SAGA Metals Increases Drilling Capacity with Second Drill Rig at Radar Critical Minerals Project in Labrador as It Nears Completion of MRE Drilling

Original announcement by tmx on

Company
SAGA Metals Corp.
Ticker
SAGA
Exchange
TSX
Region
Labrador, Canada
Primary commodity
Iron ore
Secondary commodities
Titanium, Vanadium
Document categories
Drill results
Extracted
2026-08-20 21:28:16 UTC

Analysis by Minestarters Atlas

Minestarters Atlas analysis

Summary

SAGA Metals Corp. has increased its drilling capacity at the Radar Critical Minerals Project in Labrador by deploying a second drill rig, aiming to accelerate the completion of its maiden Mineral Resource Estimate (MRE) drilling program. The company reported broad intercepts of iron, titanium, and vanadium mineralization from 39 diamond drill holes, with true thicknesses disclosed. These results are expected to support the upcoming maiden MRE, which is anticipated in late 2026.

Reasoning: SAGA Metals has significantly advanced its MRE drilling program at the Radar Critical Minerals Project by adding a second drill rig, accelerating the path to a maiden MRE. The reported intercepts show broad zones of iron, titanium, and vanadium mineralization with disclosed true widths, indicating consistent geological continuity and strong potential for a significant resource. The presence of a Qualified Person and mention of laboratory work adds confidence to the results.

Positive factors

  • Increased drilling capacity with a second rig to accelerate the MRE program.
  • Broad and consistent intercepts of critical minerals (iron, titanium, vanadium) reported.
  • Drilling is progressing towards a maiden Mineral Resource Estimate, a significant de-risking milestone.
  • True widths are disclosed for the reported intercepts, indicating good geological understanding.
  • Petrographic analysis confirms advantageous titanomagnetite mineralization for simplified processing.

Negative factors

  • Assays are still pending for several recently drilled holes, delaying full understanding of their economic potential.

Facts used in scoring: 45

Classification and evidence

True Width Disclosedpositive

Actual thickness perpendicular to structure is stated, not just downhole length.

Why it applies: The document explicitly provides 'True Thickness (m)' in Table 1 and 'True Thickness' in Table 2 for the reported intercepts.

Evidence · text

“True Thickness (m)”

QP/CP Signedpositive · Story-specific tag

Qualified Person (QP) or Competent Person (CP) named and signed off — a member of a recognized professional association (e.g., AusIMM, SME, AIG, P.Geo) with relevant experience.

Why it applies: Dr. A. Miller, P. Geo., is an Independent Qualified Person as defined under NI 43-101 and has reviewed and approved the technical information.

Evidence · text

“Dr. A. Miller, P. Geo., is an Independent Qualified Person as defined under National Instrument 43-101 and has reviewed and approved the technical information disclosed in this news release.”

Infill Drillingneutral

Confirmatory drilling to raise resource confidence, not new discovery.

Why it applies: The drilling program is explicitly stated as being for a 'maiden Mineral Resource Estimate', which typically involves infill and definition drilling.

Evidence · text

“accelerate the completion of the maiden Mineral Resource Estimate ("MRE") diamond drill program”

Maiden Resourceneutral · Story-specific tag

First formal MRE for the project — establishes baseline but typically exploration-stage with high Inferred component.

Why it applies: The company is nearing completion of drilling for its 'maiden Mineral Resource Estimate'.

Evidence · text

“nears Completion of MRE Drilling”

Extracted facts

Stored fact records: 45. Some facts used in scoring do not have a stored record.

Drill Results (45)

R-0009Radar Critical Minerals Project · iron_oreGrade: 35.44Grade Unit: %Intercept: 87.2 mView all details
Link to this fact

Identity

Hole ID
R-0009
Project
Radar Critical Minerals Project
Commodity
iron_ore
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
35.44
Grade Unit
%
Intercept
87.2 m
True Width
84.4 m
From
94 m
To
181.2 m

Classification

Program
resource
Group ID
R-0009:94.0-181.2
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a significant width of iron mineralization, contributing positively to the ongoing maiden MRE. The grade-thickness product is exceptional, despite the elemental iron grade being moderate for an open-pit scenario.

Positive factors

  • Broad intercept length and true width.
  • Exceptional grade-thickness product for iron.
  • Contributes to maiden MRE.

