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GoldMining Reports New Drill Results Highlighting Exploration Potential at São Jorge Project, Pará State, Brazil

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GoldMining (NYSE American: GLDG) reported additional assay results from its 2025 RC drilling program at the 100% owned São Jorge Project in Pará, Brazil on January 6, 2026. Highlights include a best intercept of 12 m @ 2.38 g/t Au (including 1 m @ 22.08 g/t Au) at William South and other RC intercepts >1 g/t Au at multiple targets.

The Company completed 9,533 m of drilling in 2025 (on‑budget) and says preliminary IP processing shows a broad chargeability/resistivity anomaly at William South similar to the São Jorge deposit; drilling to date has tested the southern flank and drilling of the IP core is planned in 2026.

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Positive

  • 12 m @ 2.38 g/t Au intercept at William South (includes 1 m @ 22.08 g/t)
  • Completed 9,533 m of drilling in 2025, exceeding planned 9,000 m
  • Multiple targets returned RC intercepts >1 g/t Au (William South, William North, Ivonette, Dragon West)
  • William South shows IP/resistivity signature similar in scale to São Jorge deposit
  • Project covers 46,000 hectares with a 12 km x 7 km geochemical footprint

Negative

  • Drilling to date has only tested the southern flank of the William South IP anomaly; the IP core remains untested
  • Assay results remain pending for numerous holes across the program, delaying full interpretation
  • Majority of RC results are narrow intercepts; few wide, high‑grade intervals reported to date

Key Figures

Best intercept 12 m @ 2.38 g/t Au William South RC hole SJRC-048-25 from 13 m depth
High-grade sample 1 m @ 22.08 g/t Au Within 12 m intercept at William South (SJRC-048-25)
Additional intercept 4 m @ 1.11 g/t Au William South RC hole SJRC-049-25 from 46 m depth
Program drilling 9,533 m Total drilling completed in 2025 São Jorge exploration program
Project area 46,000 hectares São Jorge Project property size in Tapajós gold district
Mineral system footprint 12 km x 7 km Surface geochemical anomaly area over São Jorge mineral system
RC drilling 3,528 m in 84 holes RC portion of 2025 São Jorge drilling program
IP survey coverage 40 line km Induced Polarisation surveying at São Jorge including William South

Market Reality Check

$1.37 Last Close
Volume Volume 3,107,693 is 1.27x the 20‑day average of 2,454,932 shares. normal
Technical Price at $1.27 is trading above the 200-day MA of $1.03.

Peers on Argus

Peers show mixed moves: HYMC up 12.15%, VGZ up 4.71%, GORO up 3.68%, while USAU is down 0.66%, pointing to stock‑specific factors for GLDG.

Historical Context

Date Event Sentiment Move Catalyst
Jan 02 Management change Neutral +0.0% Leadership restructuring while emphasizing continued São Jorge exploration.
Dec 08 ATM equity program Negative -8.9% Renewed US$50M at-the-market equity program, implying potential dilution.
Oct 30 Conference participation Positive +4.5% Planned presentation at Red Cloud Fall Mining Showcase to update on projects.
Oct 20 Drill results update Positive +9.2% Initial 2025 RC drilling at São Jorge confirming multiple new gold prospects.
Aug 27 Equity disposition Neutral -0.1% Sale of 3.5M NevGold shares reducing ownership from 19.8% to 16.7%.
Pattern Detected

Recent news events, especially exploration updates and corporate actions, have generally seen price moves that align with the underlying news tone, with no recorded divergences.

Recent Company History

Over the last several months, GoldMining highlighted multiple developments tied to its projects and capital structure. On Oct 20, 2025, initial 2025 RC drilling results at São Jorge, including new prospects such as William South and Dragon West, preceded a +9.15% move. An ATM renewal for up to US$50 million on Dec 8, 2025 coincided with a -8.9% reaction. A management change effective Jan 1, 2026 and ongoing work at São Jorge drew a flat price response. Today’s additional São Jorge drill results extend this exploration‑driven narrative.

