New Found Intersects 300 g/t Au Over 5.1M and 215 g/t Au Over 5.2M at Keats With Phase I Trench Channel Samples

In This Article:

Figure 1. Keats Trench plan map with the simplified geology, channel sample assay results and gold grade contours (Graphic: Business Wire)
Figure 1. Keats Trench plan map with the simplified geology, channel sample assay results and gold grade contours (Graphic: Business Wire)
Figure 2. Photos of mineralization from KM-24-01-17 ^Note that these photos are not intended to be representative of gold mineralization in KM-24-01-17 (Photo: Business Wire)
Figure 2. Photos of mineralization from KM-24-01-17 ^Note that these photos are not intended to be representative of gold mineralization in KM-24-01-17 (Photo: Business Wire)
Figure 3. Progress photos of the Iceberg Trench that is currently being excavated (Photo: Business Wire)
Figure 3. Progress photos of the Iceberg Trench that is currently being excavated (Photo: Business Wire)
Figure 4: Knob – Everest plan view map (Graphic: Business Wire)
Figure 4: Knob – Everest plan view map (Graphic: Business Wire)

VANCOUVER, British Columbia, September 23, 2024--(BUSINESS WIRE)--New Found Gold Corp. ("New Found" or the "Company") (TSX-V: NFG, NYSE-A: NFGC) is pleased to announce the results of the first phase of channel samples from the Keats Trench and an update on the Iceberg Trench at the Queensway Project ("Queensway"), located on the Trans-Canada Highway 15km west of Gander, Newfoundland.

Keats Trench Highlights:

Hole No.

From (m)

To (m)

Interval (m)

Au (g/t)

Zone

KM-24-01-11

14.93

16.98

2.05

10.87

Keats Main Trench

Including

15.43

16.18

0.75

27.80

And

22.59

25.15

2.56

26.23

Including

24.15

25.15

1.00

60.84

And

30.03

34.91

4.88

7.35

Including

30.03

30.93

0.90

37.65

And

48.23

50.90

2.67

35.61

Including

48.23

49.08

0.85

108.74

KM-24-01-12

20.77

25.98

5.21

214.97

Keats Main Trench

Including

20.77

21.67

0.90

14.72

And

22.58

24.18

1.60

688.66

And Including

22.58

23.58

1.00

1088

KM-24-01-13

32.58

39.13

6.55

27.70

Keats Main Trench

Including

33.23

33.98

0.75

37.14

Including

35.68

36.23

0.55

263.48

KM-24-01-15

50.77

53.02

2.25

9.73

Keats Main Trench

Including

51.32

52.07

0.75

27.76

KM-24-01-16

17.50

31.20

13.70

10.38

Keats Main Trench

Including

19.25

20.20

0.95

128.71

And

44.25

70.84

26.59

13.41

Including

54.89

57.34

2.45

63.41

Including

58.34

63.00

4.66

13.61

Including

63.98

67.04

3.06

28.28

Including

69.94

70.84

0.90

12.46

KM-24-01-17

18.33

32.40

14.07

3.77

Keats Main Trench

Including

25.80

27.00

1.20

16.82

Including

27.85

28.60

0.75

10.88

And

39.97

51.59

11.62

33.57

Including

48.36

51.59

3.23

119.31

And

56.70

62.37

5.67

19.04

Including

59.39

61.77

2.38

43.62

And

73.66

78.76

5.10

300.36

Including

73.66

74.47

0.81

32.74

Including

76.22

77.86

1.64

907.44

And Including

76.22

77.02

0.80

1808

KM-24-01-18

35.85

52.45

16.60

38.88

Keats Main Trench

Including

38.35

41.45

3.10

44.53

Including

44.60

46.80

2.20

221.00

Table 1: Keats Trench Channel Sample Highlights

True widths are generally estimated to be 70% to 95% of reported intervals. Infill veining in secondary structures with multiple orientations crosscutting the primary host structures are commonly observed which could result in additional uncertainty in true width. Undulations in the bedrock surface could also result in additional uncertainty in true width. Composite intervals reported carry a minimum weighted average of 1 g/t Au diluted over a minimum core length of 2m with a maximum of 4m consecutive dilution. Included high-grade intercepts are reported as any consecutive interval with grades greater than 10 g/t Au. Grades have not been capped in the averaging and intervals are reported as channel length.

  • Today’s highlight channel intervals include 300 g/t Au over 5.10m, 215 g/t Au over 5.21m, 38.9 g/t Au over 16.60m, 13.4 g/t Au over 26.60m, 10.4 g/t Au over 13.70m, and 27.7 g/t Au over 6.55m, confirming good continuity of high-grade mineralization while comparing well with neighbouring drill holes and demonstrating the broad distribution of gold mineralization in this portion of the Keats Zone (Figure 1).

  • Prior to trenching and channel sampling, the Keats Zone was fully obscured by overburden and defined entirely by diamond drilling. Exposing the bedrock surface and sampling it at this resolution represents an important step to fully understand the extent, distribution and variability of gold mineralization across this portion of the Keats Zone and provides insights that might apply to other areas of Keats that are not currently exposed or able to be assessed in this way. This new exposure has also enabled validation of the 3D geologic model, which controls, constrains, and dictates the geometries of gold mineralization at Queensway.

  • The Keats Zone is hosted within the Keats-Baseline Fault Zone ("KBFZ"), a high-grade gold bearing structure that has been defined over a current strike length of 1.9km averaging 50m wide. It is characterized by a damage zone containing gold-bearing quartz veins that form a network with varying orientations. The trenched surface gives a complete 2D picture, providing additional understanding of the gold system in the following ways:

    • Exposed an approximately 50m by 50m surface expression of the key southwest plunging high-grade corridor within the KBFZ that has been drill defined over a length of over 500m. Detailed mapping has provided an increased understanding of its controls, which will be beneficial for future exploration targeting.

    • Uncovered veins that were not well constrained by the drilling because of their oblique orientation in relation to the main drill orientation.

    • Revealed additional peripheral low-grade gold mineralization currently not well represented in drilling and the existing model.

  • This improved understanding along with the channel gold results are currently being incorporated into the Company’s 3D geological model which will extend the gold mineralization to the bedrock surface.

  • The Phase I channel sampling program was completed over a stripped bedrock surface that is 200m long by 70m wide with a 27-line sampling grid spaced 7.5m apart, covering a total length of 1,782m that includes 2,200 individual samples.

  • A Phase II channel sampling program is ongoing at Keats that is designed to increase the sample density along very high-grade veins to provide more certainty about grade variability of these domains. In addition, the Phase II program aims to better assess vein domains oblique to the systematic grid that were not adequately represented in the Phase I program.