Evidence · table

“50.67”

Context: 87.2

R-0009Radar Critical Minerals Project · titaniumGrade: 6.08Grade Unit: %Intercept: 87.2 mView all details
Link to this fact

Identity

Hole ID
R-0009
Project
Radar Critical Minerals Project
Commodity
titanium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
6.08
Grade Unit
%
Intercept
87.2 m
True Width
84.4 m
From
94 m
To
181.2 m

Classification

Program
resource
Group ID
R-0009:94.0-181.2
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows an exceptional grade of titanium over a significant width, which is a strong positive for the critical minerals project and the ongoing maiden MRE.

Positive factors

  • Exceptional grade for titanium within the context of the reported results.
  • Broad intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“10.15”

Context: 87.2

R-0009Radar Critical Minerals Project · vanadiumGrade: 0.19Grade Unit: %Intercept: 87.2 mView all details
Link to this fact

Identity

Hole ID
R-0009
Project
Radar Critical Minerals Project
Commodity
vanadium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
0.19
Grade Unit
%
Intercept
87.2 m
True Width
84.4 m
From
94 m
To
181.2 m

Classification

Program
resource
Group ID
R-0009:94.0-181.2
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept includes vanadium mineralization over a significant width, which is a positive for the critical minerals project and the ongoing maiden MRE, although the grade is weak compared to the range of reported values.

Positive factors

  • Broad intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“0.339”

Context: 87.2

R-0008Radar Critical Minerals Project · iron_oreGrade: 32.28Grade Unit: %Intercept: 68.3 mView all details
Link to this fact

Identity

Hole ID
R-0008
Project
Radar Critical Minerals Project
Commodity
iron_ore
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
32.28
Grade Unit
%
Intercept
68.3 m
True Width
66.2 m
From
170 m
To
237.6 m

Classification

Program
resource
Group ID
R-0008:170.0-237.6
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a significant width of iron mineralization, contributing positively to the ongoing maiden MRE. The grade-thickness product is exceptional, despite the elemental iron grade being weak for an open-pit scenario.

Positive factors

  • Broad intercept length and true width.
  • Exceptional grade-thickness product for iron.
  • Contributes to maiden MRE.

Evidence · table

“46.15”

Context: 68.3

R-0008Radar Critical Minerals Project · titaniumGrade: 5.52Grade Unit: %Intercept: 68.3 mView all details
Link to this fact

Identity

Hole ID
R-0008
Project
Radar Critical Minerals Project
Commodity
titanium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
5.52
Grade Unit
%
Intercept
68.3 m
True Width
66.2 m
From
170 m
To
237.6 m

Classification

Program
resource
Group ID
R-0008:170.0-237.6
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows an exceptional grade of titanium over a significant width, which is a strong positive for the critical minerals project and the ongoing maiden MRE.

Positive factors

  • Exceptional grade for titanium within the context of the reported results.
  • Broad intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“9.21”

Context: 68.3

R-0008Radar Critical Minerals Project · vanadiumGrade: 0.174Grade Unit: %Intercept: 68.3 mView all details
Link to this fact

Identity

Hole ID
R-0008
Project
Radar Critical Minerals Project
Commodity
vanadium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
0.174
Grade Unit
%
Intercept
68.3 m
True Width
66.2 m
From
170 m
To
237.6 m

Classification

Program
resource
Group ID
R-0008:170.0-237.6
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept includes vanadium mineralization over a significant width, which is a positive for the critical minerals project and the ongoing maiden MRE, although the grade is weak compared to the range of reported values.

Positive factors

  • Broad intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“0.311”

Context: 68.3

R-0046Radar Critical Minerals Project · iron_oreGrade: 40.79Grade Unit: %Intercept: 54 mView all details
Link to this fact

Identity

Hole ID
R-0046
Project
Radar Critical Minerals Project
Commodity
iron_ore
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
40.79
Grade Unit
%
Intercept
54 m
True Width
43.7 m
From
20 m
To
74 m

Classification

Program
resource
Group ID
R-0046:20.0-74.0
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a significant width of iron mineralization, contributing positively to the ongoing maiden MRE. The grade-thickness product is exceptional, despite the elemental iron grade being moderate for an open-pit scenario.

Positive factors

  • Broad intercept length and true width.
  • Exceptional grade-thickness product for iron.
  • Contributes to maiden MRE.

Evidence · table

“58.33”

Context: 54.0

R-0046Radar Critical Minerals Project · titaniumGrade: 5.26Grade Unit: %Intercept: 54 mView all details
Link to this fact

Identity

Hole ID
R-0046
Project
Radar Critical Minerals Project
Commodity
titanium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
5.26
Grade Unit
%
Intercept
54 m
True Width
43.7 m
From
20 m
To
74 m

Classification

Program
resource
Group ID
R-0046:20.0-74.0
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a strong grade of titanium over a significant width, which is a positive for the critical minerals project and the ongoing maiden MRE.

