuffley mineralization strengthens in
tenor to the north after the interruption caused by the crossing of
the Rattler Fault. Access to this area is readily facilitated from
the adjacent Brunswick mine area and will be a priority area to
extend throughout the remainder of 2024.
Forward Focus of Near Mine Exploration
Given the recent exciting results described above, Cuffley Deeps
will remain the primary focus of near mine exploration. Drilling
will also continue on the promising northern continuation of the
Cuffley System as well as other ongoing targeting of the Brunswick
north extension area a potential additional line of veining
approximately 300 m to the east of
the central corridor.
Regional drilling also continues on depth testing the satellite
deposits of Robinsons and True
Blue as well as the northern potential of the field.
Drilling and Assaying
All diamond drill core was logged and sampled by Costerfield
geologists or contracted geologists with significant industry
experience who worked under Costerfield geologist's oversight. All
samples were sent to On Site Laboratory Services (OSLS) in Bendigo,
Victoria, Australia, for sample
preparation and analysis by fire assay for gold, and Atomic
Absorption Spectroscopy (AAS) for antimony. Samples featuring
coarse grained visible gold were assayed using a variant of fire
assay known as screen fire assay. This method is routinely used to
mitigate potential problems associated with heterogeneity in the
distribution of coarse gold within drill samples. The procedure
collects all coarse heterogenous coarse gold by screening at 75µm
after crushing and pulverisation, and subsequently fire assays the
resultant mass to extinction. A mass weighted average of gold grade
of the sample is subsequently calculated from the +75µm and -75µm
fractions of the sample. Site geological and metallurgical
personnel have implemented a QA/QC procedure that includes
systematic submission of standard reference materials and blanks
within batches of drill and face samples submitted for assay.
Costerfield specific reference materials produced from Costerfield
ore have been prepared and certified by Geostats Pty Ltd., a
specialist laboratory quality control consultancy. See Technical
Report entitled "Costerfield Operation, Victoria, Australia NI 43-101 Report" dated
March 28, 2024, available on SEDAR
(www.sedar.com) for a complete description of drilling, sampling,
and assaying procedures.
Qualified Person:
Chris Davis, Vice President of
Operational Geology and Exploration at Mandalay Resources, is a
Chartered Professional of the Australasian Institute of Mining and
Metallurgy (MAusIMM CP(Geo)), as well as a Member of the Australian
Institute of Geoscientists (MAIG) and a Qualified Person as defined
by NI 43-101. He has reviewed and approved the technical and
scientific information provided in this release.
About Mandalay Resources Corporation
Mandalay Resources is a Canadian-based resource company with
producing assets in Australia
(Costerfield gold-antimony mine) and Sweden (Björkdal gold mine). The Company is
focused on growing its production and reducing costs to generate
significant positive cashflow. Mandalay is committed to operating
safely and in an environmentally responsible manner, while
developing a high level of community and employee engagement.
Mandalay's mission is to create shareholder value through the
profitable operation and continuing the regional exploration
program, at both its Costerfield and Björkdal mines. Currently, the
Company's main objectives are to continue mining the high-grade
Youle vein at Costerfield, ramping up production from deeper
Shepherd veins, both of which will continue to supply high-quality
ore to the processing plant, and to extend Mineral Reserves. At
Björkdal, the Company will continue to produce from the Aurora zone
and other higher-grade areas in the coming years, in order to
maximize profit margins from the mine.
Forward-Looking Statements:
This news release contains "forward-looking statements"
within the meaning of applicable securities laws, including
statements regarding the exploration and development potential of
the Youle, Shepherd, Cuffley and Kendall
deposits (Costerfield). Readers are cautioned not to place
undue reliance on forward-looking statements. Actual results and
developments may differ materially from those contemplated by these
statements depending on, among other things, changes in commodity
prices and general market and economic conditions. The factors
identified above are not intended to represent a complete list of
the factors that could affect Mandalay. A description of
additional risks that could result in actual results and
developments differing from those contemplated by forward-looking
statements in this news release can be found under the heading
"Risk Factors" in
Mandalay's annual information form dated March
28, 2024, a copy of which is available under Mandalay's profile
at www.sedar.com. In addition, there can be no
assurance that any inferred resources that are discovered as a
result of additional drilling will ever be upgraded to proven or
probable reserves. Although Mandalay has attempted to identify
important factors that could cause actual actions, events or
results to differ materially from those described in
forward-looking statements, there may be other factors that cause
actions, events or results not to be as anticipated, estimated or
intended. There can be no assurance that forward-looking statements
will prove to be accurate, as actual results and future events
could differ materially from those anticipated in such statements.