Market Pulse Summary

This announcement expands on the 2025 exploration program at São Jorge, reporting new RC intercepts such as 12 m @ 2.38 g/t Au including 1 m @ 22.08 g/t Au at William South and confirming a broader 9,533 m drilling effort. The work outlines a 12 km x 7 km mineral system across a 46,000 hectare property. Investors may track follow-up drilling over the core IP anomaly, pending assays from additional targets, and how these results feed into future resource delineation.

Key Terms

reverse circulation drilling technical
"The reverse circulation ("RC") drilling results detailed in this release..."
A drilling technique used in mineral exploration where rock fragments are brought to the surface inside a closed inner tube so samples remain clean and uncontaminated; compressed air lifts the fragments while another outer tube supports the hole. Investors care because cleaner, faster and cheaper samples give more reliable estimates of how much material is present and its quality—think of it as using a sealed container to collect a precise sample rather than scooping from a mixed pile, which reduces uncertainty and drilling costs.
induced polarisation technical
"Preliminary processing of Induced Polarisation ("IP") data indicates..."
A geophysical survey method that measures how the ground temporarily stores electrical charge when stimulated, revealing contrasts in subsurface rocks and minerals. For investors, it acts like a metal detector for large areas: stronger signals can point to concentrations of metal-bearing rock and guide where companies drill, helping assess the likelihood and size of a potential mineral deposit and therefore influencing exploration value and investment risk.
monzogranite technical
"weathered monzogranite containing disseminated pyrite mineralization."
Monzogranite is a coarse-grained igneous rock made of visible grains of quartz and feldspar, formed when molten material cools slowly underground. For investors, it matters because this rock type can host or point to concentrations of metals and minerals valuable for mining, and it also influences excavation and construction costs—think of it like a chunky, mineral-rich cake that can hide or reveal desirable 'ingredients' for resource projects.
syenogranite technical
"contact between monzogranite and syenogranite intrusive phases."
Syenogranite is a coarse-grained, light-colored igneous rock made mostly of feldspar and quartz; think of it as a sturdy baking mixture where specific ingredients can concentrate into pockets. In mining and investment news it matters because syenogranite can host or be associated with concentrations of valuable minerals and metals, so its presence can indicate higher prospectivity and influence exploration value and drilling decisions.
fire-assay technical
"The gold analyses are completed by FAA505 method (fire-assay with an atomic..."
A fire assay is a laboratory method that melts a rock or soil sample with chemicals to separate and accurately measure tiny amounts of precious metals like gold and silver. Think of it as melting a mixed bowl of metal to isolate and weigh the valuable pieces. Investors rely on fire-assay results because they provide the most trusted, precise measure of metal grade, which drives resource estimates, mine valuation and investment decisions.
atomic absorption technical
"fire-assay with an atomic absorption finish on 50 grams of material"
A laboratory method that measures how much light free atoms absorb to determine the amount of a specific metal or element in a sample, like checking how much dye is in water by seeing how dark it looks. Investors care because it’s a standard way to test for contaminants, verify raw-material purity, and support regulatory compliance; results can affect product safety, cleanup costs, production quality, and a company’s legal or reputational risk.
national instrument 43-101 regulatory
"a qualified person as defined in National Instrument 43-101 – Standards of..."
National Instrument 43-101 is a set of rules and guidelines that govern how mineral exploration and mining companies must report information about their projects. It ensures that the details shared with investors are accurate, consistent, and reliable—similar to how a detailed, verified blueprint ensures a building’s safety. This helps investors make informed decisions based on trustworthy information about a company's mineral resources.

AI-generated analysis. Not financial advice.

VANCOUVER, BC, Jan. 6, 2026 /PRNewswire/ - GoldMining Inc. (the "Company" or "GoldMining") (TSX: GOLD) (NYSE American: GLDG) is pleased to report additional assay results from the 2025 RC drilling program at its 100% owned São Jorge Project ("São Jorge" or the "Project") in the Tapajós gold district ("Tapajós"), Pará State, Brazil. New exploration results further support the initial drilling results that identified exploration discoveries at four new gold prospects, including at the William South prospect located approximately 1.5 kilometre ("km") north of the existing São Jorge deposit (the "Deposit") (see news release October 20, 2025). 

The reverse circulation ("RC") drilling results detailed in this release comprise the continuation of the William South drilling program ("the Program"), a high priority part of the broader 2025 São Jorge Project exploration program which the Company designed to test new targets outside of the known areas of mineralization.