Positive factors

  • Strong grade for titanium within the context of the reported results.
  • Broad intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“8.78”

Context: 54.0

R-0046Radar Critical Minerals Project · vanadiumGrade: 0.232Grade Unit: %Intercept: 54 mView all details
Link to this fact

Identity

Hole ID
R-0046
Project
Radar Critical Minerals Project
Commodity
vanadium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
0.232
Grade Unit
%
Intercept
54 m
True Width
43.7 m
From
20 m
To
74 m

Classification

Program
resource
Group ID
R-0046:20.0-74.0
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept includes vanadium mineralization over a significant width, which is a positive for the critical minerals project and the ongoing maiden MRE.

Positive factors

  • Moderate grade for vanadium within the context of the reported results.
  • Broad intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“0.415”

Context: 54.0

R-0040Radar Critical Minerals Project · iron_oreGrade: 35.81Grade Unit: %Intercept: 45.1 mView all details
Link to this fact

Identity

Hole ID
R-0040
Project
Radar Critical Minerals Project
Commodity
iron_ore
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
35.81
Grade Unit
%
Intercept
45.1 m
True Width
31.9 m
From
84.9 m
To
130 m

Classification

Program
resource
Group ID
R-0040:84.9-130.0
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a significant width of iron mineralization, contributing positively to the ongoing maiden MRE. The grade-thickness product is exceptional, despite the elemental iron grade being moderate for an open-pit scenario.

Positive factors

  • Broad intercept length and true width.
  • Exceptional grade-thickness product for iron.
  • Contributes to maiden MRE.

Evidence · table

“51.20”

Context: 45.1

R-0040Radar Critical Minerals Project · titaniumGrade: 4.76Grade Unit: %Intercept: 45.1 mView all details
Link to this fact

Identity

Hole ID
R-0040
Project
Radar Critical Minerals Project
Commodity
titanium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
4.76
Grade Unit
%
Intercept
45.1 m
True Width
31.9 m
From
84.9 m
To
130 m

Classification

Program
resource
Group ID
R-0040:84.9-130.0
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a moderate grade of titanium over a significant width, which is a positive for the critical minerals project and the ongoing maiden MRE.

Positive factors

  • Moderate grade for titanium within the context of the reported results.
  • Broad intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“7.94”

Context: 45.1

R-0040Radar Critical Minerals Project · vanadiumGrade: 0.19Grade Unit: %Intercept: 45.1 mView all details
Link to this fact

Identity

Hole ID
R-0040
Project
Radar Critical Minerals Project
Commodity
vanadium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
0.19
Grade Unit
%
Intercept
45.1 m
True Width
31.9 m
From
84.9 m
To
130 m

Classification

Program
resource
Group ID
R-0040:84.9-130.0
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept includes vanadium mineralization over a significant width, which is a positive for the critical minerals project and the ongoing maiden MRE, although the grade is weak compared to the range of reported values.

Positive factors

  • Broad intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“0.340”

Context: 45.1

R-0010Radar Critical Minerals Project · iron_oreGrade: 34.99Grade Unit: %Intercept: 135.5 mView all details
Link to this fact

Identity

Hole ID
R-0010
Project
Radar Critical Minerals Project
Commodity
iron_ore
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
34.99
Grade Unit
%
Intercept
135.5 m
True Width
121.7 m
From
1.5 m
To
137 m

Classification

Program
resource
Group ID
R-0010:1.5-137.0
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a very significant width of iron mineralization, contributing positively to the ongoing maiden MRE. The grade-thickness product is exceptional, despite the elemental iron grade being moderate for an open-pit scenario.

Positive factors

  • Very broad intercept length and true width.
  • Exceptional grade-thickness product for iron.
  • Contributes to maiden MRE.

Evidence · table

“50.03”

Context: 135.5

R-0010Radar Critical Minerals Project · titaniumGrade: 4.72Grade Unit: %Intercept: 135.5 mView all details
Link to this fact

Identity

Hole ID
R-0010
Project
Radar Critical Minerals Project
Commodity
titanium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
4.72
Grade Unit
%
Intercept
135.5 m
True Width
121.7 m
From
1.5 m
To
137 m

Classification

Program
resource
Group ID
R-0010:1.5-137.0
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a moderate grade of titanium over a very significant width, which is a positive for the critical minerals project and the ongoing maiden MRE.