Accordingly, readers should not place undue reliance on
forward-looking statements.
Appendix
Table 1. Drilling Composites
DRILL
HOLE ID
|
FROM
(M)
|
TO
(M)
|
DRILL
WIDTH
(M)
|
TRUE
WIDTH
(M)
|
AU GRADE
(G/T)
|
SB GRADE
(%)
|
AU (G/T)
OVER MIN. 1.8M
MINING
WIDTH
|
VEIN
NAME
|
AD203
|
404.05
|
404.57
|
0.52
|
0.43
|
9.9
|
4.9
|
4.07
|
Cuffley Deeps
Adj.
|
AD206
|
373.89
|
374.27
|
0.99
|
0.81
|
2.88
|
0.16
|
1.4
|
Cuffley Deeps
Adj.
|
AD211
|
514.77
|
514.88
|
0.11
|
0.08
|
8.76
|
2.62
|
0.54
|
Cuffley Deeps
Adj.
|
AD211
|
578.32
|
579.44
|
1.12
|
1.05
|
3.09
|
LLD
|
1.79
|
Cuffley Deeps
Adj.
|
CW002
|
233.24
|
234.8
|
1.56
|
1
|
1.35
|
2.75
|
3.03
|
Cuffley Deeps
Adj.
|
AD200
|
489.7
|
492.79
|
2.98
|
1.44
|
3.69
|
LLD
|
2.96
|
Cuffley Deeps
South
|
AD200W1
|
486.31
|
489.64
|
3.03
|
2.42
|
7.55
|
LLD
|
10.15
|
Cuffley Deeps
South
|
AD202
|
543.3
|
543.35
|
0.05
|
0.04
|
14.7
|
0.4
|
0.3
|
Cuffley Deeps
South
|
AD203
|
431.52
|
432.29
|
0.77
|
0.55
|
58.44
|
17.59
|
26.05
|
Cuffley Deeps
South
|
AD204
|
528.86
|
529.32
|
0.46
|
0.42
|
0.57
|
LLD
|
0.13
|
Cuffley Deeps
South
|
AD205
|
524.88
|
525.12
|
0.49
|
0.31
|
1.82
|
LLD
|
0.32
|
Cuffley Deeps
South
|
AD206
|
400.49
|
401.79
|
1.3
|
1.05
|
0.44
|
LLD
|
0.25
|
Cuffley Deeps
South
|
AD207
|
354
|
354.4
|
0.29
|
0.23
|
0.42
|
0.01
|
0.06
|
Cuffley Deeps
South
|
AD208
|
516.82
|
517.01
|
0.19
|
0.16
|
0.68
|
LLD
|
0.06
|
Cuffley Deeps
South
|
AD209A
|
611.6
|
611.96
|
0.36
|
0.29
|
0.29
|
0.01
|
0.05
|
Cuffley Deeps
South
|
AD210
|
466.37
|
466.8
|
0.43
|
0.2
|
0.44
|
LLD
|
0.05
|
Cuffley Deeps
South
|
AD211
|
531.2
|
534.12
|
2.92
|
2.39
|
1.07
|
0.06
|
1.16
|
Cuffley Deeps
South
|
AD212
|
466.37
|
467.31
|
0.94
|
0.72
|
LLD
|
LLD
|
LLD
|
Cuffley Deeps
South
|
AD213
|
325.09
|
325.24
|
0.15
|
0.12
|
550
|
0.12
|
35.63
|
Cuffley Deeps South VG
Vein
|
AD213W1
|
325.17
|
325.33
|
0.16
|
0.11
|
23.9
|
0.01
|
1.5
|
Cuffley Deeps South VG
Vein
|
CB001
|
605.68
|
606.88
|
1.2
|
1.12
|
17.15
|
0.33
|
10.98
|
Cuffley Main
|
TP021
|
172.62
|
172.82
|
0.45
|
0.34
|
3.96
|
20.2
|
3.4
|
Cuffley Main
|
CW004
|
332.9
|
333.7
|
0.8
|
0.63
|
2.09
|
LLD
|
0.73
|
Cuffley West
|
BC394
|
131.47
|
131.67
|
0.2
|
0.08
|
82.6
|
45
|
7.64
|
Kendall 580
Vein
|
BC395
|
140.58
|
141.18
|
0.6
|
0.22
|
54.7
|
63.5
|
21.48
|
Kendall 580
Vein
|
BC396
|
132.2
|
132.31
|
0.11
|
0.06
|
16.9
|
1.05
|
0.56
|
Kendall 580
Vein
|
