CRITICAL METALS CORP. NASDAQ–CRML Announces Another Series of Outstanding Drilling Results Achieving Additional High-Grade Results Across Its Tanbreez Asset from the 2025 Drilling Campaign

Rhea-AI Summary

Critical Metals Corp (NASDAQ: CRML) reported first assay results from its 2025 drilling program at the Tanbreez Rare Earths Project TREO+Y grades of ~0.35%–0.77% with HREO ~25%–29%. Results confirm lateral and vertical continuity, strategic associated metals 1.0 km and >200 m true thickness. Remaining assays are pending and will feed resource updates and mine planning.

Positive

• Completed a 3,430-metre 2025 drilling program (20 holes)
• Reported TREO+Y grades ranging 0.35%–0.77%
• Heavy rare earths compose ~25%–29% HREO of TREO+Y
• Upper Fjord mineralized extension of at least 1.0 km and >200 m true thickness
• Consistent co‑occurrence of strategic metals: Ga ~100 ppm, Hf ~300 ppm

Negative

• Reported TREO+Y grades are modest at 0.35%–0.77%
• Only 13 of 20 2025 holes reported to date; remaining assays pending
• Kakortokite host rock may not always contain economic TREO or metal oxides
• No economic weighting applied and results use a 3,000 ppm TREO+Y cutoff, leaving economic interpretation open

Key Figures

TREO+Y grade range: 0.35%–0.77% TREO+Y HREO proportion: 25%–29% of TREO+Y 203.2 m intersection: 0.48% TREO+Y (~27% HREO) +5 more

8 metrics

TREO+Y grade range 0.35%–0.77% TREO+Y Final reported results from 2024–2025 drilling

HREO proportion 25%–29% of TREO+Y Heavy rare earth oxide share in mineralization

203.2 m intersection 0.48% TREO+Y (~27% HREO) Drill hole K-24 in Upper Fjord area

2025 drilling length 3,430 meters 20 diamond drill holes completed in 2025 program

2024 drilling length 1,149.5 meters 13 diamond drill holes completed in 2024 program

Zirconium oxide grade 0.91%–3.4% ZrO2 Strategic and associated elements grade summary

Gallium oxide level ~98–100 ppm Ga2O5 Strategic metals consistently present in drilling

Hafnium oxide level ~301–350 ppm HfO2 Strategic metals consistently present in drilling

Market Reality Check

Price: $17.93 Vol: Volume 17,772,686 vs 20-d...

normal vol

$17.93 Last Close

Volume Volume 17,772,686 vs 20-day average 13,607,059 (relative volume 1.31x). normal

Technical Shares at $13.52, trading above 200-day MA of $6.21 but 57.95% below 52-week high of $32.15.

Peers on Argus

Key peers in Other Industrial Metals & Mining were down, with moves including -1...

Key peers in Other Industrial Metals & Mining were down, with moves including -1.68% (SLI), -2.09% (NEXA), -11.12% (UAMY), -4.01% (SGML), and -6.03% (USAS). Peer_momentum data flags this as a stock-specific move rather than a sector-wide rotation.

Historical Context

5 past events · Latest: Jan 12 (Positive)

Pattern 5 events

Date	Event	Sentiment	Move	Catalyst
Jan 12	Lab acquisition	Positive	-1.4%	Purchased mobile REE assay lab to speed 2026 drilling results.
Jan 07	Pilot plant start	Positive	+16.4%	Approved and began construction of Greenland pilot plant facility.
Dec 15	Drilling results 2024	Positive	-11.0%	Reported consistent 2024 Tanbreez Fjord drilling grades and continuity.
Dec 11	Metallurgy results	Positive	+4.1%	Confirmed metallurgical flowsheet and acquired PoC pilot plant.
Dec 09	Romania JV term sheet	Positive	+6.0%	Signed 50/50 JV term sheet for Romanian rare earth refinery.

Pattern Detected

Positive Tanbreez and strategic JV updates often saw mixed reactions, with several constructive operational milestones followed by both strong gains and notable selloffs.