Positive factors

  • Moderate grade for titanium within the context of the reported results.
  • Very broad intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“7.87”

Context: 135.5

R-0010Radar Critical Minerals Project · vanadiumGrade: 0.197Grade Unit: %Intercept: 135.5 mView all details
Link to this fact

Identity

Hole ID
R-0010
Project
Radar Critical Minerals Project
Commodity
vanadium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
0.197
Grade Unit
%
Intercept
135.5 m
True Width
121.7 m
From
1.5 m
To
137 m

Classification

Program
resource
Group ID
R-0010:1.5-137.0
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept includes vanadium mineralization over a very significant width, which is a positive for the critical minerals project and the ongoing maiden MRE, although the grade is weak compared to the range of reported values.

Positive factors

  • Very broad intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“0.352”

Context: 135.5

R-0039Radar Critical Minerals Project · iron_oreGrade: 40.67Grade Unit: %Intercept: 52.1 mView all details
Link to this fact

Identity

Hole ID
R-0039
Project
Radar Critical Minerals Project
Commodity
iron_ore
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
40.67
Grade Unit
%
Intercept
52.1 m
True Width
50.4 m
From
97 m
To
149.1 m

Classification

Program
resource
Group ID
R-0039:97.0-149.1
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a significant width of iron mineralization, contributing positively to the ongoing maiden MRE. The grade-thickness product is exceptional, despite the elemental iron grade being moderate for an open-pit scenario.

Positive factors

  • Broad intercept length and true width.
  • Exceptional grade-thickness product for iron.
  • Contributes to maiden MRE.

Evidence · table

“58.15”

Context: 52.1

R-0039Radar Critical Minerals Project · titaniumGrade: 4.6Grade Unit: %Intercept: 52.1 mView all details
Link to this fact

Identity

Hole ID
R-0039
Project
Radar Critical Minerals Project
Commodity
titanium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
4.6
Grade Unit
%
Intercept
52.1 m
True Width
50.4 m
From
97 m
To
149.1 m

Classification

Program
resource
Group ID
R-0039:97.0-149.1
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a moderate grade of titanium over a significant width, which is a positive for the critical minerals project and the ongoing maiden MRE.

Positive factors

  • Moderate grade for titanium within the context of the reported results.
  • Broad intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“7.68”

Context: 52.1

R-0039Radar Critical Minerals Project · vanadiumGrade: 0.257Grade Unit: %Intercept: 52.1 mView all details
Link to this fact

Identity

Hole ID
R-0039
Project
Radar Critical Minerals Project
Commodity
vanadium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
0.257
Grade Unit
%
Intercept
52.1 m
True Width
50.4 m
From
97 m
To
149.1 m

Classification

Program
resource
Group ID
R-0039:97.0-149.1
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows an exceptional grade of vanadium over a significant width, which is a strong positive for the critical minerals project and the ongoing maiden MRE.

Positive factors

  • Exceptional grade for vanadium within the context of the reported results.
  • Broad intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“0.459”

Context: 52.1

R-0017Radar Critical Minerals Project · iron_oreGrade: 38.56Grade Unit: %Intercept: 67.6 mView all details
Link to this fact

Identity

Hole ID
R-0017
Project
Radar Critical Minerals Project
Commodity
iron_ore
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
38.56
Grade Unit
%
Intercept
67.6 m
True Width
54.9 m
From
73 m
To
140.6 m

Classification

Program
resource
Group ID
R-0017:73.0-140.6
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a significant width of iron mineralization, contributing positively to the ongoing maiden MRE. The grade-thickness product is exceptional, despite the elemental iron grade being moderate for an open-pit scenario.

Positive factors

  • Broad intercept length and true width.
  • Exceptional grade-thickness product for iron.
  • Contributes to maiden MRE.

Evidence · table

“55.13”

Context: 67.6

R-0017Radar Critical Minerals Project · titaniumGrade: 4.42Grade Unit: %Intercept: 67.6 mView all details
Link to this fact

Identity

Hole ID
R-0017
Project
Radar Critical Minerals Project
Commodity
titanium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
4.42
Grade Unit
%
Intercept
67.6 m
True Width
54.9 m
From
73 m
To
140.6 m

Classification

Program
resource
Group ID
R-0017:73.0-140.6
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a weak grade of titanium over a significant width, which is a positive for the critical minerals project and the ongoing maiden MRE.

