royal oak mcvittie/beaverhouse - options prepared by · 32dmne0138w9580-00081 mcvittie 010 summary...

32DMNE0138W9580-00081 MCVITTIE010

SUMMARY REPORT

ON THE

1993/94

REGIONAL REVERSE CIRCULATION

EXPLORATION PROGRAM

ROYAL OAK MCVITTIE/BEAVERHOUSE - OPTIONS

*******************************************

PREPARED BY

W. A. HUBACHECK CONSULTANTS LTD.

FOR

SUDBURY CONTACT MINES LTD.

FILE: SC\197\rloass94 JUNE 15, 1994 D.R. JAMIESON, B.Se,

H.A. HUBACHECK CONSULTING LTD.

32D04NE0138 W9SKM)0081 MCVITTIE Q .j Op

TABLE OF CONTENTS

SUMMARY . . . . . . . . . . . . . . . . . . . . . . . . . . . l

INTRODUCTION . . . . . . . . . . . . . . . . . . . . . . . . 2

LOGISTICS . . . . . . . . . . . . . . . . . . . . . . . . . . 3

PROPERTY AND PROJECT AREA DESCRIPTION . . . . . . . . . . . . 4

LOCATION AND ACCESS . . . . . . . . . . . . . . . . . . . . . 4

Figure fi Diamond Lake Claim Groups Location and Access . . . 5

REGIONAL GEOLOGY . . . . . . . . . . . . . . . . . . . . . . 6

QUATERNARY GEOLOGY . . . . . . . . . . . . . . . . . . . . . 7

Figure 12 Kirkland Lake Area Geology . . . . . . . . . . . . 8

REVERSE CIRCULATION DRILLING . . . . . . . . . . . . . . . . 9METHODOLOGY . . . . . . . . . . . . . . . . . . . . . . 9Figure 3 - Generalized Interpetation Model . . . . . . . 10Figure 4 - Schematic of R.C. Drilling Method . . . . . . 11Figure 5 - Sample Processing Flow Sheet . . . . . . . . 12PROPERTY PHYSIOGRAPHY . . . . . . . . . . . . . . . . . 13SAMPLING RESULTS . . . . . . . . . . . . . . . . . . . . 13

ROYAL OAK MCVITTIE . . . . . . . . . . . . . . . . 13Gold Grains . . . . . . . . . . . . . . . . . 13Kimberlite indicator mineral results . . . . . 15CONCLUSIONS . . . . . . . . . . . . . . . . . 15RECOMMENDATIONS . . . . . . . . . . . . . . . 15

BEAVERHOUSE OPTION . . . . . . . . . . . . . . . . 16Gold Grains . . . . . . . . . . . . . . . . . 16Kimberlite indicator mineral results . . . . . 18CONCLUSION . . . . . . . . . . . . . . . . . . 19RECOMMENDATIONS . . . . . . . . . . . . . . . 19

NOTES ON INTERPRETATION OF RESULTS . . . . . . . . 20

BIBLIOGRAPHY . . . . . . . . . . . . . . . . . . . . . . . . 22

CERTIFICATE . . . . . . . . . . . . . . . . . . . . . . . . . 24

APPENDIX A REVERSE CIRCULATION OVERBURDEN DRILL LOGS . . . . 25

APPENDIX B OVERBURDEN DRILLING MANAGEMENT RESULTS . . . . . 26

APPENDIX C ASSAYS . . . . . . . . . . . . . . . . . . . . . 27

APPENDIX D EXPENDITURES . . . . . . . . . . . . . . . . . . . 28

H.A. HUBACHECK CONSULTANTS LTD.

SUMMARY

Sudbury Contact Mines Ltd. is involved in the exploration of a large group of claims called "The Diamond Lake Project" in Gauthier, Mcvittie, Arnold, Katrine, McElroy, and Hearst Townships totalling 267 claims and 22,920 acres. The Royal Oak Mcvittie l Beaverhouse option is part of this project. The exploration projects carried out are oriented towards diamonds and gold.

Since Sudbury Contact Mines Ltd. acquired the rights to the above stated property through an option agreement with Royal Oak Mines Ltd. and Queenston Mining Ltd., a multifaceted program has been executed on the claims.

This report covers the initial phase of work, which consisted of reconnaissance Reverse Circulation drilling on both the Beaverhouse option and the Royal Oak Mcvittie option. Data from this drilling was used in conjunction with drilling data from other claim blocks to isolate specific gold and kimberlite indicator mineral glacial dispersal trains in the Diamond Lake Project area.

A reconnaissance 8 hole Reverse Circulation Drilling program was initiated in February, 1993, on claims optioned from Royal Oak Mines Ltd in Mcvittie township (Royal Oak Mcvittie option). Four Reverse Circulation holes were also drilled on claims optioned from Royal Oak Mines and Queenston Mining in Gauthier and Mcvittie townships (Beaverhouse option). Three follow-up Reverse Circulation holes were drilled on the Royal Oak Mcvittie option in July 1993. An additional seven holes were drilled on the Beaverhouse option in February 1994.

Holes were laid out at approximately 500 to 1000 metre intervals along the southern and central portions of the claim groups for reconnaissance work. Follow-up work was done on 100 to 200 metre spacings.

Results of this program indicate that gold dispersal trains exist on the properties, with possible gold sources ranging from 50 to 2000 metres up-ice of individual holes.

Kimberlite indicator mineral counts were generally low on the properties, with the exception of the central portion of the Beaverhouse option.

W.A. HUBACHECK CONSULTANTS LTD.

INTRODUCTION

The subject of this report is the presentation and interpretation of data from twelve Reverse Circulation holes drilled on the Royal Oak/Queenston properties during the winter of 1993, three follow-up holes drilled in the summer of 1993, and seven holes drilled during the winter of 1994.

The Royal Oak Mcvittie Property, optioned from Royal Oak Mines Ltd., comprises 57 claims totalling 2200 acres in Mcvittie Township.

The Beaverhouse Property, optioned from Royal Oak Mines Ltd and Queenston Mining Ltd comprises 36 claim totalling 1480 acres in Gauthier and Mcvittie townships.

These claims form part of a claim block assembled during the past several years by Sudbury Contact Mines Ltd. in Gauthier, Mcvittie, McElroy, Katrine, Arnold d Hearst Townships in the Larder Lake Mining Division of northeastern Ontario.

From 1986 to 1991, exploration programs have been focused on known auriferous targets along the Larder Lake Break as well as identifying new targets along other structures for drill testing. These programs utilized the extensive data base acquired in the Larder Lake Gold Camp by Sudbury Contact Mines Ltd. since 1972.

In 1989, a kimberlite dyke discovery was made by RC drilling on the Diamond Lake Option (Skead Holdings Inc.) in Mcvittie Township by Sudbury Contact Mines Ltd. The discovery was later confirmed by diamond drilling. In 1990, diamond drilling discovered a Kimberlite Pipe ("Diamond Lake Pipe fi") on this same property.

This discovery led Sudbury Contact Mines Ltd. to aquire surrounding lands and initiate a reconnaissance exploration strategy. Reverse Circulation drilling was determined to be the best method of evaluating large areas of prospective terrain for both gold and kimberlite potential.

Samples were taken of till and gravel material, as well as some glaciofluvial sand. Processing to recover sand and silt size gold and kimberlite indicator minerals from these samples was done by Overburden Drilling Management.

Bedrock chips from the bottom of the holes were described during drilling and assayed for gold by Assayers Laboratories.

The coordination and implementation of the various technical tasks was conducted by H. A. Hubacheck Consultants Ltd. under the supervision of P. Hubacheck, D. Christie and D. Jamieson.


LOGISTICS

R.C. Drilling:

Assay Lab:

Mineral Processing:

Senior Geologist:

Project Geologist:

Contract Geologist

Heath and Sherwood Drilling Kirkland Lake, Ontario

Assayers LabsRouyn Noranda, Quebec

Overburden Drilling Management Nepean, Ontario

Peter C. Hubacheck, P. Geol. 2401 Pyramid Cres. Mississauga, Ontario L5K 1E1

David W. Christie, B.Se. 1412 - 88 Redpath Ave. Toronto, Ontario M4S 2J8

David Jamieson, B.Se. 31 Finchurst Road Peterborough, Ontario K9J 8E9

H.A. HUBACHECK CONSULTANTS LTD.

PROPERTY AMD PROJECT AREA DESCRIPTION

The Royal Oak Mcvittie property consists of 57 claims totalling approximately 2200 acres in west-central Mcvittie township. Larder Lake Mining Division, and are numbered as follows: 767701, 802384, 1137130, 1137131, 1137134, 1137135, 1137128, 1137129, 1111182, 1111183, 1111184, 1111185, 1111186, 1110272, 1110273, 1110274, 1110275, 1110276, 767405, 767406, 767407, 767408, 767409, 767415, 767416, 767417, 767418, 767419, 767425, 767426, 767427, 767428, 767429, 767435, 767436, 767437, 767438, 767439, 767443, 767444, 767445, 767446, 767447, 767451, 767452, 767453, 767454, 767455, 767456, 767457, 767460, 767461, 767462, 767463, 767464, 767465, 767466.

The Beaverhouse property consists of 36 claims totalling approximately 1480 acres in northeast Gauthier township and northwest Mcvittie township, Larder Lake Mining Division, and are numbered as follows: LS 340, LS 339, 2601, 2602, 2586, 2587, 2588, 2589, 6246, 6247, 7934, 35279, 67180, 67288, 72883, 7055, 7056, 9150, 9151, 9152, 9153, 9154, 9155, 9178, 9179, 9180, 9545, 9546, 9551, 9552, 9553, 9554, 9555, 9556, 9557, 2650.

LOCATION AND ACCESS

The Royal Oak Mcvittie claims are located in west-central Mcvittie township and are roughly bounded on three sides by the Misema River, and the Beaverhouse-Spectacle Lake drainage system. The claim group lies 3 km west of Larder Lake, l km north of Highway66, and is accessible along the west boundary by the Fork Lake road. Numerous trails and drill roads, as well as Spectacle, Moosehead and Beaverhouse Lakes provide access to the north and east portions of the property. The Misema River, flanked on the east by a south treading esker ridge is the dominant geographic feature.

The Beaverhouse claims are located in northern Gauthier and Mcvittie township at the southwest end of Beaverhouse Lake. The claim group lies 3 km west of Larder Lake, 10 km north of Highway 66, and is accessible by the Upper Beaver Mine road from the town of Dobie. A winter road extends northeast across the property from the Upper Beaver Mine toward the Beaverhouse native village on Beaverhouse Lake.


DIAMOND LAKE

SUDBURY

LAC OM/TMBVMoVITm OPTION

PROJECT MANAGEMENT: W.A.HUBACHECK CONSULTANTS LTD.

TORONTO.ONTARIO.CANADA

FIGURE l

REGIOHAL GEOLOGY

The area is dominated by the Archean Upper Super group; namely the Kinojevis, Temiskaming and Blake River assemblages.

The Kinojevis Group comprises Mg-rich and Fe-rich tholeittic basalts, and minor andesite, dacite and rhyodacite flows and tuffs with associated thin interflow argillites and cherts.

The Blake River Group comprises calc-alkalic basalts, andesite, dacite and rhyolite flows and tuffs, and minor related volcaniclastics. Both groups contain sills and stocks of gabbroic and dioritic affinity.

The Temiskaming Group comprises K-rich alkalic and calc-alkalic volcanics, (Mafic, intermediate, plus trachytic types and minor dacites and rhyolites), and related conglomerates, wackes and argillites.

Pyroclastic deposits are quite common, and are likely related to the various volcanic phases. The Temiskaming Group was localized within a graben between the Kinojevis/Blake River Groups located mainly to the north and the Larder Lake and Skead Groups to the south.

Eruptive and depositional litho-tectonic facies appear to be disconformable within these groups, with some localization of volcanics along shears and fractures possibly related to rifting and graben formation.

This active faulting along a probable rift margin was likely related to activity which produced or at least reactivated the Kirkland-Larder Lake Fault Zone. (KLLFZ).

The region is dominated by this "break" with the Temiskaming Group lying immediately to the north or straddling the discontinuity. The other major structural feature in the region is the Blake River Synclinorium, with the area under discussion being located on it's south limb.

In most general terms, gold mineralization in the area and on a semi-regional scale occurs at or proximal to the Temiskaming-Larder Lake Group boundariesl time stratigraphic datums.


QUATERNARY GEOLOGY

The landforms visible in the Kirkland Lake area today are largely the result of the latest glacial event. However, at least two earlier glacial events are locally preserved. Glacial striae indicate that the oldest ice sheet approached the area from approximately 240 degrees, the second oldest from 180 degrees and the latest from 165 degrees. Glacial drift from this last event is termed the Matheson Till.

Several north-south trending esker systems occur in the Kirkland Lake area, noteably the Munroe, Misema, Boundary, and Airport Eskers. These systems are composed of poorly- to well-sorted glaciofluvial sands and gravels. It is important to note that these systems can rework and remove till sheets down to bedrock near the cores of the esker, and rework and intercalate with till sheets along esker margins.

Glaciolaucustrine sediments of clay, silt and fine sand cover till and glaciofluvial sequences in low-lying areas. Large areas of fine- to medium-grained, well-sorted sand cover has developed from laucustrine wave action along esker systems with subsequent local sand dune formation.


.-w-x-yv;- /^-i -w--. - -. .-.. i- - - - -. V* k-. . . . - - * . . . \ I , ^

- - - - - - N.% jv^ - - ^-~ ' - - - V v l\-. V *:*MC.X*—^v^ x-xp^^L-^-^5 l\

VOLCAMC ROCKS

TONAUTC AM)

SEOMENTARY ROCKSi . . . . ARCHEAN

POST.AMCHCAN

SYMBOLS

cowmcT

^——— FAULT ZOIC

MALAMTC OMMF

l LAMOCM UUtI OROUP

Fie 2 Simplified geological map of the southern Abitibi belt and die Po DM of the map area.