Recent Company History

Over the past months, CRML’s news flow has centered on advancing the Tanbreez project and downstream integration. A Dec 9, 2025 50:50 JV term sheet with Romania and a Dec 11, 2025 metallurgical validation supported the processing strategy. Tanbreez 2024 drilling results on Dec 15, 2025 showed consistent grades but the stock fell 11%. In early Jan 2026, pilot plant construction and a mobile assay lab order aimed at faster drilling analytics continued building the mine-to-processing chain. Today’s 2025 drilling results extend that same resource growth narrative.

Regulatory & Risk Context

Active S-3 Shelf

Shelf Active

Active S-3 Shelf Registration 2025-10-20

An effective Form F-3 resale shelf filed on Oct 20, 2025 covers up to 18,030,303 ordinary shares held by a selling securityholder, including shares issuable upon PIPE Warrant exercise. The company receives no proceeds from resales and only receives cash if warrants with exercise prices of $7.00 or $0.0001 per share are exercised.

Market Pulse Summary

This announcement adds detailed 2025 drilling data, showing TREO+Y grades between 0.35% and 0.77% wi...

Analysis

This announcement adds detailed 2025 drilling data, showing TREO+Y grades between 0.35% and 0.77% with a consistent 25%–29% heavy rare earth component across Fjord and Upper Fjord. Together with 2024 results and recent pilot-plant and JV steps, it supports a narrative of building both resource scale and processing pathways. Investors may watch upcoming assay batches, the revised Mineral Resource Estimate, and progress on converting Romanian and processing term sheets into executable projects.

Key Terms

total rare earth oxide (treo+y), heavy rare earth oxide (hreo), peralkaline-hosted rare earth system, diamond drill hole

4 terms

total rare earth oxide (treo+y) medical

"The results confirm the presence of Total Rare Earth Oxide (TREO+Y) mineralisation..."

The term means the combined amount of all rare earth elements present, reported as if they were their oxide chemical forms and explicitly including yttrium. It is used to state the ‘grade’ of an ore, concentrate or product. For investors it’s a quick measure of resource quality and potential value — like the sugar percentage on fruit telling you how sweet (and usually how valuable) it will be — because higher TREO+Y typically means more recoverable product and different processing costs and market prices.

heavy rare earth oxide (hreo) medical

"with heavy rare earth oxides (HREO) comprising approximately 26–27% of TREO+Y"

Heavy rare earth oxide (HREO) are oxide compounds made from the heavier members of the rare earth element group, such as dysprosium and terbium; think of them as concentrated ingredients used to give high-performance electronics, powerful magnets and certain clean-energy technologies their special properties. They matter to investors because supplies are limited and concentrated in a few places, so shifts in availability, production costs or trade rules can quickly affect the prices and profitability of companies that make or rely on these materials.

peralkaline-hosted rare earth system medical

"reinforcing Tanbreez’s position as a globally significant peralkaline-hosted rare earth system."

A peralkaline-hosted rare earth system is a type of mineral deposit where rare earth elements are concentrated in unusual, sodium- and potassium-rich igneous rocks. Think of it like a special recipe of molten rock that traps and concentrates the metals used in high-tech devices; for investors it signals a potential source of strategic, high-value minerals but also implies exploration, extraction and processing challenges that affect project cost, timeline and profitability.

diamond drill hole technical

"Figure 1. Diamond drill hole pad 25-D03 drilled August 2025"

A diamond drill hole is a cylindrical bore drilled into rock using a diamond-tipped bit to retrieve a solid core sample that shows the layers and content of the ground below. For investors, these cores are like a medical biopsy or cutting into a cake to see what’s inside: they provide direct physical evidence of mineral presence, concentration and continuity, which underpins resource estimates, project value and investment decisions.

AI-generated analysis. Not financial advice.

NEW YORK, Jan. 14, 2026 (GLOBE NEWSWIRE) -- Critical Metals Corp. (Nasdaq: CRML) (“Critical Metals Corp” or the “Company”), a leading critical minerals mining company, today announced that the first assay results from the 2025 drilling program have been received from the Fjord Deposit and Upper Fjord areas at the Tanbreez Rare Earths Project in Greenland.

