RPT ON HELIBORNE EM GEOPHYS SURV MCCLINTOCK AREA · by McPhar Geophysics Ltd. Survey flown on October 31 and November 1, 2002 Project E 2002 November, 2002 RECEIVED ... An Jet Ranger

REPORT ON A HELICOPTER-BORNETIME DOMAIN ELECTROMAGNETIC

GEOPHYSICAL SURVEY

Oxtongue Lake BlockMcclintock Area, Southern Ontario

for

Randsburg International Gold Corp.1400-400 Burrard StreetVancouver, BC V6C 3G2

Tel: 604-689-1749

by McPhar Geophysics Ltd.

Survey flown on October 31 and November 1, 2002

Project E 2002

November, 2002

RECEIVEDSEP 25 200-

GEOSCIENCE ASSESSMEW! i ______OFFICE J

31E07NW2008 2.26363 MCCLINTOCK 010

TABLE OF CONTENTS

1. INTRODUCTION 3

2. SURVEY AREA 3

3. SURVEY SPECIFICATIONS AND PROCEDURES 5

4. AIRCRAFT AND EQUIPMENT 64.1 Aircraft 64.2 Electromagnetic System 64.3 Ancillary Systems 6

5. PERSONNEL 7

6. DELIVERABLES 8

7. DATA PROCESSING AND PRESENTATION 9

8. RESULTS 10

9. CONCLUSIONS 10

Figures

Figure l: Location map

REPORT ON A HELICOPTER-BORNE TIME DOMAIN ELECTROMAGNETIC SURVEY

OXTONGUE LAKE AREA, SOUTHERN ONTARIO

1. INTRODUCTION

This report describes helicopter-borne geophysical survey carried out on behalf of Randsburg International Gold Corp. by McPhar Geophysics Ltd. under an agreement dated October 26, 2002. Principal geophysical sensor included a time domain electromagnetic system. Ancillary equipment included a GPS navigation system and a radar altimeter.

4 The block, referred to as the Oxtongue Lake Block, was surveyed. The survey area is located in the Mcclintock area of Southern Ontario. The area of the block is 13.75 km2 . The total line kilometres flown (including extension lines) was 220 km

This report describes the survey, the data processing and presentation and provides a brief interpretation.

2. SURVEY AREA

The survey area is shown in figure l. The latitude-longitude of the centre of the block is roughly 45022.5'N and 78051 .SW. The corner co-ordinates of the block in UTM (NAD83) easting and northing are as follows:

4 668420E 5029420N4 669000E 5028000N* 668620E 5027850N4 669600E 5025500N4 666600E 5024220N* 665100E 5028000N

Topographic relief is in the range of 415 meters to approximately 534 meters. The survey area is located approximately 28 km east of the town of Huntsville and approximately 110 km south- south-east of the town of North Bay.

McPhar Geophysics Ltd. - Report on an Airborne Geophysical Survey

Figure l -LOCATION MAPOxtonque Lake Block


Claims where worked was performed are owned by:

CLIENT: 392767 - RANDSBURG INTERNATIONAL GOLD CORP.

1400-400 Burrard St. Vancouver, BC V6C 3G2

TOWNSH ClaimIP l AREA Mitmber

MCCLINT SOOCK 01211241MCCLINT SOOCK 1040847

MCCLINT SOOCK 1076542MCCLINT SOOCK 1076543MCCLINT SOOCK 1076544MCCLINT SOOCK 1203028MCCLINT SOOCK 1203029MCCLINT SOOCK 1203034MCCLINT SOOCK 1211219MCCLINT SOOCK 1211220MCCLINT SOOCK 1211221MCCLINT SOOCK 1211222MCCLINT SOOCK 1211223MCCLINT SOOCK 1211224MCCLINT SOOCK 1211225MCCLINT SOOCK 1211226MCCLINT SOOCK 1211227MCCLINT SOOCK 1211228MCCLINT SOOCK 1211230MCCLINT SOOCK 1211231MCCLINT SOOCK 1211232

