report on diamond drilling completed in february 2006 · report on diamond drilling completed in...

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N.T.S.: 32EI13 Latitude: 49 58'N Longitude: 79 38'W

Candorado Operating Co. Ltd

Report on Diamond Drilling Completed in February 2006

Aurora Extension Property Lower Detour Lake Area

Ontario

Claims: 1199742, 1199762, 1199763, 1199765

2.3187

APR 0 ~ L

Paul R. J. Nicholls P .Eng March 27,2006

Diamond drilling, core logging and splitting completed between February 10 and February 20, 2006

StouffviIle Geological Services Ltd.

• Table of Contents

page List of Figures 11

List of Tables 11

List of Appendices 11

List of Sections 11

1.0 Summary 1

2.0 Recommendations 1

3.0 Introduction 3

4.0 Location and Access 3

5.0 Property Status 3

6.0 Previous Work 7

7.0 Geology 7 7.1 Regional Geology 7

• 7.2 Property Geology 7

8.0 2006 Work Program 9

9.0 Results 9 9.1 Lithology, Mineralization, and Alteration 9

9.1.1 Hole A-06-01 9 9.1.2 Hole A-06-02 12 9.1.3 Hole A-06-03 14

9.2 Structure 14 9.3 Geochemical Results 15

10.0 Interpretation and Conclusions 15

Selected Bibliography 16

Certificate of Author 17

• Stouffville Geological Services Ltd.

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List of Figures Figure 1 Summary Map (Scale - 1: 10,000) Figure 2 Location Map Figure 3 Location and Access Map (Scale - 1: 1 ,500,000) Figure 4 Claim Map (Scale - 1 :50,000) Figure 5 Regional Geology (Scale - 1 :500,000) Figure 6 2006 Program (Scale - 1: 10,000) Figure 7 Section 20800E (looking west) (Scale - 1: 1 ,000) Figure 8 Section 19000E (looking west) (Scale - 1:1,000)

List of Tables Table 1 Land Status Table 2 2006 Diamond Drill Holes Table 3 Sulphide Mineralization in Hole A-06-02 Table 4 Sulphide Mineralization and Veining in Hole A-06-03 Table 5 Samples with Anomalous Gold Concentrations - Hole A-06-03

List of Appendices Appendix 1 Diamond Drill Hole Logs Appendix 2 Certificates of Analysis

List of Sections

Hole A-06-01 Section 20800 E looking west (Scale - 1:250) Hole A-06-02 Section 19000 E looking west (Scale - 1 :250) Hole A-06-03 Section 19000 E looking west (Scale - 1 :250)

Stouffville Geological Services Ltd.

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page 1

1.0 Summary (Figure 1)

The Aurora Extension Property is underlain by volcanic rocks of the Abitibi Greenstone Belt and is located approximately eight kilometres south of the Detour Lake Gold Mine. The Detour Lake Gold Mine produced approximately 1.6 million ounces of gold during the period 1983 and 1998.

In February 2006 Candorado Operating Co. Ltd. completed 450 metres of diamond drilling in three holes to test induced polarization anomalies defined by surveys completed in 2004. The diamond drill holes intersected a steeply dipping sequence of mafic volcanic rocks (flows and tuffs) and a thin chalcopyrite bearing chemical sedimentary unit. Hole A-06-03 intersected 0.52 g/t Au over a core length of 1.0 metres in a banded mafic volcanic rock with thin quartz calcite veins. The induced polarization anomaly that hole A-06-03 tested is over one kilometre long and will require further drilling along strike from the intersection. In addition a total of five induced polarization anomalies defined by the 2004 survey remain to be tested and also will require work.

2.0 Recommendations

To further evaluate the Aurora extension property a program approximately 1050 metres of diamond drilling in seven holes is recommended. Diamond drill holes in the western portion of the property should be drilled from the south (360° azimuth). This program would test the remaining induced polarization anomalies as well as testing along strike from hole A-06-03.

The program is estimated to cost in the order of $200,000.00 .

StouffviIle Geological Services Ltd.

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Geology

Mafic Volcanic Flows

Mafic Volcanic Tuffs

Chemical Sedimentary Rocks

Contact

Geophysics

Induced Polarization Anomaly

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Candorado Operating Co. Ltd. Aurora Extension Property

Summary Map

Figure 1

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3.0 Introduction

The Aurora Extension Property of Candorado Operating Co. Ltd is located approximately eight kilometres south of the Detour Lake Gold Mine (past producer) which produced approximately 1.6 million ounces of gold during the period 1983 and 1998. The property is underlain by volcanic rocks of the Abitibi Greenstone Belt which hosts a number of significant gold deposits (Figure 2).

In February 2006, a program of diamond drilling consisting of three diamond drill holes (totalling 450 metres) was completed on the property. The following report is based on this program and its results.

4.0 Location, Access, and Topography

The Aurora Extension Property is located approximately 140 kilometres north of Cochrane, Ontario and approximately 8 kilometres south of the former Detour lake Mine. The property is accessible via highway 652 and the Detour Mine access road to the mine site and southeasterly from the mine site via a winter road which leads to the property (Figure 3).

Topographic relief on the property is low ranging from 252m to approximately 260m above sea level. Drainage is to the east to Lower Detour Lake which is located on the eastern limit of the property. The area is covered by forests of black spruce and areas of open muskeg .

5.0 Property Status

The Aurora Extension Property consists of four mineral claims totalling 704 hectares, located in the Lower Detour Lake Area (G-1647), Porcupine Mining District, Ontario (Figure 4). The claims are currently in good standing and the current land status is summarized in Table 1.

Table 1 - Land Status

Claim Number of Units Size (ha) Recording Date Work Due 1199762 15 240 July 16,2002 July 16, 2007 1199763 11 176 July 16,2002 July 16, 2007 1199742 6 96 April 15,2004 April 15, 2006 1199765 12 192 April 15, 2004 April 15, 2006

Total 704


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Paleozoic Rocks

page 4

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Extension Claims

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D Volcanic and Sedimentary Rocks

V Candorado Operating Co. Ltd.

Aurora Extension Claims

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Stouffville Geological Services Ltd . March 2006

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Location and Access

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Stouffville Geological Services Ltd, March 2006

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Claim Map

Figure 4

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page 7

6.0 Previous Work

Prior to 2004 the property had been covered airborne surveys completed by Western Mines Limited (Konings, 1980), and by the Ontario Government (1988). These surveys did not define electromagnetic conductors on the property. Regional geological mapping was completed by the Ontario Geological Survey (Johns, 1981) and by Western Mines Limited (Rockingham, 1980).

In 2004 Candorado Operating Co. Ltd completed a program of linecutting; and ground magnetometer and induced polarization surveys on the property. The surveys defined a series of easterly to southeasterly magnetic magnetic highs, and several induced polarization phase anomalies. The induced polarization anomalies were interpreted to indicate the presence of disseminated to fracture controlled sulphides.

7.0 Geology

7.1 Regional Geology

The Aurora Extension property ( Figure 5) is located near the northern margin of the Abitibi Greenstone Belt. In this area the Abitibi Greenstone Belt consists of mafic to felsic volcanic rocks and associated sedimentary rocks of Archean age. the volcanic - sedimentary sequence consists of a basal sequence of felsic to intermediate volcanic rocks that are overlain by a thin clastic sedimentary unit which is in turn overlain by mafic to intermediate flow and pyroclastic rocks. The volcanic -sedimentary succession is capped by a sequence of felsic to intermediate volcanic rocks, mafic volcanic rocks and clastic sedimentary rocks. Graphitic chemical sedimentary units are common near the top of the stratigraphic section. The volcanic - sedimentary sequence has been intruded by mafic to intermediate plutonic rocks and diabase dykes.

7.2 Property Geology

Regional mapping by Johns (1981) indicates that much of the property is underlain by massive to pillowed mafic volcanic rocks that have been intruded by a gabbro near the eastern limit of the claim block. Foliations measured by Johns indicate that the volcanic sequence has a southeasterly trend on the property .

StoutTville Geological Services Ltd.

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Significant Discovery

Discovery


Regional Geology

Stouffville Geological Services Ltd. March 2006 Figure 5

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8.0 2006 Work Program (Figure 6)

In February 2006 Major Drilling Group (Val D'Or, Quebec) completed three diamond drill holes totalling 450.0 metres on the Aurora Extension Property for Candorado Operating Co. Ltd. (Table 2). A D6 Caterpillar tractor was utilized to move the drill through the bush.

The BQ sized core was logged with respect to lithology and mineralization (Appendix 1) and then sampled. The core was split using a hydraulic splitter with one half of the core retained in the core box and the other half of the core sent to Laboratoire Expert (Rouyn-Noranda, Quebec) to be analyzed for Au. The samples (389) were subjected to a standard fire assay preparation and analyzed by Atomic Absorption (Appendices 2 and 3). The pulp from samples returning greater than 500 ppb Au was reanalysed using gravimetric methods to determine the Au concentration. The core was stored at the camp site (598930E, 5531045N - U.T.M. Zone 17, NAD 83 projection).