Highlights:

  • William South RC Drilling Results:
    • 12 metres ("m") at 2.38 grams per tonne ("g/t") gold ("Au") from 13 m depth, including 1 m at 22 g/t Au (SJRC-048-25)
    • 4 m at 1.11 g/t Au from 46 m depth (SJRC-049-25)
    • 1 m at 1.23 g/t Au from 16 m depth (SJRC-047-25)
  • Preliminary processing of Induced Polarisation ("IP") data indicates drilling completed at William South to date has only tested the southern flank of a broad chargeability anomaly, which is similar in scale and intensity to the known IP signature of the São Jorge Deposit.
    • Drilling over the highest chargeability core of the William South IP anomaly is planned in 2026.
  • A total of 9,533 metres of drilling was safely and successfully completed on-budget during 2025.
  • Exploration results received to date support the broader potential for discovery and delineation of new zones of mineralization across the 46,000 hectare São Jorge Project.

Alastair Still, Chief Executive Officer of GoldMining, commented: "GoldMining is further encouraged by the additional positive drill results yielded from the 2025 RC drilling completed to date at the William South prospect, an emerging gold discovery located a short distance from the known São Jorge gold deposit. The geology and geophysical signature at William South resembles the São Jorge gold deposit itself based on exploration to date. This work has been encouraging of the potential for this area, highlighting that significant additional systematic exploration is required, especially over the core of the IP anomaly which has not yet been tested by drilling.

In conjunction with William South, we continue to explore additional targets across the broad 12 km x 7 km geochemical footprint overlying the São Jorge property-scale mineral system, where we have additional exploration results pending. The excellent infrastructure at the 100% owned 46,000 hectare São Jorge Project includes easy access to paved highway, grid power and an existing 50-person camp that has facilitated our exploration activities to date as we continue to systematically explore this highly prospective regional-scale property in the rapidly emerging Tapajós gold district."

Project Overview

The São Jorge Gold Project is located in the Tapajós gold district (see Figure 1) in the south-central portion of the Amazon Craton. The São Jorge gold deposit is a granite-hosted, intrusion-related gold deposit which is a similar deposit style to the Tocantinzinho gold mine located approximately 80 km northwest of São Jorge. Exploration activities at the Project carried out by the Company over the past two years have successfully delineated several new exploration targets comprising gold ± copper ± molybdenum ± silver soil geochemical anomalies, which cumulatively outlines a large mineral system (see news releases dated March 18 and April 14, 2025).

Figure 1 Tapajós Gold District and location of the São Jorge Project. (CNW Group/GoldMining Inc.)

2025 São Jorge Mineral System Exploration Program

The São Jorge mineral system is defined by a comprehensive exploration data set which the Company has developed over previous campaigns. Surrounding the previously delineated São Jorge deposit, which has a defined 1.4 km strike length, the broader mineral system comprises a zone of contiguous surface geochemical anomalies over an area of 12 km x 7 km, which the Company interprets to be the surface expression of a broad intrusive related gold system.

The 2025 São Jorge exploration program successfully and safely completed a total of 9,533 m of drilling, which exceeded the total planned meterage of 9,000 m while remaining on–budget. The Project benefitted from the introduction of RC drilling which is cheaper and more rapid than diamond core, while providing greater depth penetration and assay reliability than auger drilling. The Program comprised 3,862 m diamond core, 3,528 m RC and 2,143 m auger drilling.

Of the 84 RC holes drilled to date across the Project for a total of 3,528 metres, assays have been returned for 78 holes, with the remaining 18 holes pending assays. To date, four target areas have returned >1 g/t Au intercepts from RC drilling: William South, William North, Ivonette and Dragon West (see Figure 2).

Previously announced initial intercepts at the William South prospect included 4 m at 1.78 g/t Au from 12 m depth (see news release October 20, 2025).