Recording Claim DueDate Date

1987- 2003-OCT-MAR-23 091987- 2003-OCT-MAR-23 09

1988-APR- 2003-NOV15 021987- 2003-OCT-MAR-23 091987- 2003-OCTMAR-23 092001-NOV 2003-NOV15 152001-NOV 2003-NOV15 152001-NOV 2003-NOV15 151987- 2003-OCT-MAR-23 091987- 2003-OCT-MAR-23 091987- 2003-OCTMAR-23 091988-APR- 2003-NOV15 021988-APR- 2003-NOV15 021988-APR- 2003-NOV15 021987- 2003-OCT-MAR-23 091988-APR- 2003-NOV15 021987- 2003-OCT-MAR-23 091988-APR- 2003-SEP-15 251988-APR- 2003-SEP-15 251987- 2003-OCTMAR-23 091988-APR- 2003-SEP-15 25

Number ofclaim units

1

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MCCLINT SOOCK 1211254MCCLINT SOOCK 1249746

MCCLINT SOOCK 740551MCCLINT SOOCK 740552MCCLINT SOOCK 740553MCCLINT SOOCK 740554MCCLINT SOOCK 740555MCCLINT SOOCK 740556

1987- 2003-OCT-MAR-23 091987- 2003-OCT-MAR-23 091987- 2003-OCTMAR-23 091988-APR-2003-NOV15 021987- 2003-OCT-MAR-23 091987- 2003-OCT-MAR-23 091987- 2003-OCT-MAR-23 091988-APR-2003-NOV15 021988-APR-2003-NOV15 021988-APR-2003-NOV15 021988-APR-2003-NOV15 021987- 2003-OCT-MAR-23 091987- 2003-OCT-MAR-23 091987- 2003-OCT-MAR-23 09

1988-APR-2003-SEP-15 252001-NOV2003-NOV26 26

1986-NOV2004-JUN-20 111986-NOV2004-JUN-20 111986-NOV2004-JUN-20 111986-NOV2004-JUN-20 111986-NOV2004-J UN-20 111986-NOV2004-JUN-20 11

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3. SURVEY SPECIFICATIONS AND PROCEDURES

The survey specifications are summarised in the following table:

Oxtongue Lake 13.75

SPAGIN6

50/lOOm 220 N60E

Table l - Survey Block

Nominal EM sensor terrain clearance was 150 ft. (bird height above ground, i.e. helicopter is maintained 300 ft above ground). Nominal survey speed was 60 km/hr. Scan rates for data acquisition was 0.1 second for electromagnetics and altimeter, l second for OPS. This translates to a geophysical reading about every l .6 metres along flight track. Navigation was assisted by a OPS receiver and data acquisition system, which reports OPS co-ordinates as latitude/longitude and directs the pilot over a pre-programmed survey grid.

The operator was responsible for ensuring the instrument was properly warmed up prior to departure. He also maintained a detailed flight log during the survey noting the times of the flight as well as any unusual geophysical or topographic feature.

On return of the aircrew to the base camp the survey data was transferred to a portable hard drive (PCMCIA).


4. AIRCRAFT AND EQUIPMENT

4.1 Aircraft

An Jet Ranger helicopter - owned and operated by Gateway Helicopters was used for the survey. Installation of the geophysical and ancillary equipment was carried out by McPhar Geophysics at

the survey location. The survey aircraft was flown at a nominal terrain clearance of 300 ft.

4.2 Electromagnetic System

The electromagnetic system was a Geotech Scorpion Time Domain EM system. The receiver and transmitter coils were concentric and Z-direction oriented. The transmitter coil diameter was 18.5 meters, the number of turns was 5. The receiver coil diameter was 1.1 meter. The number of turns in the receiver coil was 60. The transmitter pulse repetition rate was 30 Hz. The peak current was 120 A. The duty cycle was 5Q^o. The eighteen measurement gates were used in the range from 110 mks to 1890 mks. The latest time gates (more then 1890) were recorded too, but there were no signals detected. The recording sampling rate was 10 samples per second. The EM bird was towed 150 ft below the helicopter.