BC397
|
123.79
|
123.93
|
0.14
|
0.09
|
2.36
|
4.05
|
0.42
|
Kendall 580
Vein
|
BC398
|
99.64
|
99.88
|
0.24
|
0.16
|
11.4
|
24.3
|
4.16
|
Kendall 580
Vein
|
BC399
|
82.96
|
83.96
|
1
|
0.67
|
33.42
|
31.4
|
35.36
|
Kendall 580
Vein
|
BC401
|
165.11
|
165.38
|
0.27
|
0.12
|
4.37
|
21.9
|
2.52
|
Kendall 580
Vein
|
BC403
|
166.11
|
166.43
|
0.32
|
0.06
|
6.53
|
6.93
|
0.57
|
Kendall 580
Vein
|
BC396
|
95.12
|
95.27
|
0.15
|
0.06
|
4.45
|
1.34
|
0.24
|
Kendall 581
Vein
|
BC395
|
155.77
|
156.14
|
0.37
|
0.2
|
4.23
|
9.64
|
2.56
|
Kendall 582
Vein
|
KD909
|
7.55
|
8.55
|
1
|
0.52
|
17.95
|
0.11
|
5.25
|
Shepherd 600
Vein
|
KD910
|
1.74
|
2.2
|
0.46
|
0.44
|
25.73
|
LLD
|
6.26
|
Shepherd 600
Vein
|
PD085
|
55.88
|
56.42
|
0.54
|
0.42
|
59.1
|
0.01
|
13.75
|
Shepherd 600
Vein
|
PD101
|
35.78
|
36.06
|
0.28
|
0.23
|
31.8
|
LLD
|
4.01
|
Shepherd 600
Vein
|
PD114
|
36.03
|
36.58
|
0.55
|
0.4
|
107
|
0.05
|
23.73
|
Shepherd 600
Vein
|
PD132
|
8.53
|
11.4
|
2.87
|
2.47
|
48.21
|
1.78
|
51.67
|
Shepherd 600
Vein
|
PD184
|
20.28
|
20.63
|
0.35
|
0.25
|
LLD
|
LLD
|
LLD
|
Shepherd 600
Vein
|
PD185
|
27.3
|
27.87
|
0.57
|
0.18
|
0.09
|
LLD
|
0.01
|
Shepherd 600
Vein
|
PD108
|
14.24
|
15.42
|
1.18
|
0.79
|
0.29
|
LLD
|
0.13
|
Shepherd 603
Vein
|
KD907
|
LLD
|
0.86
|
0.86
|
0.75
|
547.31
|
0.06
|
229.46
|
Shepherd 605
Vein
|
KD908
|
LLD
|
0.32
|
0.32
|
0.3
|
33.15
|
0.01
|
5.52
|
Shepherd 605
Vein
|
PD102
|
8
|
8.84
|
0.84
|
0.8
|
0.12
|
LLD
|
0.06
|
Shepherd 609
Vein
|
PD103
|
8.75
|
9.22
|
0.47
|
0.38
|
1.72
|
LLD
|
0.36
|
Shepherd 609
Vein
|
PD108
|
32.65
|
32.85
|
0.2
|
0.12
|
0.56
|
LLD
|
0.04
|
Shepherd 609
Vein
|
PD140
|
39.94
|
40.23
|
0.29
|
0.27
|
73.48
|
11.17
|
14.1
|
Shepherd 610
Vein
|
PD142
|
39.15
|
39.37
|
0.22
|
0.21
|
751.67
|
1.83
|
88.07
|
Shepherd 610
Vein
|
PD150
|
47.7
|
47.8
|
0.1
|
0.09
|
0.05
|
LLD
|
LLD
|
Shepherd 610
Vein
|
PD140
|
36.2
|
36.34
|
0.14
|
0.14
|
0.26
|
LLD
|
0.02
|
Shepherd 611
Vein
|
PD142
|
35.47
|
35.57
|
0.1
|
0.1
|
0.26
|
LLD
|
0.01
|
Shepherd 611
Vein
|
PD147
|
89.63
|
90.07
|
0.44
|
0.22
|
7.35
|
49.1
|
12.33
|
Shepherd 611
Vein
|
PD150
|
42.14
|
42.27
|
0.13
|
0.13
|
0.33
|
LLD
|
0.02
|
Shepherd 611
Vein
|
PD190
|
7.39
|
9.41
|
2.02
|
1.15
|
18.34
|
26.24
|
44.27
|
Shepherd 611
Vein
|
PD211
|
17.3
|
18.56
|
1.26
|
0.53
|
15.09
|
22.21
|
17.01
|
Shepherd 611
Vein
|
SQ040B1
|
347.43
|
347.74
|
0.31
|
0.19
|
26.7
