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Moneta Porcupine Mines Inc., North Tisdale Assessment Report, September 22, 2016 1

Moneta Porcupine Mines Inc. 65 Third Avenue

TIMMINS, ONTARIO, P4N 1C2

Tel: (416)579-3040 (Toronto) Tel: (705)264-2296 (Timmins)

Fax: (705)267-7490

Assessment Report:

NORTH TISDALE PROJECT - 2016 DIAMOND DRILL PROGRAM

Porcupine Mining Division

Timmins, Ontario

N.T.S. 42A/6 & 42A/ll

September 22, 2016

Kirsty Nicholson


NORTH TISDALE PROJECT - 2016 DIAMOND DRILL PROGRAM:

Summary

Moneta Porcupine’s North Tisdale Project consists of a large, contiguous group of staked claims, and patented-leased mining parcels located 6 kilometers north of downtown Timmins, Ontario. This extensive land package may be easily visited via Highway 655 and the numerous trails and bush roads that access several adjacent gravel pits and nearby forested areas.

Fig 1. Location map showing the North Tisdale project claims (blue boundary), adjacent topography and access, as well as the site of the 2016 assessment work (red oval), described within this report

The property has maintained relatively high exploration prospectivity because it overlies the western extension of the ‘New Mines Trend’ which hosts the Bell Creek and Hoyle Pond gold deposits that have been in production since 1985.

Between September 6-9th, 2016, Moneta completed one diamond drill hole (MNT16-01), on the property, totalling 397m of penetration. The inclined path of this hole was confined within one of the


Company’s patented mining claims; P-9915 (parcel #2726WT) & P10651 (parcel #2728WT), on Tisdale township.

This NQ-diameter hole was designed to evaluate an IP Annomaly on Line 2 (L2E_MT1) identified by the Titan IP undertaken in 2012.

Hole MNT16-01 encountered a repetitive series of (Tisdale Assemblage) ultramafic and mafic volcanic flows.

Units of graphitic mafic volcanic with sulphide mineralization were encountered within this drillhole. This lithology looks prospective for gold mineralization, we should know further when assay results have been returned from the assay lab.

Previous Work

Historic records indicate that several exploration campaigns have been completed over the past 35 years, likely inspired by the Project’s proximity to the 1) prolific Hollinger-McIntyre-Coniaurum gold system (combined past production = 31 million ounces) located 5km to the south, and, 2) the 1983 discovery of the Bell Creek deposit 8km to the east.

A brief summary of field work conducted within the current claim package follows:

• line-cutting (preliminary to work below) • ground geophysical surveys (1996: MAG-HLEM, 2006 + 2011: IP-MAG, 2011: TITAN IP) • regional geophysical surveys (2003-2004: Discover Abitibi – Gravity & Seismic) • soil geochemistry surveys (1998: mobile metal ion - MMI) • diamond drilling on various portions of the property, including; Keevil Exploration (1964-65),

Esso Minerals (1982-1983), Hollinger Argus (1984), Moneta Porcupine and its partners (1987-2014).

Approximately 25 historic drill holes have been collared within 1km of Moneta’s 2016 drill site. Predominantly part of Moneta’s 1987 drill program, previous results include:

• Hole MNT87-01, located 125m to the northeast, intersected 0.76g/t Au over 7.62m (including 2.64g/t Au over 1.53m) within a graphitic pyrite enriched unit with small quartz stringers.

• Hole MNT87-14, located 200m to the north, intersected 1.06g/t Au over 4.73m (including 2.07g/t Au over 1.52m) within a strongly carbonatized graphitic pyrite enriched unit with 15-20% small quartz calcite stringers.

Geological Framework

The geology of the Porcupine Gold Camp has been well documented by several generations of ODM-OGS mappers, including key reports by D.R. Pyke (1982) and by S.A. Ferguson (1968).

The majority of the rock units underlying Tisdale Township have been subdivided into 3 basic Archean-aged (2.7 BY), events/formations; the Deloro and Tisdale volcanic assemblages and the younger (or


northern) Porcupine Group clastic sediments. Moneta’s claim group overlies a 10km thick repetitive series (or stratigraphic column) of Tisdale flows and Porcupine sediments.