Table 2 - 2006 Diamond Drill Holes

Hole Grid Co-ordinates U.T.M. Co-ordinates Length Bearing Dip Easting Northing Easting Northing (m)

A-06-1 20800 31725 598074 5531780 150 180 -60 A-06-2 19000 32488 596258 5532509 150 180 -60 A-06-3 19000 32625 596254 5532643 150 180 -60 Total 450

9.0 Results

9.1 Lithology, Mineralization, and Alteration

9.1.1 Hole A-06-01 (Figure 7)

Hole A-06-01 intersected 32 metres of overburden, followed by a fine grained, medium to dark green mafic tuff with 30 to 40% clasts in a matrix of chlorite, amphibole, feldspar, 5% calcite, trace to 5% disseminated magnetite and trace to < 1 % pyrite (32.0 to 82.6 metres). The clasts are irregular in shape and range from less than 1 cm to approximately 3 cm in thickness. Between 82.6 and 150 metres Hole A-06-0 1 intersected massive, fine to medium grained, medium to dark green amphibole feldspar rich mafic flows. Some sections are pillowed and sections of gabbroic textured (coarser grained) flows were also intersected. The most common veins intersected in hole A-06-01 were quartz calcite veins. Between 44.9 and 82.6 trace amounts of pyrite was commonly found in the quartz calcite veins. Pyrite and pyrrhotite were intersected in a thin vein at 91.9 metres. Biotite, and pink feldspar were found locally as accessory minerals in veins between 91.0 and 124.3 metres. With the possible exception of the calcite present in the matrix of the mafic tuff units little alteration was observed in hole A-06-01.


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page 11

• IP Target A-06-01 Elevation (m)

Surface elevation approximately 254 m------

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End of Hole - 150.0 metres

Geological Legend

7

6

5

Felsic to Intermediate Intrusive Rocks a)feldspar porphyry b) quartz feldspar porphyry

Mafic to Intermediate Intrusive Rocks a) Mafic Dyke

Chemical Sedimentary Rocks a) graphite sulphide bearing b) chert c) oxide facies

4 Clastic Sedimentary Rocks

3

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Felsic to Intermediate Volcanic Rocks a) flows b) tuffs

Mafic Volcanic Rocks a) flows b) tuffs

Ultramafic Rocks

Stouffville Geological Services Ltd. March 2006

Overburden

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220

200

180

160

140

120

100

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Section 20800 E (looking west)

Figure 7

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9.1.2 Hole A-06-02 (Figure 8)

Hole A-06-02 intersected 8.0 metres of overburden and a sequence of fine grained, medium to dark green, massive to pillowed , amphibole feldspar rich mafic flows with trace calcite filled amygdules that alternated with fine grained medium brownish green massive to pillowed feldspar amphibole biotite mafic flows (8.0 to 150.0 metres). The brown colour of the flows is due to fine biotite disseminated throughout the unit and may be related to either alteration or possibly a difference in the original chemical composition of the flow units that caused the biotite to form during metamorphism. The mafic flows were intruded by a thin feldspar porphyry unit (90.1 to 94.2 metres) composed of 15% small irregular to sub rounded white feldspar phenocrysts in a quartz feldspar matrix. Quartz and quartz calcite veins were common with the more significantly developed sections summarized in Table 3. Pyrite and pyrrhotite were found in the veins in amounts ranging from trace to up to 5%, and locally disseminated in the mafic flows (37.0 to 46.5m). Trace amounts of chalcopyrite was observed in veins at 9.7 metres, and between 59.3 to 60.7 metres in the hole. Possible sphalerite was noted in veins at 90.1 and 94.0 metres. Minor tourmaline, and pink feldspar were also noted associated with hole A-06-02.

Table 3 - Sulphide Mineralization in Hole A-06-02

Interval (m) Description 9.1 to 9.2 Breccia zone with quartz, calcite, and pink feldspar 9.6 to 9.7 Thin quartz vein at 20° to core axis with chalcopyrite, and pyrrhotite

23.0 to 37.0 Varying amounts of quartz and quartz calcite veins, trace pyrite common, possible tourmaline noted in two veins

37.0 to 46.5 Trace to 2% veining, individual veins up to 3cm, trace pyrite and pyrrhotite in the veins and disseminated in rock.

47.9 to 48.3 30% quartz veins at 30 degrees to core axis, 1 to 2% pyrite and pyrrhotite in veins 51.9 to 52.0 40 to 50% cherty looking quartz vein material with up to 5% iron sulphides 59.3 to 60.7 10% white quartz calcite veins with individual veins up to 4 cm, trace pyrrhotite and pyrite

with minor chalcopyrite?, veins at 50 to 90 degrees to the core axis 63.0 to 63.5 5% quartz calcite veins with pyrrhotite and pyrite 77.6 to 77.8 quartz vein with epidote pyrite and pyrrhotite at 50 to 90° to core axis

81. 75 to 82.0 quartz calcite vein over 70% of section with trace to 5% pyrite and pyrrhotite, pyrrhotite is finely disseminated in vein and pyrite occurs as coarse blebs

90.1 to 90.5 40% quartz calcite veins with 5 to 10% pyrite and pyrrhotite, trace epidote and possible red sphalerite, veins at 45 degrees to the core axis

94.0 to 94.2 white to grey quartz vein (siliceous zone) with epidote, trace pyrite, zone at 45 degrees to the core

96.1 to 96.2 quartz calcite vein with hematite, pyrite and pyrrhotite 115.0 to 118.0 trace white quartz veins (1 to 10mm), local pink feldspar in veins, minor sulphides

146.2 4cm quartz vein with trace pink feldspar and minor pyrite, vein at 75° to the core axis


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-Surface elevation approximately 258 m

2a 7a

2b

2a

2a ,

End of Hole 150.0 metres

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6

5

4

3

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Chemical Sedimentary Rocks. . a) graphite sulphide bearing b) chert c) OXide facie

Clastic Sedimentary Rocks



Ultramafic Rocks

A-06-02

2a

Elevation (m)

240

220

200

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160 2a

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120

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Scale - 1 :1000 I I metres

50 ,


Section 19000 E (looking west)

Figure 8

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9.1.3 Hole A-06-03 (Figure 8)

Hole A-06-03 intersected 9.5 metres of overburden followed by a sequence of fine grained poorly to moderately banded, medium to dark green, amphibole feldspar mafic volcanics (flows or tuffs?) with 5% disseminated calcite (9.5 to 87.0 metres). Between 87.0 and 139.0 metres a sequence of fine to medium grained, massive (locally banded), dark green amphibole rich mafic flows with trace calcite filled amygdules was intersected. A fine grained, well laminated, medium to dark grey cherty (graphitic?) interflow unit containing trace to 5% pyrrhotite, pyrite, and chalcopyrite associated with quartz veining was intersected between 139.0 and 141.5 metres (true thickness of approximately 0.75 metres). The cherty interflow unit was followed by a thin mafic flow unit (141.5 to 145.2 metres), a second cherty unit (145.2 to 146.2 metres), and an intermediate to felsic tuff (146.2 to 150.0 metres). Two sets of veins were identified in hole A-06-3; the earliest set composed of quartz and calcite oriented at 20° to 30° to the core and a later set of primarily white quartz oriented at 80° to the core axis. The earlier veins have been folded and faulted by micro faults. Pyrite and pyrrhotite are common accessory minerals in the veins in amount varying from trace to 5%. The most significant concentration of sulphides was intersected between 139.0 and 141.5 metres with up to 5% pyrite, pyrite, and chalcopyrite was intersected. The sulphides were primarily associated with a white quartz vein oriented parallel to the core axis and with thinner quartz veins oriented at 20° to the core axis.

Table 4- Sulphide Mineralization and Veining in Hole A-06-03

Interval (m) Description 9.5 to 20.1 Several veins with trace to 5% pyrite and pyrrhotite, 2 vein sets one at 20° to 30° to the core

and a second (later) at 80 to the core 58.2 to 64.6 several veins with trace pyrrhotite and I'yrite

95.0 to 108.0 numerous quartz and quartz calcite veins with trace to 2% pyrrhotite and pyrite in veins, at 99.15 metres a 5mm band of fine pyrite, and disseminated to fracture controlled iron sulphides between 104.9 and 108.0 metres

134.0 to 139.0 several quartz veins with trace to 5% pyrite and pyrrhotite; chalcopyrite noted in veins at 136.2 and 136.9 metres; disseminated sulphides between 137.8 and 139.0 metres

139.0 to 141.5 quartz veins parallel to the core with pyrite, pyrrhotite and chalcopyrite, sulphides also present in chemical sediment

145.2 to 146.2 chemical sediment with trace to 5% sulphides

9.2 Structure (Figures 7 and 8)

Core angles measured for the contacts and individual lithological bands generally ranged from 45° in hole A-06-1 to 20° to 30° to the core axis in holes A-06-2 and 3 which indicates that the dip of the volcanic sequence varies from approximately 80° to the north at hole A-06-1 to approximately 70° to the south in the area of holes A-06-2 and 3. Two main sets of veins were intersected. The most commonly encountered veins are composed of quartz and calcite and tended to be sub parallel to the lithological banding. The second set was primarily quartz rich and was oriented at approximately 50° to 80° to the core axis .