Proa: Lafleche and Dupuy 1992

: Subproviace (modified after OGS-MERQ WM). Inien: loca-

W.A. HDBACBECK COBSULTAHTS LTD.

REVERSE CIRCULATION DRILLING

METHODOLOGY

The following figures help to illustrate the methodology of the Reverse Circulation Drilling technique. The purpose of sampling certain glacial materials is to locate the portions of ore-bodies that have been eroded by glaciation and distributed in a "train" down-ice of the ore-body.

Glacial action has reduced much of the material to sand and silt size, and it is grains of this size fraction which are examined in a laboratory for gold, sulphides and other minerals indicative of potentially economic deposits. Coarser material (gravel size and boulder chip material) can be examined and described at the drill by a geologist.

Case histories, Quaternary geological studies, and glacial studies all provide a data base which can be used to interpret the mineralogical results from a reverse circulation drilling program.

The most important material to sample during a reverse circulation program is commonly termed till. Till is poorly sorted debris which in most situations has travelled directly down-ice along the bottom of the glacier and has been smeared along bedrock surfaces, filling depressions and valleys. Basal till is the till lying directly on bedrock. Minerals found in this type of material can usually be traced by their relative abundance and morphology directly back up-ice to their source.

Unfortunately, till can be reworked or redeposited by water as well as rafted by ice flows, causing misinterpretations. Thus a large database is important for defining patterns based on numerous data points rather than single "spot highs".

In addition to glacial material, chips of bedrock are obtained at each drill hole location, making reverse circulation drilling a valuable mapping/prospecting tool in areas of poor bedrock exposure.


DAYLIGHT SURFACE

LAKE SEOIME

oGLACOFL GRAVE!

BEDROCK

Figure 3. Idealized conceptual model illustrat ing the use of basal till as a prospe - cting medium in glacial terrain, using reverse circulation drilling as a sampling tecnnique.

OVERBURDEN DRILLING MANAGEMENT LIMITEDFLOW SHEET l

UNWEATHERED TILL:DIAMOND PLUS GOLD EXPLORATION PACKAGE

Sulk Sampla (±10.O kg)

Character Sampto. tJOO a: STORE SpOI

STOW

lolutton)

Wat Stoa a* 1.00 to 2.00 mm

1.00 l* 2.00 mm: STOW

<1.00 nMn UOM rracftan: STOW

<I.OO mm: SMaUna TaMa CaM Crahi CaiMil

TaMa Cancanlrala: •anntag A Cold Groin Cannl

Ualrt rraclton: STOW

TaW* Caoe*nh-^a: (D - Uauid VtparoOan

(SO J.20P

aHeFnMnan: STOW

KO-2S mm:

STOK0)

Bry 9*" "J O JO * 0.29 HMI

0.23 to 0.90 mmanatte fi STOW (Orum

0.29 to 0.90 mm DOramagnaMc FranaK

NcUnfl

OJO to 1 OO mm knmaan.Hc Tn

yUamands: Racard *hatoafajaHteaTBy Grata ami "wfarm SCM Mcraaraa* l

0.90-** I'm *l O.SO mm ttU*mi4 *n O.M to 1.OO

9 SCM and onb* wark Darfomud at **tra co.!)O.SO mm traclton any

13

PROPERTY PHYSIOGRAPHY

The western portion of the Royal Oak Mcvittie property is dominated by the Misema Esker system, with sand and gravel accumulations locally exceeding 50 metres in thickness. Preservation of till beneath the esker is generally poor. Outwash sand deposits extend onto the central portions of the property. Good bedrock exposure occurs on the eastern side of the property, with thin to moderate thicknesses of till preserved in swamps and stream valleys.

The latest ice-flow direction appears to be from the north- northwest, with esker drainage generally from the north on the property. Older tills do not appear to have been encountered during this program.

Good bedrock exposure is found on most of the Beaverhouse property, with significant thicknesses of till and gravel occurring in larger swampy areas and buried drainage valleys. The Misema Esker forms large hills on the northeast side of the property.

The latest ice-flow direction would appear to be from the north- northwest. Older tills were encountered in buried valleys during this program.

SAMPLIHG RESULTS

A brief description of hole stratigraphy is given below. In general, only material interpreted to be till or esker gravel were sampled during this program. Material weights and grain counts indicate the amount of sample processed and subsequent recovery of gold grains. Several consecutive samples may be included in these numbers. Individual sample results as well as detailed overburden stratigraphy are found in the RG drill log and processing data sheet appendices.

ROYAL OAK MCVITTIE

Gold Grains

The following are hole descriptions and gold grain count results for holes drilled on the Royal Oak Mcvittie option.

RLO-93-1

The hole consisted of 28 metres of glaciofluvial sand and gravel. Samples were taken every l to 3 metres. The highest gold grain count from any one sample was 3, indicating background levels of gold grains in this esker material.

RLO-93-2

The entire hole consisted of glaciolacustrine outwash sands. No samples were taken.


14

RLO-93-3

0.5 metres of till occur beneath 19.5 metres of glaciolacustrine clay and silt. 13 gold grains were returned, 7 of which were modified, from 8.0 kg of material. These results indicate a gold dispersal train is present, with a gold source 500 to 1000 metres up-ice.

RLO-93-4

0.7 metres of till occur beneath 13 metres of glaciolacustrine clay, l gold grain was returned from 6.6 kg of material reflecting background gold grain counts.

RLO-93-5

A 4 metre thickness of boulders and basal till occur beneath 2.0 metres of glaciolacustrine sand. A 4.5 kg sample of the glaciolacustrine sand returned 3 round, 2 modified and one pristine gold grain. Till was sampled above and between the boulders. 3.8 kg of material returned 87 gold grains, 86 of which were modified. 14 of these grains were examined by SEM, and were determined to have been liberated from a boulder by the tricone drill bit. The presence of a gold-rich boulder is inconclusive in terms of tranport distance, but does indicate the presence of a gold dispersal train in this area.

RLO-93-6

2.0 metres of glaciofluvial sand and gravel occur beneath 16.5 metres of glaciolacustrine sand, l round and l modified gold grain were recovered from 4.5 kg of basal gravel material, reflecting background gold grain levels.

RLO-93-7

A 1.5 metre thickness of glaciofluvial gravel occurs beneath 30 metres of glaciolacustrine clay and sand. 3 round gold grains were returned from 7.9 kg of material, reflecting background gold grain levels.

RLO-93-8

A 2.5 metre thickness of bouldery till and gravel occur beneath 2.5 metres of clay and organics. 18 gold grains, including 3 modified grains, were recovered from 6.9 kg of material. These results are indicative of a distal gold dispersal train, with a gold source 2 to 10 km up-ice.

RLO-93-9

0.5 metres of glaciolacustrine sand occurs beneath 6.5 metres of glaciolacustrine clay. 14 round gold grains were recovered from


15

4.6 kg of material, reflecting a distal gold source (5*10 km). The lack of till or gravel material in this hole essentially nullifies this hole as a data point.

RLO-93-10

l metre of till occurs beneath 8.5 metres of glaciolacustrine clay and sand. 13 gold grains including l modified and l pristine grain were returned from 9.0 kg of material. This appears to represent a weak proximal gold train with a gold source 500 to 1000 metres up-ice, possibly the same source that produced the gold-rich boulder intersected by RLO-93-5.

RLO-93-11

0.3 metres of till occurs beneath 15 metres of glaciolacustrine sand and clay. 2 round gold grains were recovered from 2.1 kg of material, reflecting background gold grain levels.

Kimberlite indicator mineral results

The highest grain counts were in RLO-93-11, with 2 chrome diopside grains and 3 pyrope grains in 2.1 kg of till and RLO-93-8 with 2 chrome diopside and 5 pyrope grains in 5.5 kg of till. These results represent background levels of kimberlite indicator minerals.

CONCLUSIONS

1. Results of this program indicate one or two gold dispersal trains may exist on the property, with possible gold sources ranging from 500 to 1000 metres up-ice of individual holes.

2. Kimberlite indicator mineral counts are generally low on the property.

RECOMMENDATIONS

1. The gold dispersal train(s) indicated by RLO-93-3 and 5, and 10 require further Reverse Circulation drilling and/or backhoe pit till sampling north of the holes. This work is recommended on a moderate priority basis and should be guided by a compilation of geological mapping, geophysics, and diamond drilling results.

2. Additional Reverse Circulation drilling should be done around the north end of Moosehead Lake, and the south end of Spectacle Lake in order to extend the kimberlite indicator mineral/gold grain data base. This program could be done in conjunction with work planned on other properties in the area.


16

BEAVERHOUSE OPTION

Gold Grains

The following are hole descriptions and gold grain count results and interpretation for the eleven holes drilled on this project.

RQO-93-1

0.3 metres of till was intersected beneath 4.5 metres of glaciolacustrine clay. 3 pristine gold grains were recovered from l. l kg of material. This indicates a proximal gold grain dispersal train, with a gold source less than 100 metres up-ice.

RQO-93-1A

15.5 meters of till, sand and gravel occur beneath 15.5 metres of glaciolacustrine clay and silt. The basal till sample returned 15 gold grains, including 13 modified grains from 9.5 kg of material. O.2% chalcopyrite was noted in the concentrate. 10 samples from the remaining till and gravel sections returned 88 gold grains, including 3 modified and l pristine grain from 77.8 kg of material. These results indicate that a proximal gold grain dispersal train is present, with a gold source between 200 and 700 metres up-ice. The lower portion of this till sequence may be older than Matheson age, therefore the true ice-direction is unknown.

RQO-93-2

4 metres of till occur beneath 3.5 metres of brown clay. 4 round gold grains were returned from 12.4 kg of material. This result reflects background levels of gold grains.

ROO-93-3

9.5 metres of till occur beneath 9.5 metres of glaciofluvial clay. The basal till sample returned l round gold grain from 8.3 kg of material. 5 samples from the remaining till section returned 38 gold grains including 2 modified grains from 49.5 kg of material. These results indicate background levels of gold grains.

RQO-93-4

9.5 metres of sandy till occur beneath 6 metres of clay and organics. Modified or pristine grains occur throughout the till section. There appears to be a distinct break at 11.5 metres. From 11.5 metres to 15.5 metres (basal till), 17 gold grains including 14 pristine and 2 modified grains were recovered from 18.76 kg of till. This indicates a very proximal gold source, possibly within 50 metres up-ice of the hole. The upper till


17

section, from 6.0 to 11.5 metres returned 20 gold grains including 8 modified and 2 pristine grains from 41.35 kg of sample. This indicates a second gold source is present 100 to 500 metres up-ice.

RQO-94-5

6.5 metres of till, gravel and boulders occur beneath 4 metres of silt and fine-grained sand. The upper till section, from 4.0 to 9.0 metres appears to have been heavily reworked, consisting of a boulder lag overlain by cobbly stoney till and a moderately sorted gravel unit. One gold grain was recovered from 19.82 kg of material, indicating low background levels of gold grains. The lower till section consists of 1.5 metres of basal sandy till overlain by 2 metres of stoney cobbly till. 6 gold grains including 2 modified grains were recovered from 17.4 kg of material, indicating background levels of gold grains. The presence of 2 modified grains in the basal sample of the till sequence may represent the edge of the proximal train intersected in RQO-94-4.

RQO-94-6

15 metres of sandy till occurs beneath 5 metres of clay and organics. The basal till section from 15 to 20 metres returned 12 gold grains including 3 modified grains, from 54.67 kg of sample material. This indicates background levels of gold grains. The upper 10 metres of till returned 38 gold grains, including 16 modified grains from 64.13 kg of sample. This indicates the presence of a gold source 500 to 1000 metres up-ice.

RQO-94-7

One metre of sandy till occurs beneath 16.2 metres of sand and silt/clay. 4 gold grains, including one modified grain, were returned from 4.75 kg of sample material. This indicates background gold grain levels.

RQO-94-8

2 metres of till occur beneath 2 metres of clay and overlies 2 metres of cobble/boulder lag. 5 gold grains were recovered from 5.65 kg of material, indicating background levels of gold grains. No gold grains were recovered from the basal lag material.

RQO-94-9

2 metres of gravel occurs beneath l metre of organic material. No gold grains were recovered from 5.25 kg of material.


18

RQO-94-9A

3.5 metres of sandy till occur beneath 3.5 metres of organics and silt. 3 round gold grains were recovered from 9.46 kg of material, indicating background gold grain levels.

Kimberlite indicator mineral results

Relatively high grain counts occur in holes RQO-93-1A, 3, 4, 5 and 6. The highest count was from a sample of well sorted sand and gravel in RQO-93-1A. 50 pyropes, 15 chrome diopsides, l orange garnet, l ilmenite and l chromite were recovered.

Higher grain counts occur toward the top or centre of the till sections indicating a distal source. The trend of higher grain counts indicates a dispersal train trending northeast, with counts decreasing both to the north and south on a regional scale.

Grain counts in till units generally have chrome diopside:pyrope ratios of close to 1:1, while sand and gravel samples generally have ratios closer to 2:1. Grains appear to distributed relatively evenly throughout to the till sections, which may indicate a source several kilometres or more up-ice. Most samples contained no ilmenite and chromite grains > 0.5 mm.


19

CONCLUSION

1. A proximal gold dispersal train(s) is present in the vicinity of holes RQO-93-1 and 1A. The small till sample in RQO- 93-1 makes interpretation difficult, but this hole appears to be sampling Matheson till and is within 100 metres of gold mineralization.

2. A proximal gold dispersal train is present in the vicinity of RQO-94-4, with the gold source possibly being within 50 metres up-ice. The same source may be responsible for gold grains in the basal till of RQO-94-1A.