|
22.1
|
7.2
|
Shepherd 611
Vein
|
PD215
|
19.84
|
19.94
|
0.1
|
0.07
|
0.37
|
LLD
|
0.01
|
Shepherd 621
Vein
|
PD217
|
14.82
|
14.95
|
0.13
|
0.11
|
5.76
|
LLD
|
0.36
|
Shepherd 621
Vein
|
PD218
|
22.35
|
22.65
|
0.3
|
0.18
|
7.46
|
0.01
|
0.76
|
Shepherd 621
Vein
|
PD219
|
15.61
|
15.82
|
0.21
|
0.21
|
5.61
|
4.15
|
1.56
|
Shepherd 621
Vein
|
PD113
|
2.84
|
3.1
|
0.26
|
0.06
|
0.53
|
0.54
|
0.05
|
Shepherd 622
Vein
|
PD134
|
47.26
|
47.38
|
0.12
|
0.09
|
40.4
|
3.84
|
2.33
|
Shepherd 622
Vein
|
PD135
|
68.67
|
68.98
|
0.31
|
0.18
|
0.48
|
LLD
|
0.05
|
Shepherd 622
Vein
|
PD136
|
48.27
|
48.37
|
0.1
|
0.07
|
41.8
|
6.45
|
2.17
|
Shepherd 622
Vein
|
PD141
|
47.65
|
47.76
|
0.11
|
0.1
|
29.2
|
18.5
|
3.56
|
Shepherd 622
Vein
|
PD147
|
54
|
54.45
|
0.45
|
0.29
|
0.91
|
0.34
|
0.25
|
Shepherd 622
Vein
|
PD151
|
75.1
|
75.6
|
0.5
|
0.25
|
0.54
|
LLD
|
0.08
|
Shepherd 622
Vein
|
PD171
|
68.9
|
69.14
|
0.24
|
0.12
|
0.18
|
LLD
|
0.01
|
Shepherd 622
Vein
|
PD172
|
60.74
|
60.86
|
0.12
|
0.07
|
1.44
|
LLD
|
0.05
|
Shepherd 622
Vein
|
PD175
|
58.58
|
59.84
|
1.26
|
0.53
|
291.33
|
0.02
|
86.49
|
Shepherd 622
Vein
|
PD176
|
40.7
|
40.91
|
0.21
|
0.12
|
5
|
LLD
|
0.32
|
Shepherd 622
Vein
|
PD178
|
29.86
|
30.29
|
0.43
|
0.32
|
13.9
|
LLD
|
2.51
|
Shepherd 622
Vein
|
PD179
|
86.79
|
87
|
0.21
|
0.09
|
0.32
|
LLD
|
0.02
|
Shepherd 622
Vein
|
PD181
|
65.78
|
65.93
|
0.15
|
0.08
|
0.35
|
0.01
|
0.02
|
Shepherd 622
Vein
|
PD109
|
4.5
|
4.72
|
0.22
|
0.21
|
3.86
|
LLD
|
0.44
|
Shepherd 625
Vein
|
PD175
|
67.15
|
67.3
|
0.15
|
0.08
|
0.13
|
LLD
|
0.01
|
Shepherd 625
Vein
|
PD176
|
49.71
|
49.9
|
0.19
|
0.12
|
0.06
|
LLD
|
LLD
|
Shepherd 625
Vein
|
PD111
|
27.33
|
27.52
|
0.19
|
0.15
|
0.24
|
LLD
|
0.02
|
Shepherd 630
Vein
|
PD112
|
31.42
|
31.8
|
0.38
|
0.14
|
0.13
|
LLD
|
0.01
|
Shepherd 630
Vein
|
PD113
|
74.09
|
76.06
|
1.97
|
0.55
|
14.47
|
LLD
|
4.39
|
Shepherd 630
Vein
|
PD128
|
22.9
|
23.01
|
0.11
|
0.1
|
5.96
|
3.14
|
0.7
|
Shepherd 630
Vein
|
PD129
|
31.82
|
31.92
|
0.1
|
0.06
|
15.6
|
14.5
|
1.43
|
Shepherd 630
Vein
|
PD131
|
25.81
|
26.03
|
0.22
|
0.16
|
0.02
|
LLD
|
LLD
|
Shepherd 630
Vein
|
PD134
|
71.02
|
71.68
|
0.66
|
0.49
|
15.6
|
LLD
|
4.23
|
Shepherd 630
Vein
|
PD135
|
97.6
|
97.83
|
0.23
|
0.13
|
5.97
|
0.03
|
0.45
|
Shepherd 630
Vein
|
PD136
|
74.9
|
75.28
|
0.38
|
0.27
|
22.1
|
0.02
|
3.37
|
Shepherd 630
Vein
|
PD151
|
108.14
|
108.72
|