StouffvilIe Geological Services Ltd.

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9.3 Geochemical Results (Figures 7 and 8)

Anomalous concentrations of Au (>100 ppb) were intersected in holes A-06-02 and 3. Hole A-06-02 intersected 121 ppb Au over 1.0 metres (93.0 to 94.0 metres; sample number 5404) hosted by a feldspar porphyry intrusive with thin quartz veins. Hole A-06-03 intersected anomalous concentrations of Au at three different stratigraphic levels (Table 5).

Table 5: Samples with Anomalous Gold Concentrations Hole A-06-03

Sample from to Length Au Au Lithology Number (m) (m) (m) (Ppb) (g/t)

5499 60.0 61.0 1.0 507 0.52 Mafic volcanic 20295 105.0 106.0 1.0 284 Mafic volcanic flow 20329 139.0 140.0 1.0 101 Chemical Sediment 20330 140.0 141.0 1.0 III Chemical Sediment 20336 145.2 146.2 1.0 109 Chemical Sediment

The highest concentration of Au was 0.52 g/t Au over a core length of 1.0 metres hosted in a banded mafic volcanic rock with trace quartz and calcite veins. Between 105.0 and 106.0 metres 284 ppb was associated with a mafic volcanic flow that contained trace veining and trace iron sulphides. The chemical sedimentary rock intersected near the bottom of the hole returned gold concentrations ranging from 1001 to III ppb Au .

10.0 Interpretation and Conclusions (Figure 1)

The three diamond drill holes completed intersected an easterly to south-easterly trending sequence of mafic volcanic flows and tuffs. The volcanic rocks are steeply dipping with dips ranging from approximately 80° to the north in hole A-06-01 to approximately 70° to the south in the area of holes A-06-02 and 3. Disseminated magnetite is common in the volcanic sequence and is probably the cause of the magnetic highs defined by the geophysical surveys.

Gold mineralization (0.52 g/t Au over a core length of 1.0 metres) intersected is hosted by a banded volcanic rock (probable tuff), that is associated with a one kilometre long induced polarization anomaly the was defined in 2004.

Additional work is required to test the remaining induced polarization anomalies and to follow up on the gold mineralization intersected in hole A-06-03 .

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page 16

References

Chartre, E. (2004): Geophysical Surveys, Lower Detour Project, Aurora Extension Property, Candorado Operating Co. Ltd. report.

Johns, G. W. (1982): Geology of the Burntbush-Detour Lakes Area, District of Cochrane; Ontario Geological Survey Report 199, 82p.

Konings, M. H. (1980): Airborne Electromagnetic Survey, Detour Lake Area; report prepared for Western Mines Limited by Questor Surveys Limited

Ontario Geological Survey (1996): Erlis Data Sets 1007 and 1008, Ontario Airbourne Magnetic and Electromagnetic Surveys, Detour Burntbush Abitibi Area


• 1)

2)

3)

4)

•

•

page 17

CERTIFICATION

I, Paul R. J. Nicholls of Stouffville, Ontario, do hereby certify that:

I am an independent geologist and have no financial interest in the property covered by this report.

I am a graduate of Queens University, Kingston, Ontario, B.Sc. (1976), and a member of the Association of Professional Engineers of Ontario. I have practised my profession for over 25 years.

I am the author of this report which is based on extensive experience in exploring the Detour Lake Area.

I supervised the diamond drilling completed on the Aurora Extension property during February 2006, which included logging the core and preparing maps and sections .

March 27, 2006


•

•

•

Appendix 1

Diamond Drill Hole Logs

•

•

•

Candorado Operating Co. Ltd.

Project: Lower Detour Project Northing:

Claim Group: Aurora Extension Easting: Core Size: BO Total depth: 150m

Page 1

Hole No.: A-06-01

Claim Number: 1199763 Bearing: Logged by: P. Nicholls Dip:

31725N 20800E 180· -60 Drilled by: Major Drilling

Date Logged: Feb. 15.2006 Acid Test: -50 at 150m Dates drilled: Feb. 13.2006 to Feb. 15.2006

Depth Graphic Description Sample No. Au (ppb) (m) Log

lOXO OVERBURDEN: 0 to 32.0m: sand. gravel, clay, casing to 32.0m L.::. £..-'>

MAFIC TUFF: 32.0 to 82.6m: fine grained, medium to dark green rock; 5201 7 L::::.

L::::. L::::. fragmental character with 30 to 40% clasts in a matrix of chlorite, amphibole, 5202 9 L::::. < feldspar and 5% calcite; clasts are irregular in shape and range from less than

L::::. L::::. 1 cm to approximately 3 cm in thickness and are oriented at 45· to the core 5203 L::::. axis; minor to trace pyrite as cubes and irregular blebs throughout section. B

L::::. L::::. 32.0 to 44.9m: minor magnetite in matrix L::::. 32.0 to 33.0m: trace to 5% thin veins; @ 33.6m a 1 cm quartz calcite vein at 5205 9

40

L::::. L::::. 80· to the core axis; @ 36.3m a 4cm quartz calcite vein; @ 37.2m a 7cm quartz L::::. calcite vein; @ 38.2m a 0.5 cm quartz calcite vein. 5206 6

L::::. L::::. 5207 B L::::. 44.9 to 60.5m: up to 5% disseminated magnetite,S to 10% calcite, and up to 5%

L::::. L::::. epidote in matrix; calcite also is present in fine fractures; massive white 5208 7 - L::::. quartz vein (51.35 to 51.5m) with contacts at 60· to the core axis; between 54.0 -

L::::. L::::. and 60.5m approximately 5% fine calcite and quartz veins, veins are contorted 5209 6

L::::. to irregular and are at various angles to the core axis, trace pyrite and 5210 7 L::::. L::::. magnetite is present in the veins

L::::. 5211 B L::::. L::::.

5212 L::::. 6 I.

L::::. L::::. 5213 12 L::::.

L::::. L::::. 5214 6 L::::. I.

5215 7 L::::. L::::.

L::::. I. 5216 5 L::::. L::::.

L::::. I. 5217 7

L::::. L::::. 5218 5 - L::::. I. 50

L::::. L::::. 5219 7 L::::. I.

L::::. L::::. 5220 5

L::::. I. 5221 7 L::::. L::::.

L::::. I. 5222 B L::::. L::::.

L::::. 60.5 to 66.3m: clasts are smaller and unit contains more magnetite and 5223 12

L::::. L::::. epidote, trace pyrite in matrix and in veins, sections contains approximately 5224 6 L::::. 5% thin quartz calcite veins.

L::::. L::::. 5225 5 L::::.

5226 5 L::::. L::::. L::::. 5227 5

L::::. L::::. L::::. 66.3 to 72.0m: magnetite similar to above, less epidote, 5% quartz calcite 5228 B

- L::::. L::::. r-L::::.

veins (1 to 2mm), trace pyrite in matrix and veins. 5229 5 60

L::::. L::::. 5230 6 L::::.

L::::. L::::. 5231 9

L::::. < 5232 B L::::. L::::.

L::::. < 5233 6 L::::. L::::.

72.0 to 82.6m: unit more massive with smaller clasts oriented at 45 degrees to L::::. 5234 <5

L::::. L::::. the core axis, 2 to 5% quartz calcite veins, trace magnetite and pyrite 5235 6

L::::. L::::. L::::. 5236 6

L::::. 5237 6 L::::. L::::.

L::::. 5238 5 70 - L::::. L::::. r-

L::::. 5239 7

L::::. L::::. 5240 <5 L::::.