Positive factors

  • Broad intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“7.37”

Context: 67.6

R-0017Radar Critical Minerals Project · vanadiumGrade: 0.251Grade Unit: %Intercept: 67.6 mView all details
Link to this fact

Identity

Hole ID
R-0017
Project
Radar Critical Minerals Project
Commodity
vanadium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
0.251
Grade Unit
%
Intercept
67.6 m
True Width
54.9 m
From
73 m
To
140.6 m

Classification

Program
resource
Group ID
R-0017:73.0-140.6
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows an exceptional grade of vanadium over a significant width, which is a strong positive for the critical minerals project and the ongoing maiden MRE.

Positive factors

  • Exceptional grade for vanadium within the context of the reported results.
  • Broad intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“0.448”

Context: 67.6

R-0045Radar Critical Minerals Project · iron_oreGrade: 37.56Grade Unit: %Intercept: 40 mView all details
Link to this fact

Identity

Hole ID
R-0045
Project
Radar Critical Minerals Project
Commodity
iron_ore
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
37.56
Grade Unit
%
Intercept
40 m
True Width
31.1 m
From
104 m
To
144 m

Classification

Program
resource
Group ID
R-0045:104.0-144.0
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a significant width of iron mineralization, contributing positively to the ongoing maiden MRE. The grade-thickness product is exceptional, despite the elemental iron grade being moderate for an open-pit scenario.

Positive factors

  • Broad intercept length and true width.
  • Exceptional grade-thickness product for iron.
  • Contributes to maiden MRE.

Evidence · table

“53.69”

Context: 40.0

R-0045Radar Critical Minerals Project · titaniumGrade: 4.39Grade Unit: %Intercept: 40 mView all details
Link to this fact

Identity

Hole ID
R-0045
Project
Radar Critical Minerals Project
Commodity
titanium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
4.39
Grade Unit
%
Intercept
40 m
True Width
31.1 m
From
104 m
To
144 m

Classification

Program
resource
Group ID
R-0045:104.0-144.0
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a weak grade of titanium over a significant width, which is a positive for the critical minerals project and the ongoing maiden MRE.

Positive factors

  • Broad intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“7.32”

Context: 40.0

R-0045Radar Critical Minerals Project · vanadiumGrade: 0.247Grade Unit: %Intercept: 40 mView all details
Link to this fact

Identity

Hole ID
R-0045
Project
Radar Critical Minerals Project
Commodity
vanadium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
0.247
Grade Unit
%
Intercept
40 m
True Width
31.1 m
From
104 m
To
144 m

Classification

Program
resource
Group ID
R-0045:104.0-144.0
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a strong grade of vanadium over a significant width, which is a positive for the critical minerals project and the ongoing maiden MRE.

Positive factors

  • Strong grade for vanadium within the context of the reported results.
  • Broad intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“0.441”

Context: 40.0

R-0033Radar Critical Minerals Project · iron_oreGrade: 33.59Grade Unit: %Intercept: 56 mView all details
Link to this fact

Identity

Hole ID
R-0033
Project
Radar Critical Minerals Project
Commodity
iron_ore
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
33.59
Grade Unit
%
Intercept
56 m
True Width
43.1 m
From
97 m
To
153 m

Classification

Program
resource
Group ID
R-0033:97.0-153.0
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a significant width of iron mineralization, contributing positively to the ongoing maiden MRE. The grade-thickness product is exceptional, despite the elemental iron grade being weak for an open-pit scenario.

Positive factors

  • Broad intercept length and true width.
  • Exceptional grade-thickness product for iron.
  • Contributes to maiden MRE.

Evidence · table

“48.03”

Context: 56.0

R-0033Radar Critical Minerals Project · titaniumGrade: 4.35Grade Unit: %Intercept: 56 mView all details
Link to this fact

Identity

Hole ID
R-0033
Project
Radar Critical Minerals Project
Commodity
titanium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
4.35
Grade Unit
%
Intercept
56 m
True Width
43.1 m
From
97 m
To
153 m

Classification

Program
resource
Group ID
R-0033:97.0-153.0
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a weak grade of titanium over a significant width, which is a positive for the critical minerals project and the ongoing maiden MRE.

Positive factors

  • Broad intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“7.25”

Context: 56.0

R-0033Radar Critical Minerals Project · vanadiumGrade: 0.17Grade Unit: %Intercept: 56 mView all details
Link to this fact

Identity

Hole ID
R-0033
Project
Radar Critical Minerals Project
Commodity
vanadium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
0.17
Grade Unit
%
Intercept
56 m
True Width
43.1 m
From
97 m
To
153 m

Classification

Program
resource
Group ID
R-0033:97.0-153.0
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept includes vanadium mineralization over a significant width, which is a positive for the critical minerals project and the ongoing maiden MRE, although the grade is weak compared to the range of reported values.