4.3 Ancillary Systems

Radar Altimeter

A Terra TRA 3000/TRI40 radar altimeter was used to record terrain clearance. The antenna was mounted beneath the bubble of the helicopter cockpit.

GPS Navigation System


The navigation system used was a Geotech navigation system comprising a PC based acquisition system utilizing an Ashtech GG24 navigation card, Geotech navigate software, a full screen display with controls in front of the pilot to direct the flight and an Ashtech GPS antenna mounted on the helicopter top assembly.Survey co-ordinates were set-up prior to survey and the information was fed into the airborne navigation system

Digital Acquisition System

A Geotech data acquisition system recorded the digital survey data on an internal hard disk drive. Data is displayed on an LCD screen as traces to allow the operator to monitor the integrity of the system. Contents and update rates were as follows:

DATATYPE SAMPLING

TDEM________O.lsec

GPS Position_____l.Osec

RadarAftimeter 0. l sec

4. PERSONNEL

The following McPhar Geophysics personnel were involved in the project

FieldParty Chief: Petr Kuzmin Operator: Pavel Tishin

OfficeData Processing: Petr Kuzmin, Andrei Bagrianski Reporting: Petr Kuzmin, Andrei Bagrianski

The survey pilot was employed directly by the helicopter operator - Gateway Helicopters. Overall management of the survey was carried out from the Aurora offices of McPhar Geophysics by Edward Morrison, President.

McPhar Geophysics Ltd. - Report on an Airborne Geophysical Survey 7

6. DELIVERABLES

The survey is described in a report, which is provided in two copies. The maps were produced at a scale of l: 10,000. The calculated depth sections were printed on A4 format sheets.

MAPS

The results of the survey are presented in a series of colour maps at a scale of l: 10,000. The EM Offset Profile Maps contain skeletal topographic features derived from 1:40,000 scale topographic maps. The basic coordinate/projection system used is Universal Transverse Mercator, zone 17. For reference the NAD83 latitude and longitude are also noted on the maps. All the maps show the flight path trace.

Map products are as follows:

> Offset IDEM Profile Map of the nine gate times (100 - 405 mks) on the OPS flight path,on paper in two copies

> Offset IDEM Profile Map of the nine gate times (205 - 800 mks) on the OPS flight path,on paper in two copies

> Offset IDEM Profile Map of the nine gate times (480 -1890 mks) on the OPS flight path,on paper in two copies

DIGITAL DATA on CD-ROM

A CD-ROM was prepared to accompany the report. It contains a digital file of the line data in ASCII format in addition to the maps in Geosoft format. A readme.txt file may be found on the CD-ROM which describes the contents in more detail.

7. DATA PROCESSING AND PRESENTATION

Skeletal base


The skeletal base seen on the offset profile maps was derived from a l :40,000 topographic sheet by digitizing the main hydrological features (rivers, lakes) using AutoCAD. The map was then output as a DXF file and in turn imported in Geosoft Oasis Montaj.

The basic geographic projection/coordinate system used to create all the maps is the Universal Transverse Mercator system (UTM), zone 17.

Flight Path

The flight path, recorded by the acquisition program as WGS 84 latitude/longitude, was converted into the local UTM co-ordinate system in Oasis Montaj.

The flight path was drawn using linear interpolation between x,y positions from the navigation system. Positions are updated every second and expressed as UTM eastings (x) and UTM northings (y).

Electromagnetic Data

A three stage digital filtering process was used to reject major sferic events and to reduce system noise.

Local sferic activity can produce sharp, large amplitude events that cannot be removed by conventional filtering procedures. Smoothing or stacking will reduce their amplitude but leave a broader residual response that can be confused with geological phenomena. To avoid this possibility, a computer algorithm searches out and rejects the major sferic events. The filter used was a 0.8 sec non-linear filter.