L::::. L::::. 5241 7

-40

-so

-70

•

•

•




Page 2

Hole No.: A-06-01

Claim Number: 1199763 Bearing: Logged by.' Dip: P. Nicholls

31725N 20800E 180' -60 Drilled by: Major Drilling

Date Logged: Feb. 15,2006 Acid Test: -50 at 150m Dates drilled: Feb. 13, 2006 to Feb. 15, 2006

Depth (m)

80

90

100

110

Graphic Log

Description

MAFIC FLOW: 82.6 to 89.6m: massive, fine to medium grained, medium to dark green, amphibole feldspar rich rock, salt and pepper texture; unit fractured with 2 to 5% calcite veins (brittle fracture) ranging from 1 to 10mm in thickness, veins at various angles to the core axis, possibly a pillowed flow; thin sections with feldspar filled vesicules; minor pyrite in fractures; 88.9 to 89.6m: 5% white quartz veins up to 2cm at various angles to the core axis

M-~--r-rI' MAFIC FLOW: 89.6 to 91.6m: massive, medium to coarse grained, gabbroic textured amphibole feldspar rich unit; trace to 5% quartz biotite veins in section; between 91.0 and 91.6m 20 to 30% quartz biotite veins

MAFIC TUFF: 91.6 to 95.2m: fine to medium grained, medium green, calcite present in matrix, locally banded and clasts visible in some sections; 91.6 to 91.8m: quartz biotite veins comprise 10% of section; @ 91.9m: 1 to 4mm irregular vein with pyrrhotite and pyrite at 60 degrees to the core axis; 91.9 to 95.2m: trace to 2% thin quartz calcite veins with minor sulphides

MAFIC FLOW: 95.2 to 101.2m: gabbroic textured flow similar to above; between 95.2 amd 97.5m trace quartz calcite veins; and between 97.5 and 100.5m trace to 5% veins with quartz biotite veins (1 to 2 cm) at 98.0 and 98.6m

C::. MAFIC TUFF: 101.2 to 107.8m: fine grained medium green amphibole chlorite C::. C::. feldspar matrix with thin elongated dark green clasts oriented at 45' to the

C::. core axis; trace disseminated magnetite and up to 10% calcite in the matrix; C::. C::. trace to 2% thin quartz calcite biotite veins at various angles to the core axis;

C::. at 102.0 to 102.3m 40% quartz calcite veins. C::. C::.

C::. C::. C::.

MAFIC FLOW: 107.8 to 142.5m: massive, fine to medium grained, medium to dark green amphibole feldspar rich flow, possibly pillowed with minor gabbroic textured sections; unit contains trace to 2% quartz calcite veins;

@ 108.6m : 2 cm quartz biotite calcite vein at 20' to the core axis @ 110.5m : 2 to 5 cm quartz calcite vein at 30' to 45° to the core axis @ 111.3m : thin quartz calcite veins with pyrite 113.0 to 114.0m : 5% quartz calcite veins at various angles to the core axis

Sample No. Au (ppb)

5242 B

5243 6

5244 7

5245 6

5246 10

5247 5

5248

5249

54

16

5250 13

5251 8

5252

5253

5254

5255

5256

5257

5258

5259

5260

5261

5262

5263

8

14

7

8

7

6

5

7

<5

<5

8

9

5264 6

5265

5266

5267

5268

5269

5270

5271

5272

5273

5274

5275

5276

5277

5278

5279

5280

5281

8

7

11

6

<5

<5

<5

9

12

<5

7

10

<5

<5

5

8

<5

5282 <5

5283 <5

-80

-90

-100

-110

•

•

•



Claim Group: Aurora Extension Easting: Core Size: BQ Total depth: 150m

Page 3

Hole No.: A-06-01

Claim Number: 1199763 Bearing: Logged by'. Dip: P. Nicholls

31725N 20800E 1800

-60 Drilled by: Major Drilling

Date Logged: Feb. 15,2006 Acid Test: -50 at 150m Dates drilled: Feb. 13,2006 to Feb. 15,2006

Depth (m)

120

130

140

Graphic Log

V

Description

115.5 to 116.0m : 5% quartz calcite veins at various angles to the core axis 119.0 to 120.0m : 5% quartz calcite veins at various angles to the core axis 123.6 to 123.8m : altered zone with quartz veins, chlorite biotite and trace potassium feldspar @ 124.3m : 1 to 3 cm quartz calcite vein with pink feldspar at 450 to the core axis 124.3 to 142.5m : trace to 2% quartz calcite veins

MAFIC FLOW: 142.5 to 150.0m: gabbroic textured flow similar to above with amphibole up to 2mm in amphibole feldspar matrix; trace to 2% quartz veins and locally thin chlorite filled fractures; @ 148.5m : a 15 cm zone of finely banded chloritic material, disseminated magnetite, and a 3 cm white quartz vein, banding contorted.

At 150.0 End of Hole (casing pulled)

Sample No. Au (ppb)

5284 <5

5285 <5

5286

5287

5288

5289

5290

<5

<5

<5

<5

5

5291 <5

5292 <5

5293 24

5294 6

5295 7

5296 <5

5297 <5

5298

5299

<5

<5

5300 9

5301 <5

5302 7

5303 <5

5304 <5

5305 6

5306 <5

5307 <5

5308

5309

6

13

5310 <5

5311 <5

5312

5313

5314

7

<5

<5

5315 <5

5316 <5

5317 <5

5318 <5

.120

·130

·140

150 L-----~L-----------------------------------------------------~------~----~----~·150

•

•

•



Claim Group: Aurora Extension Easting: Core Size: BO Total depth: 150.0m

Page 1

Hole No.: A-06-02


32488N

19000E 180· -60 Drilled by: Major Drilling


10-

Description

MAFIC FLOW (BIOTlTIC): 8.0 to 20.8m: fine grained medium brown massive feldspar biotite rock with up to 10% amphibole; unit contains up to 5 % calcite in fine fractures and in veins; 8.9 to 9.0m: 5 to 10% - 1 to 2mm calcite filled fractures, unit rusty 9.1 to 9.2m: breccia zone and or vein with quartz calcite and pink feldspar containing 10 to 15% angular dark green fragments 9.6 to 9.7m: trace chalcopyrite and pyrrhotite in thin quartz vein 9.7 to 15m: 5 to 10% calcite quartz veins at various angle to the core axis, veins up to 1cm 18.0 to 20.8 m: unit more amphibole rich, 5 % veining

MAFIC FLOW: 20.8 to 46.5m: fine grained, medium to dark green, massive to pillowed, amphibole feldspar rich rock with trace calcite filled amygdules. 20.8 to 23.0m: thin chloritic bands possibly pillow rims, 20 to 30% quartz calcite veins with trace magnetite and pyrite, pyrite also occurs as irregular blebs in rock, some veins oriented at 20· to the core axis 23.0 to 25.8m: 20% calcite quartz veins 25.8 to 26.9m: 20% quartz veins with calcite and trace pyrite, some of the veining appears to follow pillow edges other veins irregular 26.9 to 29.7m: trace veining 29.7 to 29.8m: quartz vein with trace pyrite, dark grey to black mineral in vein (tourmaline?) 29.8 to 30.0m: trace pyrite disseminated 30.0 to 32.5m: trace quartz calcite veins at various angles to the core axis 32.5 to 32.8m; zone with 40% quartz vein material, trace pyrite 32.8 to 36.75m: trace veining with minor sulphides 36.75 to 37.0m: zone with 40% quartz vein material, trace pyrite, possible tourmaline 37.0 to 46.5m: section contains up to 2% veins with individual veins up to 3cm, trace pyrrhotite and pyrite in the veins and disseminated in the rock

Sample No.

5319

5320

5321

5322

5323

5324

5325

5326

5327

5328

5329

5330

5331

5332

5333

5334

5335

5336

5337

5338

5339

5340

5341

5342

5343

5344

5345

5346

5347

5348

5349

5350

5351

5352

5353

5354

5355

Au (ppb)

<5

<5

<5

<5

<5

5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

t- -10

-·20

-·30

- -40

•

•

•

Candorado Operating Co. Ltd. Project: Lower Detour Project Northing:

Claim Group: Aurora Extension Easting: Core Size: BQ Total depth: 150.0m

Page 2

Hole No.: A-06-02

Claim Number: 119762 Bearing: Logged by.' Dip: P. Nicholls

32488N 19000E 180' -60 Drilled by: Major Drilling



I' '-./ , )\f\ 5356 <5

5357 <5 MAFIC FLOW (BIOTITIC): 46.5 to 52.0m: similar to above with trace quartz calcite veins at various angles to the core. 5358 <5

47.9 to 48.3: 30% quartz veins at 30' to core axis, 1 to 2% pyrite and pyrrhotite 5359 <5

50

in veins

- 48.3 to 51.9m: trace veins with minor sulphides 51.9 to 52.0m: 40 to 50% cherty looking quartz vein material with up to 5% iron sulphides

5360 <5

5361 <5

'\. v 5362 <5

~ MAFIC FLOW: 52.0 to 58.8m: similar to above with trace to 1% quartz calcite veins.