New assay results are presented herein for additional drilling at the William South Prospect, which is located 1.5 km north of the Deposit. The full drilling program at William South comprised 20 RC holes drilled on three fences to test beneath a broad zone of elevated gold-in-soil and auger drilling geochemistry. The western–most drill fence returned the best assay results from weathered monzogranite containing disseminated pyrite mineralization. The strongest mineralized intercept to date, comprising 12 m at 2.38 g/t Au (including 1 m at 22.08 g/t Au), occurs adjacent to a contact between monzogranite and syenogranite intrusive phases. A similar intrusive contact localizes strain, hydrothermal alteration and gold mineralization at the São Jorge deposit. Mineralization remains open along strike and to depth.  

Preliminary processing of the recently completed 40 line km of IP surveying indicates that a broad east-west oriented high tenor chargeability anomaly, with coincident high resistivity, occurs at the William South target. Overall, the William South geophysical signature is similar in nature, scale and intensity to the São Jorge deposit. Drilling completed to date primarily targeted the highest tenor gold-in-soil geochemical anomaly, which occurs south of the core geophysical anomaly. Future drilling will extend northwards to test the chargeability / resistivity high.

Further RC drilling was subsequently completed at the Ivonette and Dragon West targets, to follow up on previously returned +1 g/t Au drill intercepts, with the objective to expand the mineralization intersected to date and potentially define new mineral resources. Assays are pending. Also, additional results from other components of the Program, including diamond core drilling beneath the São Jorge deposit, expansion of the IP survey grid, and a garimpo (artisanal mine) mapping and sampling program, will be reported as results are available.

Figure 2 São Jorge Project property-scale RC drill results, as of January 6, 2025. (CNW Group/GoldMining Inc.)

Figure 3 William South drilling cross section at 656,020 East, looking west showing RC drill assay results. (CNW Group/GoldMining Inc.)

Table 1        São Jorge 2025 drilling results at William South prospect (as of January 6, 2026). 

Prospect Name

Drill Hole Number

Interval
From (m)

Interval
To (m)

Sample
Length (m)

Au Grade
(g/t)

William South

SJRC-045-25

21

22

1

0.48


47

48

1

0.22

SJRC-046-25

12

16

4

1.78

including

13

14

1

5.03

including

14

15

1

1.19


24

25

1

0.19


49

51

2

0.13

SJRC-047-25

3

4

1

0.22


16

17

1

1.23


22

23

1

0.26


37

41

4

0.22

including

39

40

1

0.47

SJRC-048-25

13

25

12

2.38

including

16

17

1

4.86

including

17

18

1

22.08


28

29

1

0.27


31

32

1

0.15


39

40

1

0.19

SJRC-049-25

2

3

1

0.12


31

32

1

0.24


46

50

4

1.11

including

46

47

1

2.35

including

47

48

1

1.69

SJRC-050-25

45

46

1

0.12


48

49

1

0.11

SJRC-051-25

45

46

1

0.34

SJRC-052-25

2

4

2

0.21

SJRC-053-25

NSR

SJRC-054-25

0

2

2

0.15


5

6

1

0.20


6

7

1

0.72


9

10

1

0.14


12

13

1

0.32

SJRC-055-25

1

2

1

0.12

SJRC-056-25 to
SJRC-058-25

NSR

SJRC-059-25

29

31

2

0.20


32

33

1

0.16

SJRC-060-25

22

23

1

0.49

SJRC-061-25

10

12

2

0.15


37

38

1

0.12

SJRC-062-25

3

4

1

0.11


15

16

1

0.14

SJRC-063-25

18

19

1

0.70


21

22

1

0.15

SJRC-064-25

8

9

1

0.29

Note:  NSR: 'No Significant Result'. True width of mineralization is estimated to be approximately two-thirds of downhole length, assuming primarily steeply dipping vein-hosted mineralization intersected by inclined (-60° dip) drill holes. Assays >1 g/t Au in bold; drill holes highlighted in this release are shaded.

Table 2 São Jorge RC drill hole collar location coordinates (as of January 6, 2026). 

