copper rill

Rover Drills 32 Meters of Continuous Gold Averaging 13.6 grams per ton at Cabin Lake project, NWT Canada

 

Rover Metals Corp. (TSXV: ROVR) (OTCQB: ROVMF) (" Rover Metals " or the " Company ") further to its release of October 26, 2020, Rover Metals is pleased to announce that all fire assays from its summer-fall 2020 exploration program at Cabin Lake have now been received.

 

   Summer     -     Fall 2020     Cabin Lake Exploration Program   
Nine diamond drill holes were completed at the 100% owned Cabin Lake Gold Project in early October 2020. The drill program was designed to confirm and hopefully expand the historic high-grade gold intersects at the southern Bugow zone, in both a parallel direction to historic holes (twinned holes) and oblique to the historic azimuths. Oblique holes were proposed to test the possible influence of a regional deformation corridor, intersecting the Bugow Iron formation, and responsible for gold deposition, therefore providing a better understanding of the structural and mineralizing controls, and to try to reproduce these mineralized zones (shoots) in other sectors of the property where the Bugow Iron Formation is intersected and the same conditions repeat. The October 26, 2020 release discussed the results from holes CL-20-01 and CL-20-03. This release discusses (1) the drill program as a whole (all results); (2) the significance of the new, previously unreleased holes, as they relate to both the historical holes and the new intersection of hole CL-20-01 (discovery of a potential ore body); and (3) an amendment to length and average grades of previously released CL-20-03 (to slightly shorten the interval reported to adjust for economic grades). See Table 1 below for a summary of assay highlights.

 

  Drill hole CL-20-0   1 was drilled oblique (45 degrees to bedding) to historic drill hole 86-28 in an attempt to confirm the historic high-grade intersect (14.98 g/t Au continuous average over 12.1m) and also to test the influence of shearing affecting the Bugow Iron formation in both sulfidization and gold deposition. Hole CL-20-01 intersected the amphibolitic iron formation at a depth of 24.29m, where the upper contact appears sheared, deformed and intensely sulfidized. The iron formation is also flooded with quartz veining, likely related to a deformation/shearing event, and more than probable, related to the gold mineralization. Later narrow pegmatite bodies intrude both the host rock and the mineralized zones, thus explaining the dilutive low to nil gold values between high-grade gold intervals. The continuous long gold mineralized interval extends from 24.63m to 46.64m for a total of 22.0m averaging 7.94 gpt Au (all averages reported in this release are weighted). The 22.0 meter interval includes 2.78m averaging 18.50g/t Au. See Hole C-20-08, as well as Figure 1 – Drill Plan View, below below for discussion of the intersection between holes CL20-01 and CL-20-08.

 

  Drill hole CL-20-0   3 was planned with the intent of validating and verifying both of the historic intersects of holes 86-10 and 86-11, as well as to intersect the historic Bugow Iron formation in between these historic holes after applying deviation corrections in the historic database. Hole CL-20-03 intersected a long interval of continuous gold mineralization from the upper sheared contact of the historic Bugow Iron formation at a depth of 41.199m to 54.84m, for a total of 13.7m averaging 6.97 g/t Au. The 13.7m intersect has a larger sub interval of continuous gold mineralization of 11.5m averaging 7.96 g/t Au.

 

  Drill hole CL-20-0   5 was drilled oblique (45 degrees to bedding) to historic drill hole 86-26, and at a similar orientation to new hole CL-20-01 in an attempt to confirm the historic high-grade intersect 12.54 g/t Au over 4.1m and also to test the influence of shearing affecting the Bugow iron formation in both sulfidization and gold deposition. New hole CL-20-05 intersected the sheared and sulphidized amphibolitic iron formation at a depth of 45.53m. The continuous gold mineralized interval extends from 45.53m to 55.2m for a total of 9.67m with a weighted average of 4.15 g/t Au. The 9.67m interval includes a higher-grade interval of 8.97 g/t Au over 3.11m (from 45.53m to 48.64m).