~ @ 58.7m: a 4cm thick quartz veins with trace magnetite at 90' to the core axis

~

5363 <5

5364 <5

5365 <5

5366 <5

5367 <5

5368 <5

5369 <5

MAFIC FLOW (BIOTITIC): 58.8 to 90.1m: medium brown mafic flow, trace - amygdules. similar to above

59.3 to 60.7m: 10% white quartz calcite veins with individual veins up to 4 cm, 60

5370 <5

5371 <5

trace pyrrhotite and pyrite with minor chalcopyrite?, veins at 50' to 90' to the 5372 <5 core axis; 60.7 to 63.0m: trace veining; 5373 <5

63.0 to 63.5m: 5% quartz calcite veins with pyrrhotite and pyrite; 63.5 to 66.7m: trace thin quartz calcite veins;

5374 <5

66.7 to 67.8m: up to 5% of section veined, minor sulphides; 5375 <5 67.8 to 71.0m: 5 to 10% of unit veined, white quartz, looks similar to a breccia zone; 5376 <5

71.0 to 77.6m: trace to 2% calcite quartz veins, trace calcite filled amygdules; 5377 <5 17.6 to 77.8m: quartz vein with epidote pyrite and pyrrhotite at 50' to 90' to core axis; 5378 <5

78.0 to 78.2m: quartz calcite vein over 50% of section with trace pyrite; 78.2 to 81.75m: trace veins, trace calcite filled amygdules;

5379 11

81.75 to 82.0m: quartz calcite vein over 70% of section with trace to 5% pyrite - and pyrrhotite, pyrrhotite is finely disseminated in vein and pyrite occurs as

coarse blebs; 70

5380 <5

5381 <5

82.0 to 86.5m: trace white quartz calcite veins up to 1cm, no visible sulphides; 5382 <5 86.5 to 87.0m: 30 to 40% of section veined with veins parallel to core axis, possible pillow edge, trace pyrite; 5383 <5

87.0 to 87.5m: 5 to 10% of section veined with veins parallel to core axis, minor pyrite;

5384 <5

87.5 to 90.1m: trace to 2% veins, minor sulphides. 5385 <5

"\.v 5386 <5

5387 <5

5388 <5

5389 <5

5390 <5 80 -

5391 <5

5392 <5

5393 <5

5394 <5 v 5395 <5

~ 5396 <5 v

\J 5397 <5

-50

·70

-80

•

•

•



Claim Group: Aurora Extension Easting: Core Size: BO Total depth: 150.0m

Page 3

Hole No.: A-06-02


32488N 19000E 180° -60 Drilled by: Major Drilling


Depth Graphic Description (m) Log

90

100

110

120

Frr....,..,..~:..oR FELDSPAR PORPHYRY: 90.1 to 94.2m: fine grained medium to dark grey rock with quartz feldspar matrix with 15% small «2mm) irregular to subrounded white feldspar phenocrysts, trace quartz veins. 90.1 to 90.5m: 40% quartz calcite veins with 5 to 10% pyrite and pyrrhotite, trace epidote and possible red sphalerite, veins at 45° to the core axis; 94.0 to 94.2m: white to grey quartz vein (siliceous zone) with epidote, trace pyrite,zone at 45° to the core.

INTERMEDIATE TO MAFIC FLOW: 94.2 to 96.1m: fine grained, medium greY,massive, quartz feldspar rock with trace biotite quartz veins, minor pyrite,

1---;,--=-----=;,--1. trace hematite in fine fractures, possible intrusive

MAFIC TUFF: 96.1 to 101.7m: fine grained, medium to dark green amphibole feldspar matrix with 10% thin elongate dark green fragments oriented at 45° to the core axis, calcite present in matrix, up to 5% quartz veins with pyrite; 96.1 to 96.2m: quartz calcite vein with hematite, pyrite and pyrrhotite at 50° to the core axis, vein cut by a second thin quartz epidote vein.

MAFIC FLOW: 101.7 to 112.0m: fine grained, massive, medium to dark green

grey amphibole feldspar rich rock, grain size increases towards bottom of section @ 103.9 and 104.7m: unit cut by thin quartz hematite veins with no visible sulphides, veins oriented at 10 ° to the core axis

MAFIC FLOW: 112.0 to 1S0.0m: medium grained, massive, medium to dark green, amphibole feldspar rich rock, minor coarser grained sections, generally minor veining; @112.2Sm: 1 cm zone of quartz veining with pyrite, zone at 45° to the core axis; 113.5 to 113.8m: zone with fine quartz veins, rusty hematitic fractures; 115.0 to 118.0m: trace white quartz veins (1 to 10mm), local pink feldspar in veins, minor sulphides; 124.5 to 126.5: trace thin quartz veins with minor pyrite @ 130.0 and 133.5m: pink feldspar and/or hematite with thin quartz veins, trace pyrite; 136.5 to 141.5m: trace veining with trace sulphides in the veins; @ 144.0 and 145.5m: thin (2 to 3mm) quartz pink feldspar veins at 10° to the core axis; @ 146.2m: a 4cm quartz vein with trace pink feldspar and minor pyrite, vein at 75° to the core axis;

AT 150.0m END OF HOLE (Casing pulled)

Sample No. Au (ppb)

5398 <5

5399 <5

5400

5401

5402

5403

5404

5405

5406

5407

5408

5409

5410

5411

5412

5413

5414

5415

5416

5417

5418

5419

5420

5421

5422

5423

5424

5425

5426

5427

5428

5429

<5

<5

<5

<5

121

<5

<5

8

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

5430 <5

5431 <5

-90

-110

-120

•

•

•


Project: Lower Detour Project Northing: 32488N

Claim Group: Aurora Extension Easting: 19000E Claim Number: 119762 Bearing: 180· Logged by: P. Nicholls Dip: -60

Date Logged: Feb. 17.2006 Acid Test: -55 at 150m


130

140

Page 4

Hole No.: A-06-02 Core Size: BO Total depth: 150.0m Drilled by: Major Drilling

Dates drilled: Feb. 15.2006 to Feb. 17.2006

Sample No. Au (ppb)

5432 <5

5433 <5

5434 <5

5435 <5

5436 <5

5437 <5

5438 <5

5439 <5

5440 <5

5441 <5

5442 <5

5443 <5

5444 <5

5445 <5

5446 <5

-130

-140

150 L-__ .....L. _______________________ ......L ___ L-_---1 __ --...L._150

•

•

•




Page 1

Hole No.: A-06-03

Claim Number: 119762 Bearing: Logged by'. Dip: P. Nicholls




D~O~( OVERBURDEN: Casing to 9.5m

DYOq( DYOq( )~oq( DSJOq( lOnO(

10 - "- I' BANDED MAFIC VOLCANIC: 9.5 to 27.4m: fine grained poorly to moderately 5447 <5 r-

"- banded medium to dark green amphibole feldspar rock, banding at 30· to core 5448 <5 "- I'

axis, 5% calcite disseminated in rock; 5449 /"'- <5

""- / 9.5 to 12.0m: trace to 10% quartz calcite veins at 20· to 30· to core axis, trace 5450 <5

/""- to to 1% pyrrhotite in veins, second set of quartz veins at SO degrees to the 5451 <5

""- / core axis, trace tourmaline in vein at 11.25m; 5452 <5

/"'- 12.0 to 12.2m: 15% quartz calcite veins at 30· to the core axis; 13.0 to 13.7m: 20 to 30 % white grey quartz calcite veins at 30· to the core axis, 5453 <5

""- /

/""- trace pyrite, at top of section a Scm white quartz vein at SO· to the core axis; 5454 <5

""- / 14.2 to 15.3m: 50% of section veined with trace to 5% pyrrhotite and pyrite; at

/""- 14.35m grey white quartz calcite vein is folded and appears to be faulted with 5 5455 <5

""- / to 10% pyrite associated with the fault; micro faults at 30· to the core axis; 5456 <5 /""- @ 19.4: 3 cm quartz calcite vein at 3D· to the core axis with trace iron

""- / sulphides; 5457 <5 /""- 19.5 to 19.9m: fine quartz calcite veins at D· to 20· to the core axis, later set

5458 ""- / quartz veins at SO· to the core axis, pyrite, pyrrhotite and biotite associated 6 - /""- with later veins; -

5459 <5

"- @ 20.1m: 2 cm quartz vein at 3D· to the core axis with 5% pyrrhotite;

20

""- 26.9 to 27.4m: 35% quartz calcite veins at 20· to the core axis, at bottom of the 5460 <5

"- section 1 cm quartz vein at 70 to SO· to the core axis with pyrite, and pink 5461 <5

""- feldspar;

"- 5462 <5 /""-

""- / 5463 9

/""- 5464 <5 ""- /

/""- 5465 <5

""- /

5466 '\. <5

""- BANDED MAFIC VOLCANIC: 27.4 to 3S.Sm: similar to above, better banded 5467 5 "- I' with thin dark grey cherty? bands up to 0.5 cm, trace magnetite, 5% calcite in

1"-"". rock, trace quartz calcite veins at 20· to 3D· to the core axis; 5468 9 - ""- I' @ 31.9m: thin (1mm) quartz calcite vein with pyrite and pyrrhotite; f-

/",. @ 35.6m: 1 cm quartz vein at 50· to the core axis with pyrrhotite 5469 <5 30

.""- / 5470 6 /""-

""- I' 5471 5 /"'-

5472 ""- / <5

/""- 5473 6 ""- /

/""- 5474 <5

""- /

/""- 5475 <5

""- I'

/""- 5476 <5

""- / 5477 8

""- I' BANDED MAFIC VOLCANIC: 3S.S to 49.5m: similar to above with the mafic 5478 7 - /""- bands becoming more pronounded with appearance of large bladed amphibole -

""- I' crystals (3 to 4mm long), trace magnetite and calcite in unit, trace to 5% 5479 <5

/""- quartz calcite veins with no visible sulphides, veins subparallel to banding at 5480 <5 ""- / 30· to the core axis; /""- @ 42.2m: a 0.5cm quartz calcite vein with pyrrhotite; 5481 5

""- I' @ 44.0m: pyrite along a joint set perpendicular to banding. 5482 <5 /"'-

40

""- / 5483 7

-10

-20

-30

-40

•

•

•


Claim Group: Aurora Extension Easting: Core Size: SO Total depth: 150m

Page 2

Hole No.: A-06-03

Claim Number: 119762 Searing: Logged by.· Dip: P. Nicholls

32625N

19000E 180· -60 Drilled by: Major Drilling



/" '- / 5484 <5

/,-'- / 5485 <5

/,- 5486 <5

'- /

/,- 5487 <5

'- /

5488 <5 50 - /'" BANDED MAFIC VOLCANIC: 49.5 to 57.0m: similar to above units with

'" /

indistinct banding, unit more brown in colour probably due to fine brown /'" '"

/ biotite, bladed amphibole crystals are absent, trace to 5% quartz calcite veins /'"

'" / at 30· to the core axis.