0.58
|
0.3
|
108
|
29.1
|
27.72
|
Shepherd 630
Vein
|
PD171
|
105.36
|
105.62
|
0.26
|
0.13
|
5.98
|
23.6
|
3.82
|
Shepherd 630
Vein
|
PD172
|
93.3
|
94.03
|
0.73
|
0.42
|
1.2
|
0.53
|
0.51
|
Shepherd 630
Vein
|
PD173
|
118.14
|
118.36
|
0.22
|
0.11
|
0.1
|
LLD
|
0.01
|
Shepherd 630
Vein
|
PD174
|
116.6
|
116.9
|
0.3
|
0.14
|
0.09
|
LLD
|
0.01
|
Shepherd 630
Vein
|
PD179
|
120.98
|
121.68
|
0.7
|
0.31
|
1.9
|
LLD
|
0.33
|
Shepherd 630
Vein
|
PD181
|
96.44
|
96.81
|
0.37
|
0.2
|
21.2
|
19.1
|
6.47
|
Shepherd 630
Vein
|
PD188
|
62.66
|
63.08
|
0.42
|
0.32
|
1.54
|
LLD
|
0.28
|
Shepherd 630
Vein
|
PD189
|
15.4
|
16.07
|
0.67
|
0.66
|
0.38
|
0.21
|
0.29
|
Shepherd 630
Vein
|
PD191
|
26.4
|
26.51
|
0.11
|
0.09
|
0.07
|
1.09
|
0.1
|
Shepherd 630
Vein
|
PD209
|
19.32
|
20.66
|
1.34
|
1.19
|
0.03
|
LLD
|
0.02
|
Shepherd 630
Vein
|
PD210
|
23.31
|
23.52
|
0.21
|
0.18
|
26.4
|
36.7
|
9.59
|
Shepherd 630
Vein
|
SQ040A
|
378.74
|
379.54
|
0.8
|
0.61
|
0.2
|
LLD
|
0.07
|
Shepherd 630
Vein
|
PD134
|
94.17
|
95.62
|
1.45
|
1.05
|
2.14
|
0.23
|
1.51
|
Shepherd 632
Vein
|
PD135
|
133.46
|
134.65
|
1.19
|
0.69
|
0.71
|
LLD
|
0.27
|
Shepherd 632
Vein
|
PD136
|
101.91
|
102.27
|
0.36
|
0.26
|
1.24
|
LLD
|
0.18
|
Shepherd 632
Vein
|
PD171
|
148.36
|
149.14
|
0.78
|
0.41
|
8.57
|
0.12
|
2
|
Shepherd 632
Vein
|
PD172
|
123.43
|
125.12
|
1.69
|
0.94
|
19.92
|
14.08
|
24.69
|
Shepherd 632
Vein
|
PD174
|
147
|
147.41
|
0.41
|
0.19
|
6.4
|
5.89
|
1.9
|
Shepherd 632
Vein
|
PD181
|
135.13
|
135.53
|
0.4
|
0.22
|
41.4
|
2.83
|
5.68
|
Shepherd 632
Vein
|
PD205
|
4.91
|
5.28
|
0.37
|
0.15
|
2.16
|
14.72
|
2.55
|
Shepherd 632
Vein
|
PD206
|
1.96
|
3.3
|
1.34
|
0.09
|
16.77
|
1.85
|
0.99
|
Shepherd 632
Vein
|
PD134
|
77.54
|
77.98
|
0.44
|
0.16
|
0.46
|
LLD
|
0.04
|
Shepherd 634
Vein
|
Notes
|
|
1.
|
The AuEq (gold
equivalent) grade is calculated using the following
formula:
|
|
AuEq g per t=Au g per
t+Sb% ×
|
(Sb price per 10kg×Sb
processing recovery)
|
|
(Au price per g×Au
processing recovery)
|
|
Prices and recoveries
used: Au $/oz = 1,900; Sb $/t = 11,700; Au Recovery = 93% and; Sb
Recovery = 92%
|
2.
|
LLD signifies an
undetectable amount of antimony. Detection limit for the analysis
used is 0.01%
|
3.
|
Composites that are not
interpreted to be connected to a named vein and are below 1 g/t
AuEq when diluted to 1.8m are not considered significant and are
not recorded here.