 

  Drill hole CL-20-06 was drilled along strike of CL-20-03. This hole was collared on section to intersect with historic holes 86-29 and 86-24, both of which had returned poor to nil historic gold assays. New hole CL-20-06 was a success and a new discovery. It was drilled closer to surface than the historic hole and intersected a silicified and sheared sulphidic iron formation from 13.01m to 20.5m that graded a continuous average of 7.55 g/t Au over 7.49m. The 7.49m interval included 9.98 g/t over 5.57m (13.1m to 18.6m), and 13.78 g/t over 2.82m (13.1m to 15.9m). The 7.49m   intersection is significant because it shows that there are significant   mineralized   gold   shoots that were missed during the historic drill campaigns   ,   and it supports   the new hypothesis that the high grade gold at the   Bugow   zone   occurs closer   to surface then previously interpreted   .  

 

  Drill hole CL-20-07 stepped-out to the south of new hole CL-20-06 and intersected and confirmed gold values drilled in historic hole 86-14. A variably silicified and sheared iron formation was intersected from 28.0m to 52.93m. New hole CL-20-07 returned higher grades than historically reported bringing an continuous average interval of 7.05 g/t Au over 4.98m (from 28.6m to 33.6m).

 

  Drill hole CL-20-08   suggests   the   potential discovery of continuous   high-grade gold   ore body (see "Figure 1 – Drill Plan View" below). New hole CL-20-08 was drilled oblique to historic drill holes 86-12 (15.77 g/t over 8.02m) and targeted the shear zone intersected by new hole CL-20-01 (see above). CL-20-08 intersected gold mineralized iron formation at a depth of 18.04m. The continuous gold mineralized interval extends from 18.04m to 32m averaging 13.   66   g/t Au over 31.   9   m . The 31.9m interval includes 29.9m of continuous 14.45 g/t gold. Hole CL-20-08   supports the interpretation that   gold mineralization associated with shearing   in the iron formation   is continuous   between the section collared at CL-20-01 and CL-20-08   , and boosts the overall average of continuous gold intersected by CL-20-01   .  

 

  Drill hole   s CL-20-02, CL-20-04, and   CL-20-0   9 did not return significant gold values. However, these drill holes continued through the iron formation and are helping to provide a better understanding of the structures that control the gold mineralization reported above.

 

  Figure 1 –   D   rill Plan View  

 

  Judson   Cul   ter   , CEO at Rover Metals, state   s   "   we are excited to get back to drilling at Cabin Lake   , and the above featured   Bugow   zone,   as soon as Q1-2020. Our preliminary geological modelling suggests that the    DDH 86-28 to CL-20-01 to CL-20-08 to DDH86-19   '   quadrant   at   Bugow   is a conceptual high-grade ore body that needs to be drill tested at depth.   T   he continuity of gold mineralization in Holes CL-20-01 and CL-20-08 shows us that gold is associated with sheared intervals of the iron formation and is not   stratiform   to bedding. Th   e   Summer   2020   drill confirmation of our exploration approach ge   nerates new targets   no   t   only   within   the   Bugow   zone,   but also   within   the   other   historic   showings on the property   (the Beaver Zone, Andrew South Zone, and the Andrew North zone). We also now have opened the door to several   green   fields   targets on the project   .   "  

 

Rover's technical team, led by Raul Sanabria, will continue to work on updates to the company's website in the coming days. Updates will include more technical cross-sections and 3D modelling of all drill results at the Bugow zone to date. The Company intends to share the assay certificates and the raw drill data on its website as well, along with geological comparables for Northwest Territories archean load gold deposits that have statistically had a one-to-eight horizontal-to-vertical ratio for mineralization at depth.

 

  Ta   ble 1.   Sum   mary of Assay Results  

 

 

 

 

 
                                                                                                                                                                                                                                            