3. A proximal gold dispersal train is present 500 to 1000 metres up-ice of RQO-94-6.

4. Significant kimberlite indicator mineral counts from 5 holes reflect a possible glacial dispersal train with a kimberlite source located within a few kilometres up-ice. Most of the material sampled appears to be Matheson till or intertill sands and gravels. Up-ice direction appears to be to the northeast.

RECOMMENDATIONS

1. Detailed Reverse Circulation drilling and backhoe pits should by used to follow-up gold grain results in RQO-93-1. Reverse Circulation drilling at 100 metre centres should be done north, west and east of RQO-93-1A to verify and outline a possible gold dispersal train in this area.

2. Detailed Reverse Circulation drilling, geophysics and diamond drilling should be used to follow-up gold grain results from RQO-94-4 and 6. Several discrete auriferous zones may exist within a kilometer north of these holes.

3. Additional Reverse Circulation drilling northeast of the property is needed to determine if a kimberlite indicator mineral train is present.


20

HOTES OH INTERPRETATION OF RESULTS

The results of RG drilling programs done in 1993 have been interpreted using the following guidelines, based on personal communications with Stu Averill and the use of several references on glacial processes.

1. The weight of material or sample stated for each hole in the report refers to the table feed weight of the sample. This weight is used to normalize all gold grain counts for interpretive comparisons.

2. Unless otherwise stated, all till units intersected by drilling are assumed to be Matheson till, which is generally assumed to have resulted from glaciation originating from the north-northeast .

3. For gold grains, a count of l round grain per kilogram of table feed material has been used as a preliminary background level for the area of interest. An attempt has been made to explain local changes in background levels and adjust interpretations accordingly. A count of l modified or pristine grain in 50 kilograms of table feed material has been used as a preliminary background level.

4. Generally, samples in which no modified or pristine gold grains occur, are interpreted to have no contribution from traceable gold dispersal trains and are only useful in determining background levels of round gold grains in the area, no matter how high the grain count.

5. The number of round gold grains above local background is determined for any samples having more than one modified or pristine gold grain. Although only one or two modified or pristine grains could indicate a proximal bedrock gold source, they could also result from the disaggregation of a gold bearing boulder just up ice of the sample or tearing of gold from a boulder by the tricone bit. SEM examination of the grains can aid in determining if the latter situation has occurred.

6. The following guidelines are used to estimate transport distance of the above-background gold grain population:

100% pristine grains . . . . . . . . . .source ^00 metres up-ice100% modified to pristine. . . . .source 100-1000 metres up-iceSO-100% mod. to pristine. . . . . .source 1-10 km, up-ice>50% round grains. . . . . . . . . . . . .source probably distal

7. The size of gold grains and the calculated or concentrate assays are not generally a significant factor, especially in the Kirkland Lake camp.

W. A. HUBACHECK CONSULTANTS LTD.

21

8. For kimberlite indicator mineral counts, one grain of chrome diopside or pyrope garnet per kilogram of table feed material may be a reasonable background level. The differences between gold and kimberlite indicator mineral morphology as well as the fact that kimberlite indicator mineral tracing is in its infancy in this area, makes interpretation difficult. Statistical analyses of a large number of sample points and situations may provide a better feeling for the significance of grain counts.


22

BIBLIOGRAPHY

Barrie, C.Q.; 1987:

Barrie, C.Q. 1991:

Report on an Airborne Magnetic and VLF-EM Survey in the Larder Lake Area: Hearst, McElroy, Gauthier and Mcvittie Townships; Terraquest Ltd.

Report on a High Sensitivity Magnetic and VLF-EM Airborne Survey; Larder Lake North, Gauthier, Mcvittie, McElroy and Hearst Townships. Larder Lake Mining Division, Ontario, for Sudbury Contact Mines Ltd., by Terraquest Ltd., Toronto, Ontario, July 15, 1991.

Easton, R.M.,Johns, G.W.;1986: Volcanology and Mineral Exploration: The

Application of Physical Volcanology and Facies Studies, Part One of Volcanology and Mineral Deposits, OGS MP 129, pp 4-40.

Fortescue et al;1984: KLIP Basal Till Study; OGS Open File R.5506.

Hubacheck, P. 1991:

Hughes, T.; 1990:

Christie, D.W., Hughes, T.N.J.;Summary Report on the Larder Townsite, Diamond Lake, Wendigo Projects, May 3, 1990 to February 15, 1991. Prepared for Sudbury Contact Mines Ltd. by W.A. Hubacheck Consultants Ltd.

Summary Report on Diamond Lake - Fork Lake Project, Dec. 1989, W.A. Hubacheck Consultants.

Hughes, T.N.J.;1991 Geological Mapping Compilation and Airborne

Geophysical Assessment Report on the Diamond Lake Project Area, prepared for Sudbury Contact Mines Ltd. by H.A. Hubacheck Consultants Ltd. Nov. 1991.

Jackson, S.L., Kimmerly, C.T., Wilkinson, L.P., Xiangdong, J.;1990: Project Unit 88-33. Southern Abitibi Greenstone

Belt: Structural And Stratigraphic Studies in the Larder Lake Area, Summary of Field Work and other Activities, 1990, OGS MP 151.

Jackson, S.L.;1988: Project Number 88-33. The Abitibi Greenstone Belt


23

Near Larder Lake: Structural and Stratigraphic Studies, OGS M.P. 141, Summary of Field Work and Other Activities,1988, pp 206-211.

Jensen, L.S.;1985: Synoptic Mapping of the Kirkland Lake - Larder Lake

Areas, District of Timiskaming; OGS MP 126.

Jensen and Langford;1985: Geology and Petrogenesis of the Archean Abitibi Belt

in the Kirkland Lake Area; OGS MP 123.


24

CERTIFICATE

I, David R. Jamieson, of the City of Peterborough, in the Province of Ontario, Canada, do hereby certify that:

(1) I am an Exploration Geologist, residing at 31 Finchurst Road Peterborough, Ontario contracted to W.A. Hubacheck Consultants Ltd., 141 Adelaide St. West, Suite 1401 Toronto, Ontario.

(2) I am a graduate of the University of Waterloo and received my Bachelor of Science degree in Earth Sciences in 1985, and have been practicing my profession as an Exploration Geologist continuously since graduation.

(3) I am member of The Prospector and Developers Association of Canada, The Association of Quebec Prospectors, and The Canadian Institute of Mining and Metallurgy-Kirkland Lake Branch.

(4) This report is based on personal examination of the properties between January 1993, and March 1994.

(5) I have no personal interest in the properties or securities of Sudbury Contact.

Toronto, OntarioJune 15, 1994 David R. Jamieson, B.Se.

w. A . HTmarHHr-K CONRTTT.TANTS T.TO

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LOCATION 5~

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MOVE TO HOLE __~-

OMUL "S'-l^ -

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MECHAMCAL DOWN TME

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OTHER

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GEOLOGIST Q SAMPLER

BIT FOOTAGE

DATE

SKFT TO

TOTAL HOURS

OONTRACT HOURS

DEPTHQRAPMC

No.DCOONPTI VE LOO

K 60

l-0 -

*3- O - r,"r.'.-o: 3761 -^"* A

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GEOLOGIST ~t).'

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SAMPLER 'T'.

? 50*0 fBIT FOOTAGE D~ V

TO

TOTAL HOURS

. CONTRACT HOURS

DEPTH

LOOLOO

M 60

O 0 0 0o o o

o o oe o 0

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1

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W.A.H.UBACHECK CONSULTANTS LTD.IUHUNIU. UNIAHHJ. IMIAUA


tit ' " *rnArrmR H&fref t ̂ ^TftJooij LOCATION 5"3"37 'Vv'tfA' ^^^^/Of^

WELLER JA//^7" Cff&S.Of/ BIT No ^*"S ~70fi~Jt9 BITFOOTAOE ij. C; - /f.Oî

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ORLLMO PROBLEMS DATE &Z&?-/ /^^

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MOVE TO NEXT HOLE J/./f- 2 :(/^ TOTAL HOURS

OEOLOOJ8T f). TÎ^S*/*^ SAMPLER 3~- A/nXi-fAtC, f,f)NTRACTHOURS

DEPTH FM Q

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?:

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^

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^ v W

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^

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O / — 1 ~1*~ * ~ f. O ̂ ^ jft-t^ttjt f /'J-ttir X^*^*^v\.i) /'

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APPENDIX B OVERBURDEN DRILLING MANAGEMENT RESULTS


OVtRiURDKN ORILLINO MANAGEMENT LIMITED 107-IS CAPELLA COURT, NEPEAN, ONTARIO, KSE 7X1

ELEPHONE: (613) 236-1771X1774 AX NO: (613) 826-8753

DATA TRANSMITTAL REPORT

DATE: 16-Mar-94

ATTENTION: MR. DAVID CHRISTIE

CLIENT: HUBACHECK CONSULTANTS LIMITED141 Adelaide Street Wctt, Suite 603Toronto, OntarioMSH 3L5

FAX NO.i

PROJECT:

FILE NOs

364-3384 {70S) 643-2393

10rf37S1

H1981MAK.WRI

NO. OF SAMPLES: 33

3784

YOUR SAMPLE FRACTIONS ARE PRESENTLY:

-O.85 MM TABLE CONCENTRATE: PICKED FRACTIONS: INDICATOR GRAINS: l.O TO 2.0 MM FRACTION: )2.OO MM FRACTION:

STORED RETURNED FORWARDED

REMARKS:

Reny Huneault Laboratory Manager

es^.8^^;^El^=aI

OVERBURDEN DRILLING MANAGEMENT LIMITED - LABORATORY SAMPLE LOG

ABBREVIATIONS

DATA LOG Clast t Matrixi

Size of Clast:6: GranulesP: PebblesCi CobblesBL: Boulder ChipsBKt Bedrock Chips

•l Clast Compositions V/S: Volcanics and Sediments 6R: Granitics LS: Limestone OTi Other Lithologics

(Refer to Footnotes) TR: Only Trace Present MA: NOT APPLICABLE OX: Oxidized

S/U: Sorted or UnsortedSOi Sand ST: SiltCY: ClayORi Organics

l Fi Finel M: Mediuml Ct Coarse

Y: Fraction Present*: Fraction relatively more abundant-i Fraction relatively less abundantN: Fraction Not PresentL: Lumps Present

Colour;B: Beige6Y: GreyGB:GN:GG:BN:BK:

Grey Beige Green Grey Green Brown Black

PP; PurplePK: PinkOC: OchreDOCt Dark OchreHOC: Medium OchreLOC: Light Ochre

GOLD LOGNumber of Grains;

T: Number Found on Shaking Table P: Number Found by Panning

Thickness!C: Calculated Thickness of Grain (in microns) M: Actual Measured Thickness of Grain

KIM LOG Grains picked:

GP: Pyrope garnetGO: Orange mantle garnet; incl. both eclogitic (63) and Cr-poor megacryst

(G1/G2) varieties} in some samples, may include a few grains of common crustal garnet (65) lacking diagnostic inclusions or crystal faces.

DC: Chrome diopside, emerald green; paler green low-Cr diopside picked separately. IL: Picroilmenite; in some samples, may include a few grains of common

crustal ilmenite lacking diagnostic inclusions or crystal faces.

PAGE l U.A. HUMCHECX CON9ULTMTS LTD. 03/16/94

bUL0

31BLf GOLD FKM SHRKINB TMLE M PflMINB

MMEROFOmiNS' IR. l OF PWHMS

9WLEI HMDY/N

ne3751

ITS Y

3753

3754

37S5

3756

DO

DIflKT

SOI75X751

15001

a252550

100

251501501

25125 X25X50 I

23130175 X

25252350505075

100175

IV

ER TH

7575

1001500

25507575

ITS

2575

100

2575

100125

2550

too

255075507575

125100175

K9WED MODIFIED P8ISTUC TO

2QOCS6 TPTPTP

13 C 115 C 118 C 1

225 K 1

5C 1ac 2

10 C 1 113 C 127C 1

5C 1 113 C 1 1IS C 1

5C 1 1 210 C 213 C 1iac i

5C 125 H 1iac i

SC 1 1ac 22

10 C 1 110 C 113 C 125N 1SON 1SON 134 C 1

IflLMM Cf — MS

96

1111

4 80.4

1Z211

7 127.5

221

5 127.5

4211

a K.1iii3 113.2

242

LC V.6. flSSflYPPB

47250

37

11

1)

13

HBWNS

EST. O, U PYRITE

EST. 0. It PYRITE

EST. 0.1* PYRITE

EST. 0.1* PYRITE

EST. 0.9 PYRITE

EST. 0.1* PYRITE

l* 107.3

PT1 2 M.A. HUMCMECK CONSULTfMTS LTD. 03/lfc/tt

fiM CLASSIFICATION

iIlLE OLD FHON SHBKINB TflKC fi

BUW.VR2 flL 1 OF PWI1NGS 1*

NDPHMIN6

MHJEB OF GRAINS

JESHflKD MODIFIED PRISTINEPLE 1 rnNMclt sa^MMS! ^^ B^n***a

Y/N

m3757 Y

375B N

3759 N

3760 N

3761 Y

3762 N

3763 Y

3764 Y

3765 Y

TOM. MM OUC V.8.— -r mg ASSAYOlflCTEft THICKNESS TPTPTP 96 PPBI

NO YIS1ILE GOLD

NO VISIBLE GOLD

501 75

75 X 100

25 SO50 7575 75

125 150150 ITS

ND VISIBLE GOLD

15 1525 2525 SO50 73SO 15075 100

IS I 15251 25251 50501 50501 100

251 2525X 50 501 75

13 C 1

16 C 1

ac i13 C 1SON 127C 131 C 1

3C 15C 2 1 28C 3 1

13 C 220 C 11ft C 2

3C 1SC 2BC 2

10 C 115 C 1

5C 1ac i

13 C 2

i1 77.3

1

1 105.8

3 125.3

1S4212

15 112.1

12211

7 125.*

112

5

10

101

42

a

mwrits

ND SULPHIDES

EST. 0.2f PYRITE

EST. 0.1* PYRITE

EST. 0.3* PYRITE

EST. 0.1* PYRITE

101

U.A. HUMDGCK CONSULTANTS LTD. 03/16/94

GOLD CLASSIFICATION

1.3IILE GOLD FROM SHRKINB TflRJE MD MNNIHG

NUMBER OF SKINSL 1 UP MMIM

LEI PPMCDY/N

37K N

3767 Y

376B N

3769 N

3770 N

3771 Y

3772 N

3773 Y

fi M ~ ~~ — — — — — —— —— — — —— ———— — -

RESHRPED MODIFIED PRISTINE TOTOL MM CftJC V.G.