|
Table 2. Drill Hole Collar Details
Drill
Program
|
Drill Hole
ID
|
Easting
|
Northing
|
Elevation
|
Depth
|
Dip
|
Azimuth
|
Date
Complete
|
Cuffley Deeps
South
|
AD200
|
15271
|
4548
|
1000
|
719.7
|
-62.7
|
276.2
|
2024/01/13
|
Cuffley Deeps
South
|
AD200W1
|
15271
|
4548
|
1000
|
497.4
|
-62.7
|
276.2
|
2024/01/14
|
Cuffley Deeps
South
|
AD202
|
15260
|
4599
|
992
|
712.7
|
-48.4
|
232.9
|
2024/01/20
|
Cuffley Deeps
South
|
AD203
|
15260
|
4601
|
992
|
500.4
|
-59.3
|
270.5
|
2024/03/13
|
Cuffley Deeps
South
|
AD204
|
15259
|
4600
|
992
|
551.4
|
-55.2
|
249.4
|
2024/03/29
|
Cuffley Deeps
South
|
AD205
|
15259
|
4601
|
992
|
785.0
|
-65.2
|
273.9
|
2024/04/13
|
Cuffley Deeps
South
|
AD206
|
15259
|
4601
|
992
|
500.4
|
-56.9
|
289.6
|
2024/04/24
|
Cuffley Deeps
South
|
AD207
|
15259
|
4600
|
992
|
410.3
|
-54.4
|
263.1
|
2024/04/30
|
Cuffley Deeps
South
|
AD208
|
15260
|
4599
|
992
|
682.0
|
-60.1
|
244.6
|
2024/05/13
|
Cuffley Deeps
South
|
AD209A
|
15260
|
4600
|
992
|
746.0
|
-62.7
|
231.1
|
2024/06/02
|
Cuffley Deeps
South
|
AD210
|
15260
|
4601
|
992
|
515.7
|
-65.6
|
278.7
|
2024/06/26
|
Cuffley Deeps
South
|
AD211
|
15260
|
4600
|
992
|
615.0
|
-72.2
|
255.8
|
2024/07/15
|
Cuffley Deeps
South
|
AD212
|
15260
|
4599
|
992
|
500.0
|
-51.5
|
241.9
|
2024/06/13
|
Cuffley Deeps
South
|
AD213
|
15261
|
4601
|
992
|
435.0
|
-57.8
|
267.1
|
2024/07/26
|
Cuffley Deeps
South
|
AD213W1
|
15100
|
4599
|
745
|
329.2
|
-57.8
|
267.1
|
2024/07/25
|
Kendall
North
|
BC394
|
15353
|
7012
|
922
|
175.4
|
-13.6
|
25.1
|
2024/06/20
|
Kendall
North
|
BC395
|
15353
|
7012
|
922
|
224.0
|
-6.5
|
22.3
|
2024/06/24
|
Kendall
North
|
BC396
|
15353
|
7012
|
922
|
180.0
|
-0.9
|
26.5
|
2024/06/27
|
Kendall
North
|
BC397
|
15353
|
7012
|
922
|
200.0
|
-3.8
|
28.6
|
2024/06/29
|
Kendall
North
|
BC398
|
15353
|
7012
|
922
|
125.4
|
3.0
|
42.5
|
2024/07/02
|
Kendall
North
|
BC399
|
15354
|
7012
|
922
|
116.3
|
-6.3
|
45.2
|
2024/07/16
|
Kendall
North
|
BC401
|
15354
|
7012
|
922
|
205.0
|
-8
|
18
|
2024/07/08
|
Kendall
North
|
BC403
|
15354
|
7012
|
922
|
240.0
|
-13.3
|
16.5
|
2024/07/14
|
Cuffley
North
|
CB001
|
15779
|
5364
|
1183
|
985.9
|
-30.5
|
275.0
|
2024/05/28
|
Cuffley
West
|
CW002
|
15251
|
4944
|
944
|
400.0
|
-50.4
|
233.4
|
2024/05/24
|
Cuffley
West
|
CW004
|
15251
|
4947
|
944
|
400.0
|
-51.0
|
302.0
|
2024/06/02
|
Prod. Opt.
(Shepherd 600)
|
KD907
|
15242
|
6961
|
712
|
10.1
|
25.4
|
88.5
|
2024/01/25
|
Prod. Opt.
(Shepherd 600)
|
KD908
|
15242
|
6961
|
711
|
10.0
|
-20.1
|
90.1
|
2024/01/25
|
Prod. Opt.