The majority of gold deposits within the 70-million ounce Porcupine Mining Camp occur as quartz carbonate) veins hosted within (carbonate-sericite-pyrite) alteration systems emplaced upon structurally-prepared zones (splays) cutting through the Tisdale Assemblage lying north of the regionally-significant Destor-Porcupine structural corridor.

Fig.2. Compilation map showing the Project’s location, previous drilling sites, MMI anomalies (red hash), and underlying stratigraphy. The black star indicates the site of the 2016 drilling described in this report.

There are no outcrop exposures of the bedrock in the immediate vicinity of MNT16-01. Historic drill logs in the vicinity (Moneta’s 1987 drill program) encountered Tisdale Assemblage (tholeiitic) mafic volcanic flows, with occasional lenses of greywacke and graphitic volcanics.

2016 Exploration Programme

Moneta’s local drill contractor (Norex Drilling) mobilized one hydraulic top-drive ‘VD’ drill rig onto the property on September 9th, 2016. Access to the drill site was quick and simple; exiting Highway 655 (Kidd Creek Highway) adjacent to the turn off for Laforest Rd, driving into the Custom Concrete gravel pit (with their permission) following their established roads, and finally following a 200m edge of a historic forestry boundary south in a southerly direction, directly to the collar of hole.

Hole MNT16-01 was designed by the author to determine the potential of an IP Annomaly on Line 2 (L2E_MT1) identified by the Titan IP undertaken in 2012 (AFRI File: 20000006711).


This assessment drilling programme was managed on a daily basis by the author, acting as Moneta’s Qualified Person. All core-logging and sample delineation was conducted by a sub-contracting project geologist, Kian Jensen.

Norex crews completed 398m of drilling by September 9th; averaging 100 metres/day progress. No technical difficulties or drilling impediments were reported. Casing was left in the hole and it was capped, and site remediated as per MNDM guidelines. The rig was subsequently removed from the drill site.

After passing through 30m of overburden-casing, MNT16-01 encountered 153.7m (core length) of ultramafic volcanics, often talc or carbonate altered. This included a large structural feature with multiple fault zones noted from 35.35m to 43.29m downhole. The hole then encountered 213.7m (core length) of intercalated mafic volcanic interflow tuffs (likely Tisdale Assemblage associated with magnesium tholeiites).

Units of graphitic mafic volcanic tuffs with sulphide mineralization were encountered within this drillhole. Based on results from the previous drill holes in the area this lithology looks prospective for gold mineralization.

A total of 37 sawn (halved) core samples are being submitted to SGS Laboratories for gold analysis (utilising Fire Assay). Two of these samples were delegated for Moneta’s industry-standard QAQC programme. All results are pending.

It appears that the Titan IP anomaly was either highlighting areas of increased graphitic lenses, or alternately a lithological change within the mafic volcanic tuffs encountered within MNT16-01.

Kirsty Nicholson September 22, 2016 Project geologist, Moneta Porcupine Mines Inc. 65 Third Avenue, Timmins, Ontario

Appendix:

Statement of Qualifications References Drill Log Plan Map - Section Diagram


Statement of Qualifications

I, Kirsty A. Nicholson, of the City of Timmins, Ontario, do hereby certify that:

1. I am a graduate of the University of Auckland with a BSc. in geology in 2001, and a Post Graduate Diploma in Geology in 2003.

2. I have been employed in the private sector as a geologist or geotechnical specialist in NZ, UK and Canada for 10 years. I have been employed within the mining sector in Ontario for 5 years.

3. I have reviewed this report.

4. I have not received, directly or indirectly or expect to receive any interest in the company and its properties.

Signed:

Dated: September 22, 2016


References

• ODM Rpt. 219, Geology of the Timmins Area; by D.R. Pyke (1982) • ODM GR 58, Geology and Ore Deposits of Tisdale Twp; by S.A. Ferguson (1968) • Gold Deposits in the Porcupine Gold Camp; PhD Thesis, by D. Brisbin (1997) • Numerous MNDM assessment files from Tisdale and Murphy Townships • Maps and articles from Moneta Porcupine’s corporate website • Hollinger-McIntyre information from Goldcorp’s Porcupine Gold Mines website • TITAN-24 DC - IP - MT Survey, Geophysical Report, North Tisdale Project; by Kevin Killin (2012)

MNT16-01

Diamond Drill Log Report

Hole Name:

Easting:

Northing:

Elevation:

Project

Zone:

Claim:

Logged by:

North Tisdale Project

N/A

Comments:

Sep 21, 2016

Kian Jensen

Moneta Porcupine Mines Inc.