DWtTER THICKNESS T P T P T

251501

2525as5075

25150 X

50X

251

501 100 X

SOI

15 X25XSOI751

1251

2550

25SO75

10075

2575

100

75

50too

75

157575

100200

se z10 C 1

5C 1ac i

10 C 1 115 C 1IS C 1

5C 113 C 2

15 C 1

10 C 1

10 C 1 1 20 C 1

13 C 1

3C 110 C 113 C 118 C 131C 1

P GM5 PPB i

21

3 77

11211

12

3 115.5

1

1 7U

1

1 B3.4

2 1

3 107.)

1

1 82.7

3

1

19

7

'

2

17

5

3774 501 75 13 C l

S 97.3

l

EST. O.W PYRITE

EST. O.U PYRITE

EST. O, W PYRITE

SE 4 U.A. HUMCHBCK CONSULTflNTS LTD. . 03/lt/t*

•"OD CLASSIFICATION

VISIBLE 600 FROM SMKINB TABLE AM) PAttHINB

1981NM.UR2 MMER OF GRAINS•Jill l (F PRNN1NBS 14 ——————————————————

RESHAPED MODIFIED PRISTINE TOTflL NON CflLC 1.6,t Muff) .... , --f mBXMMOBK secttSBS *scss HDR OfSDtr^BWViiff ——— ^.^^^^—^^^^^ ^^pv^m^w www ^i^iV nu.fc.^^1

Y/N DlfMETER THtCWCSS TPTPTP BS m

l 116.3

3775 N NO VISIBLE GOLD

3777 N K) VISIBLE SOD

3778 N 25 X 25 5C l l 175 X 250 25 H l l

2 81.5 104

3771 N 25 X 75 10 C l l

l 97.6 2

3760 N 25 X 25 5 C l l25X 50 8C l l 275X 275 50C l l

S1.2 228

3781 N 251 50 8 C l l501 75 13 C 2 275 X 125 20 C l l

4 31.4 74

3782 N 50 X 75 13 C l l

l 20 19



PAGE lW.ft. HU8ACHECK CONSULTANTS LTD.

OVERBURDEN DRILLING MANAGEMENT LIMITED

GOLD GRAIN SUMMARY SHEET

03/16/94

H1981MAR.WR2

Saiple Nuiber of Visible Gold GrainsNo . svase9Ssaaa*a*BBKsa*89S9asBSaax*KSB

Total Reshaped Modified Pristine

198 37513752375337543755 37563757375877SQJ f W J

376037613762376337643765376637673768376937703771377237733774377537773778377937803781378237833784

475a3 140011501574363113151002144100

31461 00011301170040112131002134100

051202000020404323001020000010000

1l002 12000000000000000000000000000

Non-Mag Calculated PPB Visible GoldWe 1 ght asasa*— ••ssJSs:asti*m*zssisa:MW*"sssstt


80. 4 47250 47245127.5127.596.1113.2 107.341.775.777.3105.8125.391.0112.1125.4101.077.092.6115.573.683.4107.982.797.3116.384.727.481.597.651.231.420.07.50.4

37111913

16100510

101042aa3

1979217S80300

1042

228741900

311199 000510830

418001809216578300

1042

226741900

033010S.000017010a3170O202000002O000

s2004

159000000000000000000000000000

I -n i MO *,C? - C* O Of

KIMBERLITE iNDICflTQR MlNERflL PICKING FOOTNOTES:

-SflMPLE NO: REMflRKS;3751 SEM check of l possible GO fro* 0.5-1.0 mm crustal grossular

almandine.

3752 Picked 3 low-Cr diopside fro* (0.5 **.

3755 SEM check of 2 possible GP fro* 05.5 mm ~ l spinel and l alean check of 4 pale pyroxene fro* W. 5 mm 2 low-Cr diospide (ret 2 diopside (returned to saiple).

-3756 Picked l low-Cr diopside fro* (0.5 mm.

3758 Picked 2 chroiites fro* (0.5 **. SEM check of l possible GP fr confined as zircon; SEM check of 3 pale green grains fro* (0.5 diopside with very low Gr, and l Cr-andradite (grains retained)

.3760 Picked l possible GO fro* (0.5 mm.

3762 SEM check of l , ..e green pyroxene grain fro* )0.5 mm diopsi very low CR; picked blue spinel fro* (0.5 ee.

3765 SEM check of 2 pale green pyroxenes fro* (0.5 mm — l diopside low Cr (retained) and l diopside (returned to saiple).

3763 Picked l 60 fro* (0.5 mm.

.3769 Picked l GO fro* (0.5 mm.

3772 SEM check of 2 possible CR fro* )0.5 mm both grains crustal

UBOHBTDBY Sttftl LOB KMEM.ITE

IHUr -1993 PMUECT: 198 TOTW.OF 339WLES.

SflWIEMHO

iw"3751375237533754 37553756 375737583759376037bl3762376337643765 376637673766376937703771377237733774377537773773377937803781378237833784

1 11 1i nrm.ii "1 195.31 640.61 525.11 4A1 4 1 T^l* ?

1 462.31 539.3 1 242.11 363.51 458.81 535.41 533.91 635.61 523.81 462.8i 407 o1 TO/* 7

1 467.31 438.61 477.01 414.91 554.71 404.91 334.81 274.31 546.51 525.51 295.51 381.81 324.71 348.61 135.21 144.11 702.51 73.4

TULE OKENTMTE (grus)

RI. SEPflRRTIHI S.6 3.20

HI. TOTRL 0.5 TO 0.25 TOLIGHTS NQN-MRB 1

98.8494.3381. 7329.6 333.7416.7 193.2270.7364.4412.8392.8531.0398.1319.3373.3 378.83317347.0326.5458.5261.0252.1164.0416.2426.5262.6285.1209.4289.099.8

122.1691772.9

61.2127,5127.697.0

1110IA7 \IVf .J

41.675.477.0

105.5125.190.7

111.6125.3100.6 77.092.8

115.4716812

107.770.497.3

116.184.627.261.397.451.031.219.97.40.4

-0.25.0 H 0.5 H H

172.92.31.1 2.44.3 0.8114.92.3112.814141.3 1.21.8161.71.3172.40.64.0161.65.41.31.1M0.82.70.2

6.311.69.17.8

10.010.5 4.56.6

1169.47.8

10.36.3

17.111.1 9.17.09.98.96.06.46.54.9

14.18.66.86.79.55.23.7114.20.2

71.2112.8116.200 100.1

100.643 S*C.d

36.361756,593.6

114.277.6

102.1104.666.2 66.764.0

101.961071995.661.591.696.072,216.667.286.644.726.416.0O.S

(0.1

1 1l 11

KIN OWO

0.5 TO 1 M

T 0

0.23 TO T 0.5 M ft

NAB 1 CP GO DC IN CR 1 SP __ 1 __ _ _ _ _ 1 __

115.3 116.8 115.6 114.8 1 15.6 115.3 1 7.3 1

17.4 117.4 117.1 116.0 114.1 1119 118.2 114.0 1 11.5 112.1 114.6 114.6 1110 116.2 112.3 1110 114.2 114.4 15.7 1

15.4 117.9 18,6 14.2 12.1 11.4 10.1 1

0 01 00 00 0 0 00 0 0 01 01 02 00 00 00 00 00 0 0 00 00 00 00 00 00 00 00 00 10 00 00 00 00 00 00 10 0

0 00 00 00 0 0 00 0 0 01 00 00 00 00 00 01 00 0 0 00 00 00 00 00 01 00 00 00 00 00 00 00 00 00 00 00 0

10 1 110 1 100 1 60 1 3 0 1 90 l 6 0 1 30 1 50 1 100 1 80 1 30 1 90 1 30 1 160 1 9 0 1 190 1 100 1 160 1 H0 1 80 1 40 1 40 t 60 1 90 1 80 1 30 1 50 1 80 1 9C ! 20 1 50 1 20 1 0

LDC KINs

11034 5412a432275lk4444406301511210

1221

97

141049

19146

11S

2414 2114201512

B96

151236

13103740

LABORATORY SAMPLE LOB

Ib-ftar PROJECT: TOTflLOF FILENRME:

SAWLEMMER

1983751375237S337543755375637573758375937603761376237633764376537663767376837693770377137723773377*377537773778377937803781378237833784

-1993 198 33 SAMPLES. 0

SAMPLE DESCRIPTION

OflSTS )4.0 m

BULK

(EIGHT

TABLE

(KIL06RRJ6)

*2 mAEPVED SPLIT OASTS

19.5030. SO15.5526.2518.0027.20

S. 208.60

14.6580.3518.0027.0017.3018.4519.1018.2519.0025.0028.658.85

27.6528.7027.5021.3519.006.108.85

11.455.403.552.902.000.50

12.0012.0010.0010.0010.0010.005.208.60

10.0010.0010.0010.0010.0010.0010.0010.0010.0010.0010.008.85

10.0010.0010.0010.0019.008.108.85

10.005.401552.902.000.50

0.350.250.250.200.100.150.350.650.601.000.500.200.150.450.550.300.250.250.150.450.100.400.300.100.201.300.250.300.350.050.15NAMA

1-2 MlOASTS^—————^••^B

0.500.490.230.380.430.530.440.691.250.710.390.780.410.620.400.700.400.410.800.390.360.340.350.440.471.558.200.640.300.230.370.330.03

TAKEFEED

11.1511.269.529.429.479.324.417.268.138.299.119.029.448.939.059.009.359.349.058.019.549.269.359.46

18.335.250.409.064.753.272.381.670.47

S IZE

^——^—•M

Ccccccccccccccccccccccccccccccc

NOTNOT

PERCENTAGE

V/S

95959595956595909095959595959590909090909085859590959593959595

TABLEDTABLED

8R•^——

55SSs

355

10105S55S5

101010101010IS155

10SSS55S

CLASS

MATRIX (1.0 PH

DISTRIBUTION COLOUR

is or S/USD

0 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 0

U YU *U *U *U *U *U tU *U *U *U *U *U *U *-U *U vU *U *U *U *U *U *U *U *U *U *U *U *U tU *U *

ST

YYYYYYYYY---

YYYYYY--

Y-

YYY

--

Y---

CY SAND

Y LOG- GB- 68- 66- 68- 68- G8- GB- GB- 68- 68- 68- 68- 68- 68- 68- 68- 68- 68- 68- 68- 68- 68- 68- 68- 68

N 68M 68N 68N 68N 68

CLAY

IX68686868GB6868686B686B6868686B68G86B6B68GB6B686BSBmNANANANA

0 R6A

NNXNttNNNNNNNNNNNMMNNNNNNNNNNNNN

TILLTILLTILLTILLTILLTILLTILLTILLTILLTiaTILLTILLTILLTILLTILLTILLTILLTILLTILLTILLTILLTILLTILLTILLTILLTILLTILLTILLTILLTILLTILL

SUM93RCA WK1

IBIIOVERBUKCBi DRILLING MANAGEMENT LIMITEOI

GCLD GRAIN SUMIARY SHEETII

Sample No. s

Number ofBSSSS ——— S SZ:

Visible Go:Id Grains Non-Mag Weight


1759917600176011760217603

146

1502

146

130

2

00l0

0

0010

0

11.553.320.938.317.8

Calculated PPB Visible GoldSZSSSSS5 SSSSSSZSS SSSSSSSSS SSSSSSSS


1346

8800

22

1346

8670

22

0090

0

0040

0

SUM93RCB.WK1

M.

TABLE

SPLIT

*

17599

17800

17601

17602

17603

4 6 10 8 2

.7 .3 .0 .6 .1

*2 MM

CHIPS

0.0

0.0

0.3

0.0

0.0

1-2

pin

0 0 0 0 0.1 .0 .e .0 .0

TABLE

4, 6, 9 8, 2

,6 3 0 ,6 ,1

M.I.

LIGHTS

112 87 280

273

126

.9 .0 .5 .2 .9

CONC.

14 62 26 48 21

.3 .8 5 .1 .0

I. CON C

NON

11 33 20 38 17

.5 .3 .9 .3 .8

MAO 2.8

9.5

5.6

9.8

3.2

SIZE NA HA C HA NA

CLAS

V/S HA NA 95 NA NA

T

X

OR

NA NA 5 HA NA

MATRI X

S/U

LS

0 0 0 0 0

OT HA HA KA HA HA

U U U U U

SD Y Y Y Y t

ST Y Y Y Y -

CY Y Y Y - -

COLOR

SO OY B OY OB OB

CY B B OY GB GB

OR H N H N H

TILL

TILL

TILL

TILL

TILL

SUM93RCC.MC1

GOLD CLASSIFICATION

VISIBLE GOLD FROM SHAKING TABLE AND PANNING

NUMBER OP GRAINS

RESHAPED MODIFIED PRISTINE TOTAL NONSAMPLE PANNED s^^-. === ^^-. sn: s^ == ̂^* MAG

Y/N DIAETER THICKNESS T I T l T P CMS

CALC V.G. ASSAY PPB REMARKS

17599

17600

17(01

15 X 1525 X 2525 Z 5025 X 7525 X10050 X 75

25 X 25 25 X 50

15 X 1525 X 2525 X 5025 X 7550 X 5050 X 7575 X 75

100 X 200200 X 200

3 C 2 l5 C 2 l8 C 2 2

10 C 213 C l13 C l

5 C 8 C

3 C5 C8 C

10 C10 C13 C15 C29 C38 C

17602

17603

NO VISIBLE GOLD

25 X 25 5C 50 X 75 13 C

EST. 0.1* PYRITE

14

33

12 134

NO SULPHIDES

53

NO SULPHIDES

15 21 880

18 22

JM

93RC

D.W

K1

KJB

ACK

CK C

ONB

ULT1

Wov

nfflur

oni D

RILLIH

O tm

aanu

n LIM

ITID

HEAV

Y LI

QUI

D IM

ffL

I N

IIO

HIB

(M

3.2

0)

BAM

VU

TM

U C

CM

CBR

MTI

(<

1.0

Ml)

COHC.