Positive factors

  • Broad intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“0.304”

Context: 56.0

R-0043Radar Critical Minerals Project · iron_oreGrade: 33.52Grade Unit: %Intercept: 39.8 mView all details
Link to this fact

Identity

Hole ID
R-0043
Project
Radar Critical Minerals Project
Commodity
iron_ore
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
33.52
Grade Unit
%
Intercept
39.8 m
True Width
30.4 m
From
28.4 m
To
68.2 m

Classification

Program
resource
Group ID
R-0043:28.4-68.2
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a significant width of iron mineralization, contributing positively to the ongoing maiden MRE. The grade-thickness product is exceptional, despite the elemental iron grade being weak for an open-pit scenario.

Positive factors

  • Broad intercept length and true width.
  • Exceptional grade-thickness product for iron.
  • Contributes to maiden MRE.

Evidence · table

“47.93”

Context: 39.8

R-0043Radar Critical Minerals Project · titaniumGrade: 4.34Grade Unit: %Intercept: 39.8 mView all details
Link to this fact

Identity

Hole ID
R-0043
Project
Radar Critical Minerals Project
Commodity
titanium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
4.34
Grade Unit
%
Intercept
39.8 m
True Width
30.4 m
From
28.4 m
To
68.2 m

Classification

Program
resource
Group ID
R-0043:28.4-68.2
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a weak grade of titanium over a significant width, which is a positive for the critical minerals project and the ongoing maiden MRE.

Positive factors

  • Broad intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“7.24”

Context: 39.8

R-0043Radar Critical Minerals Project · vanadiumGrade: 0.172Grade Unit: %Intercept: 39.8 mView all details
Link to this fact

Identity

Hole ID
R-0043
Project
Radar Critical Minerals Project
Commodity
vanadium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
0.172
Grade Unit
%
Intercept
39.8 m
True Width
30.4 m
From
28.4 m
To
68.2 m

Classification

Program
resource
Group ID
R-0043:28.4-68.2
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept includes vanadium mineralization over a significant width, which is a positive for the critical minerals project and the ongoing maiden MRE, although the grade is weak compared to the range of reported values.

Positive factors

  • Broad intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“0.307”

Context: 39.8

R-0016Radar Critical Minerals Project · iron_oreGrade: 36.41Grade Unit: %Intercept: 50.6 mView all details
Link to this fact

Identity

Hole ID
R-0016
Project
Radar Critical Minerals Project
Commodity
iron_ore
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
36.41
Grade Unit
%
Intercept
50.6 m
True Width
47.1 m
From
44 m
To
94.6 m

Classification

Program
resource
Group ID
R-0016:44.0-94.6
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a significant width of iron mineralization, contributing positively to the ongoing maiden MRE. The grade-thickness product is exceptional, despite the elemental iron grade being moderate for an open-pit scenario.

Positive factors

  • Broad intercept length and true width.
  • Exceptional grade-thickness product for iron.
  • Contributes to maiden MRE.

Evidence · table

“52.05”

Context: 50.6

R-0016Radar Critical Minerals Project · titaniumGrade: 4.32Grade Unit: %Intercept: 50.6 mView all details
Link to this fact

Identity

Hole ID
R-0016
Project
Radar Critical Minerals Project
Commodity
titanium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
4.32
Grade Unit
%
Intercept
50.6 m
True Width
47.1 m
From
44 m
To
94.6 m

Classification

Program
resource
Group ID
R-0016:44.0-94.6
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a weak grade of titanium over a significant width, which is a positive for the critical minerals project and the ongoing maiden MRE.

Positive factors

  • Broad intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“7.21”

Context: 50.6

R-0016Radar Critical Minerals Project · vanadiumGrade: 0.21Grade Unit: %Intercept: 50.6 mView all details
Link to this fact

Identity

Hole ID
R-0016
Project
Radar Critical Minerals Project
Commodity
vanadium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
0.21
Grade Unit
%
Intercept
50.6 m
True Width
47.1 m
From
44 m
To
94.6 m

Classification

Program
resource
Group ID
R-0016:44.0-94.6
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept includes vanadium mineralization over a significant width, which is a positive for the critical minerals project and the ongoing maiden MRE.