The signal to noise ratio was further improved by the application of a low pass linear digital filter. This filter has zero phase shift which prevents any lag or peak displacement from occurring, and

h suppresses only variations with a wavelength less than about 0.8 seconds or 20 metres. This filter is a symmetrical 0.8 sec linear filter.Following the filtering process, a base level correction was done using 600 point high-pass filter which is applicable due to the small size of anomalies. The results are presented as stacked profiles of EM voltages for gate times.

8. RESULTS


The IDEM survey over the Oxtongue Lake Block yielded a total of 16 anomalous intersections localized in sk groups. All anomalies are small in amplitude of EM signal and small in the spatial size. That means there are no big massive conductors in the area. Small size and sharp shape of all anomalies, but the one on the line O, indicate, that they are caused by small shallow conductors. These anomalies can not be interpreted properly with mathematical tools creating resistivity-depth section. The creation of resistivity-depth sections are required the conductor size bigger than the distance between the conductor and the sensor.The biggest detected conductor is located on the east end of the line 0. The estimated conductance of the body is 10 Siemens. According to the anomaly width the depth of the conductor might be about 100 metres. The second rektively strong anomaly is detected on the line 37. This anomaly was intersected by four adjoining lines as well. The estimated conductance of the body is 3 Siemens. The conductance of the remaining conductive bodies does not exceed l Siemens. The symmetrical shape of the most anomalies points out to the sub-vertical orientation of the conductors. All above-mentioned anomalies are positive and are caused by conductors. There are two anomalous zones with the negative signature. That might indicate the presence of some magnetic material.

9. CONCLUSIONS

A time domain helicopter-borne geophysical survey has been completed over the Oxtongue Lake Block in Southern Ontario. Areal coverage amounts to 13.7 km2 . Total survey line coverage is 220 line kilometres. Sensor included a Time Domain EM system. Results have been presented as colour line maps at a scale of l: 10,000.

Six weak EM anomaly groupings were identified. Ground follow-up of the EM anomalies should be carried out if favourably supported by other geoscientific data.

Respectfully submitted,

PetrKuzmin,McPhar Geophysics Ltd.


GEOTECH Ltd.CURRICULUM VITAE

Petr V. KUZMIN, Ph.D.

Senior Research Geophysicist

Petr Kuzmin

EXPERTISE

Development of new EM, MT and IP

methods, equipment and software

Testing andoptimization of

geophysical methodsand data processing

for geophysicalsurveying

Theoretical modeling

Development of real- time PC based data

processing

Revised: 24062001

SUMMARYPetr has been active in aspects of time and frequency domain

electromagnetic geophysical methods since 1975, mainly in thedevelopment, design and use of new equipment, software and

techniques related to natural resource exploration and geologicalmapping. This included the development and field testing of systems

hardware and operational, data processing, modeling and interpretationsoftware. Petr holds a doctorate in Geophysics, nine (9) patents, has

published ten (10) juried papers and produced numerous technicalreports. Current R&D focus is on proprietary airborne sub Audio

Magnetics (AFMAG ), that draws on his considerable experience inmagnetotellurics and in time domain methods.

PROFESSIONAL EXPERIENCESenior Research Geophysicist (2000-Present) Geotech Ltd., Aurora, Ontario, CanadaResearch, development and testing of airborne EM instrumentation and systems. Development and optimisation of data processing, project specific processing algorithms and modelling software.

Research Geophysicist (1998-2000)High-Sense Geophysics Ltd., Toronto, Canada

Independent and assigned research and development of airborne EM instrumentation and related software in C Basic and other languages.

Senior Researcher & Project Leader (1991 -1998)GEOTEX Geophysical Services, Almaty, Kazakstan.

Developed equipment for MT, TDEM, FDEM S IP exploration methods, and PC and microprocessor software used in MT and charge methods field applications. Conducted field surveys.

Engineer ~ Senior Engineer ~ Senior Researcher (1976-1991) RUDGEOFIZIKA - WIRG (Institute of Ore Geophysics), Alma-Ata, USSR.

