Thunder Gold Commences Exploration Drill Program at Tower Mountain Gold Property
Thunder Gold Commences Exploration Drill
Program at Tower Mountain Gold Property
Thunder Bay, Ontario--(Newsfile Corp. - February 17, 2023) - Thunder Gold Corp. (TSXV: TGOL) (FSE:
Z25) (OTC Pink: TNMLF) (formerly White Metal Resources Corp) ("Thunder Gold" or the "Company") is
pleased to announce diamond drilling has commenced at the Tower Mountain Gold Property, located
50-km west of Thunder Bay, ON.
Chibougamau Diamond Drilling Ltd. ("Chibougamau") was awarded the 4,000-metre contract. A drill
was mobilized to site on February 13
th
and drilling commenced on February 14, 2023. The estimated
program duration of the fully funded drill program is seven weeks.
Highlights:
Exploration data analysis indicates IP chargeability correlates to increased gold grade
Initial drill holes to target the strongest chargeable anomaly identified to-date
Additional holes shall target new chargeable targets identified by the 2022 survey
Main objectives for 2023 are:
1)
rapidly expand the footprint of the low-grade gold mineralization
2)
demonstrate potential for discovery of higher-grade gold mineralization
3)
demonstrate potential for additional mineralization elsewhere within the assembled claim package
Wes Hanson P.Geo., CEO of Thunder Gold notes
: "Our primary objective with our initial 2023 drill
program is to rapidly demonstrate that Tower Mountain offers a conceptual exploration target ranging
from 50 to 100 million tonnes averaging 0.70
to 0.90 g/t Au. Our secondary objective is to
demonstrate opportunities to increase both the quantity (size) and quality (grade) of the conceptual
exploration target. Recent petrographic and geochemistry suggests that mineralization at Tower
Mountain may represent a large, magmatic hydrothermal system associated with the alkalic Tower
Mountain Intrusive Complex ("TMIC"). Surface sampling has identified anomalous gold
mineralization around the entire perimeter of the intrusion, specifically at or near the intrusive-volcanic
contact. Gold mineralization is relatively agnostic of rock type and carbonatization is the dominant
alteration. We have established a direct relationship between pyrite content, IP chargeability strength
and gold grade with each increasing in direct proportion to the other. We believe Tower Mountain
offers an opportunity for a large-tonnage, low-grade gold discovery and note that the current 35,000
metres of drilling is woefully inadequate to demonstrate that potential. Our initial drilling targets the
strongest chargeable response identified to-date, an anomaly that has been tested by portions of five
(5)
holes, all of which are clustered at the extreme, southeastern edge of the anomaly. This anomaly
persists over 500 metres (length) x 200 metres (width) x +300 metres (depth), offering a potential
tonnage of greater than 75 million tonnes. Our analysis suggests that gold grades are approximately
2x higher inside the +40 mV/V anomaly and the frequency of composites greater than cut-off is 2 to 3x
more frequent.
We also note that
the Bench, Ellen and A targets surround the +40mV/V anomaly and
may in fact be reflecting the lower-grade peripheral response of the magmatic system that introduced
the gold into the host rocks. Our plan is to complete 6-8 holes on 100 metre spaced sections along
the length of the priority IP target. An additional 4-6 holes shall test other IP anomalies that we expect
will be isolated from the expanded IP survey completed earlier this year."
Compilation Overview
Gold mineralization occurs in both the host volcanic-volcanoclastic rocks as well as in alkalic intrusive
dikes and sills likely originating from the alkalic Tower Mountain Intrusive Complex ("TMIC"). Two
independent geophysical consultants have completed inversions of the 2021 IP dataset. The results are
essentially identical with both interpretations highlighting a large, strong IP chargeable response located
adjacent to the Bench target and extending in a northerly direction to the east of the UV deposit, defining
a strike length of over 500 metres. (Ref. Figure 1.0). The Company believes that the chargeable
anomalies correlate to increased pyrite content which, in turn, correlates to elevated gold grade. This can
be observed along the southwestern boundary of the TMIC where drilling has returned anomalous gold
grades at the Bench, Ellen, A ("BEA targets") and 110 targets, all of which lie within a 20 mV/V
chargeable response. Eighty-five (85) drill holes totalling 16,528 metres currently define the four targets.
The BEA targets all lie immediately adjacent to and just outside the 40 mV/V chargeable response. To-
date, only parts of five holes penetrate the 40 mV/V response, all of which cut the southeastern corner of
the chargeable response. Table 1.0 summarizes the drilled intercepts for these five holes at cut off
grades of 0.30 and 0.50 g/t Au.
FIGURE 1 - Phase 1 Drill Plan, IP Chargeability & Bedrock Geology - BEA Target
To view an enhanced version of this graphic, please visit:
https://images.newsfilecorp.com/files/5364/155091_4b5a4edd34d22ba4_001full.jpg
.