Positive factors

  • Moderate grade for vanadium within the context of the reported results.
  • Broad intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“0.375”

Context: 50.6

R-0036Radar Critical Minerals Project · iron_oreGrade: 35.3Grade Unit: %Intercept: 34 mView all details
Link to this fact

Identity

Hole ID
R-0036
Project
Radar Critical Minerals Project
Commodity
iron_ore
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
35.3
Grade Unit
%
Intercept
34 m
True Width
17 m
From
80 m
To
114 m

Classification

Program
resource
Group ID
R-0036:80.0-114.0
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a significant width of iron mineralization, contributing positively to the ongoing maiden MRE. The grade-thickness product is exceptional, despite the elemental iron grade being moderate for an open-pit scenario.

Positive factors

  • Significant intercept length and true width.
  • Exceptional grade-thickness product for iron.
  • Contributes to maiden MRE.

Evidence · table

“50.46”

Context: 34.0

R-0036Radar Critical Minerals Project · titaniumGrade: 4.32Grade Unit: %Intercept: 34 mView all details
Link to this fact

Identity

Hole ID
R-0036
Project
Radar Critical Minerals Project
Commodity
titanium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
4.32
Grade Unit
%
Intercept
34 m
True Width
17 m
From
80 m
To
114 m

Classification

Program
resource
Group ID
R-0036:80.0-114.0
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a weak grade of titanium over a significant width, which is a positive for the critical minerals project and the ongoing maiden MRE.

Positive factors

  • Significant intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“7.21”

Context: 34.0

R-0036Radar Critical Minerals Project · vanadiumGrade: 0.221Grade Unit: %Intercept: 34 mView all details
Link to this fact

Identity

Hole ID
R-0036
Project
Radar Critical Minerals Project
Commodity
vanadium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
0.221
Grade Unit
%
Intercept
34 m
True Width
17 m
From
80 m
To
114 m

Classification

Program
resource
Group ID
R-0036:80.0-114.0
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept includes vanadium mineralization over a significant width, which is a positive for the critical minerals project and the ongoing maiden MRE.

Positive factors

  • Moderate grade for vanadium within the context of the reported results.
  • Significant intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“0.395”

Context: 34.0

R-0021Radar Critical Minerals Project · iron_oreGrade: 37.19Grade Unit: %Intercept: 31.4 mView all details
Link to this fact

Identity

Hole ID
R-0021
Project
Radar Critical Minerals Project
Commodity
iron_ore
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
37.19
Grade Unit
%
Intercept
31.4 m
True Width
16.5 m
From
96 m
To
127.4 m

Classification

Program
resource
Group ID
R-0021:96.0-127.4
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a significant width of iron mineralization, contributing positively to the ongoing maiden MRE. The grade-thickness product is exceptional, despite the elemental iron grade being moderate for an open-pit scenario.

Positive factors

  • Significant intercept length and true width.
  • Exceptional grade-thickness product for iron.
  • Contributes to maiden MRE.

Evidence · table

“53.18”

Context: 31.4

R-0021Radar Critical Minerals Project · titaniumGrade: 4.24Grade Unit: %Intercept: 31.4 mView all details
Link to this fact

Identity

Hole ID
R-0021
Project
Radar Critical Minerals Project
Commodity
titanium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
4.24
Grade Unit
%
Intercept
31.4 m
True Width
16.5 m
From
96 m
To
127.4 m

Classification

Program
resource
Group ID
R-0021:96.0-127.4
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a weak grade of titanium over a significant width, which is a positive for the critical minerals project and the ongoing maiden MRE.

Positive factors

  • Significant intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“7.08”

Context: 31.4

R-0021Radar Critical Minerals Project · vanadiumGrade: 0.232Grade Unit: %Intercept: 31.4 mView all details
Link to this fact

Identity

Hole ID
R-0021
Project
Radar Critical Minerals Project
Commodity
vanadium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
0.232
Grade Unit
%
Intercept
31.4 m
True Width
16.5 m
From
96 m
To
127.4 m

Classification

Program
resource
Group ID
R-0021:96.0-127.4
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept includes vanadium mineralization over a significant width, which is a positive for the critical minerals project and the ongoing maiden MRE.

Positive factors

  • Moderate grade for vanadium within the context of the reported results.
  • Significant intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“0.414”

Context: 31.4

R-0024Radar Critical Minerals Project · iron_oreGrade: 37.91Grade Unit: %Intercept: 44 mView all details
Link to this fact

Identity

Hole ID
R-0024
Project
Radar Critical Minerals Project
Commodity
iron_ore
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
37.91
Grade Unit
%
Intercept
44 m
True Width
28.4 m
From
142 m
To
186 m

Classification

Program
resource
Group ID
R-0024:142.0-186.0
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a significant width of iron mineralization, contributing positively to the ongoing maiden MRE. The grade-thickness product is exceptional, despite the elemental iron grade being moderate for an open-pit scenario.