The drilling campaign was designed to extend known mineralization and refine the geological model of the area. These results are expected to support the preparation of a revised Mineral Resource Estimate and to advance subsequent mine planning studies (refer Table 1).

The drilling results confirm consistent rare earth grades and highlight the presence of strategic metals, including gallium, hafnium, cerium, and yttrium, reinforcing Tanbreez’s position as a globally significant peralkaline-hosted rare earth system.

Key Highlights

25-D01

24m @ 0.48% TREO+Y (25.9% HREO), 122 ppm Ga2O5, 328ppm HfO2, 1734ppm CeO2, 1156ppm Nb2O5 from 0m

165.76m @ 0.47% TREO+Y (25.5% HREO), 100 ppm Ga2O5, 322ppm HfO2, 1705ppm CeO2, 1251ppm Nb2O5 from 28m

25-D02
187m @ 0.48% TREO+Y (25.0 % HREO), 102 ppm Ga2O5, 299ppm HfO2, 1758ppm CeO2, 1269ppm Nb2O5 from 0m

25-D03
37.55m @ 0.41% TREO+Y (25.4% HREO), 107 ppm Ga2O5, 254ppm HfO2, 1510ppm CeO2, 938ppm Nb2O5 from 2.45m
188m @ 0.42% TREO+Y (24.5% HREO), 101 ppm Ga2O5, 283ppm HfO2, 1544ppm CeO2, 1153ppm Nb2O5 from 44m

25-D04
126.21m @ 0.44% TREO+Y (24.9% HREO), 113 ppm Ga2O5, 252ppm HfO2, 1598ppm CeO2, 1055ppm Nb2O5 from 2.79m
124.4m @ 0.39% TREO+Y (26.7% HREO), 100 ppm Ga2O5, 293ppm HfO2, 1398ppm CeO2, 1150ppm Nb2O5 from 135m

25-D05
158m @ 0.42% TREO+Y (25.0% HREO), 104 ppm Ga2O5, 262ppm HfO2, 1534ppm CeO2, 990ppm Nb2O5 from 7m
55m @ 0.40% TREO+Y (24.9% HREO), 101 ppm Ga2O5, 261ppm HfO2, 1455ppm CeO2, 1112ppm Nb2O5 from 173m
43m @ 0.40% TREO+Y (26.3% HREO), 88 ppm Ga2O5, 300ppm HfO2, 1437ppm CeO2, 1251ppm Nb2O5 from 232m

25-D05A
45m @ 0.41% TREO+Y (25.4% HREO), 104 ppm Ga2O5, 235ppm HfO2, 1483ppm CeO2, 893ppm Nb2O5 from 5m
82m @ 0.41% TREO+Y (26.3% HREO), 107 ppm Ga2O5, 265ppm HfO2, 1480ppm CeO2, 957ppm Nb2O5 from 54m
35m 0.46% TREO+Y (22.6% HREO), 105 ppm Ga2O5, 263ppm HfO2, 1723ppm CeO2, 1137ppm Nb2O5 from 140m
23m 0.43% TREO+Y (24.77% HREO), 105 ppm Ga2O5, 244ppm HfO2, 1610ppm CeO2, 1103ppm Nb2O5 from 181m
60m @ 0.35% TREO+Y (24.9% HREO), 92 ppm Ga2O5, 274ppm HfO2, 1458ppm CeO2, 1125ppm Nb2O5 from 220m
40.45m @ 0.41% TREO+Y (26.4% HREO), 83 ppm Ga2O5, 320ppm HfO2, 1465ppm CeO2, 1298ppm Nb2O5 from 284m

25-D07A        
44m @ 0.40% TREO+Y (25.1% HREO), 97 ppm Ga2O5, 275ppm HfO2, 1429ppm CeO2, 1084ppm Nb2O5 from 0m
93m @ 0.40% TREO+Y (26.6% HREO), 93 ppm Ga2O5, 323ppm HfO2, 1429ppm CeO2, 1255ppm Nb2O5 from 48m