(Shepherd 600)
|
KD909
|
15244
|
7004
|
711
|
23.4
|
22.0
|
100.0
|
2024/01/28
|
Prod. Opt.
(Shepherd 600)
|
KD910
|
15245
|
7002
|
710
|
13.0
|
-20.1
|
99.1
|
2024/01/29
|
Prod. Opt.
(Shepherd 630)
|
PD085
|
15182
|
6825
|
667
|
86.2
|
-2.8
|
136.2
|
2023/10/02
|
Prod. Opt.
(Shepherd 630)
|
PD101
|
15182
|
6825
|
666
|
59.8
|
-26.8
|
123.7
|
2023/09/27
|
Prod. Opt.
(Shepherd 630)
|
PD102
|
15229
|
6826
|
686
|
18.0
|
-12.4
|
105.8
|
2023/09/07
|
Prod. Opt.
(Shepherd 630)
|
PD103
|
15229
|
6838
|
687
|
19.0
|
28.2
|
105.9
|
2023/09/08
|
Prod. Opt.
(Shepherd 630)
|
PD108
|
15218
|
6770
|
688
|
47.0
|
28.6
|
132.0
|
2023/09/13
|
Prod. Opt.
(Shepherd 630)
|
PD109
|
15194
|
6968
|
625
|
10.3
|
3.9
|
253.2
|
2023/09/24
|
Prod. Opt.
(Shepherd 630)
|
PD111
|
15180
|
6853
|
666
|
38.3
|
-22.9
|
246.0
|
2023/08/12
|
Prod. Opt.
(Shepherd 630)
|
PD112
|
15179
|
6774
|
667
|
52.5
|
-33.6
|
209.5
|
2023/10/12
|
Prod. Opt.
(Shepherd 630)
|
PD113
|
15180
|
6772
|
668
|
90.7
|
-4.9
|
194.4
|
2023/10/17
|
Prod. Opt.
(Shepherd 630)
|
PD114
|
15182
|
6803
|
667
|
62.0
|
-46.1
|
113.5
|
2023/10/20
|
Prod. Opt.
(Shepherd 630)
|
PD128
|
15179
|
6775
|
668
|
34.0
|
-1.2
|
251.3
|
2023/11/03
|
Prod. Opt.
(Shepherd 630)
|
PD129
|
15180
|
6775
|
668
|
50.0
|
18.5
|
216.1
|
2023/11/07
|
Prod. Opt.
(Shepherd 630)
|
PD131
|
15180
|
6817
|
668
|
52.0
|
35.9
|
240.8
|
2023/11/08
|
Prod. Opt.
(Shepherd 600)
|
PD132
|
15239
|
6911
|
740
|
15.9
|
21.8
|
110.3
|
2023/11/10
|
Prod. Opt.
(Shepherd 630)
|
PD134
|
15215
|
6764
|
688
|
104.4
|
4.2
|
225.5
|
2023/11/28
|
Prod. Opt.
(Shepherd 630)
|
PD135
|
15215
|
6764
|
687
|
168.0
|
-6.6
|
212.8
|
2023/12/05
|
Prod. Opt.
(Shepherd 630)
|
PD136
|
15215
|
6764
|
687
|
113.2
|
-9.6
|
226.7
|
2023/12/11
|
Prod. Opt.
(Shepherd 630)
|
PD140
|
15233
|
6882
|
685
|
68.0
|
-8.4
|
266.9
|
2023/11/17
|
Prod. Opt.
(Shepherd 630)
|
PD141
|
15232
|
6855
|
686
|
84.0
|
-8.3
|
268.4
|
2023/11/21
|
Prod. Opt.
(Shepherd 630)
|
PD142
|
15233
|
6882
|
685
|
55.3
|
-3.3
|
270.4
|
2023/11/17
|
Prod. Opt.
(Shepherd 630)
|
PD147
|
15215
|
6764
|
688
|
122.6
|
15.0
|
221.0
|
2023/12/22
|
Prod. Opt.
(Shepherd 630)
|
PD150
|
15226
|
6832
|
686
|
70.3
|
4.7
|
264.5
|
2023/12/19
|
Prod. Opt.
(Shepherd 630)
|
PD151
|
15215
|
6764
|
688
|
148.5
|
-4.8
|
209.0
|
2024/01/15
|
Prod. Opt.
(Shepherd 630)
|
PD171
|
15212
|
6755
|
688
|
160.0
|
1.9
|
207.7
|
2024/02/15
|
Prod. Opt.