  CL-20-01  
  From(m)    To(m)    Interval(m)    Sample ID    Au ppm  
24.63 24.93 0.30 V745603 1.45
24.93 25.40 0.47 V745604   5.38  
25.40 25.90 0.50 V745606   11.50  
25.90 26.27 0.37 V745607   16.20  
26.27 26.71 0.44 V745608 1.88
26.71 27.38 0.67 V745609 3.18
27.38 28.00 0.62 V745610 0.05
28.00 29.01 1.01 V745611 2.54
29.01 29.31 0.30 V745612   11.40  
29.31 29.35 0.04 V745613   8.36  
29.35 29.76 0.41 V745614   5.75  
29.76 30.40 0.64 V745615   5.21  
30.40 30.90 0.50 V745616   5.06  
30.90 31.35 0.45 V745618   20.50  
31.35 31.88 0.53 V745619   11.30  
31.88 32.46 0.58 V745620   9.40  
32.46 32.59 0.13 V745621 0.65
32.59 32.87 0.28 V745622 2.26
32.87 34.00 1.13 V745623   10.20  
34.00 34.40 0.40 V745624   12.80  
34.40 34.90 0.50 V745625 4.52
34.90 35.43 0.53 V745626 4.86
35.43 35.93 0.50 V745627 4.32
35.93 36.43 0.50 V745629 1.18
36.43 37.00 0.57 V745630 3.55
37.00 37.50 0.50 V745631   13.60  
37.50 38.04 0.54 V745632   13.20  
38.04 38.54 0.50 V745633   9.56  
38.54 39.04 0.50 V745634   6.51  
39.04 39.65 0.61 V745635 4.83
39.65 40.10 0.45 V745636 3.88
40.10 40.70 0.60 V745638   6.58  
40.70 41.20 0.50 V745639 4.81
41.20 41.70 0.50 V745640   7.14  
41.70 42.20 0.50 V745641   12.40  
42.20 42.70 0.50 V745642   18.70  
42.70 43.05 0.35 V745643   27.30  
43.05 43.28 0.23 V745644 1.35
43.28 43.86 0.58 V745645   20.80  
43.86 44.48 0.62 V745646   22.50  
44.48 44.89 0.41 V745647 0.55
44.89 45.72 0.83 V745648 4.55
45.72 46.24 0.52 V745649 3.65
46.24 46.64 0.40 V745650 2.19
     
     
 

 

 
                                                                                                                                        
  CL-20-03  
  From(m)    To(m)    Interval(m)    Sample ID    Au ppm  
41.19 42.06 0.87 V745769 1.29
42.06 42.53 0.47 V745770   4.72  
42.53 43.00 0.47 V745771   23.6  
43.00 43.46 0.46 V745772   11.6  
43.46 43.99 0.53 V745773 3.35
43.99 44.35 0.36 V745774 3.06
44.35 44.97 0.62 V745775 1.72
44.97 45.44 0.47 V745776 2.12
45.44 45.95 0.51 V745777   4.99  
45.95 46.48 0.53 V745778   8.41  
46.48 46.94 0.46 V745779   23.3  
46.94 47.44 0.50 V745781   23.5  
47.44 47.97 0.53 V745782   5.45  
47.97 48.57 0.60 V745783   18.1  
48.57 49.00 0.43 V745784   16.9  
49.00 49.65 0.65 V745785   10.8  
49.65 49.95 0.30 V745786   5.13  
49.95 50.45 0.50 V745787 3.86
50.45 50.95 0.50 V745788 0.086
50.95 51.45 0.50 V745789 0.048
51.45 52.10 0.65 V745790 0.64
52.10 52.60 0.50 V745791   6.28  
52.60 53.07 0.47 V745792 1.82
53.07 53.55 0.48 V745794 5.1
53.55 54.50 0.95 V745795 1.83
54.50 54.84 0.34 V745796 2.32
 

 

 

 

 
                                                                                                     
  CL-20-05  
  From(m)    To(m)    Interval(m)    Sample ID    Au ppm  
45.53 46.22 0.69 Y030060   31.50  
46.22 46.68 0.46 Y030061 0.08
46.68 47.18 0.50 Y030063 1.18
47.18 47.76 0.58 Y030064 1.84
47.76 48.18 0.42 Y030065   5.04  
48.18 48.64 0.46 Y030066   5.09  
48.64 49.08 0.44 Y030067 0.19
49.08 49.64 0.56 Y030068 0.67
49.64 50.24 0.60 Y030069 0.40
50.24 50.74 0.50 Y030104 0.95
50.74 51.34 0.60 Y030105 0.73
51.34 51.84 0.50 Y030106 1.85
51.84 52.37 0.53 Y030070 2.87
52.37 52.87 0.50 Y030071 0.37
52.87 53.17 0.30 Y030072 0.32
53.17 54.00 0.83 Y030073 1.40
54.00 54.49 0.49 Y030074   5.99  
54.49 54.70 0.21 Y030075 0.50
54.70 55.20 0.50 Y030076   7.36  
 

 

 
                                                                       