TOTAL

LIMIB

TOTAL

TOTAL

" 0.

2! "OF

Ml

O.I Ml

171*

*17

(00

17*0

1 17

*02

17*0

3

127.

214

1.1

307.

032

1.3

147.

9

112.

9 07

.0

210.

S

273.

2 12

t .9

14.3

62.8

2*.5

48.1

21.0

11.S

11

.53.3

13

.2

0.*

K

.31.3

35

.17

.8

IS.

Ml

1.

0.

0.

1 MA

O

9.8

0.8

TO 1

Ml

5? "5

5 ~o

c~ "

M "

cT

00000

0.21

-0.

8 M

l

5? "

55^^

^^

1 0

4 2

T 0 T A KIM

) 0 0 1 t S

- M

O f

trti

nt

of

X).S

m.

- m

vyr

iti l

i co

ne.)

Mw

trtl

**py

nrt

itn i

t (0

.!-

Ple

k*d

2 le

u C

r-4i

ep(i

d*

Inm

KO

.S m

.- Picked

l lew Cr

-4io

pild

* from O.S w

m.

HUBATOTA.WRI

Saaple Number of Visible Gold Grains

IBIIOVERBURDBN DRILLING MANAGEMENT LIMITEDI

GOLD GRAIN SUMMARY SHEETII

Non-Mag Calculated PPB Visible GoldNO . ——— sss —— szs —— s zs —— ss —— ~-.~ s —— . ————— .^ WBigllt


1882416825188261882718828188291883018831188321883318834188351883618837188381883918840188411884218843188441884518846

1713002331000001110

13162

85

141300

131100000

1110

61310

30000

100000000

0000

7021

85

00000

002000000

0000

00100

78.822.957.38.5

39.129.522.933.716.69.915.91.5

10.616.931.09.617.49.1

47.547.662.79.219.9


50866300

56. 2070

22376

00000

147423934125

0117213112

129858

50466300

342070

11376

00000

147423934125

032212690

40000

2200000000

0000

85043

129858

00000

00

11000000

0000

00000

SAMPLE

WEIG

HT

18624

18825

16826

16827

16828

18829

18830

18831

18832

18833

18834

18835

18836

18837

16838

18839

18840

18641

18642

16843

16844

16845

18846

TABLE

SPLIT

5.6

1.5

6.3

1.6

4.8

4.5

4.5

6.4

3.3

2.5

6.9

2.6

9.2

11.0 3.5

4.2

2.9

8.0

6.6

4.5

1.7

2.1

(KG. W

+10

CHIPS

0.1

0.1

0.1

^.1

0.1

0.1

0.1

0.2

0.1

0.1

0.1

(Oil

(Oil

(Oil

0.0

0.1

0.1

0.0

0.1

0.0

0.0

0.0

ET) TABLE

FEED 5.5

1.4

6.3

1.6

4.7

4.5

4.5

6.2

3.2

2.4

8.9

2.6

9.2

11.0 3.5

4.1

2.9

8.0

6.6

4.5

1.7

2.1

WEIG

HT

(

TABLE

395.7

269.2

556.8

261.3

612.2

228.7

176.4

461.7

182.6

136.9

269.6

294.4

199.4

223.3

478.1

249.0

231.5

195.6

580.1

290.6

303.2

348.1

269.2

M.I.

LIGHTS

306.6

264.2

490.5

251.4

566.6

194.7

148.5

421.2

162.2

125.8

249.2

289.0

186.6

201.8

438.3

237.4

209.4

182.5

524.1

238.3

232.9

332.6

246.9

GRAMS M.

CONC.

TOTAL

89.1

25.0

66.3 9.9

45.6

34.0

27,9

40.5

20.4

13.1

20.4

5.4

12.8

21.5

39.8

11.6

22.1

13.1

56.0

52.3

70.3

15.5

22.3

LABORATORY S

AMPL

E LOO

DRY)

A AU

I. CONC

NON

MAG

78.8

22.9

57.3 8.5

39.1

29.5

22.9

33.7

16.6 9.9

15.9

1.

510

.616

.931

.0 9.6

17.4 9.1

47.5

47.6

62.7 9.2

19.9

MAG

10.3 2.1

9.0

1.4

6.5

4.5

5.0

6.8

3.8

3.2

4.5

3.9

2.2

4.6

8.8

2.0

4.7

4.0

8.5

4.7

7.6

6.3

2.4

NO.

V.G.

17 1 3 0 0 2 3 3 1 0 0 0 0 0 1 1 1 0 13 1 6 2129858

CALC

PPB 50

8 (6 3 0 0 562070 22 376 0 0 0 0 0

1474

2393

4125 011

7 21 31 12129656

DE: SOUPTION

CLAST

SIZE P P

P P P P P P P P P P P P P NA P P NA P NA NA NA

v/s

100

100 95 100

100

100

100 95 95 95 95

95 95 95 95NA95 100

NA 100

NA NA NA

k

GR

TR TR 5 0 0 0 0 5 5 5 5 5 5 5 5NA

S TRNATR

NA NA NA

LS

0 0 0 0 0 0 0 0 0 0 0 0 0 0 0NA

0 0NA

0NA NA NA

mmm or NA NA NA NA NA NA NA NA NA NA MANA MA NA NA NA NA NA NA NA NA NA NA NA

O.AS

.'

MATRI X

S/U

SD

U Su u s s s s s u s s s s s s u s u s s u

•fY Y F.

MF. M

C. M

C. M

C. M

Y F-C

F-C

F-C

F-C

F-C

M. C

F-C

•f F. M

Y F F Y

ST

-Y Y - - - - - •f . - - - - - - - Y - - Y

CY

-- Y N N N N N N N N N N N N N Y N N Y

COLOR

SD OB GBB GC B B B B B GO B B B B B B B LO

GB B B GN OG

CY GB NAB GB NA NA NA NA NA GO

NA NA NA NA NA NA NA NA NA B NA NA OB

OR N NN N N N N N N N N N N N N N N N N N N N

TILL

SAND

TILL

TILL+BL:

SAND

SAND

SAND

SAND

SAND

TILL

SAND

SAND

SAND

SAND

SAND

SAND

SAND

TILL

SAND

TILL

SAND

SAND

TILL

OOU CUSSXFICU10H

or owns

MODIFIED nusrnc TOTAL BOB CRLC v.o.

10024 Y

10025 Y

18826 Y

252525SO75100100100ISO175

75

2525

XXXxxxxxxx

x

xx

25so757575100125ISO250300

125

25SO

S81013IS2022253044

20

58

CCCCCCcccc

c

cc

11121

11

1

1

12

211

1

1ST. 20* PTRTIX SXMMCASITE

17

l

78. B

EST. 20X

22.*

57.3

10027 Y OD VISIBLE OOLD

Y BO VISIBLE OOID

Y 75 X 75 X

75100

10832

7SX12S 150 X 22S 250 X 3SO

IS X IS25 X 100SO X 75

ISO X 175

Y tO VISIBLE eOU

18034 Y WO VISIBLE GOLD

10035 Y WO VISIBLE BOLD

1083t Y WO VISIBLE OOU

10037 Y BO VISIBLE 0001

Y 275 X 375

325 X 375

275 X COO

IS C 18 C

20C13t C l 54 C

3 C13 C13 C

31 C

BO SUUHIKS

BO SUUHIKS

BO SUUHIKS

29.S

22.4 2.070

EST. O.IX RUTE

33.7 22

BO SUUHIKS

It.t 37t

ESI. 3X RUTE

1ST. O.IX RHTE

10040 Y

SO C l

25 H l

58 M l

MO SUUHIKS

l 31 1.474

l BO SUUHIKS

l *.t 2,393

l BO SUUHIKS

l 17.4 4.125

10041 Y

18042 Y

B0 VISIBLE OOU)

IS25252590SO

xxxxxx

IS25SO10075ISO

3501313M

CCCCC 1c

1 21 211

11

EST. 2JC RUTZ

EST. O.IX RUIE

HUBHDIC.MU

VISIBLE OOID nOM

HUOAMM.MM TOOL t Or

TABLE MD MMUO

or mn

10043

ISMS

1004t

k JV ———— — ———— — — — — — — - "•~~—~— --- -

mmnto MODIFIED mBUM cm mons75

100

75

25252550SO75

2525

252550SOSOSOSOSO7575757575

100100100100100125125125125125ISOISOISO175225250350450575000

1150

XX

x

xxxxxx

xx

xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx

75125

100

2550

125507575

25SO

SO75SO75

too125150ITS

7S100125190200100125ISOITS225125ISOITS225250ITS200300225275275550750

1025000

2025

IS22

10

S0

IS1013IS

S0

0101013IS102022IS1020772T2022252T3125272f34X313442304*407490SO7575

B TC 1C

C

CcccC 1C 1

cC 1

cccccccccccccccccccccccccccccccHMM

* T

1

1

11

1

733

11211123S

111111

121

1

11

snm TOM. imm cue v.o.^BU* &0B&W

FTP MB H*

1

111151

1331

11

11

1112

11

1111

ii

13

1

1

1 111111

t

11

2

044

12721124032122111222112111111111

OS

1

47.S 117

47.6 21

61.7 31

9.2 12

19.4 129,05*

59.2 03

1ST. o.is rant

OVER

BURD

EN D

RILL

ING

DIRE

CT

SAM

PLE

NUM

BER

TOTA

L

1882

4 45

2.6

1882

5 18

7.7

1882

6 47

0.0

1882

7 13

8.18

828

108.

1882

9 26

3.18

830

436.

1883

1 83

6.18

832

638.

1883

3 59

1.2

1883

4 13

89.2

1883

5 19

63.0

1883

6 37

0.5

1883

7 19

99.9

1883

8 89

9.8

1883

9 34

7.1

1884

0 74

5.0

1884

1 64

9.7

1884

2 90

.318

843

652.

618

844

6.0

1884

5 10

9.0

1884

6 15

4.3

SIEV

E (1

.0

LIGH

TS

444.

218

0.8

467.

713

8.5

108.

526

2.9

434.

683

3.5

637.

158

8.5

1385

.619

60.2

369.

519

96.4

898.

434

6.4

739.

164

5.5

90.2

650.

16.

010

8.2

153.

8

TO 2

.0

OONC

.TO

TAL

8.4

6.9

2.3

0.1

0. 3

0.3

1.5

2.7

1.7

2.7

3.6

2.8

1.0

3.5

1.4

0.7

5.9

4.2

0.1

2.5

(0.1

0.8

0.5

MM) NO

NMA

O

8.2

6.8

2.0

0.1

0.2

0.2

1.3

2.1

1.4

2.3

3.0

2.4

0.9

3.0

1.2

0.6

5.2

3.7

0.1

2.2

(0.1

0.8

0.4

MAO

1

0.2

0.1

0.3

(0.1

0.1

0.1

0.2

0.6

0.3

0.4

0.6

0.4

0.1

0.5

0.2

0.1

0.7

0.5

(0,1

0.3

0.0

0.0

0,1

TOTA

L

395.

328

9.7

556.

826

1.4

612.

222

8.8

176.

346

1.8

182.

813

9.0

269.

430

4.4

199.

322

3.5

478.

213

9.2

231.

619

5.9

580.

329

0.8

303.

435

1.8

269.

2

HEAV

Y

TABL

E

OONC

.LIQ

UID

SAM

PLE

CONC

ENTR

ATE

(

^^•B

^B

^W

H

LIGH

TS

TOTA

L TO

TAL

306.

6 88

.726

4.2

25.5

490.

5 66

.325

1.4

10.0

566.

6 45

.619

4.7

34.1

148.

5 27

.842

1.2

40.6

162.

2 20

.612

5.8

13.2

249.

2 20

.228

9.0

15.4

186.

6 12

.720

1.8

21.7

438.

3 39

.912

7.4

11.8

209.

4 22

.218

2.5

13.4

524.

1 56

.223

8.3

52.5

232.

9 70

.533

2.6

19.2

246.

9 22

.3

78.4

23.4

57.3 8.6

39.1

29.6

22.8

33.8

16.8

10.0

15.7

11.5

10.5

17.1

31.1 9.8

17.5 9.4

47.7

47.8

62.9

12.9

19.9

MAN

AGEM

ENT

LIM

ITED

WEI

GHTS

(1.0

MM)

NON

MAG

_____ -

(0.2

5MM 58

.012

.648

.9 7.2

33.1

26.3

16.9

20.5

10.8 7.1

5.6

5.2

5. 9. 19. 5. 11. 5. 45.7

43.1

62.4 9.0

18.1

(SG

3.20

)

M^B

VM

BM

B

H

0.25

-0.

5 MM

12.1 5.5

5.7

1.0

5.7

2.7

4.6

10.1 4.7

2.3

7.1

5.1

3.7

5.4

9.5

4.1

4.3

2.2

1.9

3.6

0.4

2.9

1.5

.^^•^

••B

M

^^^^

X).

5 MA

GMM 8.

3 10

.35.

3 .1

2.7

.00.

4 .4

0.3

0.6

1.3

3.2

1.3

0.6

3.0

1.2

1.3

2.4

2.2

0.5

.01.