Hole Number

Easting
Metres
(UTM Zone
21S)

Northing Metres
(UTM Zone
21S)

Elevation
(m above
sea level)

Dip

(°)

Azimuth (°)

Depth
(m)

Status

SJRC-001-25

653891

9282977

199.57

-60

180

40

Results Received

SJRC-002-25

653893

9282926

205.33

-60

180

30

Results Received

SJRC-003-25

654099

9282889

196.39

-60

180

25

Results Received

SJRC-004-25

654258

9282949

198.09

-60

180

30

Results Received

SJRC-005-25

653894

9282789

200.33

-60

360

25

Results Received

SJRC-006-25

654098

9282786

223.67

-60

360

30

Results Received

SJRC-007-25

654271

9282741

216.01

-60

360

25

Results Received

SJRC-008-25

653486

9283739

247.26

-60

360

15

Results Received

SJRC-009-25

653490

9283841

247.47

-60

360

21

Results Received

SJRC-010-25

653688

9283855

241.80

-60

360

25

Results Received

SJRC-011-25

653683

9283940

227.63

-60

360

30

Results Received

SJRC-012-25

653689

9284042

236.42

-60

360

25

Results Received

SJRC-013-25

653918

9283957

239.75

-60

360

30

Results Received

SJRC-014-25

653903

9284037

239.93

-60

360

25

Results Received

SJRC-015-25

653882

9284141

191.36

-60

360

25

Results Received

SJRC-016-25

652641

9282394

191.36

-60

150

30

Results Received

SJRC-016B-25

652641

9282394

190.07

-60

330

30

Results Received

SJRC-017-25

652698

9282469

192.36

-60

150

30

Results Received

SJRC-018-25

652728

9282565

190.55

-60

150

30

Results Received

SJRC-019-25

652559

9282342

189.39

-60

130

18

Results Received

SJRC-020-25

652486

9282288

187.20

-60

180

25

Results Received

SJRC-021-25

652387

9282150

188.78

-60

180

21

Results Received

SJRC-022-25

652301

9282197

189.17

-60

180

25

Results Received

SJRC-023-25

652223

9282137

226.90

-60

180

25

Results Received

SJRC-024-25

652129

9282110

188.33

-60

180

25

Results Received

SJRC-025-25

652028

9282132

190.07

-60

180

25

Results Received

SJRC-026-25

651930

9282116

186.76

-60

180

25

Results Received

SJRC-027-25

651827

9282125

186.81

-60

180

26

Results Received

SJRC-028-25

652802

9282206

192.68

-60

330

31

Results Received

SJRC-029-25

652736

9282180

190.47

-60

330

21

Results Received

SJRC-030-25

656200

9286496

219.02

-60

360

50

Results Received

SJRC-031-25

656201

9286520

217.62

-60

360

50

Results Received

SJRC-032-25

656200

9286545

216.43

-60

360

50

Results Received

SJRC-033-25

656236

9286543

216.62

-60

360

70

Results Received

SJRC-034-25

659993

9281950

227.79

-60

360

50

Results Received

SJRC-035-25

659917

9281909

230.39

-60

330

50

Results Received

SJRC-036-25

659900

9281940

229.68

-60

360

30

Results Received

SJRC-037-25

659789

9281849

230.76

-60

330

50

Results Received

SJRC-038-25

659693

9281802

229.05

-60

330

40

Results Received

SJRC-039-25

658549

9281097

236.21

-60

45

30

Results Received

SJRC-040-25

658596

9281155

231.24

-60

45

39

Results Received

SJRC-041-25

658647

9281203

227.16

-60

45

33

Results Received

SJRC-042-25

658724

9281148

223.86

-60

45

30

Results Received

SJRC-043-25

658670

9281098

231.37

-60

45

30

Results Received

SJRC-044-25

658616

9281042

234.90

-60

45

35

Results Received

SJRC-045-25

656030

9284637

215.05

-60

360

51

Results Received

SJRC-046-25

656018

9284612

215.71

-60

360

51

Results Received

SJRC-047-25

656018

9284587

216.19

-60

360

60

Results Received

SJRC-048-25

656015

9284560

216.31

-60

360

55

Results Received

SJRC-049-25

656018

9284534

216.82

-60

360

55

Results Received

SJRC-050-25

656014

9284511

216.55

-60

360

55

Results Received

SJRC-051-25

656017

9284485

216.10

-60

360

39

Results Received

SJRC-052-25

656792

9284197

216.70

-60

360

51

Results Received

SJRC-053-25

656790

9284228

216.22

-60

360

51

Results Received

SJRC-054-25

656794

9284247

215.94

-60

360

51

Results Received

SJRC-055-25

656790

9284268

215.62

-60

360

51

Results Received

SJRC-056-25

656789