25-D07B        
107m @ 0.42% TREO+Y (25.3% HREO), 100 ppm Ga2O5, 307ppm HfO2, 1540ppm CeO2, 1221ppm Nb2O5 from 0m
21m @ 0.41% TREO+Y (26.6% HREO), 85 ppm Ga2O5, 314ppm HfO2, 1470ppm CeO2, 1263ppm Nb2O5 from 111m

25-D07C        
19m @ 0.42% TREO+Y (25.3% HREO), 97 ppm Ga2O5, 295ppm HfO2, 1562ppm CeO2, 1161ppm Nb2O5 from 0m

25-D08        
3m @ 0.39% TREO+Y (28.2% HREO), 85 ppm Ga2O5, 314ppm HfO2, 1353ppm CeO2, 1237ppm Nb2O5 from 12.62m
3m @ 0.77% TREO+Y (29.2% HREO), 76 ppm Ga2O5, 632ppm HfO2, 2662ppm CeO2, 2562ppm Nb2O5 from 42m
9m @ 0.45% TREO+Y (26.6% HREO), 89 ppm Ga2O5, 327ppm HfO2, 1611ppm CeO2, 1346ppm Nb2O5 from 50m
53m @ 0.38% TREO+Y (25.7% HREO), 96 ppm Ga2O5, 280ppm HfO2, 1378ppm CeO2, 1126ppm Nb2O5 from 63m
7m @ 0.44% TREO+Y (29.3% HREO), 85 ppm Ga2O5, 435ppm HfO2, 1541ppm CeO2, 1671ppm Nb2O5 from 121m
13m @ 0.37% TREO+Y (27.8% HREO), 80 ppm Ga2O5, 362ppm HfO2, 1313ppm CeO2, 1432ppm Nb2O5 from 132m

25-D09        
9m @ 0.53% TREO+Y (26.7% HREO), 105 ppm Ga2O5, 355ppm HfO2, 1851ppm CeO2, 1141ppm Nb2O5 from 0m
12m @ 0.38% TREO+Y (20.9% HREO), 102 ppm Ga2O5, 156ppm HfO2, 1507ppm CeO2, 824ppm Nb2O5 from 18m
71m @ 0.37% TREO+Y (23.3% HREO), 105 ppm Ga2O5, 197ppm HfO2, 1429ppm CeO2, 870ppm Nb2O5 from 34m
6m @ 0.47% TREO+Y (24.1% HREO), 99 ppm Ga2O5, 276ppm HfO2, 1734ppm CeO2, 1068ppm Nb2O5 from 109m
13m @ 0.35% TREO+Y (23.7% HREO), 97 ppm Ga2O5, 183ppm HfO2, 1318ppm CeO2, 819ppm Nb2O5 from 121m
5m @ 0.45% TREO+Y (26.2% HREO), 131 ppm Ga2O5, 280ppm HfO2, 1679ppm CeO2, 1052ppm Nb2O5 from 139m
2m @ 0.36% TREO+Y (26.4% HREO), 109 ppm Ga2O5, 244ppm HfO2, 1318ppm CeO2, 920ppm Nb2O5 from 150m
6m @ 0.47% TREO+Y (27.2% HREO), 96 ppm Ga2O5, 340ppm HfO2, 1690ppm CeO2, 1193ppm Nb2O5 from 161m
6m @ 0.43% TREO+Y (26.8% HREO), 89 ppm Ga2O5, 301ppm HfO2, 1529ppm CeO2, 1136ppm Nb2O5 from 174m
34m @ 0.47% TREO+Y (26.9% HREO), 91 ppm Ga2O5, 335ppm HfO2, 1688ppm CeO2, 1282ppm Nb2O5 from 185m
79.26m @ 0.43% TREO+Y (26.6% HREO), 89 ppm Ga2O5, 330ppm HfO2, 1538ppm CeO2, 1294ppm Nb2O5 from 223m

25-D11
86m @ 0.39% TREO+Y (26.1% HREO), 92 ppm Ga2O5, 318ppm HfO2, 1418ppm CeO2, 1226ppm Nb2O5 from 4m

