Fairchild Gold Corporation Announces Numerous High-Grade Copper Values of up to 34% Cu, and Imminent Geophysical Survey at Nevada Titan Project
Fairchild Gold Corporation Announces
Numerous High-Grade Copper Values of up to
34% Cu, and Imminent Geophysical Survey
at Nevada Titan Project
Vancouver, BC and Las Vegas, NV – September 22, 2025 – Fairchild Gold Corporation (TSXV:
FAIR) (the “Company”) is pleased to report on progress with ongoing exploration at its Nevada
Titan Project, located in the historic Goodsprings Mining District, Clark County, Nevada. Recent
fieldwork has identified numerous high- grade copper values, including assays up to 34.0% Cu
(Sample 350436) , with associated anomalous molybdenum. A drone magnetic survey will be
conducted by MWH Geophysics and is scheduled to commence on September 30, 2025.
Exploration Target
Figure 1: Targets at Nevada Titan 2025
Fairchild’s primary exploration target at the Nevada Titan Project is a significant porphyry
system with associated skarn mineralization , characterized by potentially high -grade
mineralized structural zones . The combination of high values of copper –molybdenum with
widespread local anomalous copper in the Wash Zone (Figure 2) samples is consistent with global
porphyry–skarn deposit models and highlights the potential scale of the system.
Figure 2: 1.5-kilometer trend line with sampled zones
1.5 km Copper Corridor
Copper assays define a persistent presence of mineralization across a 1.5 km corridor. High-grade
pods are exposed in historic mine workings, with assays reaching up to 34.0% Cu . Meanwhile,
sampling in the Wash Zone returned anomalous values ranging from hundreds of parts per million
to several percent Cu. This distribution demonstrates that copper mineralization extends beyond
the mine exposures, occurring as pods and lenses rather than as a continuous zone.
Breccia Pipe Discovery – Significance and Porphyry Affinity
Figure 3: New Breccia Pipe Discovery, 2025
Geological mapping during the 2025 program has outlined a steeply dipping hydrothermal breccia
pipe exposed on the surface in the central part of the property (Figure s 1 and 3). The breccia is
matrix-supported with angular carbonate clasts and fine-grained hydrothermal material, consistent
with magmatic-hydrothermal breccias described in porphyry-related systems.
Breccia pipes are recognized as important vertical fluid pathways in porphyry –skarn
systems, often marking the connection between intrusive sources at depth and high- grade
mineralization near the surface. The presence of garnet -bearing skarn textures in the matrix,
coupled with elevated molybdenum signatures in nearby samples, provides a strong porphyry
affinity. Sampling of the breccia pipe has been completed, and assays are pending.
Assay Highlights – Top Copper Results (Site Specific)
Figure 4: SAMPLE LOCATIONS 2024-2025
Copperside Area – Top Cu Samples (all outcrop samples)
Sample Cu % Au (g/t) Ag (g/t) Mo (ppm)
350436 34.0 1.27 134.0 1,745
350442 26.5 0.45 2.55 853
350433 24.4 0.41 3.07 256
350426 22.9 0.28 17.45 52.3
903932 15.6 0.17 10.50 1,300
Azurite Area – Top Cu Samples (all outcrop samples)
Sample Cu % Au (g/t) Ag (g/t) Mo (ppm)
350380 15.7 0.77 5.07 1,015
350379 10.6 0.22 9.54 2.74
903926 6.27 0.29 59.80 35.9
350391 5.72 1.33 17.95 17.9
350387 4.34 1.44 42.10 11.45
Fitzhugh Lee Area – Top Cu Samples (all outcrop samples)
Sample Cu % Au (g/t) Ag (g/t) Mo (ppm)
350462 22.6 0.28 77.4 164
903924 9.22 0.29 226.0 101
903949 6.58 0.61 18.3 21.9
350409 3.78 0.06 20.2 28.8
Other Locations – Top Cu Samples (all outcrop samples)
Sample Area Cu % Au (g/t) Ag (g/t) Mo (ppm)
350477 Wasp Mine 4.83 0.24 97.0 44.2
903927 Smithsonite Area 2.64 0.32 154.0 12.6
350371 Wasp Mine 1.47 0.62 4.56 1,450
Additional High-Grade Gold, Silver, Pb–Zn, and Molybdenum Results
Gold: Samples returned up to 1.44 g/t Au (350387) and 1.33 g/t Au (350391).
Silver: Assays included 881 g/t Ag (350452) and 134 g/t Ag (350436).
Lead–Zinc: S amples reached up to 41,500 ppm Pb (350454) and 101,000 ppm Zn
(350454 & 350452).
Molybdenum: Significant values w ere observed, including 1,745 ppm Mo (350436), and
(903932) 1,300 ppm Mo. This Mo enrichment is strongly supportive of a porphyry -related
affinity, consistent with global models where Cu–Mo signatures mark intrusive centers.
Carbonate-Replacement Zn-Pb-Ag Deposits (CRD) Highlights – Shenandoah &
Smithsonite Mines, with late overprint of Cu-Mo Values
Shenandoah Mine (Zn–Pb–Ag-Mo)
Lead-Zinc: Up to 41,500 ppm Pb and 101,000 ppm Zn (Sample 350454).
Silver: Values up to 881 g/t Ag (Sample 350452).
Smithsonite Mine (Zn–Pb–Cu)
Copper overprint values up to 1,685 ppm (0.17%) Cu (Sample 350478).
Zinc values up to 3,140 ppm Zn (Sample 350475).