9284298

215.15

-60

360

56

Results Received

SJRC-057-25

656542

9284235

220.65

-60

360

60

Results Received

SJRC-058-25

656542

9284213

221.22

-60

360

56

Results Received

SJRC-059-25

656543

9284189

221.65

-60

360

60

Results Received

SJRC-060-25

656543

9284165

222.68

-60

360

52

Results Received

SJRC-061-25

656645

9284382

216.44

-60

360

60

Results Received

SJRC-062-25

656642

9284363

216.13

-60

360

60

Results Received

SJRC-063-25

656640

9284338

216.70

-60

360

60

Results Received

SJRC-064-25

656641

9284311

217.90

-60

360

60

Results Received

SJRC-065-25

658608

9281169

230.00

-60

45

50

Results Pending

SJRC-066-25

658574

9281140

232.00

-60

45

50

Results Pending

SJRC-067-25

658580

9281223

228.00

-60

45

47

Results Pending

SJRC-068-25

658551

9281196

231.00

-60

45

50

Results Pending

SJRC-069-25

658524

9281179

231.00

-60

45

52

Results Pending

SJRC-070-25

658479

9281207

231.00

-60

45

50

Results Pending

SJRC-071-25

658465

9281183

233.00

-60

45

50

Results Pending

SJRC-072-25

658520

9281236

228.00

-60

45

50

Results Pending

SJRC-073-25

658553

9281257

226.00

-60

45

50

Results Pending

SJRC-074-25

658494

9281306

217.00

-60

45

48

Results Pending

SJRC-075-25

658480

9281274

238.00

-60

45

53

Results Pending

SJRC-076-25

658440

9281261

222.00

-60

45

50

Results Pending

SJRC-077-25

654253

9282981

212.00

-60

180

50

Results Pending

SJRC-078-25

654251

9282936

200.00

-60

180

62.5

Results Pending

SJRC-079-25

654279

9282974

210.00

-60

180

50

Results Pending

SJRC-080-25

654292

9282945

206.00

-60

180

50

Results Pending

SJRC-081-25

654189

9282919

206.00

-60

180

50

Results Pending

SJRC-082-25

654188

9282945

211.00

-60

180

61.5

Results Pending

SJRC-083-25

654188

9282976

220.00

-60

180

51

Results Pending

Data Verification

For drill core sampling, samples were taken from the NQ/HQ core by sawing the drill core in half, with one-half sent to SGS Geosol Laboratórios Ltda. ("SGS") in Brazil for assaying, and the other half of the core retained at the site for future reference. Sample lengths downhole were uniformly 1.0 m. For the auger drilling program, samples were collected at 1 m sample intervals, with the material being dried, homogenized and split in the field to obtain a 1 kg representative sample which was sent to SGS for analysis. The remaining auger sample material is stored until the lab results are received, and a 1 kg sample duplicate is maintained in the archive. For the RC drilling program, samples were collected at 1 m sample intervals, generating approximately 25 kg samples, with the material being dried, homogenized and split in the field to obtain a 1 kg representative sample which was sent to SGS for analysis. The remaining RC sample material is stored until the lab results are received, and approximately 20 kg of the original samples are maintained in the archive.

SGS is a certified commercial laboratory located in Vespasiano, Minas Gerais, Brazil, and is independent of GoldMining. GoldMining has implemented a quality assurance and quality control program for the sampling and analysis of drill core and auger samples, including duplicates, mineralized standards and blank samples for each batch of 100 samples. The gold analyses are completed by FAA505 method (fire-assay with an atomic absorption finish on 50 grams of material).

Qualified Person

Paulo Pereira, P. Geo., Country Manager, Brazil of GoldMining, has supervised the preparation of, verified and approved all scientific and technical information herein this news release. Mr. Pereira is also a qualified person as defined in National Instrument 43-101 – Standards of Disclosure for Mineral Projects ("NI 43-101").

Visit www.goldmining.com for more information, including high-resolution figures, and to review the Technical Report titled "NI 43-101 Technical Report, São Jorge Project, Pará State, Brazil," with an effective date of January 28, 2025.

About GoldMining Inc.