Developed instruments for EM S IP methods, software for data processing, maintained and repaired various different geophysical systems, and conducted field surveys.

EngineerInstitute of Geology and Geophysics, Novosibirsk, USSR.

Developed electronic equipment for TDEM-soundings.

(1975-1976)

RECEIVEDNOV - 7 2003

GEOSCIENCE ASSESSMENT ____OFFICE_____

l of 3.


PUBLICATIONS, PATENTS, AWARDS, and SPECIAL PROJECTS

PATENTS1. P. Kuzmin. Method of Measurement of IP. Patent USSR #1383256. 20.05.86.2. P. Kuzmin. Device for Electrical Survey. Patent USSR #1357898. 31.03.86.3. Y. Abdullin, Evdokimov, P. Kuzmin. Method of Electrical Survey. Patent USSR #1061087. 12.04.82.4. Y. Abdullin, V. Jilnikov, P. Kuzmin. Method of Electrical Survey. Patent USSR #1053042. 16.07.82.5. P. Kuzmin. Device for Electrical Survey. Patent USSR #1057896. 17.06.82.6. P. Kuzmin. Method of Electrical Survey. Patent USSR #1062632. 29.12.81.7. P. Kuzmin. Device for Electrical Survey. Patent USSR #989507. 11.06.81.8. P. Kuzmin, V. Lemets. Method of Electrical Survey. Patent USSR #930190. 26.06.80.9. P. Kuzmin, V. Jilnikov, P. Fedoseev. Device for Electrical Survey. Patent USSR #890326. 26.03.80.

ARTICLES1. P. Kuzmin. Static Magnetic Field. Quant # 3. 17-19, Moscow, Znanie, 1993.2. V. Sabash, V. Lemets, P. Kuzmin, G. Orlov, V. Marinenko. Measurement of Electromagnetic Fields

using Equipment EIN-204. (methodical recommendations) Alma-Ata 1991.3. Kuzmin, et al. Electromagnetic Survey Signal Digital Filter Algorithms. Deponent KAZNIINTI #2824

1989.4. P. Kuzmin, V. Marinenko, P. Tishin, A. Cimmerman. Low-frequency Equipment for Electromagnetic

Surveying. Deponent WINITI # 4430-B88. 1988.5. P. Kuzmin. Experimental Estimation of Possibility of limprovement of IP Measurement. Geofizicheskaya

Apparatura # 88, Leningrad, Nedra, 17-21, 1988.6. P. Kuzmin. Estimation of Possibility of Improvement of IP Measurement. Geofizicheskaya Apparatura #

86, Leningrad, Nedra, 32-37, 1986.7. V. Sabash, V. Lemets, P. Kuzmin, G. Orlov, V. Marinenko. Methodical Recommendations for Using

Equipment EIN-203. (Users manual of Ministry of Geology of USSR). Alma-Ata 1986.8. P. Kuzmin, V. Lemets, T. Mitskevich. Using of Face-frequency Characteristics for Classification of IP

Anomalies. Methods of Ore-geophysics in Kazakstan. Leningrad. Rudgeofizika. 77-83, 1983.9. P. Kuzmin, V. Sarbash. Using Frequency Analyses of Natural Alternative Electromagnetic Fields for IP

Measurements. Methods of Ore-geophysics in Kazakstan. Leningrad. Rudgeofizika, 67-76, 1983.10. Y. Abdullin, V. Jilnikov, P. Kuzmin, T. Mitskevich. Methods of Research of Copper and Other Non

ferrous Metals Using Multiparameter Electromagnetic Survey. Problems of Research of Mineral Resources. Moscow, Nedra, 1980.

REPORTS1. P. Kuzmin, V. Marinenko, V. Shevchenko. Technology of Multiparametric Survey of Potential Electric

Fields S Equipment for it's Realisation. Intl. Geophysical Conference. Moscow 1997.2. P. Kuzmin, et al. Electromagnetic Measurement with Separation of Signals of Several Simultaneously

Working Controlled Sources. International Geophysical Conference. Sankt-Peterburg 1996.3. P. Kuzmin, V. Marinenko, A. Maximov, V. Shevchenko. New equipment for Electromagnetic Survey.