479240.00

5374750.00

309.00

Collar Azimuth: 0.0

Collar DIP: -60.0

Survey Type: Field GPS Setup

DM Survey Method: Reflex

Hole Type: DDH

Hole length: 397.42

Units: Meters

Core Size: NQ

Materials left: Casing

Drilled by: Norex Drilling

Drill ID:

Patent P9951 Pin 65400-

Purpose:

Core Storage: Moneta Facility Timmins

Date Started: 9/6/2016 3:47:27 PM

Date Completed: 9/9/2016 8:37:43 AM

Dates logged: September 9 - September 20; 2016

Sample Type: Cut Core

Analysis:

Laboratory: SGS

Duplicate

Laboratory:Activation Lab

Downhole Survey Tests:

Depth Azimuth Dip Type

Magnetic

CommentsStrength

0.00 0.00 -60.00 COLLAR ESTIMATE

39.00 356.90 -60.80 REFLEX 5436

69.00 359.60 -61.20 REFLEX 5474

99.00 358.50 -61.50 REFLEX 5528

129.00 359.10 -61.70 REFLEX 5547

159.00 357.10 -61.50 REFLEX 5560

188.00 355.10 -60.30 REFLEX 5566

218.00 354.90 -59.90 REFLEX 5575

248.00 354.80 -59.40 REFLEX 5576

278.00 354.10 -58.70 REFLEX 5578

308.00 354.80 -58.00 REFLEX 5582

338.00 354.40 -57.40 REFLEX 5586

368.00 354.70 -57.30 REFLEX 5587

397.42 354.70 -57.10 REFLEX 5592

Veinage Percentage

From To Vein Type Percentage Comments

Page 1 of 20

30 31.77 0

31.77 32.13 cqv 100

32.13 35.35 qcs 0.5

35.35 35.59 0

35.59 35.8 0

35.8 36.75 qcs 1 generally discontinuous and contorted stringers

36.75 43.29 qcs 1 contorted and discontinuous stringer in brecciated fault zone

43.29 57.54 qcs 0.5 irregular and discontinuous

57.54 58.07 qcv 98 inclusions of talcose ultramafic metavolcanics

58.07 80.06 qcs 1 fracture filling calcite carbonate stringers occasional rimmed with chlorite, generally irregular, contorted and discontinuous

80.06 86.98 ccs 2 fracture filling stringers with minor fine grained pyrite

86.98 88.89 cs 5 scattered irregular, contorted and discontinuous carbonate strings and carbonate oval masses

88.89 94.62 cs 1 scattered irregular, contorted and discontinuous carbonate stringers and oval masses

94.62 95.36 0 void of veining

95.36 96.9 cs 1 scattered calcite and carbonate stringers

96.9 101.06 qcs 3 scattered and generally not exceeding 3.0cm, minor bleaching small sections, barren of sulphides

101.06 102 qcs 0.5 fracture filling 1mm stringers

102 109.12 cs 3 scattered generally contorted, irregular and discontinuous stringers, rare veinlets, barren of sulphides

109.12 115.16 cs 1 same as above

115.16 120.65 cs 2 scattered carbonate and quartz carbonate irregular and discontinuous stringers, void of sulphides

120.65 122.49 qcs 0.5 rare quartz carbonate stringers, void of sulphides

122.49 135 qcs 2 mixed scattered carbonate and quartz carbonate stringers, contorted and discontinuous, void of sulphides

135 138.03 ccs 0.5 very rare stringers generally 2mm to 4mm at 45 and 20 TCA

138.03 155 ccs 2 mixed scattered carbonate and quartz carbonate stringers, contorted and discontinuous, void of sulphides

155 183.7 ccs 3 stringers parallel generally to moderate to well developed foliation usually 2mm to 4mm, rare quartz carbonate stringer or veinlets up to 3cm

183.7 188.7 ccs 2 3 generations of calcite carbonate stringers, 1 parallel to bedding and 2 cross cutting bedding ranging from 20 to 80 TCA

188.7 190.9 ccs 1 2 generations of stringer, parallel and cross cutting bedding

190.9 191.13 qv 100 bull white quartz vein, void of sulphides

191.13 192.42 ccs 1.5 calcite carbonate fracture filling stringers cross cutting foliation, few scattered quartz +/_ carbonate stringers to veinlets generally 2%

