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Wednesday, 11/14/2012 7:26:12 AM

Wednesday, November 14, 2012 7:26:12 AM

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Red Eagle Mining (RD.V) Intercepts 7.5 Metres at 4.24 Grams Gold Per Tonne in Oxides at Santa Rosa



VANCOUVER, BRITISH COLUMBIA--(Marketwire - Nov. 14, 2012) -Red Eagle Mining Corporation (TSX VENTURE:RD)(OTCQX:RDEMF) is pleased to announce the complete assay results from the Phase Three drill programme, which targeted the shallower oxide mineralisation at the San Ramon gold system, Santa Rosa project located in Colombia. 90% of drill holes in the Phase Three drill programme intercepted significant gold mineralisation. Highlights from the final 21 drill holes (SR-119 to SR-139) include intercepts:
•SR-120 - 15.4 metres at 1.67 g/t Au from 17.0 metres down hole
•SR-133 - 7.5 metres at 4.24 g/t Au from 45.6 metres down hole
•SR-135 - 4.7 metres at 3.12 g/t Au from 72.1 metres down hole

"Our completed Phase Three delineation drilling confirms strong gold mineralisation from surface in the oxidised material at San Ramon," comments Ian Slater, Chief Executive Officer. "With our recent $20 million financing completed we have now commenced drill testing the gold system down dip, where typically higher grades have been intercepted. Three rigs are turning with a fourth being mobilized."

Highlights from the previously released 53 holes (SR-066 to SR-118) from the Phase Three drill programme include intercepts:
•SR-068 - 11.6 metres at 2.74 g/t Au from 46.4 metres down hole
•SR-069 - 11.7 metres at 4.96 g/t Au from 68.4 metres down hole
•SR-071 - 29.2 metres at 0.80 g/t Au from 37.6 metres down hole
•SR-072 - 47.4 metres at 1.34 g/t Au from surface
•SR-073 - 16.0 metres at 1.71 g/t Au from 35.8 metres down hole
•SR-076 - 35.0 metres at 0.58 g/t Au from 5.2 metres down hole
•SR-080 - 38.5 metres at 0.51 g/t Au from 6.2 metres down hole
•SR-083 - 2.6 metres at 18.01 g/t Au from 69.0 metres down hole
•SR-093 - 5.7 metres at 3.78 g/t Au from 2.6 metres down hole
•SR-097 - 6.9 metres at 3.09 g/t Au from 13.7 metres down hole
•SR-108 - 3.4 metres at 8.75 g/t Au from 15.5 metres down hole
•SR-109 - 19.6 metres at 2.32 g/t Au from 9.7 metres down hole
•SR-110 - 28.4 metres at 1.96 g/t Au from surface
•SR-111 - 22.1 metres at 2.17 g/t Au from 13.2 metres down hole
•SR-112 - 23.7 metres at 2.09 g/t Au from 10.0 metres down hole
•SR-113 - 18.3 metres at 1.31 g/t Au from 19.0 metres down hole

The San Ramon structure trends east-west, dips 60°-70° to the north, extends over 1,800m, is up to 60m wide and is mineralised from surface. Phase One and Two drill intercepts from 18,000m averaged 2.1 g/t Au (using a 0.20 g/t Au lower cut and no upper cut) to a vertical depth of approximately 250m with mineralisation remaining open at depth. News flow over the coming months includes:
•Results from the current 17,000 metre Phase Four drill programme;
•NI 43-101 resource estimate (to be released December 2012); and
•Preliminary Economic Assessment (to be released Q1 2013).

Table 1 summarizes the significant (+0.20 g/t) uncut gold intercepts from Phase Three core drill holes SR-066 to SR-139 (see Figure 1 - Drill Hole Plan and Figure 2 - Long Section). Holes SR-066 to SR-118 have been previously released. True widths are estimated to be 70-90% of the intercepts and vertical depths are estimated to be 70-90% of the drilled depths reported below. Internal dilution within intercepts is limited to the inclusion of runs of no more than 6m below cut-off. Holes SR-66, 106, 107, 114, 115 and 125-127 did not intercept economic mineralisation. For pictures of the drill core see Red Eagle's photostream on flickr.