/'"

5489 <5

5490 <5

5491 5

5492 6

."-. /

/'" 5493 <5

'- / 5494 <5 /,-'- 5495 82

/" BANDED MAFIC VOLCANIC: 57.0 to 70.6m: similar to 38.8 to 49.5m with

'" /

amphibole rich layers composing 60% of the unit, banding at 30· to the core /'" axis, trace disseminated magnetite, trace to 5% calcite quartz veins at 30· to

" /

the core axis; - /'" @ 58.2m: trace pyrite in 0.5 cm white quartz vein at 80· to the core axis;

'" /

/'" @ 61.5m: trace pyrrhotite at edge of white quartz vein oriented at 50· to the

'" / core axis;

/" @ 63.1m: thin pyrrhotite filled fractures;

'" / @ 63.4m: pyrrhotite in thin quartz vein;

/'" @ 64.6m : pyrite, pyrrhotite, and coarse biotite with white quartz vein at 40· to

'" / 60·s to the core axis;

/'" 66.0 to 66.7m: 10% calcite quartz veins with no visible sulphides.

60

5496 <5

5497 <5

5498 <5

5499 507

5500 29

20251 6

20252 <5

20253 33

'" / 20254 <5 /'"

'- / 20255 <5 /,-." / 20256 <5

/,- 20257 <5

'-- /,-

'- / 70 20258 <5

20259 7 X X x

INTERMEDIATE INTRUSIVE: 70.6 to 75.0m: fine grained, massive, medium grey x x x x x feldspar quartz rich rock with accessory amphibole and biotite, irregular

x x contacts, trace quartz veining at contacts.

20260 5

20261 <5

x x x 20262 6 x x

x x x 20263 <5

-"'- / BANDED MAFIC VOLCANIC: 75.0 to 87.0m: similar to 57.0 to 70.6m, trace 20264 <5

/'" magnetite, trace calcite quartz veining;

'" / 75.0 to 77.0m: 5% quartz veins at 70· to the core axis, no visible sulphides; /'" @ 81.0m: 1 to 2 cm quartz calcite biotie vein at 30· to the core axis cut by a

20265 24

20266 <5

'" / thin quartz vein at 70· to the core axis, thin quartz vein contains pyrrhotite; /" 84.0 to 87.0m: amphibole rich layers less dominant, unit becomes more biotite 20267 <5

" / rich (brownish). 20268 <5

- /" "

/ 80

20269 6

/" "

/ 20270 <5

/" 20271 7

" /

/" 20272 <5

" /

/" 20273 <5

" / 20274 <5

/" "- / 20275 <5

-so

-60

-70

-80

•

•

•




Page 3

Hole No.: A-OS-03




Depth Graphic (m) Log

90

Description

MAFIC FLOW: 87.0 to 119.0m: fine to medium grained, massive, dark green amphibole rich rock, locally banded, trace calcite filled amygdules; 87.0 to 93.5m: minor veining; @ 95.0m: 10cm white quartz vein at 90·s to the core axis, at upper contact a 3mm quartz calcite vein with pyrite oriented at 30 degrees to the core axis; @ 9S.2m: a 20 cm zone with SO% quartz calcite veins at 30· to 40·s to the core axis, coarse bleb of pyrrhotite; 9S.3 to 97.0m: 5% quartz calcite veins at various angles to the core axis; @ 97.0m: trace to 2% pyrrhotite and pyrite in fine fractures over a 2cm section; 9S.0 to 9S.2: 30% quartz calcite veins at 30· to the core axis, trace pyrrhotite; @99.15m: 5mm band or vein of fine pyrite at 25· to 30· to the core axis; @ 99.2m: trace pyrite on joint, 70· to the core axis; 99.7 to 99.Sm: trace pyrrhotite and pyrite in bands and pyrrhotite in thin veins parallel to banding; 100.5 to 101.7m: trace pyrrhotite in thin veins; 101.S to 102.0m: 20% quartz vein material, no visible sulphides;

Sample No.

20276

20277

20278

20279

20280

20281

20282 20283 20284 20285 20286

20287

20288

20289

Au (ppb)

25

<5

<5

<5

<5

8

7

<5 7 5

6

<5

8

11

·90

100

104.9 to 10S.0m: trace to 5% quartz veins at various angles to the core, 2 dominant sets one at 30· to the core axis and a second (quartz rich) at 70· to 90· to the core axis, trace to 1% pyrrhotite and pyrite in veins and disseminated, possible sphalerite at 105.0m; I----+_ -100

110

120

109.3 to 110.5m: trace pyrrhotite and pyrite in veins; 111.7 to 111.Sm: white quartz vein at so· to 90· to the core axis, pyrite at upper contact, 111.8 to 11S.2m: trace veining with no visible sulphides; @ 11S.2m: a Scm section of SO% quartz veining with 3mm thick pyrrhotite at bottom of section.

MAFIC FLOW: 119.0 to 139.0m: fine grained, massive to poorly banded, brownish green, feldspar amphibole biotite (fine) rich matrix with 30% amphiboles; 119.0 to 120.0m: 5% veining with no visible sulphides, minor banded sections; 120.0 to 131.5m: minor quartz calcite veins with no visible sulphides; 131.5 to 139.0m: trace to 5% quartz calcite veins;

@ 134.0m - pyrrhotite at edge of 1.5 cm quartz vein at 20· to the core axis; @ 13S.2m - chalcopyrite in fracture at 75· to the core axis; @ 13S.9m - chalcopyrite with thin quartz vein at SO· to the core axis; 13S.9 to 137.Sm - trace disseminated sulphides; @ 137.Sm - pyrite in vein at 45· to the core axis; @ 137.S to 139.0m - trace to 5% pyrite and pyrrhotite in veins.

20290 <5

20291 <5

20292 7

20293

20294

20295

20296

20297

<5

28

284

24

<5

20341 94

20298 40

20299 6 20300 <5 20301 <5

20302 38

20303 29

20304 7

20305 <5

20306 20307 20308 20309

20310

20311

20312

20313

20314

20315

20316

9

24 5

5

13

<5

13

5

7

<5

14

20317 15

20318 5

-110

-120

•

•

•


Claim Group: Aurora Extension Easting: Core Size: SO Total depth: 150m

Page 4

Hole No.: A-06-03

Claim Number: 119762 Searing: Logged by: P. Nicholls Dip:

32625N 19000E 1800

-60 Drilled by: Major Drilling



130

10.--"....,.....,....,....( CHEMICAL SEDIMENT: 139.0 to 141.5m: fine grained, well laminated, medium

140 to dark grey cherty interflow unit, banding at 0 to 20 0 to the core axis, 5% quartz veins at O' to the core axis, trace to 5% pyrrhotite, pyrite, and chalcopyrite associated with the quartz veining, possibly contains graphite.

MAFIC FLOW: 141.5 to 145.2m: similar to 119.0 to 139.0m, trace to 5% quartz calcite veins with no visible sulphides .

CHEMICAL SEDIMENT: 145.2 to 146.2m: similar to above, up to 5% sulphides

INTERMEDIATE TO MAFIC TUFF: 146.2 to 150.0m: fine grained, quartz feldspar biotite rock,banded at 300 to the core axis; 148.2 to 148.8: trace veining with minor biotite and pyrrhotite; @ 149.6m: pyrite at edge of quartz vein;

Sample No.

20319

20320

20321

20322

20323

20324

20325

20326

20327

20328

20329

20330 20331 20332

20333

20334 20335 20336 20337 20338

20339

20340

Au (ppb)

<5

6

<5

5

<5

<5

<5

52

<5

13

101

111

9 <5

<5

<5

<5

109

50

<5

<5

10

-130

-140

150 '-------I. AT 150.0m END OF HOLE (Casing pulled) ~ ___ L-__ L-__ 1- -150

•

•

•

Appendix 2

Certificates of Analysis

Labttoire Expert Inc. 127, Boulevard Industriel Rouyn-Noranda, Quebec Canada, J9X 6P2 Telephone: (819) 762-7100, Fax: (819) 762-7510

Client : Candorado Operating Co.