3 .7

1.3

.00.

1 .5

1.1

.70.

1 7.

61,

0 6.

30.

3 2.

4

NUMB

ER

1 TO

2_ -

_ -

—OP

GO

DC

000

000

000

000

000

000

000

000

000

000

000

000

000

0 0

CI000

000

000

000

000

000

000

000

000

OF I

NDICATOR MINERALS

HUBATOTD.WRIHEAVY LIQUID SAMPLE WEIGHTS

SAMPLE

NUMBER

18824

18825

18826

18827

18828

18829

188)0

18831

188)2

188)3

18834

188)5

188)6

188)7

188)8

188)9

18840

18841

18842

18843

18844

18845

18JB

46

MM — _ —

~ IM~

0 0 0 0 0 1 0 0 0 0 0 0 0 0 0

CR 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

0— OP 1 0 0 0 0 0 0 0 1 0 0 0 0 0 0

.5 T

O- _ -

~oo~ 0 0 0 0 0 0 1 1 0 0 0 0 0 0 0

1 MM_ -

DC 0 0 0 0 0 0 0 0 0 1 0 0 0 0 0

-— IM 0 0 0 0 0 0 D 0 D 0 1 0 1 0 0 0

— —

"CR 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

0. 0. OP

4 0 4 0 0 4 1 0 2 0 2 2 1 2 10 2 0 0 1 4 0 0 125-

5 MM

DC.

-,

2 1 1 0 1 0 0 0 0 0 2 1 1 1 2 1 0 0 0 0 0 0 1

REMARKS

- 6 O

X AS IN 18825

BELOW:

1 GR.

GALENA IN -0.5 M

M-

65*

PYRITE

-f PYRITIC

ROCK C

HIPS IN W

H. CONC.

- 1 blu* p

yrop*

(?)

- Cone, wry mull

- 1 blu* p

yrope

(?)

- very •

mall p

icking fraction

- 99*

boulder

or b

edrock diaba** c

utting*

RQOGGS WK1

IBIlOVERBURBCN DRILLING MANAGEMENT LIMITEDI

GOLD GRAIN SUMMARY SHEETII

Sample Hinder of Visible Gold Grains Non-Mag Calculated PPB Visible Gold

Total Reshaped Modified Tistine Total Reshaped Modified Pristine

189911899218993189941899518996189971899818999

389

30205

107

059

2920

5107

030000

000

300100

000

299

109781415287032

.6

.7

.6

.4

.1

.42

.6

.7

1794453316320

8410264

0375331532

084

10264

070000

000

17900100

000

HUBA

T02B

.

IAMPLB W

EIGHT

(KQ.WET)

OVERBURDEN D

RILLING

MANAGEMENT L

IMITED

LABORATORY S

AMPLE

LOO

WEIGHT (GRAMS

DRY)

A AU

DESCRIPTION

CLASS

NO.

BULK

)2.0

nn

18991

18991

18993

18994

1899S

18994

18997

18991

18991

1.1

0.

8.1

0.14.

16. 2 1

,4. 12. 5.

0. 0. 0. 0. 0. 0. 0.

1 1 3 2 1 2 4 9 2

TABL

E

1.1

8.0

14.0

16.7 2.3

1.0

4.4

12.0 5.4

TABLE

UUTlW

143.2

524.8

441.

1525.7

155.8

74.7

289.9

582.9

181.8

M.I.

LIGHTS

420.0

315.5

430.2

138.6

58.7

255.7

497.2

148.0

M.

CONC.

TOTAL

104.8

125.6

95.5

17.2

16.0

34.2

85.7

40.8

I. CON

WON 99.7

109.6

78.4

14.1

15.4

28.2

70.6

32.7

C

5.1

16.0

17.1 3.1

0.6

6.0

15.1 8.1

NO.

V.G. 8.

09.0

30.0 2.0

0.0

5.0

10.0 7.0

CALC

PPB

179.2

44.1

52.5

316.5

32.2 0.0

84.3

101.7

63.8

SIZE C C p c p c c c c

CLAS

V/S 100 95 95 95 95 80 95 95 95

T

*

OR

0 5 5 5 5 20 S 5 5

MATRIX

LS 0 0 0 0 0 0 0 0 0

or Ml NA NA NA NA NA NA NA NA

S/U u u u u u u u u u

SD Y Y Y Y Y * Y Y *

ST Y Y Y Y Y - Y Y -

CY Y Y Y Y Y - Y Y -

COLOR

SD GY GB GB GB GB GC GB GB GG

CY GY GB GB GB GB GB B B OY

OR N N N N N N N N

TILL

TILL

TILL

TILL

TILL

TILL

TILL

TILL

TILL

HJBAT07C.

OOID CLASSIFICATION

VISIBLE OOID nOM SHMUMB TABLE AMD PAMIIM

OF OBAIK

18991

18992

18993

18994

18995

189*6

18997

18998

18999

4U1RESHftPEP MODIFIED PRISTHC TOTAL MM CALC V.O.mmmmm mmm •••B wv** •••* mmmm ••••* MMO ASSJff

2525

IS25SOSO75

100

IS25SO75

100

25252S25SOSOSO50757575

100100100

25SO

XX

xxxxxx

xxxxx

xxxxxxxxxxxxxx

xx

so75

15so75

100100125

ISso75

100ISO

255075

100so75

100125

75100125100ISO200

so75

010

3e

13IS1822

38

131825

Se

101310131510IS1820202529

813

Cc

cccccc

ccccc

cccccccccccccc

cc

1

1 1 1

1

1

11

31

21 11

S42

11

142111 122

1

11

1 41.61 18.6

1 1112

3 2.6

131111

8 99.7

31221

9 110

S1 5

211142112221

30 78.4

11

2 14.1

NO VISIBLE aOLD

252575

IS25SOSO7575

125

2550SOSO

xxx

xxxxxxx

xxxx

so75

too

IS75SO7575

100ISO

25SO75

100

81018

3101013IS1827

S1013IS

ccc

ccccccc

cccc

212

1213111

2212

212

5 28.2

1213111

10 70.6

2212

ffU IMaMW0

925

EST. 60X WK11E

179

Esr. ix WRITE

44

Esr. o.sxIX

S3

Esr. o.

316

Esr. o.

M

IX

WRITEJKASITE

MMtCASITE

SX MMCASTTE0.1X

32

EST. 0.

Esr. o.0.

84

EST. 0.0.

102

EST. 0.0.

IX

SX3X

2X2X

WRITE

ramMAKASITEWRITE

NMasrnWRITE

SX MMCftSmsx WRITE

l 32.7 M

HUBATO2D.HEAVY LIQUID

SAMPLE W

EIGHTS

SAMPLE

NUMBER

18991

18992

18993

18994

18995

18996

18997

18998

18999

19000

19001

19002

19003

19004

19005

19006

19007

19008

19009

19010

19011

DIRECT

TOTAL

142.1

650.1

755.8

323.6

151.8

147.0

805.9

1072.0

591.0

1195.8

1431.1

1146.5

1315.5

544.7

594.6

618.1

697.1

269.8

396.1

294.8

291.1

SIEVE

(1.0 T

O 2.0 M

OONC.

LIGHTS

TOTAL

142.0

0.1

643.7

6.4

748.8

7.0

321.1

2.5

150.

146.

799.

1065.

587.

1187.

1425.

1138.

1308.

542.

592.

615.

693.

268.

393.

293.

290.

0.9

0.8

6.9

6.8

4.0

8.3

6.0

8.1

7.0

1.8

2.0

2.3

3.9

1.3

2.3

1.3

0.6

NON

MAO 0.3 .0

.3

.1

.8

.7

.3

.7

.6

.9

5.2

6.8

5.7

1.6

1.7

2.2

3.3

1.2

1.8

1.0

0.4

MAO 0.4

0.7

0.4

0.1

0.1

0.6

1.1

0.4

1.4

0.8

1.3

1.3

0.2

0.3

0.1

0.6

0.1

0.5

0.3

0.2

HUBACHECK

CONSULTING


HEAVY

LIQUID S

AMPLE WEIGHTS

(SG

3.20)

TABLE

CONCENTRATE

(K 1.0 M

M)

TOTAL

LIGHTS

OONC.

TOTAL

TOTAL

NON

MAG

.25

MM0.25-

0.5

MMX).S

MM

143.

052

5.0

440.

352

5.7

155.

774

.728

9.6

582.

918

S.6

7K.5

632.

179

6.1

618.

349

0.1

549.

574

6.2

887.

076

8.9

652.

152

1.0

474.

6

140.

342

0.0

315.

543

0.2

138.

658

.725

5.7

497.

214

8.0

607.

951

6.5

681.

253

1.1

438.

347

3.0

623.

968

8.9

651.

852

3.0

390.

136

1.2

2.7

105.

012

4.8

95.5

17.1

16.0

33.9

85.7

40.6

108.

611

5.6

114.

987

.251

.876

.512

2.3

198.

111

7.1

129.

113

0.9

113.

4

2. 99.

108. 76

.14

.IS

.27

.70

.32

.94

.99

.88

.75

.46

.68

.!10

8.:18

2.1

103.

111

2.1

118.

410

4. t

1.7

84.0

93.3

69.7

11.4

13.6

19.8

53.0

26.3

74.8

74.1

65.5

59.4

37.8

l 57

.71

91.5

L 14

3.0

93.2

100.

910

9.7

1 94

.5

0.6

10.4 9.1

6.1

2.0

1.8

5.3

12.2 4.5

12.7

19.5

15.3 9.8

5.9

7.5

10.6

22.0 6.9

8.1

6.2

7.9

0.1

5.5

6.4

2 .6

0.6

(O.I

2.8

5.4

1 .7

6.7

5.9

7.4 65

2.4

3.3

62

17.1 3.0

3.1

2.5

24

HUBATO2D.HEAVY LIQUID SAMPLE W

EIGHTS

SAMPLE

NUMBER

1*991

18992

18993

18994

18995

18996

18997

18998

18999

19000

19001

19002

19003

19004

19005

19006

19007

19008

19009

19010

19011

MAO 0.3

5.1

17.1

15.1 8.1

14.4

16.1

26.7

11.5 5.7

8.0

14.0

16.0

14.0

17,0

12.5 8.6

NUMBER O

P

___

SP 0 0 0

1 TO

00 0 0 0

2 MM

DC 0 0 0

INDICATOR MINERALS

IM 0 0 0

0

CR 0 0 0

0 0 0 0 0 0 0 0 0 0 0 0 0 0

0 0 0 0 0 0 0 0 0 0 0 0 0 0

0 0 0 0 0 0 0 0 0 0 0 0 0 0

0 0 0 0 0 1 0 0 0 0 0 0 0 0

0 0 0 0 0 0 0 0 0 0 0 0 0 0

OP 0 0 1

5 TO 1

CO 0 0 0 0

MM DC 0 0 0 0

IM 0 0 1 0

GR 0 0 0 1

0 3 1 0 4 0 1 0 0 0 0 0 0 0 0

s 1 0 0 1 0 0 0 0 0 0 1 0 0 0

0 0 0 1 0 1 0 1 0 0 0 0 0 0 0

1 0 0 0 1 0 1 0 0 0 0 0 0 0 0

0 0 0 0 1 0 0 0 0 0 0 0 0 0 0

~0.25-~

0.5 MM

OF

~

0 6 9 7 4 3 7 17 8 15 46 18 7 5 4 4 6 3 4 3 3

DC

0 5 7 2 2 0 3 11 3 9 15 7 5 3 3 2 6 2 2 1 1

REMARKS

- * 0.5 M

M ARE

SMALL, CONSIST MAINLY OF

PY-CARB. VEIN

- 4-0.5 MM OVERSIZED D

UE TO

CLINOZOISITE C

UTTINGS

FROM

- CHROMITE O

R. SLIGHTLY MAGNETIC. PROBABLY C

RUSTAL NO

KIMBERLITIC.

- 5 ORANGE GARNETS ARE A

LL POSITIVE

IDENTIFICATIONS.

FRACTIONS

ARE

LARGE. SORTED INDICATING G

RAVEL.

SEE

NOTE A

T BOTTOM.

- TRACE

CPY. IN 0

.5-1.0 M

M FRACTION.

- +1 M

M ILMENITE H

AS P

EROVSKITE

OVERGROWTH.

0 . 2X CPY

KM F

RACTION. LESS IN 0

.25-0.5

NONPARAMAO F

RACTION

- ABUNDANT 0

.5-1 MM D

UE T

O NATURAL

HB

AND PX

COARSE

-O.IK C

PY.

IN )1 AMP

0.25-0.5 M

M FRACTION.

- ALSO PICKED

1 KIMBERLITIC

CHROMITE FROM 0.25-0

5 MM

- ALL

FRACTIONS

MAINLY C

UTTINGS OF B

ASALTIC

PX

CUTTINGS

BLDR.

T

COARSE

IN

0 5-1

SAND

FRACTION

P AGE l W. A. HUBACHECK CONSULTANTS LTD. O*/11/93


BOLD GRAIN SUMMARY SHEETHUBA3MAY.WRI

Saiple Nuiber of Visible Gold GrainsNo i ss3sz:s:5:s*secass33sssss*:s:5ssaazszss


Non-Mag Calculated PPB Vitible Gold


190001900119002190031900419005190061900719006190091901019011

61

10150413710731

61

102041369731

0001300011000

000000000000

94.399. a69.176.646.468.8108.5182.3102.8112. a118.5104.5

1484

49147O

15113974228116

1484

49210

15113973828116

O00

12600004000

0o0000000000

PAGE l M. ft. HUBACHEK CONSULTANTS LTD. 04/11/93

HUBA3MAY.UR1TOTAL l OF SAMPLES M THIS REPORT * 17

SflHPLE HEIGHT UCB.NET) NO.