Table 1 - San Ramon Phase Three Drill Intercepts



Hole ID

From (m)

To (m)

Interval (m)

Au (g/t)



SR-067

36.0

37.0

1.0

16.80




54.0

56.0

2.0

3.47




112.0

123.0

11.0

0.31



SR-068

46.4

58.0

11.6

2.74



SR-069

68.4

80.1

11.7

4.96



SR-070

0.0

3.0

3.0

0.86




41.0

58.0

17.0

1.02



SR-071

37.6

66.8

29.2

0.80



SR-072

0.0

47.4

47.4

1.34



incl.

43.2

44.0

0.9

20.70



SR-073

0.0

9.6

9.6

1.02




35.8

51.8

16.0

1.71



SR-074

0.0

16.4

16.4

0.54




33.7

42.2

8.5

0.50



SR-075

0.0

24.4

24.4

0.60




35.1

38.2

3.1

0.56



SR-076

5.2

40.2

35.0

0.58



SR-077

0.0

29.0

29.0

0.44




43.0

49.0

6.0

1.07




59.9

63.0

3.2

4.27



SR-078

0.0

39.6

39.6

0.41




48.7

60.2

11.5

0.46



SR-079

0.0

4.9

4.9

0.51




20.2

29.2

9.0

0.85




47.2

48.3

1.1

0.57




53.7

61.4

7.6

1.07




75.4

80.3

4.8

0.25




86.1

96.0

9.9

0.81




101.4

102.4

1.0

0.58



SR-080

6.2

44.7

38.5

0.51



SR-081

3.8

31.5

27.8

0.35




39.5

70.4

30.9

0.36



SR-082

24.9

36.3

11.5

0.49




50.2

63.0

12.8

0.99



SR-083

46.0

52.0

6.0

1.73




69.0

71.6

2.6

18.01




89.3

93.2

3.9

2.38



SR-084

3.0

11.2

8.3

0.51




35.7

37.2

1.5

0.74



SR-085

0.0

16.6

16.6

0.30




31.0

38.0

7.0

0.44




56.7

67.8

11.1

0.97



SR-086

0.0

1.8

1.8

1.00




13.8

28.9

15.1

0.33



SR-087

1.8

5.2

3.4

1.13




16.6

18.0

1.5

1.21



SR-088

4.4

19.8

15.5

0.37




28.8

43.2

14.4

0.75




71.1

73.4

2.3

5.01



SR-089

0.0

24.0

24.0

0.38




43.4

48.8

5.4

0.36



SR-090

0.2

15.4

15.2

0.27




29.8

34.0

4.3

3.06



SR-091

1.6

7.6

6.0

0.58




40.3

44.5

4.3

1.74



SR-092

1.6

6.7

5.1

1.01




26.0

27.9

1.9

5.20



SR-093

2.6

8.3

5.7

3.78




35.5

44.9

9.4

0.39



SR-094

2.0

5.9

4.0

0.22



SR-095

4.6

17.1

12.5

0.50




30.8

36.0

5.2

0.74



SR-096

0.8

16.7

15.9

0.68



SR-097

4.6

5.7

1.1

0.56




13.7

20.6

6.9

3.09



incl.

15.5

16.5

1.0

14.50



SR-098

8.0

9.0

1.0

0.70



SR-099

20.5

21.6

1.1

0.80




36.6

42.8

6.2

0.27



SR-100

3.2

7.9

4.7

0.31




26.6

28.1

1.5

1.86



SR-101

6.1

7.4

1.3

1.06




43.4

48.0

4.6

0.43




53.4

56.4

3.0

1.36



SR-102

6.9

9.4

2.5

0.51




27.0

51.6

24.6

0.31



SR-103

12.6

15.1

2.6

6.07




52.7

61.0

8.3

0.31



SR-104

33.3

42.6

9.3

1.01



SR-105

6.1

12.3

6.2

0.24




25.4

26.4

1.0

1.02




41.5

45.7

4.3

0.73




53.4

67.7

14.3

0.67



SR-108

5.3

9.6

4.3

0.59




15.5

18.9

3.4

8.75



SR-109

9.7

29.3

19.6

2.32



SR-110

0.0

28.4

28.4

1.96



SR-111

13.2

35.3

22.1

2.17



SR-112

10.0

33.7

23.7

2.09



incl.

10.0

11.1

1.2

31.20



SR-113

19.0

37.3

18.3

1.31



incl.