192.42 192.82 qv 95 bull white quartz vein with 5% mafic inclusions, barren void of sulphides

192.82 197.3 ccs 1.5 calcite carbonate fracture filling stringers cross cutting foliation, few scattered quartz +/_ carbonate stringers to veinlets generally 2%

197.3 213.27 cal 1 minor calcite 1mm to 2mm stringers parallel to or slight angle from bedding or foliation cross cut by 5mm calcite veinlets generally at 40 TCA or 20 TCA

213.27 219.23 cal 5 scattered 1mm to 5mm calcite stringers with few scattered 3cm to 5cm calcite veinlets

219.23 219.61 qv 98 quartz vein with minor inclusion of mafic metavolcanics

219.61 230.53 cal 5 scattered 1mm to 5mm calcite stringers with few scattered 3cm to 5cm calcite veinlets

230.53 230.69 qcv 70 white opaque quartz carbonate vein with 30% mafic metavolcanic inclusions, barren void of sulphides

230.69 254.91 qcs 3 white opaque quartz stringers with some contorted and displaced generally 3mm to 5mm, scattered calcite stringers less than 1%, rare quartz carbonate veinlet up to 5cm, barren void of sulphides

254.91 255.16 qcv 100 white opaque quartz ankerite vein with ground contacts, void of sulphides

255.16 256.91 qcs 2 white opaque quartz carbonate stringers generally at 20, 60, 75 TCA usually 2mm up to 5mm rare 1cm to 3cm veinlets

256.91 257.02 qcv 80 laminated white quartz carbonate and mafic metavolcanic at 40 TCA

257.02 259.54 qcs 2 white opaque quartz carbonate stringers generally at 20, 60, 75 TCA usually 2mm up to 5mm rare 1cm to 3cm veinlets

259.54 259.59 qcv 100 white opaque quartz carbonate veinlet at 70 and 65 TCA (upper and lower contacts)

259.59 261 qcs 2 same as 257.02m to 259.54m

261 261.06 qv 100 quartz veinlet milky white opaque, sharp contacts at 90 displace by quartz carbonate fracture, barren void of sulphides and 75

261.06 268.7 qs 1 scattered 1mm to 2mm quartz stringers

268.7 280.09 qs 2 scattered quartz stringers, irregular and few contorted or displaced, generally less than 3mm but few 1cm to 3cm contorted veinlets, void of sulphides

280.09 297.45 qs 0.5 scattered 5mm quartz with or without carbonate stringers generally at 30 TCA, rare contorted veinlets up to 2cm to 5 cm

297.45 297.52 qv 60 contorted, light grey milky white quartz veinlet, inclusions, void of sulphides

Page 2 of 20

297.52 297.6 0 void of all stringers

297.6 297.68 qv 80 contorted, light grey milky white quartz veinlet, inclusions, void of sulphides

297.68 306.9 qs 0.5 scattered 5mm quartz with or without carbonate stringers generally at 30 TCA, rare contorted veinlets up to 2cm to 5 cm

306.9 308.85 qs 0.5 scattered hair like to 2mm quartz stringers with or without carbonate, few calcite fracture filling stringers

308.85 312.5 cal 0.1 rare scattered calcite fracture filling stringers up to 1mm generally 30 TCA cross cutting bedding

312.5 316.6 qcs 5 scattered quartz carbonate stringers up to 1.5cm generally parallel to bedding, minor amount of calcite 1mm stringers cross cutting bedding

316.6 316.92 qcs 2 scattered quartz carbonate stringers up to 1.5cm usually parallel to bedding of graphitic tuff

316.92 316.98 qv 97 with 2% to 3% fine pyrite, minor tuff inclusions

316.98 318.1 qs 0.5 scattered 1mm to 2mm quartz stringers with minor calcite fracture filling stringers

318.1 330.82 qs 0.5 scattered 2mm and rare 5mm quartz stringers, few to rare calcite fracture filling stringers usually 1mm

330.82 332.4 qs 0.5 scattered 2mm quartz stringers and 1mm to 2mm cross cutting calcite stringers

332.4 333.55 qs 1.5 scattered 2mm to 3mm contorted quartz stringers and discontinuous calcite stringers