  CL-20-06  
  From (m)    To (m)    Interval(m)    Sample ID    Au ppm  
13.05 13.55 0.50 Y031107   16.90  
13.55 13.85 0.30 Y031109   43.40  
13.85 14.25 0.40 Y031110 2.42
14.25 15.00 0.75 Y031111 4.01
15.00 15.24 0.24 Y031112   14.50  
15.24 15.54 0.30 Y031113   6.92  
15.54 15.87 0.33 Y031114   23.80  
15.87 16.40 0.53 Y031116 1.49
16.40 16.85 0.45 Y031117 1.87
16.85 17.64 0.79 Y031118   5.13  
17.64 18.14 0.50 Y031119   16.20  
18.14 18.62 0.48 Y031120   6.15  
18.62 19.00 0.38 Y031121 0.67
 

 

 
                                         
  CL-20-07  
  From(m)    To(m)    Interval(m)    Sample ID    Au ppm  
28.60 29.14 0.54 Y031132   8.08  
29.14 29.64 0.50 Y031133   30.70  
29.64 30.14 0.50 Y031135 2.25
30.14 31.15 1.01 Y031136 2.26
31.15 32.17 1.02 Y031137 0.12
32.17 32.96 0.79 Y031138   8.64  
32.96 33.58 0.62 Y031139   8.11  
 

 

 
                                                                                                                                                                                                                                                                                                               
  CL-20-08  
  From(m)    To(m)    Interval(m)    Sample ID    Au ppm  
17.49 18.04 0.55 Y031167 2.58
18.04 18.57 0.53 Y031169   26.90  
18.57 19.30 0.73 Y031170   13.60  
19.30 19.94 0.64 Y031172   6.54  
19.94 20.60 0.66 Y031173   18.20  
20.60 20.90 0.30 Y031174   25.10  
20.90 21.53 0.63 Y031175   28.00  
21.53 22.00 0.47 Y031176   25.50  
22.00 22.50 0.50 Y031177   20.80  
22.50 22.94 0.44 Y031178   13.50  
22.94 23.58 0.64 Y031180   7.44  
23.58 23.88 0.30 Y031181   37.90  
23.88 24.60 0.72 Y031182   13.20  
24.60 25.00 0.40 Y031183   11.60  
25.00 25.48 0.48 Y031184   31.10  
25.48 25.81 0.33 Y031185   26.30  
25.81 26.31 0.50 Y031186   17.00  
26.31 26.84 0.53 Y031187 3.84
26.84 27.36 0.52 Y031188   5.14  
27.36 28.10 0.74 Y031189   7.25  
28.10 28.55 0.45 Y031190   11.60  
28.55 29.09 0.54 Y031191   4.92  
29.09 29.72 0.63 Y031192   12.10  
29.72 30.38 0.66 Y031194   18.60  
30.38 30.93 0.55 Y031195   14.70  
 
  CL-20-08 (continued)  
  From(m)    To(m)    Interval(m)    Sample ID    Au ppm  
30.93 31.49 0.56 Y031196   8.36  
31.49 32.01 0.52 Y031197   27.50  
32.01 32.51 0.50 Y031198   20.60  
32.51 33.00 0.49 Y031200   16.30  
33.00 33.53 0.53 Y031501 2.46
33.53 34.13 0.60 Y031502 0.83
34.13 34.53 0.40 Y031503 1.52
34.53 35.06 0.53 Y031504   16.50  
35.06 35.56 0.50 Y031505   21.40  
35.56 36.00 0.44 Y031506   11.00  
36.00 36.58 0.58 Y031507   15.20  
36.58 37.22 0.64 Y031510   13.80  
37.22 37.76 0.54 Y031511   5.45  
37.76 38.48 0.72 Y031512 4.13
38.48 39.05 0.57 Y031513   9.00  
39.05 39.65 0.60 Y031514   12.50  
39.65 40.00 0.35 Y031515   9.50  
40.00 40.50 0.50 Y031516   26.30  
40.50 41.04 0.54 Y031517   19.30  
41.04 41.50 0.46 Y031518   22.00  
41.50 42.10 0.60 Y031519   11.80  
42.10 43.15 1.05 Y031520 2.25
43.15 43.60 0.45 Y031521 0.35
43.60 44.02 0.42 Y031522   6.89  
44.02 44.65 0.63 Y031523   20.70  
44.65 45.17 0.52 Y031524   17.90  
45.17 45.75 0.58 Y031526   21.90  
45.75 46.23 0.48 Y031527   20.00  
46.23 46.73 0.50 Y031528   6.29  
46.73 47.29 0.56 Y031529   31.90  
47.29 47.93 0.64 Y031530   22.40  
47.93 48.45 0.52 Y031531 1.81
48.45 48.90 0.45 Y031532 1.94
 