36.3

37.3

1.0

15.70



SR-116

4.9

18.8

14.0

0.61



SR-117

2.1

18.5

16.4

0.49



SR-118

2.4

6.1

3.7

0.31




14.3

17.6

3.3

0.40




23.5

31.5

8.0

0.27



SR-119

19.9

23.0

3.1

3.36




31.6

40.6

9.0

0.28



SR-120

17.1

32.5

15.5

1.67



SR-121

30.0

30.9

0.9

1.13



SR-122

1.5

10.0

8.5

0.57




20.1

24.4

4.3

0.47



SR-123

15.9

19.1

3.2

0.54




33.0

35.3

2.3

0.23




45.3

50.9

5.6

0.24



SR-124

8.1

10.7

2.6

4.23



SR-128

9.1

22.5

13.4

0.37




29.4

41.4

12.1

0.23



SR-129

10.9

25.6

14.7

1.00



SR-130

4.1

5.1

1.0

4.41




10.3

12.3

2.1

0.36




26.3

29.8

3.5

0.31




34.1

35.6

1.5

1.43




38.9

44.4

5.5

0.19



SR-131

22.9

27.2

4.3

0.42




38.1

50.2

12.1

1.55



SR-132

2.2

6.3

4.1

0.65




35.6

38.1

2.6

1.84



SR-133

12.2

13.5

1.3

2.43




45.6

53.1

7.5

4.24



SR-134

19.8

22.8

3.0

0.43




48.8

59.4

10.7

0.68



SR-135

31.4

32.8

1.4

1.05




61.5

62.7

1.2

1.60




72.1

76.9

4.8

3.12



SR-136

19.2

20.2

1.0

5.51




43.5

65.8

22.3

0.35



SR-137

18.0

24.8

6.9

0.53




46.4

47.5

1.1

1.55



SR-138

11.8

12.7

0.9

3.22




27.9

29.1

1.2

2.55



SR-139

16.3

23.3

7.0

0.28


Table 2 - Drill Hole Specifications



Hole

Easting

Northing

Elevation (m)

Azimuth

Dip

EOH (m)