333.55 333.7 0 lost core

333.7 334.59 cs 0.5 brecciate and fragments of stringers

334.59 361.04 qcs 1 scattered quartz carbonate stringers generally 1cm, rare stringers up to 2cm usually at 55 TCA

361.04 361.12 qcv 100 sharp contacts at contorted 50 TCA (upper) and contorted 35 TCA (lower)

361.12 362.76 qcs 2 contorted veinlet

362.76 362.86 qcv 90 10% inclusions, contacts at 50 TCA (upper) and 40 TCA (lower)

362.86 372.5 qcs 1 scattered 3mm to 5mm stringers

372.5 373 qv 100 milky white opaque vein, barren, 0.5% to 1.0% light grey mafic metavolcanic inclusions, barren void of sulphides, contacts at 40 TCA

373 375.75 qcs 0.5 rare scattered stringers

375.75 375.84 qcv 100 milky light grey opaque quartz carbonate veinlet, barren void of sulphides, contacts at 75 TCA (upper) and 60 TCA irregular (lower)

375.84 378.98 qcs 0.5 scattered quartz carbonate stringers generally 5mm

378.98 379.12 lqcv 100 milky white quartz carbonate vein with higher concentration of carbonate bands at both contacts, barren void of sulphides, both contacts at 15 TCA


382.4 382.55 qcv 100 irregular quartz carbonate vein mass, irregular contacts, barren void of sulphides


386.34 386.7 qv 100 opaque greyish white to light grey, minor carbonate, minor wispy mafic metavolcanic inclusions, nil to trace sulphides, shape contacts at 35 TCA (upper) and 32 TCA (lower)


Page 3 of 20

Lithology

From To Description From To Length Sample #

Au FaGeo FaGrav2FaGeo2

(avg g/t) (ppb)

FaGrav

Cert #

Metallic DUP FaGeo DUP FaGrav

(ppb) (g/t) (g/t) (g/t) (ppb) (g/t)

0.00 30.00 Overburden.

30.00 31.77 Ultramafic Metavolcanics. Dark blackish green, aphanitic to very fine grained, massive, moderately soft, nil to very poor development of foliation or schistosity, very rare quartz carbonate stringers with occasional larger quartz carbonate veins up to 40 cm, moderately strong pervasive talcose alteration, locally moderately strong to very strong talcose alteration due to shearing and brecciation, trace to <0.5% very fine to fine grained pyrite, weak pervasive magnetism, void of weathering, overall moderate RQD and recovery with local sections of poor RQD and recovery.

Mineralization

From To Description

30.00 31.77 trace to 0.5% very fine to fine grained disseminated pyrite

Lithology

From To Description

31.77 32.13 Quartz Carbonate Vein. Fine gained, massive, light greyish to pale greenish grey, with inclusions of talcose ultramafics, sharp contacts at 34 upper and 25 lower.

Structure

From To DescriptionType Intensity TCA Strike DIP

31.77 31.78 Ucnt s 34

Mineralization

From To Description

31.77 32.13 nil to trace pyrite

Veining

From To Description

31.77 32.13 barren void of sulphide

Lithology

From To Description

32.13 35.35 Ultramafic Metavolcanics. Same as 30.00m to 31.77m.

Structure


32.13 32.14 Lcnt s 25

Mineralization

From To Description


Lithology

From To Description

35.35 35.59 Fault Zone. Fault zone with well defined mud seams generally at 42 and 55 TCA.

Structure


35.35 35.59 FZ fault zone with numerous fault gouge seams, upper contact at 70 TCA lower contact at 55 TCA containing inclusions of non foliated ultramafic metavolcanics

s 55

Mineralization

From To Description


Page 4 of 20

From To Length Sample #


(avg g/t) (ppb)

FaGrav

Cert #



Lithology

From To Description

35.59 35.80 Lost Core.

35.59 35.80 LC 0.21

Mineralization

From To Description


Lithology

From To Description

35.80 36.75 Ultramafic metavolcanics. Same as 32.13m to 35.35m.

Veining

From To Description

36.66 36.75 barren void of sulphides

Lithology

From To Description

36.75 40.50 Fault Zone. Fault zone with large sections of fault contorted breccia with minor amount of fault gouge, ultramafic metavolcanics.