Table 1 - Summary Results of the Bench Drill Holes
within 40 mV/V Chargeability Anomaly by Cut-off Grade
Hole ID
Cut-off
Grade
From
To
Interval
Average
Grade
(Au (g/t)
(metres)
(metres)
(metres)
(Au (g/t)
83818
0.3
198.30
246.00
47.70
0.58
0.5
229.00
246.00
17.00
0.81
TM21-106
0.3
171.50
230.00
58.50
1.01
0.5
186.50
200.00
13.50
1.65
0.5
213.50
230.00
16.50
1.65
TM21-120
0.3
186.50
341.00
154.50
0.81
0.5
186.50
239.00
52.50
1.26
0.5
222.50
239.00
16.50
2.68
0.5
251.00
258.50
7.50
0.90
0.5
267.50
299.00
31.50
0.89
TM22-134
0.3
182.00
369.50
187.50
0.55
0.5
195.50
233.00
37.50
0.95
0.5
258.50
270.50
12.00
1.40
0.5
339.50
369.50
30.00
0.71
TM22-135
0.3
155.00
389.00
234.00
0.76
0.5
155.00
174.50
19.50
1.83
0.5
197.00
209.00
12.00
0.89
0.5
239.00
245.00
6.00
1.13
0.5
264.50
281.00
16.50
0.93
0.5
326.00
389.00
63.00
0.94
Figure 2.0 (below) summarizes the frequency distribution and average grade of ten metre vertical
composite data for the BEA targets at a cut-off grade of 0.00 g/t Au. The populations inside and outside
the chargeable response bin are tabulated, At the 10 mV/V; the average grade of the population inside
the response is roughly double the small population external to the response. It should be noted that only
54 composites fell outside the response, a statistically insignificant population.
At the 25 mV/V level, the two populations are essentially equal and the average grade of the population
inside the response is 75% higher than the population outside the chargeable response bin. This
chargeable response level includes the majority of the BEA target composites.
At a 40 MV/V response, the data indicates a population of 116 composites within the chargeable limit
which represents less than 10% of the total composite population of the BEA targets. The data suggests
that the average grade is approximately 2x higher than the average grade of the much larger population
that is external to the 40 mV/V response.
FIGURE 2 - Ten (10.0) metre Composite Data - Frequency Distribution & Average Grade by
Chargeability Strength at a Cut-Off grade of 0.00 g/t Au.
To view an enhanced version of this graphic, please visit:
https://images.newsfilecorp.com/files/5364/155091_figure2tg.jpg
.
The data currently suggests grade and frequency of occurrence increases proportionally to the IP
chargeable response strength but notes that this assertion is reliant upon a limited data population
above the 40mV/V chargeable signal strength targeted by the proposed drill program presented in
Figure 1.0 above.
Quality Assurance and Quality Control
Diamond drilling utilizes NQ diameter tooling. The core is received at the on-site logging facility where it
is, photographed, logged for geotechnical and geological data and subjected to other physical tests
including magnetic susceptibility analysis. Samples are identified, recorded, split by wet diamond saw,
and half the core is sent for assay with the remaining half stored on site. A standard sample length of 1.5
meters is employed. Certified standards and blanks are randomly inserted into the sample stream and
constitute approximately 5-10% of the sample stream.
Samples are shipped to the Activation
Laboratories Ltd. facility in Thunder Bay, ON where sample preparation and analyses are completed. All
samples are analyzed for gold using a 30-gram lead collection fire assay fusion with an atomic
adsorption finish.
About the Tower Mountain Gold Property
The Tower Mountain Gold Property is located 5-km off the Trans-Canada highway, 50-km west of
Thunder Bay, Ontario. The property lies within the late Archean Shebandowan greenstone belt, an
emerging gold district in northwestern Ontario. The property consists of unpatented and patented lands
totalling 1,968 ha.
Exploration to-date suggests the property offers a large gold endowment. Gold
mineralization is widespread, and diamond drilling has identified low-grade gold mineralization
extending outward for at least 500-meters from a central alkalic intrusion known as the Tower Mountain
Intrusive Complex. Drilling has established persistent gold grades from 0.1 to 1.0 g/t along a 1,500-
meter-long x 500-meter wide x 500-meter deep block of volcanic-volcanoclastic rocks immediately west
and adjacent to the central alkalic intrusion.
The remaining 6,000 meters of strike length surrounding the
intrusion are untested. Tower Mountain shows many of the classic indicators of being an Intrusion
Related Gold Deposit, which is a highly desirable exploration target.
About Thunder Gold Corp.
Thunder Gold Corporation, formerly White Metal Resources. is a junior exploration company focused on
gold discovery in Canada.
For more information about the Company please visit
www.thundergoldcorp.com
.
On behalf of the Board of Directors,
Wes Hanson, President and CEO
For further information contact:
Wes Hanson, CEO
(647) 202-7686
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risks related to environmental regulation and liability; the potential
for delays in exploration or
development activities or the completion of feasibility studies; the uncertainty of profitability; risks and
uncertainties relating to the interpretation of drill results, the geology, grade and continuity
of mineral
deposits; risks related to the inherent uncertainty of production and cost estimates and the potential
for unexpected costs and expenses; results of prefeasibility and feasibility studies, and the possibility
that future
exploration, development or mining results will not be consistent with the Company's
expectations; risks related
to the gold price and other commodity price fluctuations; and other risks
and uncertainties related to the Company's
prospects, properties and business detailed elsewhere in
the Company's disclosure record. Should one or more
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