GoldMining Inc. is a public mineral exploration company focused on acquiring and developing gold assets in the Americas. Through its disciplined acquisition strategy, GoldMining now controls a diversified portfolio of resource-stage gold and gold-copper projects in Canada, the U.S.A., Brazil, Colombia, and Peru. The Company also owns approximately 21.5 million shares of Gold Royalty Corp. (NYSE American: GROY), 9.9 million shares of U.S. GoldMining Inc. (Nasdaq: USGO) and 19.1 million shares of NevGold Corp. (TSXV: NAU). See www.goldmining.com for additional information.

Notice to Readers

Technical disclosure regarding São Jorge has been prepared by the Company in accordance with NI 43-101. NI 43-101 is a rule of the Canadian Securities Administrators which establishes standards for all public disclosure an issuer makes of scientific and technical information concerning mineral projects.  These standards differ from the requirements of the U.S. Securities and Exchange Commission ("SEC") and the scientific and technical information contained in this news release may not be comparable to similar information disclosed by domestic United States companies subject to the SEC's reporting and disclosure requirements.

Cautionary Statement on Forward-looking Statements

Certain of the information contained in this news release constitutes "forward-looking information" and "forward-looking statements" within the meaning of applicable Canadian and U.S. securities laws ("forward-looking statements"), which involve known and unknown risks, uncertainties and other factors that may cause the Company's actual results, performance and achievements to be materially different from the results, performance or achievements expressed or implied therein. Forward-looking statements, which are all statements other than statements of historical fact, include, but are not limited to, statements respecting the Company's expectations regarding the Project, ongoing exploration programs and other expected future work programs thereat, and often contain words such as "anticipate", "intend", "plan", "will", "would", estimate", "expect", "believe", "potential" and variations of such terms. Such forward-looking statements are based on the then-current expectations, beliefs, assumptions, estimates and forecasts about the business and the markets in which GoldMining operates, which may prove to be incorrect. Investors are cautioned that forward-looking statements involve risks and uncertainties, including, without limitation: the inherent risks involved in the exploration and development of mineral properties, fluctuating metal prices, unanticipated costs and expenses, risks related to government and environmental regulation, social, permitting and licensing matters, any inability to complete work programs as expected, the Company's plans with respect to the Project may change as a result of further planning or otherwise, and uncertainties relating to the availability and costs of financing needed in the future. These risks, as well as others, including those set forth in GoldMiningꞌs most recent Annual Information Form and other filings with Canadian securities regulators and the SEC, could cause actual results and events to vary significantly. Accordingly, readers should not place undue reliance on forward-looking statements. There can be no assurance that forward-looking statements, or the material factors or assumptions used to develop such forward-looking statements, will prove to be accurate. The Company does not undertake to update any forward-looking statements, except in accordance with applicable securities law.

 

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SOURCE GoldMining Inc.

FAQ

What did GoldMining (GLDG) announce on January 6, 2026 about São Jorge drilling?

GoldMining reported additional 2025 RC drill assays at São Jorge, including a top result of 12 m @ 2.38 g/t Au (incl. 1 m @ 22.08 g/t) at William South and completion of 9,533 m drilled in 2025.

What were the best drill intercepts reported for GLDG at William South?

The top intercept was 12 m @ 2.38 g/t Au (including 1 m @ 22.08 g/t Au) in hole SJRC‑048‑25; other notable RC intercepts include 4 m @ 1.11 g/t Au and 1 m @ 1.23 g/t Au.

How much drilling did GoldMining complete at São Jorge in 2025 (GLDG)?

The company completed a total of 9,533 metres of drilling in 2025, exceeding the planned 9,000 m while remaining on budget.

What are GoldMining's 2026 plans for the William South target (GLDG)?

The company plans to drill over the highest chargeability core of the William South IP anomaly in 2026 to test the untested central geophysical target.

Does the São Jorge program show signs of a larger mineral system for GLDG?

Yes; the Company reports a contiguous 12 km x 7 km geochemical footprint and multiple target areas with >1 g/t Au RC intercepts across the 46,000 hectare project.

Are there outstanding assays or data that could change GLDG's interpretation?

Yes; the release notes assays are pending for a number of holes and additional results (diamond core, expanded IP, garimpo mapping) will be reported when available.
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