First International Geophysical Conference in Kazakstan. Almaty, 1995.4. P. Kuzmin. Optimisation of IP Measurements. Dissertation. Novosiborsk. 1990.5. P. Kuzmin. Improvement of Effect of IP Measurements Based on Quadrature Processing. Second Seminar

of Young Geologists-Rresearchers. Karaganda. 76-77. 1982.6. Kuzmin. Physical Modelling of TDEM-Logging. Conference of Young Researchers. Novosibirsk. 1975.

Several reports for geological institutions in USSR, Kazakstan, Russia 81 China 1978 - 1997.

EDUCATIONPh.D. Institute of Geology and Geophysics, Novosibirsk, USSR (1986-1990)

Thesis: Optimisation of IP-Measurements

Revised: 24062001 2 Of 3.


B.Sc. State University of Novosibirsk, USSR (1970-1975) Thesis: Physical modelling of TDEM-Logging

OTHER SKILLS AND ASSETS LANGUAGES

Russian (native language) English (written, spoken) German (written, spoken) Arabic (basic spoken)

OUTSIDE INTERESTS

PROFESSIONAL AFFILIATIONS None reported

PERSONAL Canadian Citizen

Revised: 24062001 3 Of 3.

Randsburg -Mcclintock EM Survey Legend

Area of Survey

Area of 100 Metre Line Spacing

Area of of 50 Metre Line Spacing

ONTARIO MINISTRY OF NORTHERN DEVELOPMENT AND MINES

Work Report Summary

Transaction No: W0390.01526 Status: APPROVED

Recording Date: 2003-SEP-25 Work Done from: 2002-OCT-25

Approval Date: 2003-NOV-28 to: 2003-SEP-24

Client(s): |||| Hill II II 392767 RANDSBURG INTERNATIONAL GOLD CORP. l l l lsurveyTyp.(sl: 111! IIP l i

AEM 31E07NW2008 2.

Illl II Ml 11 1126363 MCCLINTOCK

Work Report Details:

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900

2003-Dec-03 14:14 Armstrong-d Page 1 of 2

ONTMUO MINISTRY OF NORTHERN DEVELOPMENT AND MINES

Work Report Summary

Transaction No: W0390.01526

Recording Date: 2003-SEP-25

Approval Date: 2003-NOV-28

Work Report Details:

Claim*

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Status: APPROVED

Work Done from: 2002-OCT-25

to: 2003-SEP-24

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Reserve:57,090 Reserve of Work Report* W0390.01526

57,090 Total Remaining

Status of claim is based on information currently on record.

2003-Dec-03 14:14 Armstrong-d Page 2 of 2

Ministry ofNorthern Developmentand Mines

Date: 2003-DEC-01

Ministere duDeveloppement du Nord et des Mines Ontario

GEOSCIENCE ASSESSMENT OFFICE 933 RAMSEY LAKE ROAD, 6th FLOOR SUDBURY, ONTARIO P3E 6B5

RANDSBURG INTERNATIONAL GOLD CORP. SUITE 1400 - 400 BURRARD STREET VANCOUVER, BRITISH COLUMBIA V6C 3G2 CANADA

Tel: (888) 415-9845 Fax:(877)670-1555

Dear Sir or Madam

Submission Number: 2.26363 Transaction Number(s): W0390.01526

Subject: Approval of Assessment Work

We have approved your Assessment Work Submission with the above noted Transaction Number(s). The attached Work Report Summary indicates the results of the approval.

At the discretion of the Ministry, the assessment work performed on the mining lands noted in this work report may be subject to inspection and/or investigation at any time.

The revisions outlined in the Notice dated September 26, 2003, for the most part have been corrected. Accordingly, assessment work credit has been approved as outlined on the Declaration of Assessment Work Form that accompanied this submission.

If you have any question regarding this correspondence, please contact STEVEN BENETEAU by email at [email protected] or by phone at (705) 670-5855.