Wash Zone (outcrop) Sampling Results
Sampling of rocks found and conducted in zones adjacent to historic mine workings returned
copper values over a distance of approximately 1.5 km. Representative assays include:
903930: 281 ppm Cu (0.03%)
903935: 909 ppm Cu (0.09%)
350482: 682 ppm Cu (0.07%)
350481: 580 ppm Cu (0.06%)
350478: 1,685 ppm Cu (0.17%)
903927: 2.64% Cu
These results confirm that copper mineralization is not restricted to the mine exposures. While the
Wash assays are typically of lower grade than the mine samples (which locally returned up to
34.0% Cu ), they demonstrate a persistent, though discontinuous, copper footprint across the
property. Mineralization occurs irregularly in pods and leakage halos, consistent with skarn and
carbonate-replacement systems derived from a porphyry-related source.
Interpretation:
The consistent association of high copper with elevated molybdenum values (up to 1,745 ppm
Mo) is a strong indicator of porphyry affinity , reinforcing the interpretation that intrusive -
related hydrothermal processes were a primary driver of mineralization at Nevada Titan.
Upcoming Geophysical Survey
Fairchild has engaged MWH Geophysics to conduct a drone magnetic survey across the Nevada
Titan Project , covering all the property. The survey is expected to commence on or about
September 30, 2025, with a duration of approximately 20 days. The program will focus on
integrating surface geochemical and geological data with magnetic responses to refine future
exploration targeting.
Management Commentary
Luis Martins , CEO of Fairchild Gold: “The combination of high- grade copper and
molybdenum assays, and the discovery of a hydrothermal breccia pipe , highlights the strong
porphyry affinity of the Nevada Titan system. These results underscore the potential scale of this
mineralizing environment. The upcoming drone magnetic survey will provide critical subsurface
context, positioning us to refine targets and advance this project toward the next phases of
exploration, which will include the completion of a targeted IP survey.”
Nikolas Perrault, Executive Chairman: "These exceptional results from our Spring/Summer
2025 field campaign at Nevada Titan have further reinforced the team ’s conviction that we are
dealing with a very powerful mineralized system which for decades has been hiding in plain sight,
misunderstood and overlooked."
QP Statement
Richard R. Redfern, MS, CPG No. 10717, and Consulting Geologist for Fairchild, is the qualified
person as defined by National Instrument 43-101 who has examined the Nevada Titan property on
the ground numerous times between 2003 and 2025, reviewed the geological information available
from private and public sources related to the property, and is responsible for and has approved the
technical contents of this press release. He is independent from the Company.
Quality Assurance / Quality Control (QA/QC)
Fairchild Gold Corporation implements a comprehensive QA/QC program. Field samples were
collected as selected grab samples from mine exposures, surface outcrops, and washes, sealed in
heavy-duty bags, and transported under chain -of-custody to accredited la boratories. Certified
reference materials (OREAS and CDN standards), blanks, and duplicate samples were inserted at
regular intervals. Laboratory QA/QC checks included internal duplicates, blanks, and certified
standards, confirming accuracy within acceptable ranges.
Analytical Methods and Laboratory Information
Analyses were conducted at two independent ISO/IEC 17025 accredited facilities:
• Activation Laboratories Ltd. (Actlabs), Ancaster, Ontario, Canada: 49 rock samples
were analyzed using multi-element ICP-OES and ICP-MS following 4-acid total digestion,
INAA (Instrumental Neutron Activation Analysis), and 30 g fire assay for Au, Pt, and Pd
(Report A25-07186).
• ALS USA Inc., Reno, Nevada, and ALS Global, North Vancouver, Canada: 116 rock
samples were analyzed using the ME-MS61 package (48-element four-acid ICP-MS), with
Au determined by 30 g fire assay and ICP-AES finish, and ore-grade elements (Cu, Pb, Zn,
Ag) assayed where ICP-MS exceeded detection limits (Certificate RE25165105).
Sample preparation included crushing to 70% passing <2 mm, rotary splitting, and pulverization
to 85% passing 75 µm. Both laboratories are independent of Fairchild Gold Corporation and have
no relationship with the issuer other than providing analytical services.
About Fairchild Gold Corporation
Fairchild Gold Corp. is a mineral exploration company focused on acquiring, exploring, and
developing high- quality mineral properties in mining -friendly jurisdictions. The Company's
flagship Nevada Titan Project is in the historic Goodsprings mining district in Nevada, USA. The
Company is also the 100% owner of the Fairchild Lake Property consisting of 108 mining claims
covering an area of 2,224 hectares, located approximately 250 kilometers northwest of the city of
Thunder Bay in the Patricia Mining Division, Ontario.
On behalf of the Board of Directors
Nikolas Perrault, CFA
Executive Chairman
Fairchild Gold Corp.
[email protected]; [email protected]
(866) 497-0284
WWW.FAIRCHILDGOLD.COM
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the policies of the TSX Venture Exchange) accepts responsibility for the adequacy of this news
release.
Cautionary Statement Regarding Forward-Looking Information
Certain information contained in this news release constitutes "forward -looking information" or
"forward-looking statements" (collectively, "forward-looking information"). Without limiting the
foregoing, such forward-looking information includes statements regarding future work programs
or expectations on the quality or results of such work programs are subject to risks associated with
operations on the property, exploration activity generally, equipment limitations and availability,
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whether, or the times at or by which, such future performance will be achieved. Forward-looking
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faith belief with respect to future events and is subject to known or unknown risks, uncertainties,
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For additional information with respect to these and other factors and assumptions underlying the
forward-looking information made in this news release, see the Company's most recent
Management's Discussion and Analysis and financial statements and other documents filed by the
Company with the Canadian securities commissions and the discussion of risk factors set out
therein. Such documents are available at www.sedarplus.ca under the Company's profile and on
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