25-D12
10m @ 0.41% TREO+Y (25.4% HREO), 91 ppm Ga2O5, 323ppm HfO2, 1526ppm CeO2, 1197ppm Nb2O5 from 2m
42m @ 0.40% TREO+Y (26.0% HREO), 89 ppm Ga2O5, 323ppm HfO2, 1464ppm CeO2, 1309ppm Nb2O5 from 16m

Commenting on the assay results, Tony Sage, CEO and Executive Chairman of the Company, said:

“I am very encouraged by the 2025 deep diamond drilling results, which demonstrate consistent rare earth mineralization across the Fjord and Upper Fjord areas. The results confirm the presence of Total Rare Earth Oxide (TREO) mineralisation, including a significant heavy rare earth component, extending from the Fjord Deposit into the Upper Fjord area.”

“These results are expected to contribute additional mineralized tonnage to the existing Hill and Lower Fjord Deposits and further support the scale and continuity of the Tanbreez project.”

“Our external resource and mining consultants are currently validating the drilling data and progressing pre-development pit optimization and Mineral Resource studies. I would like to commend the team on the successful completion of the 3,430-metre drilling program in 2025. We look forward to receiving and reporting further drilling results in the coming months.”

Key Results Highlights

• Consistent rare earth grades: Total Rare Earth Oxide (TREO+Y) grades range from 0.40% to 0.47%, with heavy rare earth oxides (HREO) comprising approximately 26–27% of TREO.+Y
• Strategic metals: Gallium oxide (~100 ppm), hafnium oxide (~350 ppm), yttrium oxide (~742 ppm), and cerium oxide (~1,630 ppm) are consistently present, together with zirconium (1.3%–1.97%), niobium, and tantalum, supporting the project’s multi-commodity potential.
• Mineralization extent: The Fjord and Upper Fjord areas remain open along strike and at depth, with mineralization confirmed to occur consistently close to surface and demonstrating strong lateral and vertical continuity.
• Resource growth potential: Results provide an important indication of potential for further resource growth.
• Upper Fjord extensions: Mineralized extends from drill hole K-24 northeast for at least 1.0 km of length, to a depth of more than 200 m true thickness above the Fjord Deposit (refer Nasdaq announcement dated 15 December 2025 and Figure 2).
  
  

New Drill Hole Assay Results from 2025 Drilling

Hole ID	Easting	Northing	Elevation	Dip	Azimuth	Depth
25-D01	453228.2	6748009.0	301.8	-90	0	193.8
25-D02	453338.3	6748046.0	306.9	-90	0	190.7
25-D03	453449.5	6748116.0	296.0	-61	290	250.5
25-D04	453610.7	6748201.0	306.9	-66	280	261.8
25-D05	453806.6	6748281.0	317.2	-90	0	281.0
25-D05A	453806.6	6748281.0	317.2	-60	290	324.5
25-D07A	453152.0	6748166.0	168.4	-45	250	150.0
25-D07B	453152.0	6748166.0	168.4	-60	160	150.0
25-D07C	453152.0	6748166.0	168.4	-60	70	106.5
25-D08	453279.4	6748549.0	57.7	-90	0	155.0
25-D09	456022.7	6748942.0	439.7	-90	0	311.0
25-D11	453163.4	6748488.0	55.6	-90	0	95.0
25-D12	453040.0	6748530.0	24.9	-90	0	64.0
Total						2533.7

Table 1- Coordinates based on WGS1984 zone 23 North grid system with results to date

Figure 1. Diamond drill hole pad 25-D03 drilled August 2025

Figure 2. Project Drilling Historical 2007- 2014 and 2024 and 2025 Summary Plan (WGS84 zone 23N)

Drilling Results Comparison - 2024 and 2025

The 2024 and 2025 drilling programs were designed to test strike extensions of known mineralization and further refine the geological and mineralization models across the Lower Fjord and Upper Fjord areas. The primary objectives of the programs were to support an upgrade of the Mineral Resource Estimate and to advance subsequent mine planning studies.