Yours Sincerely,

/P,Ron C. Gashinski

Senior Manager, Mining Lands Section

Cc: Resident Geologist

Michael T Opara (Agent)

Randsburg International Gold Corp. (Assessment Office)

Assessment File Library

Randsburg International Gold Corp. (Claim Holder)

Visit our website at http://www.gov.on.ca/MNDM/LANDS/mlsmnpge.htm Page: 1 Correspondence 10:18917

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Those wishing to stake mining claims should consult with the Provincial Mining Recorders' Office of the Ministry of Northern Development and Mines for additional General information and Limitations Information on the statue of the lands shown hereon. This map Is nol Intended for navigational, survey, or land title determination purposes as the Information Contact Information: shown on this map Is compiled from various sources. Completeness and accuracy are not guaranteed. Additional information may also be obtained through the Provincial Mining Recorders' Office local Land Titles or Registry Office, or the Ministry of Natural Resources.

The Information shown Is derived from digital data available in the Provincial Mining Recorders' Office at the time of downloading from the Ministry of Northern Development and Mines web site.

This map may nol stiow unregistered land tenure and interests inToll F,M Mop datum: NAD 63 lsnd Including certain patent*, leases, easements, right of ways, Tel: 1 (BB8) 415-8846 Md S7*fcjection: UTM (6 degree) flooding rights, licences, or other forms ol disposition of rights and

Willet Green Miller Centre 933 Ramsey Lake Road Fax: 1 (877) 670-1444 Topographic Deta Source: Land Information Ontario Interest from the Crown, Also certain land tenure and land uses Sudbury ON PJE BBS Mining Land Tenure Source: Provincial Mining Recorders' Office lha* restrict or prohibit frae entry to stake mining claims may not be Home Page: www.mndm.Bov.on.ca/MNDM/MINES/LANDS/mlsmnpae.htm Illustrated.

ONTMIIOCANADA

MINHmtV OP MORtMEKN DEVELOPMENT AND MMCS

PROVINCIAL MWINO

Mining Land Tenure Map

Date l Time of Issue: Tue Dec 30 10:34:22 EST 2003

TOWNSHIP l AREA PLAN MCCLINTOCK G-2439

ADMINISTRATIVE DISTRICTS ; DIVISIONS

Mining DivisionLand Titles/Registry DivisionMinistry of Natural Resources District

Southern Ontario HALIBURTON PARRY SOUND

TOPOGRAPHIC

Administrative Boc

Concession, Lot

f'Ri Provincial PsrfciMJ

R! indian ftaiwrve

: "": Cliff, Pit A Pita

,..,,,,,,,,...,,, Contour

r Mine Shafts

^ Mine Meadframe

Road

Trail

Natural Gas

Utilities

Toww

Land Tenure

r 1) Surface And Mining Rigrrts

i' ^'} Surface Right* Oily

j w l Mtrtng Riflhta Onty

rjjjjl Surface And Mining Rights

pip SurfacD RighlB Onty

["tap MifliriE) Rights QrWy

Licence of Occupalton

fZ"i USUB Not Specified

Surface And Mining Rights

Surface Rights Only

Mining Riflhtn Only

r|"":

E

12:54567

183486?

Land Use Permit

Order In Council (Not open fur staking)

Wetter Powof Lew* A

Mining Claim

Fita; Only Mlnlno Cin-r

LAND TENURE WITHDRAWALS

4 j Arom witnrimwnMining Act* Withdrawal Types

Wwn Surface Anu MliMno Rights Wltrtdrewn We Sutooi R^fb (My ranrtn.vr Wm Mlnltis RlglW OrtyWIlhOfflwii

Or0er In Council Withdrawal Typos W"8m Sgrlao! And Mining RinriU Withdrawn W'll IwkHKI W'm Mining fllghk Only