Positive factors

  • Broad intercept length and true width.
  • Exceptional grade-thickness product for iron.
  • Contributes to maiden MRE.

Evidence · table

“54.20”

Context: 44.0

R-0024Radar Critical Minerals Project · titaniumGrade: 4.24Grade Unit: %Intercept: 44 mView all details
Link to this fact

Identity

Hole ID
R-0024
Project
Radar Critical Minerals Project
Commodity
titanium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
4.24
Grade Unit
%
Intercept
44 m
True Width
28.4 m
From
142 m
To
186 m

Classification

Program
resource
Group ID
R-0024:142.0-186.0
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a weak grade of titanium over a significant width, which is a positive for the critical minerals project and the ongoing maiden MRE.

Positive factors

  • Broad intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“7.07”

Context: 44.0

R-0024Radar Critical Minerals Project · vanadiumGrade: 0.248Grade Unit: %Intercept: 44 mView all details
Link to this fact

Identity

Hole ID
R-0024
Project
Radar Critical Minerals Project
Commodity
vanadium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
0.248
Grade Unit
%
Intercept
44 m
True Width
28.4 m
From
142 m
To
186 m

Classification

Program
resource
Group ID
R-0024:142.0-186.0
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a strong grade of vanadium over a significant width, which is a positive for the critical minerals project and the ongoing maiden MRE.

Positive factors

  • Strong grade for vanadium within the context of the reported results.
  • Broad intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“0.443”

Context: 44.0

R-0034Radar Critical Minerals Project · iron_oreGrade: 34Grade Unit: %Intercept: 63.9 mView all details
Link to this fact

Identity

Hole ID
R-0034
Project
Radar Critical Minerals Project
Commodity
iron_ore
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
34
Grade Unit
%
Intercept
63.9 m
True Width
62.8 m
From
106.1 m
To
170 m

Classification

Program
resource
Group ID
R-0034:106.1-170.0
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a significant width of iron mineralization, contributing positively to the ongoing maiden MRE. The grade-thickness product is exceptional, despite the elemental iron grade being moderate for an open-pit scenario.

Positive factors

  • Broad intercept length and true width.
  • Exceptional grade-thickness product for iron.
  • Contributes to maiden MRE.

Evidence · table

“48.61”

Context: 63.9

R-0034Radar Critical Minerals Project · titaniumGrade: 4.2Grade Unit: %Intercept: 63.9 mView all details
Link to this fact

Identity

Hole ID
R-0034
Project
Radar Critical Minerals Project
Commodity
titanium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
4.2
Grade Unit
%
Intercept
63.9 m
True Width
62.8 m
From
106.1 m
To
170 m

Classification

Program
resource
Group ID
R-0034:106.1-170.0
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept shows a weak grade of titanium over a significant width, which is a positive for the critical minerals project and the ongoing maiden MRE.

Positive factors

  • Broad intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“7.01”

Context: 63.9

R-0034Radar Critical Minerals Project · vanadiumGrade: 0.193Grade Unit: %Intercept: 63.9 mView all details
Link to this fact

Identity

Hole ID
R-0034
Project
Radar Critical Minerals Project
Commodity
vanadium
Region
canada
Reported Region
Labrador, Canada
Ticker
SAGA

Geometry

Grade
0.193
Grade Unit
%
Intercept
63.9 m
True Width
62.8 m
From
106.1 m
To
170 m

Classification

Program
resource
Group ID
R-0034:106.1-170.0
Mining Method
open_pit

QA/QC

Laboratory
IGS Laboratories
QA/QC Disclosed
Yes
QP Signed
Yes

Review

Needs Review
No
Interp. Status
scored
Historical
No

Dates

Event date
2026-06-29T00:00:00.000Z

Reasoning: This intercept includes vanadium mineralization over a significant width, which is a positive for the critical minerals project and the ongoing maiden MRE, although the grade is weak compared to the range of reported values.

Positive factors

  • Broad intercept length and true width.
  • Contributes to maiden MRE.

Evidence · table

“0.344”

Context: 63.9

How Atlas produces this analysis

Minestarters Atlas uses automated extraction to summarize mining announcements, identify reported measurements, and classify supporting evidence. Sentiment reflects the extracted narrative and classification rules; it is an interpretation, not a reported measurement. Evidence quotes and context are provided where available. Missing data, low-confidence results, and review flags indicate limitations. Check the original publisher announcement before relying on an interpretation.