Structure


36.75 43.29 fbx fault zone strongly brecciated, lost core from 40.50m to 42.00m, broken contacts no CA

s

Mineralization

From To Description


Lithology

From To Description

40.50 42.00 Lost Core. Lost core, rubbly, in fault breccia zone.

40.50 42.00 LC 1.50

Lithology

From To Description

42.00 43.29 Fault Zone. Same as 36.75m to 40.50m.

43.29 57.54 Ultramafic Metavolcanics. Same as 32.13m to 35.35, scattered very small sections of intense talcose irregular orientated stringer alteration, minor chloritic slip planes, rare calcite carbonate fracture filling stringers.

Mineralization

From To Description


Veining

From To Description

43.29 43.30 wedge shaped and discontinuous veinlet

54.11 54.22 barren white

Lithology

From To Description

57.54 58.07 Quartz Carbonate Vein. Quartz carbonate calcite vein, white, moderately soft, void of

Page 5 of 20



(avg g/t) (ppb)

FaGrav

Cert #



sulphides, contains inclusions of contorted greyish extremely talcose altered ultramafics, upper contact sharp at 22 TCA, lower contact broken.

Mineralization

From To Description


Veining

From To Description

57.54 58.07 upper contact 25 TCA, lower contact broken

Lithology

From To Description

58.07 86.98 Ultramafic Metavolcanics. Same as 43.29m to 57.54m, fine grained with fine to medium grained section from 68.03m to 70.70m and 75.93m to 80.06m.

Veining

From To Description

60.93 60.97

64.46 64.54 CA approximate as core is broken

Structure


68.00 68.02 sh m 55

70.02 70.08 sh contacts grounds

Veining

From To Description

71.80 71.87

Structure


72.46 72.76 gou contacts ground, broken core, talcose gouge

m

73.90 74.16 SZ contains small fragments of non sheared ultramafic metavolcanics, numerous sections of talcose shear gouge

m 48

75.22 75.59 gou lower contact 40, talcose gougem 40

Veining

From To Description

77.54 77.55 contains 3% to 5% bleb pyrite

79.44 79.67 strongly contorted irregular stringer containing0.5% to 1.0% pyrite small blebs

Mineralization

From To Description

80.06 83.80 trace to 1%, locally associated with quartz carbonate fracture filling irregular stringers

Veining

From To Description

81.98 82.04 weakly laminated with talc, scattered pyrite blebs near lower contact

Structure


82.32 82.36 gou talcose shear gouges 45

Page 6 of 20



(avg g/t) (ppb)

FaGrav

Cert #



Veining

From To Description

83.52 85.53 stringer displaced by fracture 3cm 30 TCA, contains very fine grained pyrite at contacts

Mineralization

From To Description


Structure


85.63 85.72 gou talcose shear gouges 55

Veining

From To Description

86.57 86.73 section of numerous carbonate stringers separated by talcose metavolcanics, nil sulphides

Structure


86.97 86.98 Lcnt s 30

Lithology

From To Description

86.98 88.89 Mafic Dyke. Fine to medium grained, dark brownish, massive, uniform, homogeneous, nil to very poor development of foliation or schistosity, nil to very weakly magnetic, moderately soft, excellent recovery, scattered chlorite filled fractures resulting in moderate to poor RQD, scattered calcite and or carbonate irregular, contorted and discontinuous stringers and large oval masses, overall 3% to 5% veining, nil to trace sulphides, lower contact terminated at 0.5cm carbonate stringer 90 TCA.

Mineralization

From To Description


Lithology

From To Description

88.89 96.90 Ultramafic Metavolcanics. Same as 58.07m to 86.98m, nil to weakly magnetic, overall 0.5% to 1% carbonate irregular and contorted stringers, lower contact area gradational.

Mineralization

From To Description


Structure


89.33 90.66 SZ section with numerous narrow talcose shear gouges within talcose ultramafic metavolcanics, locally crumbly core

s 65

From To Description

Sublitho

94.62 95.36 Lamprophyre. Light greyish pale brown, massive, uniform, homogeneous, void of foliation, sharp intrusive contacts, void of sulphides, nil to extremely weak magnetic, moderately soft, scattered small mafic (chloritic) and calcite and carbonate phenocrysts, excellent recovery.