IMPORTANT NOTICES

LAND TENURE WITHDRAWAL DESCRIPTIONSIdentifier Typ* Daw D**jrlptlon

8274 Wvrt Jan 1,2001 PUBLIC USE 1089386292 Wsm Jan1,a)01 PUBLIC USE 1299388294 Wsm Jnn 1,2001 ftsnditio Application under the Public Lands Act (July 24, 2000!8302 Wtm Jan 1,2001 PARK RESERVE8307 Wsm Jan 1, 2001 RAN CAB SITE 72491

830* W*m Jan 1,2001 Pending Application under the Publle Lands Act (July 34, 2000)8306 W Bm Jan 1.2001 Ponding Application under th* Public Lands Act (July 24, 2000)6318 WOT Jtn 1,2001 400 FT SURFACE RISHTS RESERVATION AROUNP ALL LAKES* RIVf RS8321 Wtm Jan 1,2001 PUBLIC USB

8322 W* Jan 1,2001 4/1/73 S.R.0.1808.838327 Wtm Jan 1,2001 PUBLIC ACCESS 3/8/72 1807078326 Wsm Jan 1,2001 PUBLIC ACCESS 3/8/72 1607078332 Wsm Jen 1,2001 Pending Application under the Public Lands Ad (July 24, 2000)8334 Wtm Jan 1,2001 PUBLIC USE 128885

ProvPork Wsm Auo 10, 2000 Big East River Provincial Park

W 68/83 Wsm Sep 15, 1883 PARK RESERVE W 66/83 16/09/83 SR4MR 188506

W-LL-P63/00 Wjm May 30, 2000 SEC,35 W-LL-P83/00 ONT MAY 30/00 (200 M FROM WATER EDGE) Nollce, this

665500

-780 53'666000 666500

-78 0 52'667000 667500 668000

-780 51'668500 669000

-780 50'669500

665500 -78 0 53' 666000 666500 667000-780 52' 667500 668000 66850078" 51' 669000 669500

McPHAR

Z-110, 1mm - 0.25 mkV

z-130, 1mrn ^ 0.25 mkV

Z-150, 1mrn = 0.25 mkV

Z-175, 1mrn = 0.25 mkV

Z-205, 1mm = 0.25 mkV

Z-240, 1mm ~ 0.25 mkV

Z-285, 1mm - 0.25 mkV

z.340, 1mm = 0.25 mkV

z^405, 1mrn = 0.25 mkV

200

Scale 1:10000200 400 600

metre NADBS/UTMzoneUN

Oxtongue LakeScorpion TDEM System

Voltage Profiles Channels z 110-z 405

Flown and processed by McPHAR

November 2002

31E07NW2008 2 .26363 MCCLINTOCK 210

665500

-780 53'666000 666500

-780 52'667000 667500

-780 51'668000 668500 669000

-780 50'669500

665500 -780 53' 666000 666500 667000-780 52' 667500 668000 668500-780 51' 669000 669500

McPHAR

Z-205, 1mm ^ 0.2 mkV

z_240, 1mm ^ 0.2 mkV

2-285, 1mm = 0.2 mkV

1mm = 0.2 mkV

1mm = 0.2 mkV

1mrn - 0.2 mkV

1mm - 0.2 mkV

Z-670, 1mm ^ 0.2 mkV

Z-800, 1mm - 0.2 mkV

2-405

z-480.

^

200

Scale 1:10000200 400 600

metreNADBS/UTMzonel/M

Oxtongue LakeScorpion IDEM System



November 2002

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665500

-780 53'666000 666500

-780 521667000 667500 668000

-780 51'668500 669000

-780 50'669500

665500 -78 0 53' 666000 666500 667000-780 52' 667500 668000 668500-780 51' 669000 669500

McPHAR

N

200

Scale 1:10000200 400 600

metre

Oxtongue LakeScorpion IDEM System



November 2002

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Documents

RPT ON HELIBORNE EM GEOPHYS SURV MCCLINTOCK AREA · by McPhar Geophysics Ltd. Survey flown on October 31 and November 1, 2002 Project E 2002 November, 2002 RECEIVED ... An Jet Ranger