SR-066

857972

1223165

2,498

180

-50

88



SR-067

857972

1223165

2,498

180

-75

127



SR-068

857928

1223151

2,473

180

-50

65



SR-069

857928

1223151

2,473

180

-75

85



SR-070

857870

1223160

2,469

180

-50

64



SR-071

857829

1223168

2,468

180

-50

70



SR-072

857876

1223133

2,476

180

-75

55



SR-073

857876

1223133

2,476

180

-90

52



SR-074

857478

1223121

2,518

0

-60

54



SR-075

857478

1223121

2,518

0

-75

61



SR-076

857764

1223149

2,478

180

-50

67



SR-077

857763

1223146

2,470

180

-70

73



SR-078

857723

1223168

2,473

180

-50

70



SR-079

857723

1223167

2,473

180

-75

104



SR-080

857675

1223175

2,480

180

-50

88



SR-081

857675

1223176

2,480

180

-70

98



SR-082

857627

1223191

2,464

180

-75

98



SR-083

857627

1223191

2,464

180

-50

112



SR-084

857573

1223180

2,465

180

-50

70



SR-085

857573

1223181

2,465

180

-75

96



SR-086

857589

1223141

2,479

10

-65

47



SR-087

857589

1223138

2,479

190

-50

87



SR-088

857507

1223182

2,468

180

-50

79



SR-089

857507

1223182

2,468

180

-70

49



SR-090

857434

1223162

2,475

180

-75

64



SR-091

857434

1223162

2,475

180

-50

52



SR-092

857393

1223159

2,481

180

-50

70



SR-093

857393

1223160

2,481

180

-75

56



SR-094

857344

1223144

2,489

180

-50

61



SR-095

857344

1223144

2,489

180

-70

61



SR-096

857295

1223139

2,491

180

-50

55



SR-097

857295

1223139

2,491

180

-70

53



SR-098

857247

1223146

2,500

180

-50

73



SR-099

857248

1223146

2,500

180

-70

72



SR-100

857214

1223162

2,496

180

-50

63



SR-101

857214

1223162

2,496

180

-80

72



SR-102

857162

1223178

2,485

180

-50

61



SR-103

857162

1223179

2,485

180

-75

76



SR-104

857123

1223204

2,457

180

-50

43



SR-105

857123

1223205

2,458

180

-60

81



SR-106

857123

1223205

2,458

180

-80

55



SR-107

857125

1223239

2,463

180

-50

69



SR-108

857006

1223174

2,485

180

-50

62



SR-109

857006

1223174

2,485

180

-70

64



SR-110

857038

1223178

2,485

180

-55

58



SR-111

857038

1223178

2,485

180

-70

61



SR-112

857084

1223184

2,471

180

-50

46



SR-113

857083

1223185

2,471

180

-70

46



SR-114

856949

1223149

2,505

180

-50

59



SR-115

856949

1223149

2,505

180

-70

27



SR-116

856893

1223173

2,492

180

-50

58



SR-117

856893

1223173

2,492

180

-70

59



SR-118

856851

1223195

2,483

180

-50

58



SR-119

856851

1223196

2,483

180

-70

67



SR-120

856808

1223210

2,473

180

-50

59



SR-121

856808

1223210

2,473

180

-70

71



SR-122

856772

1223220

2,467

180

-50

70



SR-123

856772

1223220

2,467

180

-70

79



SR-124

856718

1223210

2,455

180

-50

55



SR-125

856718

1223210

2,455

180

-70

50



SR-126

856674

1223219

2,449

180

-50

72



SR-127

856674

1223219

2,449

180

-70

53



SR-128

856603

1223206

2,472

180

-50

53



SR-129

856603

1223206

2,472

180

-70

71



SR-130

856554

1223210

2,491

180

-50

66



SR-131

856554

1223211

2,491

180

-70

71



SR-132

856509

1223215

2,514

180

-50

73



SR-133

856509

1223215

2,514

180

-70

56



SR-134

856458

1223228

2,527

180

-50

81



SR-135

856458

1223228

2,527

180

-70

91



SR-136

856406

1223228

2,524

180

-50

73



SR-137

856406

1223228

2,524

180

-70

67



SR-138

856360

1223243

2,491

180

-50

61



SR-139

856360

1223243

2,491

180

-70

61


Quality Control and Assurance (QC/QA)

All drill samples were collected with a diamond core drill rig using approximately one metre sample intervals of whole core and following standard industry practice. Acme Analytical Laboratories prepped and screened samples in Medellin, Colombia and assayed samples in Santiago, Chile. Gold values were determined by fire assay of a 50g charge at 250 mesh pulp with an AAS finish, or if over 10 g/t Au, were re-assayed and completed with a gravimetric finish. The coarse crush split reject (<16mm) was retained for metallurgical testwork. 10% of a range of selected assays over 0.2 g/t Au, with an average of approximately 1.0 g/t Au were taken from the middling split reject and submitted for metallic screening analysis at 150 mesh pulp followed by fire assay and both AAS and gravimetric finish. Any discrepancies were reanalysed from the remaining middling reject by gravity concentration and acid digest. QC/QA included the insertion and continual monitoring of standards and blanks into 10% of the sample stream batches, along with check assays conducted at alternate accredited laboratories.

The scientific and technical information contained in this news release has been reviewed and approved by Michael Johnson P.Geo., who is a "Qualified Person" as defined under National Instrument 43-101.

About Red Eagle Mining

Red Eagle Mining Corporation is a well-financed gold exploration and development company with an experienced mine development team. Red Eagle Mining is currently developing the 390 km² Santa Rosa gold project located in Colombia. Santa Rosa is an intrusive hosted structurally-controlled quartz stockwork system within the prolific Cretaceous Antioquia Batholith. Gold mining within the Santa Rosa project pre-dates the 16th century when an estimated 30 million tonnes were mined. Santa Rosa is located 70km north of Medellin near the town of Santa Rosa de Osos in a region characterized by gently rolling hills and excellent infrastructure. Santa Rosa is also located approximately 30km west of AngloGold Ashanti's Gramalote gold deposit (2.5 million ounce M&I resource grading 0.8 g/t Au) and 40km east of Continental Gold's Buritica gold deposit (1.6 million ounce M&I resource grading 13.6 g/t Au). Red Eagle Mining also holds an extensive package of exploration ground in Colombia, including the Pavo Real project in the Mid-Cauca gold belt.