OVERBUROEN MUL1N6 MANAGEMENT LINITGD

LABORATORY SAffU LOB

VE1GHT (GRANS DRV) DESCRIPTION CLASS

H. I. COC OAST

BULK )2.0 TABLE TABLE N.I. GONL KM SIZE IK FEED CONC LIGHTS TOTAL MRS MAS

l/Sfifi LS OT

(tutusssseac

SAI SO ST CY COLOR OB"- -—

SD CY

19000 7.719001 10.019002 10.019003 9.719004 5.319005 7.419006 10.019007 10.019008 10.019009 10.019010 10.019011 8.4

0.40.40.30.20.20.20.10.30.10.10.10.1

7.39.69.89.55.17.3

10.09.7

10.09.99.98.3

716.6632.4791.0619.2490.4549.B746.4887.276A.66S.2521.1474.3

607.9 104.7 94.3516.5 115.9 99.8681.2 109. A 89.1531.1 80.1 76.6438.3 52.1 46.4473.0 76.8 68.8623.9 122.5 108.5688.9 199.3 182.3651.fi 116.8 102.8523.0 129.2 112.2390.1 131.0 118.536K2 113.1 104.5

14.4 (16.1 (20.7 (11.55.78.0

14.016.014.017.0 112.5 18.6 1

) 95 5: M 10; 90 10

90 1095 590 1080 8080 2090 10

C 95 5C 95 SC 100 0

o m0 MAo m0 M0 MA0 NR0 MAo mo m0 MR0 MA0 MA

s mS Hu *u *U YU YU *U fU *U *U *U 4

- N- -- -- -Y YY Y- -- .- -- N- M- M

G8 MA H6B B NGB B NB B NLOG LOCHLOG LOCKB B NGB SB N6B GB NGB MA NGB MA IIGB Hft H

SflNDSANDTILLTILLTILLTILLTILLTILLTILLTILLTILLTill

WGC2 U-fl. HUBACHECK OOGULTMTS LTD. 04/11/93

3QLO OflSSIFKWlGN

-WIRE OLD FROM SHM1N6 TABLE MB PMM1NB

HUBA3KW.UR1 TOTflL t OF PttMNBS

MMER OF BRAINS17

RESHJVED MODIFIED PRISTINE TOTRL MM GRLC V.6.SAJVUt PflMO

Y/N DIMETER TWOWESS T P T P T P 06 PPI RENMKS

19007 Y

MOB Y

19010 Y

SOI 75751 100

100 S ISO100 l ITS125 X 173

2SX 25251 50501 75501 100

251 2525 X 50501 SO50 X 75SOI 150751 75751 100

251 25251 50501 SOSOI 75SOI 10075X US

Z5X 50251 75751 100

13 C1AC25C27 Cac

seac

13 CIS C

seactoe13 C50 C15 ClAC

seac

10 C13 C15 C20C

BC10 C16 C

2111

2

111

1

1

12 l

l l12 l

12 l ll

13 tOfl.5

23 l l

EST. 2k PYRITE

7 182.3

123l l l l

EST. 21 PYRITE

10 102.A

l l12 l l

EST. 1ft PYRITE

7 112.2

ll l

EST. U PYRITE

19011 Y 50 I 100 IS C

3 11A.S

l

11

EST. 0.* PYRITE

l 1M.S

MtlU.A. HJBACHECX CONSULTMTS LTD. 04/11/93

SOLD CLASSIFICATION

-VISIBLE SOLD FROM SMK1NB TMLE R0 PflMINB

HJMJtiV.URl -TOTflL l OF

SPNPLCI

MMEROF6RA1N517 RE9WEB MODIFIED PRISTINE TOfflL NOM CMX V.G.

S" amis

19000 Y 251 25 501 50 1 751 75 1 751 125 i 75 X ISO '

150 X 225

W001 Y 501 75

WOO* Y 251 50 251 75 501 SO SOI 75 751 100

1M03 Y 251 25 251 SO 251 75 501 50 301 75 SOI 125 751 75 751 100

1001 100 1001 175

1N04 Y tt VISIBLE GOLD

19005 Y 75 I 75 751 100

1001 175 125 I 175

19006 Y 251 SO SOI SO

f r i CVIt v.3* mnuuiibli \ 0.5* WRITEIS C 1 JO C 1 ffiC 1 KC 1

i -H.3 i*a13 C 1 l EST. WPYWTE

l tt.6 *

8 c 2 t EST. 0.5* PYRITEWC 2 2 W C 2 2 13 C 1 l 18 C 2 1 3

10 M.1 ^

. r . i EST. 2* PWTEJ c i it 3 o.amu*iit

WC l J 10 C 2 z 13C 1 lwc z *15C 1 1 18C 2 2 20 C 1 1 Z7C 1 l

IS 71.6 U7

EST. 0.1ft PYRITE

IS C 1 ^ 18 C 1 i 27 C 1 t 2ftC 1 ^

4 M.* 151

j C 2 1 3 EST. 3 PYRITE 10 C * *

APPENDIX C ASSAYS


- SE.Yi BY: XtrtOX lesCCOpicr '/UV/i a- isi

ASSAYERSLABORATOIRES/LABORATORIES DIVISION DE/OF T8L/ ASSAYERS INC. not AV. au OJN*. OF. at BOUMHCMUM BUBJQ JM FAX:

w JL HTJBACHECK CONSULTANTS LTD.19SP. HUBACHECK

-ffi-0351-RGl

MAR-io-94l. D. JAMIESON. FAX

MAR-08-94

No. D'Echant i l Ion Saoople NuDDber

AUpre WCESFIB AUCKSpra

973719738197391974019741

3342

1974219743 l

Cenlfie par/Certified by ~

"AU SERVICe DE L1NDUSTME DEPUW PLUS DE S9 ANS"

-SERVINQ INOUSmV FOR OVER BO YEARS'

ROASSYSXLS

FILE3R-054B-RG ASSAYERS LABORATORIES SAMPUEJAU AUCKS AUCKS SAMRJEJPPB PPB PPB

18652 1718653 3018654 1518655 918656 1118657 918658 1318659 13 9 1718674 918675 5118676 1618677 9 7 1018678 9

APPENDIX D EXPENDITURES

WAGES

Senior Geologist. . . . . 3.^ days at 0350.00/day......01050.00Project Geologist... ,5.\ days at 0250.00/day......01250.00Contract Geologist. . ?;VKi days at $225.00/day. . . . . 04725.00Geological Assistants8T5* days at 0105.00/day.....01575.50

CONTRACTORS

Drilling Contractor..............................028496.82Mineral Processing................................08971.17Assaying costs.....................................0496.47

SUPPLIES/RENTALS

Field Supplies....................................01109.90Gas/Oil............................................0448.60Equipment Rental (GPS).............................0585.30Truck/ATV Rental..................................01319.82Shipping/Pails.....................................0742.83Food and Lodging..................................01482.00Mob/demob..........................................0816.68

REPORT

Printing...........................................0182.94Courier.............................................046.40

Total...053299.43

Certified by: Date:

w a mmAOTFrK roNfim.TANTs T.TH

Ministry ofjNo.tnem Development^M44 ftJaM^Ma/id MinoB m

Report of Work Conducted After Recording Claim

Transaction Number

Personal information coHecled on mn form is obtained under the authority of the Mkv— — i collection should be directed to the Provincial Manager. Mining Lands. MM y. Ontario. P3E 6A5. telephone (705) 670-7264.

(JJ 1580* 000&1

tfone: - Please type or print and submit in duplicate.- Refer to the Mining Act and Regulations for reqt Recorder. SZDMNEOIMI vwswwxxwi McvrrnE- A separate copy of this form must be^ompfeied for each Work Group.- Technical reports and maps must accompany this form in duplicate.- A sketch, showing the claims the work is assigned to. must accompany this form.

\900

***** SUDBURY COHTACT MINES LTD., 401 BAY ST.. STE. 2302. TORONTO, ONT. M5HMining DMaion TowneNpMiaa LARDER LAKE GAUTHIER /Off? Pmm. MARCH 3, 4, 20, 21, 1993nmn r rum. Performed .TI1T.V 11 , 1QQ1

2Y4

MCVITTIE

UfcWUr^ (^5^416-947-1212

M or Q Plan No. G-3211/G-3163

ft? FEB. 22, 23, 24, 1994Work Performed (Check One Work Group Only)

WorkGroup

^

Geotechnical Survey/'Physical Work,Inchxlng Drilling

Rehabilitation

Other Authorized Work

Assays* — " IB*Asstynfnont nowHSSW0

TypeC OVERBURDEN DRILLING (REVERSE CIRCULATION^

\y \^~

otal Assessment Work Claimed on the Attached Statement of Costa S —^—^-^———lota: The Minister may reject for assessment work credK eJ or part of the sssessmsnt work submitted if the recorded holder cannot verify expenditurea claimed in tha statement of costs wHhin 30 daya of a request for verification.'eraona and Survey Company Who Performed the Work (Give Name and Address of Author of Report)Name

DAVID R. JAMIESON

HEATH 6 SHERWOOD INC.

OVERBURDEN DRILLING MGEMT.

AddressR.R. 8, PETERBOROUGH, ONT. K9J 6X9

P.O.BOX 998, 34 DUNCAN A VE. N. , KIRKLAND LAKE, ON'otm-. t -r -t

107 - 15 CAPELLA COURT, NEPEAN, ONT. K2E 7X1

fl

-eJfl n aifH n aiuimvuoti •^•— 4 —— -.wu. i oni certify that at the nma th* work we* parfa "•port were recorded in the CUR** holder's r by the current recorded hoUer.

l. Mie dame covered hi Into nark i or held under e TffTTp

truncation of Worfc Raportl certify that l have a pommel Knowledge of the its completion and annexed report ie true.

eat forth in tMe work report having performed the work or wttnia during and/or after

11 33,9'

.Ministry of Norfner D' Oevetopment and Mines

Ontario

Report of Work Conducted After Recording Cfaim

Mining ActPersonal information coilactad on this form is obtained undar tha authority of tha Mining Act. Thia information will ba uaad for corraapondanca. Quastions about this collection should ba directed to tha Provincial Manager. Mining Lands. Ministry of Northern Development and Mines. Fourth Floor. 159 Cedar Street. Sudbury. Ontario. P3E 6A5. telephone (70S) 670-7264.

Instructions: - Please type or print and submit in duplicate.- Refer to the Mining Act and Regulations for requirements of filing assessment work or consult the Mining Recorder.- A separate copy of this form must be completed for each Work Group.- Technical reports and maps must accompany this form in duplicate.- A sketch, showing the claims the work is assigned to, must accompany this form.

Ra*ROYAL*OAK MINES LTD., QUEENSTON MINING INC. *SEE ATTACHED j SHEET: AddreM SUDBURY CONTACT MINES LTD.,

401 BAY ST.. STE. 2302, TORONTO, OUT. M5Hj Mining Division 1 LARDER LAKE

Township/Area GAUTHIER 1

| ST From: MARCH 3, 4, 20, 21, 1993 1 Psrformed .TTTT.V 11, 1Q11

2Y4

MCVITTIE

Client No. l "2, c "2. 2- Co 198617 , #^ to

Telephone No. 416-947-1212

M or Q Plan No. G-3211/G-3163

SK FEB. 22, 23, 24, 1994

Work Performed (Check One Work Group Only)1 Work Group

ul1t 1i

Geotechnical SurveyPhysical Work. Including Drilling

Rehabilitation

Other Authorized Work

Assays

Assignment from Reserve

TypeOVERBURDEN DRILLING (REVERSE CIRCULATION)

Total Assessment Work Claimed on tha Attached Statement of Costs $ 53 ' 297 ' 00Note: The Minister may reject for assessment work credit al or part of tha assessment work submitted if the recorded holder cannot verify expenditurea daimad in tha statement of coats within 30 daya of a raquaat tor verification.Persona and Survey Company Who Performed tha Work (Give Mama and Addraaa of Author of Report)Name Address

DAVID R. JAMIESON R.R. 8, PETERBOROUGH, OUT. K9J 6X9HEATH S SHERWOOD INC. P.O.BOX 998, 34 DUNCAN AVE. N., KIRKLAND LAKE, ON"

P2N 3L3OVERBURDEN DRILLING MGEMT 107 - 15 CAPELLA COURT, NEPEAN, ONT. K2E 7X1

(attach a schedule If nacaaaary)

Certification of Beneficial Interest * Sea Note No. 1 on reverse aidel certify that at tha time tha work was performed, the claims covered in tMa work report were recorded in the current holder's name or held undar a l by the currant recorded holder.

Certification of Work Reportl certify that l have a personal knowledge of the facia aat forth in tMa Work report, having performed tha work or its completion and annexed report is true. sama dunng and/or after

Name fed Address (X Person Cerffylna

For Office Uaa Onlyrotal Value Cr Recorded Data Recorded

LARDER LAKE MINING DIVISION

,Approval Date Q

JAN 9 1995Dsts Nonce lor Amendments Sent

Ontario

Ministry ofNorthern Developmentand Mines

Ministers du Devetoppement du Nord et des mines

Statement of Coste for Assessment CreditIztat des couts aux fins du credit devaluationMining Act/Loi sur lee mines

Personal information collected on this form is obtained under the authority of the Mning Act. This information will be used to maintain a record and ongoing status of the mining daim(s). Questions about this collection should be directed to the Provincial Manager. Minings Lands. Ministry of Northern Development and Mines, 4th Floor, 159 Cedar Street Sudbury. Ontario P3E 6A5. telephone (705) 670-7264.

Les renseignements personnels contenus dans la presents formula sent recueills en vertu de la Lot sur lea mines et serviront a tenir a jour un registre des concessions minieres. Adresser tout* question sur la coflece de ces renseignements au chef provincial des terrains miniers. ministere du Devetoppement du Nord et des Mines. 159. rue Cedar. 4* etaga. Sudbury (Ontario) P3E 6A5. telephone (705) 670-7264.