   Technical Information   

 

Drill core is cut with half sent to AGAT Laboratories Inc. (AGAT) for drying and crushing to -2 mm, with a 1.00 kg split pulverized to -75 µm (200#). AGAT is an ISO 17025 accredited laboratory. A 50 g charge is Fire Assayed and analyzed using an AAS finish for Gold. Samples above 10.00 g/t Au are analyzed by Fire Assay with a gravimetric finish and selected samples with visible gold or high-grade mineralization are assayed by Metallic Screen Fire Assay on a 1.00 kg sample.

 

True thicknesses of the intervals reported herein reported have not been calculated, therefore, all intervals are reported as drill core intervals and should be considered apparent thicknesses. All historic and 2020 program gold grade averages are reported at weighted averages.

 

Technical information in this news release has been approved by Raul Sanabria, M.Sc., P.Geo., Technical Advisor and shareholder of Rover Metals Corp. and a Qualified Person for the purposes of National Instrument 43-101.

 

   About Rover Metals  

 

 Rover Metals is a precious metals exploration company specialized in North American precious metal resources, that is currently advancing the gold potential of its existing projects.

 

You can follow Rover Metals on its social media channels:

 

Twitter: https://twitter.com/rovermetals   
LinkedIn: https://www.linkedin.com/company/rover-metals/   
Facebook: https://www.facebook.com/RoverMetals/   
for daily company updates and industry news, and
YouTube: https://www.youtube.com/channel/UCJsHsfag1GFyp4aLW5Ye-YQ?view_as=subscriber   
for corporate videos.
Website: https://www.rovermetals.com/  

 

  ON BEHALF OF THE BOARD OF DIRECTORS  
"Judson   Culter   "  
Chief Executive Officer and Director
For further information, please contact:
Judson Culter
Email: judson@rovermetals.com  
Phone: (604) 449-5347

 

  Statement Regarding Forward-Looking Information  

 

This news release contains statements that constitute "forward-looking statements." Such forward-looking statements involve known and unknown risks, uncertainties and other factors that may cause Rover's actual results, performance or achievements, or developments in the industry to differ materially from the anticipated results, performance or achievements expressed or implied by such forward-looking statements. Forward-looking statements are statements that are not historical facts and are generally, but not always, identified by the words "expects," "plans," "anticipates," "believes," "intends," "estimates," "projects," "potential" and similar expressions, or that events or conditions "will," "would," "may," "could" or "should" occur. There can be no assurance that such statements will prove to be accurate. Actual results and future events could differ materially from those anticipated in such statements, and readers are cautioned not to place undue reliance on these forward-looking statements. Any factor could cause actual results to differ materially from Rover's expectations. Rover undertakes no obligation to update these forward-looking statements in the event that management's beliefs, estimates or opinions, or other factors, should change.

 

  THE FORWARD-LOOKING INFORMATION CONTAINED IN THIS NEWS RELEASE REPRESENTS THE EXPECTATIONS OF THE COMPANY AS OF THE DATE OF THIS NEWS RELEASE AND, ACCORDINGLY, IS SUBJECT TO CHANGE AFTER SUCH DATE. READERS SHOULD NOT PLACE UNDUE IMPORTANCE ON FORWARD-LOOKING INFORMATION AND SHOULD NOT RELY UPON THIS INFORMATION AS OF ANY OTHER DATE. WHILE THE COMPANY MAY ELECT TO, IT DOES NOT UNDERTAKE TO UPDATE THIS INFORMATION AT ANY PARTICULAR TIME EXCEPT AS REQUIRED IN ACCORDANCE WITH APPLICABLE LAWS.  

 

   NEITHER THE TSX VENTURE EXCHANGE NOR ITS REGULATION PROVIDER (AS THAT TERM IS DEFINED IN THE POLICIES OF THE TSX VENTURE EXCHANGE) ACCEPTS RESPONSIBILITY FOR THE ADEQUACY OF THIS RELEASE.   

 

 

 

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