Page 7 of 20



(avg g/t) (ppb)

FaGrav

Cert #



Structure


94.62 94.63 Lcnt s 25

Mineralization

From To Description

94.62 95.36 nil

Structure


95.35 95.36 Lcnt s 35

Mineralization

From To Description


Lithology

From To Description

96.90 135.00 Ultramafic Metavolcanics. Aphanitic to fine grained, light to medium greenish grey to greyish medium green, massive, uniform, homogeneous, nil to very poor development of foliation at 60 TCA, overall scattered 0.5% to 1.0% contorted and irregular carbonate stringers, generally 2% to 3% scattered quartz and quartz carbonate contorted and discontinuous stringers and veinlets ranging from 50 TCA to 65 TCA, weak pervasive carbonate alteration and talcose alteration, generally scattered to weakly disseminate very fine to fine grained pyrite, nil to very weak magnetic, moderately soft to moderately hard from 96.90m to 102.00m, from 102.00m onwards moderately hard and siliceous to varying degrees, excellent core recovery, lower contact gradational.

Mineralization

From To Description

96.90 104.86 weakly disseminated, overall 1% locally over several centimetres 1% to 2%, very fine grained

Alteration

From To Description

96.90 135.00 pervasive and uniform carbonate alteration, moderate to strong talcose alteration

Mineralization

From To Description

104.86 135.00 poorly disseminated overall 0.5% to locally 1.0% very fine to fine grained pyrite

Veining

From To Description

118.00 118.05

119.51 119.54

120.60 120.63 void of sulphides

122.81 122.94

Lithology

From To Description

135.00 138.03 Ultramafic Metavolcanics. Fine grained, light to medium green, strong carbonate alteration, massive, uniform and homogeneous, void of foliation or schistosity, very rare veining less than 0.5%, moderately soft, nil to very weak magnetic, disseminated very fine grained pyrite 1% to 2%, excellent core recovery, lower half patchy carbonated with black green unaltered patches, contacts alteration and gradational.

Page 8 of 20



(avg g/t) (ppb)

FaGrav

Cert #



Mineralization

From To Description

135.00 138.03 disseminated very fine to fine grained pyrite

Alteration

From To Description

135.00 138.04 pervasive, khaki green altered, weak moderate carbonate and moderate strong talcose alterations

Lithology

From To Description

138.03 183.70 Ultramafic Metavolcanics. Same as 96.90m to 135.00m, nil to trace scattered very fine to fine grained pyrite, weak development of foliation in scattered section at 65 with strongly by talcose alteration starting about 152.00m gradually becoming moderately strong foliation to strong ranging from 55 to 70 TCA changing to moderate foliation at 178.90m, moderately soft to soft core, scattered calcite carbonate stringers generally parallel to foliation, scattered irregular large masses, rare cross cutting stringer of foliation, drillers changed from double shell to single shell at 161.00m.

Mineralization

From To Description

138.03 183.70 nil to trace very fine to fine grained pyrite

Alteration

From To Description

138.04 183.70 pervasive carbonate alteration, moderate talcose alteration

Structure


140.50 140.70 sh strong talcose shearings 50

141.43 141.49 sh strong talcose shearings 40

152.00 152.01 fol weak development increasing to moderate then to moderately strong foliation

wm 65

159.04 159.05 fol ms 70

Veining

From To Description

165.05 165.06 parallel to foliation

165.27 165.31

Structure


166.36 167.07 BC broken core probably due to increase in talcose alteration and strong development of foliation

ms

167.07 167.08 fol ms 55

167.08 169.22 BC ms

169.22 169.26 gou s 60

Veining

From To Description

169.80 170.01 upper contact irregular, lower contact at 65 TCA

170.62 170.70 quartz carbonate vein cross cuts foliation, minor pyrite associate with wall rock

173.68 174.14 quartz carbonate vein cross cuts foliation, contains about 50% wall rock as

Page 9 of 20



(avg g/t) (ppb)

FaGrav

Cert #



thin laminations, narrow streak of pyrite on upper contact

Structure


174.34 174.42 gou s 60

Veining

From To Description

175.82 175.96 vein parallel to foliation

Structure


183.69 183.70 Lcnt s 50

Lithology

From To Description

183.70 188.70 Graphitic Tuffaceous Mafic Metavolcanics. Black graphitic and pale greenish grey tuff interflow mafic metavolcanic, aphanitic to fine grained, very strong development of bedding from 1mm to 2cm ranging from 35 to 55 TCA, generally 30% to 40% graphitic material and 60% to 70% tuff, minor amount approximately 20% calcite carbonate l veining parallel to bedding, 80%in 2 generations of calcite carbonate stringers cross cutting bedding, overall vein composition approximately 2%, nil to trace sulphides, moderately soft to moderately hard.