(Shepherd 630)
|
PD172
|
15212
|
6755
|
688
|
136.8
|
7.2
|
212.8
|
2024/03/21
|
Prod. Opt.
(Shepherd 630)
|
PD173
|
15213
|
6757
|
688
|
132.4
|
-13.6
|
208.7
|
2024/02/27
|
Prod. Opt.
(Shepherd 630)
|
PD174
|
15212
|
6755
|
688
|
176.5
|
-6.8
|
206.9
|
2024/03/06
|
Prod. Opt.
(Shepherd 630)
|
PD175
|
15229
|
7021
|
623
|
72.0
|
-6.5
|
215.5
|
2024/04/29
|
Prod. Opt.
(Shepherd 630)
|
PD176
|
15224
|
7019
|
622
|
61.0
|
-10.9
|
227.7
|
2024/05/03
|
Prod. Opt.
(Shepherd 630)
|
PD178
|
15227
|
7024
|
622
|
43.2
|
-32.9
|
261.3
|
2024/05/03
|
Prod. Opt.
(Shepherd 630)
|
PD179
|
15212
|
6755
|
688
|
140.2
|
0.0
|
203.1
|
2024/03/19
|
Prod. Opt.
(Shepherd 630)
|
PD181
|
15212
|
6755
|
688
|
164.6
|
7.3
|
209.2
|
2024/03/22
|
Prod. Opt.
(Shepherd 630)
|
PD184
|
15199
|
6999
|
623
|
39.5
|
-49.3
|
91.4
|
2024/04/05
|
Prod. Opt.
(Shepherd 630)
|
PD185
|
15199
|
6999
|
623
|
56.9
|
-68.7
|
47.4
|
2024/04/08
|
Prod. Opt.
(Shepherd 630)
|
PD188
|
15211
|
6756
|
687
|
112.1
|
-26.7
|
241.8
|
2024/03/28
|
Prod. Opt.
(Shepherd 630)
|
PD189
|
15150
|
6686
|
703
|
19.3
|
6.0
|
89.4
|
2024/05/06
|
Prod. Opt.
(Shepherd 630)
|
PD190
|
15146
|
6673
|
705
|
27.7
|
46.4
|
132.2
|
2024/05/15
|
Prod. Opt.
(Shepherd 630)
|
PD191
|
15146
|
6673
|
704
|
33.0
|
18.2
|
121.4
|
2024/05/07
|
Prod. Opt.
(Shepherd 630)
|
PD205
|
15140
|
6625
|
706
|
25.0
|
60.9
|
96.8
|
2024/05/08
|
Prod. Opt.
(Shepherd 630)
|
PD206
|
15139
|
6620
|
705
|
31.1
|
26.0
|
174.8
|
2024/05/09
|
Prod. Opt.
(Shepherd 630)
|
PD209
|
15141
|
6625
|
704
|
35.8
|
-1.8
|
118.1
|
2024/05/20
|
Prod. Opt.
(Shepherd 630)
|
PD210
|
15142
|
6628
|
704
|
39.9
|
-7.1
|
56.9
|
2024/05/15
|
Prod. Opt.
(Shepherd 630)
|
PD211
|
15145
|
6669
|
704
|
46.0
|
33.6
|
154.8
|
2024/05/20
|
Prod. Opt.
(Shepherd Nth)
|
PD215
|
15209
|
7246
|
576
|
46.3
|
14.2
|
49.8
|
2024/06/12
|
Prod. Opt.
(Shepherd Nth)
|
PD217
|
15209
|
7246
|
575
|
29.8
|
-30.0
|
101.6
|
2024/06/13
|
Prod. Opt.
(Shepherd Nth)
|
PD218
|
15209
|
7247
|
575
|
34.0
|
-23.7
|
45.0
|
2024/06/14
|
Prod. Opt.
(Shepherd Nth)
|
PD219
|
15208
|
7245
|
576
|
23.0
|
6.3
|
101.4
|
2024/06/14
|
Shepherd
630
|
SQ040A
|
15376
|
6754
|
958
|
420.0
|
-45.0
|
233.0
|
2024/02/21
|
Shepherd
630
|
SQ040B1
|
15376
|
6754
|
958
|
420.0
|
-43.3
|
237.6
|
2024/03/03
|
Cuffley
North
|
TP021
|
15385
|
5484
|
1181
|
199.5
|
-32.6
|
299.8
|
2024/04/16
|
View original content to download
multimedia:https://www.prnewswire.com/news-releases/mandalay-resources-reports-high-grade-antimony-and-gold-intercepts-advancing-costerfield-resource-expansion-302244321.html
SOURCE Mandalay Resources Corporation