1. Direct Costs/Gouts directs

Type

Wages SatoJres

and Consultant's Fees DroHade rentrepreneuret de I'expert- conaall

Supplies Used Foumtturea irtfltsees

Rental Location de

Description

Labour Main-d'oeuvreField Supervision Supervision sur to terrain

Type REVERSE CIRCLTLATION.TDMINERAL PROCESSING

ASSAYINGTW* FLAGS/AXES PAILS/SIEVES

GAS /OILFKJ.NTJ.Nli/

DRAFTING

Typ-GPS

Amount Montant

.575.50

F025.00

BILLING

8971.1

496.4

Totals Total global

860O.5

r^wrSNOHSHOES 1109. 9b

448. 6fl!

182.94

ll74X,^585.30

Total Direct Costs Total des couts directs

^^MI8891.ll

2. Indirect Costs/CoOts Indirects** Note: When claiming Rehabilitation work Indirect costs are not allowable as assessment work.Pour to remboursement des travaux de rehabilitation, les couts indlrects ne sont pas admissMes en tant que travaux d'evaluatton.

46

Type

Transportation Transport

Lodging NourfttuPS st

dSflioMBsaDon

DescriptionTyp. TROCK/ATV SNOWMOBILE

3HIPPING/COURI

MOBILIZE DRILI 1OB.PERSGNELL

Amount Montant

1319.1

ER 789.

1482. 0(

816. 6t

Sub Total of Indirect Costs Total partJel des couts Indlrects

Montant admtssMe (n'excedant pea 20 H des i

(ToW of Direct and Afcnrabto d'tvakMtto MmctcoMsI fToMdMci

act Costa) louts dlracts]to du credtt n ribdkMtt

Totals Total global

2

23

2109.0!

1482. (

816.61

4407.7

4407.7:

53299.'

0

3

MMractti

Note: The recorded holder will be required to verify expenditures claimed in this statement of costs within 30 days of a request for verification. If verification is not made, the Minister may reject for assessment work all or part of the assessment work submitted.

:Letitutaire igMri i tenu de verifier lee depenses damandeas dansle present etat des couts dans las 30 jours suivant une demande a eel effet Si la verification n'est pas effectuee. le ministre peut rejeter tout ou une partie des travaux d'evaluatkxi presentes.

Filing Discounts Remises pour depot1. Work filed within two years of completion is claimed at 100*fe of the above Total Value of Assessment Credit

1. Les travaux deposes dans las deux ans suivant tour acnevement sont rembourste a 100 Sb da la vateur totato susmentionnea du credl d'evabafion.2. Work filed three, four or five years after completion is claimed at 50*Mi of the above Total Value of Assessment Credit. See calculations below:Total Value of Assessment Credit Total Ai ntClai

x 0.50

2. Les travaux deposes trots, quatre ou cinq ans apres leur achevement sont rarnbourses A 50 tt de la valeur totato du credit d'evaluatJon susmentJonne. Voir les caJculs ct-dessous.Valeur totato du credtt d'evakiation

x 0.50Evaluation totato demandea

Certification Verifying Statement of Costsl hereby certify:that the amounts shown are as accurate as possible and these costs were incurred while conducting assessment work on the lands shown on the accomfiknying Report of Work form.

that as

Attestation de Petat des couts

J'atteste par la presente :que les montants indiques sont le plus exact possible et que ces depenses ont ete engagees pour effectuer les travaux devaluation sur lee terrains indiques dans la formule de rapport de travail ci-joint.

je suis autonse taeomp^jnte)(Racordad Hold*. Aawit. Position in

to make this certification

0212 (04M1) Note : Dans cette formuto. loraqu'ldtelgne des personnes, to masculin est utilise au sens neutre.

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Credits you are claiming in this report may be cut back. In order to miriimto ttw advora* effects of aucft deletloM. pleaseu^îâW mtm i^ m - -— - - i iiaBa fuh ^hÂ^MA SaW^ fi^f^^l^^ ^^ ^^^^S^^ a^M—— — ^. ^î^kaaV t \ — -~ -— ^M SaW^ •^•M^h^k^^^Biawiiiui cttwns you wwn in pnonzv nw cmvoon ot cffvoK*. inveaW nieVic |*^| onv or mv wwowwiy.1. D Credits are to be cut back starting with the dakn Mad last, working backwards.2. yi^ Credits are to be cut back eouaMy over afl claims contained in this report of work.3. D Credits are to be cut back as prlortzed on the attached appendix.In the event that you have not specified your choice of priority, option one w* be implemented.

Note 2: If work hoe been performed on

l certify that the recorded holder had a beneficial or leased land at the time the work was performed

interest in the patented Signature Date

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Credits you are claiming in this report may be cut back. In order to minimize the adverse effects of such deletions, please indicate from which claims you wish to priorite the deletion of credits. Please mark (^) one of the following:1. D Credits are to be cut back starting with the claim listed last, working backwards.2. ^ Credits are to be cut back equally over all claims contained in this report of work.3. D Credits are to be cut back as priorized on the attached appendix.In the event that you have not specified your choice of priority, option one will be implemented.

Note 1: Examples of beneficial interest are unrecorded transfers, option agreements, memorandum of agreements, etc., with respect to the mining claims.

Note 2: If work has been performed on patented or leased land, please lowing/?^l certify that the recorded holder had a beneficial interest in the patented or leased land at the time the work was performed.

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Credits you are claiming in this report may be cut back. In order to minimize the adverse effects of such deletions, please indicate from which claims you wish to priorize the deletion of credits. Please mark (•J one of the following:1. D Credits are to be cut back starting with the claim listed last, working backwards.2. S, Credits are to be cut back equally over all claims contained in this report of work.3. G Credits are to be cut back as priorized on the attached appendix.In the event that you have not specified your choice of priority, option one will be implemented.


Note 2: If work has been performed on patented or leased land, please complete the following:l certify that the recorded holder had a beneficial interest in the patented | s'9na'"re f or leased land at the time the work was performed.

Date

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Credits you are claiming in this report may be cut back. In order to minimize the adverse effects of such deletions, please indicate from which claims you wish to priorize the deletion of credits. Please mark (s) one of the following:1. D Credits are to be cut back starting with the claim listed last, working backwards.2. ^Credits are to be cut back equally over all claims contained in this report of work.3. D Credits are to be cut back as priorized on the attached appendix.In the event that you have not specified your choice of priority, option one will be implemented.


Note 2: H work has been performed on patented or leased land, please comptefe Me/following^.l certify lhal the recorded holder had a beneficial interest in the patented cr leased land at the time the work was performed.

Signature// y Date

Recorded Claim Holders

Royal Oak Mines Ltd. #136226

Queenston Mining #185109

Claims767405767406767407767408767436767418767439767446767447767701111027311102741110275111027611111821111183111118411111851111186113712811371291137130113713111371341137135

767415767416767419767425767426767427767428767429767435767437767438767443767444767445767446767451767452767453767454767456767457767460767701

1185431

767461767462767463767465767466802384

260295549155705670559153955595469180

c:\sc\197\clms-dj94

MPROVEMENT DISTRICT OF MCGARRY

Katrine TpMUNICIPALITY OF LARDER LAKE

r1

2 M 3 M

LI80497 1180459

M \A~'CoateL. j i J0Moi_^""^ """™ "~** i" "~~"* i^L —n " ^-*" "*'

1202410l 1200134Spectacle

1180509 Beaver Lake0031

130087

* V4X4T V*^\ m V t* i

9 U,,o. \'*w

LARDERLoroVMUNICIPALITY Of LAftDKR LAKf

or MUNNO QUIM* WITTOWN Of LM0IR LA*t -fO *IC |7I b) Of MININ* ACT (JUOH70)

IMPROVEMENT DISTRICT OP MC OARRYHearst Tp

LEGENDHIGHWAY AND ROUT t No

OTHER ROADSTRAILSSURVEYED LINES

TOWNSHIPS, BASE LINES. ETC - LOTS. MINING CLAIMS PARCELS. ETC

UNSURVEYED LINESLOT LINESPARCEL BOUNDARYMINING CLAIMS ETC t

RAILWAY AND RIGHT OF WAY -t UTILITY LINfcS -" NON PERENNIAL STREAM FLOODING OR FLOODING RIGHTS i SUBDIVISION QR COMPOSITE PLAN RESERVATIONS ORIGINAL SHORELINE MARSH OR MUSKEG MINES TRAVERSE MONUMENT

-Tl t tL-fl- B -

DISPOSITION OF CROWN LANDS

TYPE OF DOCUMENT SYMBOLPATENT. SURFACE ft MINING RIGHTS....— .. ©..1C 0

" .SURFACE RIGHTS ONLY ...... ..JIM"! P.." 6MINING R I0HTS ONLY . .... . .. .... .. O

LEASE. SURFACE ft MINING RIGHTS.. ....— - iP-M^ P" - , SURFACE RIGHTS ONtV.. ..... ., .. ...,.... B" . MININqRIGHTSONLY...-....-.... ——....— ~ B

LICENCE OF OCCUPATION - _ ........,... . L.?..A1 TORDER IN COUNCIL — -...,............... ............ QCRESERVATION . ... ....................,.. (J)CANCELLED _ --........ .. ... . *SAND* GRAVEL .. ..................^... .-..(J)

NOT!: MINIM* HIOMT* IN FAMCtUS PAT*NTKQ rWlOW TO MAY t IfU, VMTfO IN ORIGINAL PATfNTtt "Y THf

.t t*Mbt *er MCO i*?o CMAF MO ate *

SCALE: 1 INCH ' 40 CHAINS

O 1000 7000 4000 6000

O 200 MtTRES 11 KM)

7000(J KM)

TOWNSHIP O

MeVITTIE*M.N.M. AOMINISTRATIVI DISTRICT

KIRKLAND LAKEMINING DIVISION

LARDER LAKELAND TITLIS/ REGISTRY DIVISION

TIMISKAMING

0 f'

Ministryof Natural

\lOntario

Manig*m*nt Snnoh

DATE OF

THE INFORMATION THAT A^EARS ON THIS *AF HAS BEEN COMHiiP* FROM VARIOUS MMMCM. AMD ACCURAOV IS W. QUARANTffO FHOll WISHING TM STAKE Mm ING CLAIMS 9HOHLO OOW SULT WITH THeMININO RECORDgH MINftTftY OF NORTHERN DtVIUOr* MCNT AND MINtt, f Q* AD DITIONAL It FCMMATIQ* ON THE STATUS Of THf LANDS SHOWN HERCGN

•vv

SEPTEMBER 1964 G-3163THWOCT. M.

It. 1994

MN J X*,l**

/J,

200

REFERENCES LEGEND

ARNOLD TPo v. T O a A.\VIM FROM DISPCJ.ITIUN

o. -MINING s R c -SURFACE r

+ S - MINiNG AND SURFACE RIGHTS

Ne P*t* DMMtion Fit*

^•"JHl 894iao|"-j TOWNSre staking Restricted S r ?L t . M -' -' N",', ^. - VI t

• l j_m . -..' "

*) .4.^1*1 'M , W*. ,

~\ r L v ' Z8 ,5iu4,48 ' 2 fio? ^ - ^-xt'-*^^T i I'vO* i rr.ow OF CROWN,——t . -rf" ' '

.HHiCK t-OWER LINE Wcofion ptntfmgun4*r Ptifebc Lcntft Act) ...,,-M, ' - - ^ \ L4I01? r: K;'l20034Y

-gr- -" - Vr*^ V- * /J ' l m*"' /^^. M, * F i'*. * l'."-I" i* *- ' i 0"- 'J. ,-

120034V i T ..

LICENCE 0^ OCCUPATION

i TN \ L ""92ZT ' '^ ''- \ e 4 . , 1

SCALE i INC-i - 40 CM

l , \ * ', * ——— ————'l L \T- .jI "'O ). '(SOJ47!*! usn.'-* Ll * l 99S* * k '*iJ?f-^^i ft ! * i.. .. ^-^^\iU ^^—rJ ^x.rtj

THE INFORM/lriON THATAPPEARS ON THIS MAP HAS BEEN COMPILED FROM VARIOUS SOURCES AND ACCURACY IS NOT GUARANTEED THOSE WISHING TO STAKE MIN ING CLAIMS SHOULD CON SUIT WITH THE MINING RECORDER, MINISTRY OF NORTHERN DEVELOP MENT AND MINES FOR AD DITIONAL INFORMATION ON THE STATUS OF THE LANDS SHOWN HEREON

V. K P Af-MiNlSTRATIVE T'CTRICT

KIRKLAND LAKEMINING DIVISION

LARDER LAKELAND TITUS/ REGISTRY

TIMISKAMING

1202522

NOTICE OF FORESTRY ACTIVITYTHIS TOWNSHIP ; AftCA f*U* WTNN T*C ....

UWt

i*', l r C"' O*

1 jr.". ur a

sour 'CS br nrhDATE OF ISSUAND MAY tTHt MM UNIT FOUMTCH CONTACTCP AT: P.O. BOX

SWA1IM4

ARIA CANBf

/.cELROY TPr05.642.J222

SUDBURYCONTAdT1180513k

DIAMOND LAKE PROJECT

BEAVERHOUSE ROYAL OAK-LAC MCVITTIE ~.

OPTION

1186228 l

. ̂Q- , REVERSE CIRCULATIONrt^ ie: \ ^ DRILLHOLE

1180515 \r LOCATION MAP1 i:--^

-M-T *lQ)

MCVITTIE TOWNSHIP

ROYAL OAK-LAC MCVITTIEOPTIONGAUTHIER TOW

L^

WONK BT D JAMIESON t. m KMOWl tt

A MUBACMICN CONtUl1*NT( ttOn-MMuac* (r*

32D04NE013B\ 220

royal oak mcvittie/beaverhouse - options prepared by · 32dmne0138w9580-00081 mcvittie 010 summary...

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