*** certiA of analysis ***

[------.----------------------------------1--------.----

Addressee : Paul Nicholls Folder 11656

8 Albert Street Stouffville Ontario Telephone : (905) 640-3957

Your order number

Project

Total number of samples: L4A 4H1 Fax: (905) 640-7660 --~~~--------------------------------~-------

Designation

5201

5202

5203

5205

5206

5207

5208

5209

5210

5211

5212

5213

5214

5215

5216

5217

5218

5219

5220

5221

Au FA-GEO

ppb 5

7

9

8

9

6

8

7

6

7

8

6

12

6

7

Au-Dup FA-GEO

ppb 5

8

<5

100

'/

Date

Page 1 of 5

._----------------------,

Joe Landers, Manager

Labfatoire Expert Inc. 127, Boulevard Industriel Rouyn-Noranda, Quebec Canada, J9X 6P2 T_el~honu819lli2-71QO, Fax: (819) 762-7510

Client Candorado Operating Co.

-----~-----------

Addressee Paul Nicholls

Designation

5222

5223

5224

5225

5226

5227

5228

5229

5230

523t

5232

5233

5234

5235

5236

5237

5238

5239

5240

5241

8 Albert Street Stouffville Ontario L4A 4H1

All FA-GEO

ppb 5

8

12

6

8

6

9

8

6

<5

6

6

6

<5

*** Certif. of analysis ***

Telephone : (905) 640-3957 Fax: (905) 640-7660

Au-Dup FA-GEO

ppb 5

6

Folder 11656 Your order number

Project

Total number of samples: 100

Joe Landers, MaRtIger

Date

Page 2of5

Labltoire Expert Inc. 127, Boulevard Industriel Rouyn·Noranda, Quebec Canada, J9X 6P2 Telephone: (819) 762·7100, Fax: (819) 762·7510