In 2024, a total of 13 diamond drill holes for 1,149.5 meters were completed by Critical Metals Corp. Drilling was predominantly vertical, with one angled hole designed to intersect sub-horizontal mineralized layers at true thickness in the Lower Fjord area. In addition, deep diamond drill hole K-24 was completed in the Upper Fjord area.

In 2025, a total of 20 diamond drill holes for 3,430 meters were completed by Critical Metals Corp. Drilling included both vertical and angled diamond drill holes designed to intersect sub-horizontal mineralized layers extending from the Upper Fjord into the Fjord area and Targets identified at Area B.

A priority target of the 2025 program was designed to extend and confirm the strong mineralization intersected in drill hole K-24 in the Upper Fjord Area, which had returned 203.2 meters at 0.48% TREO+Y (including ~27% HREO).

Figure 3. Project Drilling Historical 2007- 2014 and 2024 and 2025 Summary Plan (WGS84 zone 23N)

Figure 4. Upper Fjord Cross Section over 950m strike length of TREO+Y mineralization

Figure 5. Fjord to Upper Fjord Cross Section over 900m width of TREO+Y mineralization

Diamond drill hole 25-D09 was drilled vertically to a depth of 311.0 meters in Area B to evaluate reconnaissance mineral potential. Based on the results reported in this announcement, further drilling in Area B is being planned.

The final reported results from the 2024 and 2025 drilling programs to date (13 of the 20 holes completed in 2025 reported in this announcement) demonstrate a range of Total Rare Earth Oxide (TREO+Y) grades, ranging from approximately 0.35% to 0.77% TREO+Y, with an average ~25.7% heavy rare earth oxide (HREO) composition.

These results are observed across multiple vertical and deep angled drill holes spaced along the Lower and Upper Fjord areas within the kakortokite host rock and are consistent with a stratiform, laterally continuous magmatic mineralized layer.

The kakortokite host rock may not always contain economic mineralization of TREO or metal oxides.

Grade Summary

• Total Rare Earth Oxide + Yttrium (TREO+Y): ranges between approximately 0.35%–0.77%.
• Heavy Rare Earth Oxide (HREO) proportion: ranges between approximately 25–29% of TREO+Y.
• Strategic and associated elements: Gallium oxide (~98 ppm), hafnium oxide (~301 ppm), yttrium oxide (~637 ppm), and cerium oxide (~1,567 ppm) are consistently present, together with zirconium oxide (0.91%–3.4%), niobium (1,192ppm), and tantalum (91ppm).
  
  

Reporting and Methodology Notes

• TREO+Y represents the sum of La₂O₃, CeO₂, Pr₂O₃, Nd₂O₃, Sm₂O₃, Eu₂O₃, Gd₂O₃, Tb₄O₇, Dy₂O₃, Ho₂O₃, Er₂O₃, Tm₂O₃, Yb₂O₃, Lu₂O₃, and Y₂O₃.
• A minimum final intercept width of 2m downhole reported.
• No economic weighting has been applied.
• Grade cut-offs of 3,000ppm for TREO+Y have been used with no equivalence has been reported.
• All drilling and assay results, including both higher and lower grades, are reported to ensure balanced disclosure.
  
  

Next Steps

The Company is awaiting the remaining assay results from the 2025 drilling field season and selective historic sampling.

Once these results are received and interpreted, the Company will incorporate this data into the planning stage for the 2026 field season.

About Critical Metals Corp.

Critical Metals Corp (Nasdaq: CRML) is a leading mining development company focused on critical metals and minerals, and producing strategic products essential to electrification and next-generation technologies for Europe and its Western world partners. Its flagship Project, Tanbreez, is one of the world's largest, rare-earth deposits and is in Southern Greenland. The deposit is expected to have access to key transportation outlets, as the area features year-round direct shipping access via deep water fjords that lead directly to the North Atlantic Ocean.