Designation

5242

5243

5244

5245

5246

5247

5248

5249

5250

5251

5252

5253

5254

5255

5256

5257

5258

5259

5260

5261

8 Albert Street Stouffville Ontario L4A4H1

Au FA·GEO

ppb 5

8

6

7

6

10

54

16

13

8

8

14

8

7

6

<5

<5

*** Certi& of analysis ***

Telephone : (905) 640·3957 Fax: (905) 640·7660

Au·Dup FA·GEO

ppb 5

10


Project


» Joe Landers, Ml'(l8ger

Date

Page 3 of 5

Labltoire Expert Inc. *** Certif& of analysis ***

Date

Page 4of5

~~~~~~~~~~~~8~1~.~76~2~-7~5~1~0 ____________ __

: Candorado Operating Co.

Addressee : Paul Nicholls

Designation

5262

5263

5264

5265

5266

5267

5268

5269

5270

5271

5272

5273

5274

5275

5276

5277

5278

5279

5280

5281


Au FA-GEO

ppb 5

8

9

6

8

7

II

6

<5

<5

<5

9

12

<5

10

<5

<5

5

8

<5

Telephone : (905) 640-3957

Fax: (905) 640-7660

Au-Dup FA-GEO

ppb 5

6

<5


Project ----------------------------------------------------~


Joe Landers. Ma

Lab'atoire Expert Inc. 127, Boulevard Industriel Rouyn-Noranda, Quebec Canada, J9X 6P2 Tele hone: 819 762-7100, Fax: (819) 762-7510



Designation

5282

5283

5284

5285

5286

5287

5288

5289

5290

5291

5292

5293

5294

5195

5296

5297

5298

5299

5300

5301


Au FA-GEO

ppb 5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

24

6

<5

<5

<5

<5

9

<5

*** Certiee of analysis ***

Telephone : (905) 640-3957 Fax: (905) 640-7660

Au-Dup FA-GEO

ppb 5

<5

<5


Project


Joe Landers, ger

Date

Page 5 of 5

Labttoire Expert Inc. 127, Boulevard Industriel Rouyn-Noranda, Quebec Canada, J9X 6P2

*** Certif& of analysis ***

~leJlhon.EL (819) 762~100" fa.J<..:...(!lj~V5.1<l.. _____ _ ---- --------- ---------------


------------------ -------------------------


Designation

5302

5303

5304

5305

5306

5307

5308

5309

5310

5311

5312

5313

5314

5315

5316

5317

5318

5319

5320

5321


Au FA-GEO

ppb 5

<5

<5

6

<5

<5

6

13

<5

<5

7

<5

<5

<5

<5

<5

<5

<5

<5

<5

Telephone : (905) 640-3957 Fax _ (905) 640-7660


Project

Total number of samples: 100 ______ -L _________ _

Au-Dup FA-GEO

ppb 5

<5

<5

Joe Landers. Manaier

Date

Page 1 of 5

--- -----------

Lab.toire Expert Inc. *** Certi. of analysis ***

127, Boulevard Industriel Rouyn-Noranda, Quebec Canada, J9X 6P2 Telephgne: (819LZ~~7~QO~~Z§_2-7510 _____ _


-------------------- -------


~------

Designation

5322

5323

5324

5325

5326

5327

5328

5329

5330

5331

5332

5333

5334

5335

5336

5337

5338

5339

5340

5341


Au FA-GEO

ppb 5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

Telephone: (905) 640-3957 Fax: (905) 640-7660

Au-Dup FA-GEO

ppb 5

<5

<5


Project


Joe Landers, Man

Date

Page 2 of 5

Lablatoire Expert Inc. *** Certif.e of analysis ***

127, Boulevard Industriel Rouyn-Noranda, Quebec Canada, J9X 6P2 T~l§Jh9~~(!Wl) 762-7100-'-"<I)([email protected]_2-751Q~~~" __ " _____ " __ " ___ ~ __ "_"_"" _______ " ___ " _________ . _______ ~ " __ _


- ----"-"------


8 Albert Street Stouffville Ontario Telephone : (905) 640-3957 L4A 4H1 Fax: (905) 640-7660 L-___ ._-=~~~ ____ " _________ _

Designation

5342

5343

5344

5345

5346

5347

5348

5349

5350

5351

5352

5353

5354

5355

5356

5357

5358

5359

5360

5361

Au FA-GEO

ppb 5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<S

<5

<5

<5

<5

<5

<S

<5

<5

Au-Dup FA-GEO

ppb 5

<5


Project ------------~------


Joe Landers, Man

Date

Page 3 of 5

Labltoire Expert Inc. 127, Boulevard Industriei Rouyn-Noranda, Quebec Canada, J9X 6P2 Tei~hon~19) 762 7100 Fax - (819) 762 7510 -~

,


)-----~---



Au FA-GEO

ppb Designation 5

5362 <5

5363 <5

5364 <5

5365 <5

5366 <5

5367 <5

5368 <5

5369 <5

5370 <5

5371 <5

5372 <5

5373 <5

5374 <5

5375 <5

5376 <5

5377 <5

5378 <5

5379 II

5380 <5

5381 <5

*** Certif& of analysis *** Date

Page 4of5

--


Project Telephone : (905) 640-3957

Total number of samples: 100 Fax : (905) 640-7660

Au-Dup FA-GEO

ppb 5

<5

<5

Lab.toire Expert Inc. 127, Boulevard Industriel Rouyn-Noranda, Quebec Canada, J9X 6P2 Tele honE1: (819) 762-7100, Fax:J~1_9J 762-7510



Designation

5382

5383

5384

5385

5386

5387

5388

5389

5390

5391

5392

5393

5394

5395

5396

5397

5398

5399

5400

5401

8 Albert Street Slouffville Ontario L4A4H1

Au FA-GEO

ppb 5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

<5

*** Certita ot analysis *** Date

--~----- ----

Telephone : (905) 640-3957

Fax: (905) 640-7660

Au-Dup FA-GEO

ppb 5

<5

<5

Page 5 of 5

-----------~---------------


Project


Joe Landers, M~na

Labfatoire Expert Inc. 127, Boulevard Industriel Rouyn-Noranda, Quebec Canada, J9X 6P2 Telephone: (819) 762-7100 Fax: (819) 762-7510



8 Albert Street Stouffville Ontario

L4A4H1

Au FA-GEO

ppb Designation 5

5402 <5

5403 <5

5404 121

5405 <5

5406 <5

5407 8

5408 <5

5409 <5

5410 <5

5411 <5

5412 <5

5413 <5

5414 <5

5415 <5

5416 <5

5417 <5

5418 <5

5419 <5

5420 <5

5421 <5

*** Certi" of analysis *** Date

Page 1 of 5




Au-Dup Au FA-GEO FA-GRAV

ppb gil 5 0.03

<5

<5

~ /

/ / " .

Joe Landers, Ma;;;?

Lab'atoire Expert Inc. 127, Boulevard Industriel Rouyn-Noranda, Quebec Canada, J9X 6P2 Telephone: (819) 762-7100 Fax: (819) 762-7510



8 Albert Street Stouffville Ontario

L4A4H1

Au FA-GEO

ppb Designation 5

5422 <5

5423 <5

5424 <5

5425 <5

5426 <5

5427 <5

5428 <5

5429 <5

5430 <5

5431 <5

5432 <5

5433 <5

5434 <5

5435 <5

5436 <5

5437 <5

5438 <5

5439 <5

5440 <5

5441 <5

*** Certiee of analysis *** Date

Page 2of5





ppb gil 5 0.03

<5

<5

Joe Landers. Mana(er

Labltoire Expert Inc. 127, Boulevard Industriel Rouyn-Noranda, Quebec Canada, J9X 6P2 Telephone: (819) 762-7100 Fax: (819) 762-7510




Au FA-GEO

ppb Designation 5

5442 <5

5443 <5

5444 <5

5445 <5

5446 <5

5447 <5

5448 <5

5449 <5

5450 <5

5451 <5

5452 <5

5453 <5

5454 <5

5455 <5

5456 <5

5457 <5

5458 6

5459 <5

5460 <5

5461 <5

*** CertiA of analysis *** Date

Page 3 of 5




Au-Oup Au FA-GEO FA-GRAY

ppb gil 5 0.03

<:5

Labltoire Expert Inc. 127, Boulevard Industriel Rouyn-Noranda, Quebec Canada, J9X 6P2 Telephone: (819) 762-7100 Fax: (819) 762-7510




Au FA-GEO

ppb Designation 5

5462 <5

5463 9

5464 <5

5465 <5

5466 <5

5467

5468 9

5469 <5

5470 6

5471 5

5472 <5

5473 6

5474 <5

5475 <5

5476 <5

5477 8

5478 7

5479 <5

5480 <5

5481

*** CertiA of analysis *** Date

Page 4 of 5





ppb gil 5 0.03

<5

<5

Joe Landers, ~anager

Lab.toire Expert Inc. 127. Boulevard Industriel Rouyn-Noranda. Quebec Canada. J9X 6P2 Teleohone: (819l762-7100 Fax: (819l762-7510




Au FA-GEO

ppb Designation 5

5482 <5

5483 7

5484 <5

5485 <5

5486 <5

5487 <5

5488 <5

5489 <5

5490 <5

5491

5492 6

5493 <5

5494 <5

5495 82

5496 <5

5497 <5

5498 <5

5499 507

5500 29

*** Certi& of analysis *** Date

Page 50f5





ppb gil 5 0.03

<5

<5

0.52

Joe Landers. Man

e. Laboratolre Expert Inc. 127, Boulevard Industriel Rouyn-Noranda, Quebec Canada, J9X 6P2

*** Certif& of analysis *** Date

Page 1 of 5

Tel~Q!1_~:J!WllXIJ1:7100, Fax~§l1l§'~I§10 __ ~ _________ .. _________ . __ _ ---- -------------- -----.------------------------



Designation

20251

20252

20253

20254

20255

20256

20257

20258

20259

20260

20261

20262

20263

20264

20265

20266

20267

20268

20269

20270


Au FA-GEO

ppb 5

6

<5

33

<5

<5

<5

<5

<5

7

<5

6

<5

<5

24

<5

<5

<5

6

<5

Telephone : (905) 640-3957 Fax: (905) 640-7660

Au-Dup FA-GEO

ppb 5

<5

<5

Folder

Your order number

Project

11659


Joe Landers, Mal)

Lab!toire Expert Inc. 127, Boulevard Industriel Rouyn-Noranda, Quebec Canada, J9X 6P2

*** Certif.e of analysis ***

Telephone: (819) 762-7100, Fax.--: (19) 762-7~1~ ___________ . ____ . _____ . __ _ . ---------.. ------- ----



Designation

20271

20272

20273

20274

20275

20276

20277

20278

20279

20280

20281

20282

20283

20284

20285

20286

20287

20288

20289

20290


Au FA-GEO

ppb 5

<5

<5

<5

<5

25

<5

<5

<5

<5

8

<5

5

6

<5

8

11

<5

Telephone : (905) 640-3957

Fax: (905) 640-7660

Au-Dup FA-GEO

ppb 5

<5

<5

Folder

Your order number

Project

11659


Joe Landers, MaTI

Date

Page 2 of 5

Labtttoire Expert Inc. 127, Boulevard Industriel Rouyn-Noranda, Quebec Canada, J9X 6P2 Tel~pJ]QnL{~19) 762-7JQQ, FaxJ~19) 76Z,Z!jJL




*** Certif.e of analysis *** Date

Telephone : (905) 640-3957 Fax: (905) 640-7660

Page 3 of 5

---------_._----------------

-- -- - ._-------------------------------


Project ---------

Total number of samples: 91 --------------------- -----------~--

Designation

20291

20292

20293

20294

20295

20296

20297

20298

20299

20300

20301

20302

20303

20304

20305

20306

20307

20308

20309

20310

Au FA-GEO

ppb 5

<5

<5

28

284

24

<5

40

6

<5

<5

38

29

7

<5

9

24

5

5

13

Au-Dup FA-GEO

ppb 5

<5

Joe Landers. Mallag?r'

Labfatoire Expert Inc. 127, Boulevard Industriel Rouyn-Noranda, Quebec Canada, J9X 6P2 ~~one: (819lJ62-710Q,£ax :1819) 762-7510



Designation

20311

20312

20313

20314

20315

20316

20317

20318

20319

20320

20321

20322

20323

20324

20325

20326

20327

20328

20329

20330


Au FA-GEO

ppb 5

<5

13

<5

14

15

<5

6

<5

<5

<5

<5

52

<5

13

101

III

*** Certif.e of analysis *** Date

Page 4 of 5

-----------~---- ----- -- _ .... ---------~- ----------.------.---~-----------~------

Telephone: (905) 640-3957 Fax: (905) 640-7660

Au-Dup FA-GEO

ppb 5

<5

<5


Project --------------~~


Joe Landers. Mana

Lablatoire Expert Inc. 127, Boulevard Industriel Rouyn-Noranda, Quebec Canada, J9X 6P2

*** Certiee of analysis ***

Tel~p_hone :J.!l.1.lli62-71 00~~_@!~)T6.?~7~1Q _____________ . ____ . _______________ _



Designation

20331

20332

20333

20334

20335

20336

20337

20338

20339

20340

20341


Au FA-GEO

ppb 5

9

<5

<5

<5

<5

109

50

<5

<5

10

94

Telephone _ (905) 640-3957

Fax - (905) 640-7660

Au-Dup FA-GEO

ppb 5

<5

- -- - -------_. -.----.~---~----------.-


Project


~ /

/

(~ Joe Landers, Manag~

Date

Page 50f5

• IP Target A-06-01 Elevation (m)

Surface elevation approximately 254 m --- -------------~----- " -------~ ..................... -----

2a 2a

2a

2b

End of Hole - 150.0 metres

Geological Legend

7

--- I ! I

. 4 • .... --~

-~ -------------.- 1

3

--2······1 ___ J

---,

1







Ultramafic Rocks

7a

Sample Intervals with Sample Numbers

5a Geology

2a

"Trace of Drill Hole

Stouffville Geological Services Ltd. Marcil 2006

Overburden

2b

. Index Map scale 1 :50,000

'-.........~ ',--"

o I

" , \ \

\ •

,r_', ,"", I "~~ -----=-,

..

-------'~'>----


240

220

200

180

160

140

120

50 1


Hole A-06-01 Section 20800 E •

(looking west)

.. C I '

( .

'. '

IP Target •

Surface elevation approximately 258 m ..

2a


,

, , >- - ~

l


2a

, , ,

---- -

\ \ ", \ , \

" \ --------~-- ---'

A-06-02 Elevation (m)

Geological Legend - - -- - -- -- - --I

7

6

5

4






21 Mafic Volcanic Rocks a) flows b) tuffs

1

,

--'

Ultramafic Rocks


o

/

Sa Geology

/ , 2a


, -.


240

220

200

180

160

140

120

50 I


Hole A-06-02 Section 19000 E

(looking west) •

Elevation (m)

240

220

200

180

160

140

120

,---------- - - -- - \ ---

Index Map scale 1 :50,000


w g

~ ..,

, \

L'"

'. \ · ' · \ · , \ \ " \ \ \

'- \ \. \

\

,I.

, \

-'-~

-------~ -


2b

6

z o 00 L{) N (If)

IP Target A-06-03

2b

2b

o

•

2b

2b

2b

Geological Legend

------1 7 I

Felsic to Intermediate Intrusive Rocks ----!

a)feldspar porphyry b) quartz feldspar porphyry


5 I Chemical Sedimentary Rocks

_ ~. ________ • _________________ ---.J a) graphite sulphide bearing b) chert c) oxide facies

4 i

Clastic Sedimentary Rocks ----- ------ ----------'

3

1



Ultramafic Rocks


/

Sa Geology

/

/ 2a


Scale 1 :250 50 1'---__ --'--_- I L-I __ _

metres


Hole A-06-03 • Section 19000 E

(looking west)

report on diamond drilling completed in february 2006 · report on diamond drilling completed in...

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