Another key asset is the Wolfsberg Lithium Project located in Carinthia, 270 km south of Vienna, Austria. The Wolfsberg Lithium Project is the first fully permitted mine in Europe and is strategically located with access to established road and rail infrastructure and is expected to be the next major producer of key lithium products to support the European market. Wolfsberg is well-positioned with offtake and downstream partners to become a unique and valuable asset in an expanding geostrategic critical metals portfolio.

With this strategic asset portfolio, Critical Metals Corp is positioned to become a reliable and sustainable supplier of critical minerals essential for defense applications, the clean energy transition, and next-generation technologies in the Western world.

For more information, please visit https://www.criticalmetalscorp.com/.

Cautionary Note Regarding Forward-Looking Statements

This news release contains forward-looking statements within the meaning of Section 27A of the Securities Act of 1933, as amended, and Section 21E of the Securities Exchange Act of 1934, as amended (the “Exchange Act”). Forward-looking statements may include expectations of our business and the plans and objectives of management for future operations. These statements constitute projections, forecasts, and forward-looking statements, and do not guarantee performance. Such statements can be identified by the fact that they do not relate strictly to historical or current facts. When used in this news release, forward-looking statements may be identified by the use of words such as “estimate,” “plan,” “project,” “forecast,” “intend,” “will,” “expect,” “anticipate,” “believe,” “seek,” “target,” “designed to” or other similar expressions that predict or indicate future events or trends or that are not statements of historical facts. In addition, any statements that refer to projections, forecasts or other characterizations of future events or circumstances, including any underlying assumptions, are forward-looking statements.

Forward-looking statements are subject to known and unknown risks and uncertainties and are based on potentially inaccurate assumptions that could cause actual results to differ materially from those expected or implied by the forward-looking statements. Actual results could differ materially from those anticipated in forward-looking statements for many reasons, including the factors discussed under the “Risk Factors” section in the Company’s Annual Report on Form 20-F filed with the U.S. Securities and Exchange Commission. These forward-looking statements are based on information available as of the date of this news release, and expectations, forecasts and assumptions as of that date, involve several judgments, risks and uncertainties. Accordingly, forward-looking statements should not be relied upon as representing our views as of any subsequent date, and we do not undertake any obligation to update forward-looking statements to reflect events or circumstances after the date they were made, whether as a result of new information, future events or otherwise, except as may be required under applicable securities laws.

Critical Metals Corp.

Investor Relations: ir@criticalmetalscorp.com

Media: pr@criticalmetalscorp.com

Photos accompanying this announcement are available at:
https://www.globenewswire.com/NewsRoom/AttachmentNg/61e16590-65e9-4d81-92bd-07556e4ca398
https://www.globenewswire.com/NewsRoom/AttachmentNg/d9f870d5-b727-44d2-9bca-5473cfc9859a
https://www.globenewswire.com/NewsRoom/AttachmentNg/ba00e511-2285-49cf-83a3-249255124b75
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FAQ

What did Critical Metals (CRML) announce on Jan 14, 2026 about Tanbreez drilling?

CRML reported first assays from its 2025 program showing TREO+Y 0.35%–0.77%, HREO ~25%–29%, and confirmed extensions at Fjord and Upper Fjord.

How much drilling did CRML complete in the 2025 Tanbreez program?

The company completed a 3,430‑metre program in 2025 across 20 holes, with assays reported for 13 holes so far.

Do the 2025 assays from CRML indicate high heavy rare earth content at Tanbreez?

Yes; assays show heavy rare earth oxides comprise about 25%–29% of TREO+Y across reported holes.

What strategic metals were reported in CRML's Tanbreez assays and at what levels?

Assays consistently show gallium ~100 ppm, hafnium ~300 ppm, and cerium ~1,600 ppm, plus notable zirconium, niobium and tantalum.

Will CRML update its Mineral Resource Estimate (MRE) after these results?

The company said the assays will be used to support a revised Mineral Resource Estimate and advance mine planning once remaining data are validated.

Are there outstanding risks or uncertainties in the Jan 14, 2026 CRML release?

Yes; only partial assay release (13/20 holes), host rock may not always be economic, and no economic weighting applied to reported grades.