Mineralization

From To Description

183.70 188.70 nil to trace sulphides

Alteration

From To Description

183.70 188.70 weak to weak-moderate pervasive carbonate alteration

Structure


185.20 185.21 bed laminated graphitic tuffaceous mafic metavolcanics

s 30

187.00 187.01 bed laminated tuffaceous mafic metavolcanics

s 50

188.34 188.35 bed laminated tuffaceous mafic metavolcanics

s 35

188.69 188.70 Lcnt lower contact at graphitic tuff and non graphitic tuff

s 40

Lithology

From To Description

188.70 213.27 Tuffaceous Mafic Metavolcanics. 188.70 to 191.13 - pale greenish grey interflow tuff, aphanitic to fine grained, very strong development of bedding 35 to 50 TCA, calcite carbonate fracture filling stringers with majority parallel to bedding with minor amount cross cutting bedding, overall 1% veining, nil to trace sulphides. 191.13 to 205.24 - pale grey to light greenish grey and sections of medium greenish grey due to increase chlorite fracture filling, aphanitic to fine grained, moderate to moderately strong development of foliation ranging from 40 to 55 TCA, mixed tuffaceous to tuffaceous fragmental mafic metavolcanics and small sections of massive flows, scattered white to greyish white quartz with or without carbonate generally parallel to foliation and 1mm to 2mm calcite carbonate fracture filling stringers cross cutting foliation, weak to weak-moderate pervasive carbonate alteration, non-magnetic, overall 1% to 2% scattered fine to medium grained pyrite in matrix, moderately soft to moderately hard.

Mineralization

From To Description

Page 10 of 20



(avg g/t) (ppb)

FaGrav

Cert #




Alteration

From To Description

188.70 213.27 weak to weak moderate pervasive carbonate alteration

From To Description

Sublitho

189.81 190.38 Graphitic tuffaceous mafic metavolcanics, same as 183.70m to 188.70m.

Structure


190.90 190.91 Ucnt upper contact of quartz veins 65

Mineralization

From To Description

190.90 191.13 nil

Veining

From To Description

190.90 191.13

Structure


191.12 191.13 Lcnt lower contact of quartz veins 60

Mineralization

From To Description


Structure


192.42 192.43 Ucnt upper contact of quartz veins 35

Mineralization

From To Description

192.42 192.82 nil

Veining

From To Description

192.42 192.82 quartz vein upper contact 35 TCA, lower contact 70 TCA, both cross cutting foliation, white, opaque, barren void of sulphides, contains approximate 5% to 7% mafic metavolcanic inclusions

Structure


192.81 192.82 Lcnt lower contact of quartz veins 70

Mineralization

From To Description

192.82 213.27 trace to 0.5% fine grained pyrite parallel to foliation of inter flow tuff to tuffaceous fragmental

From To Description

Sublitho

196.60 202.60 Tuffaceous to fragmental tuff with small sections of foliated massive flow, distinct change in colour to a darker green due to increasing chlorite content.

Page 11 of 20



(avg g/t) (ppb)

FaGrav

Cert #



Structure


196.84 196.85 fol ms 55

Veining

From To Description

197.30 197.35 white opaque quartz carbonate vein, void of sulphides

Lithology

From To Description

213.27 219.23 Massive Mafic Metavolcanic. Aphanitic to fine grained, light to medium grey to pale greenish light grey, massive with scattered interflow tuff to chloritic and or graphitic interflow tuff, very weakly carbonated, scattered 1mm up to 5mm low angle minor contorted but generally displace calcite fracture filling stringers cross cutting and parallel to interflow tuff overall 5% to 7% calcite veining, few scattered 3cm to 5cm calcite veinlets, rare quartz and or carbonate veining, nil to trace sulphides in massive metavolcanic, 3% to 5% fine grained to bleb masses of pyrite parallel to tuff bedding generally at 35 TCA, non magnetic, moderately hard.

Mineralization

From To Description

213.27 219.23 trace to 0.5% fine pyrite, higher pyrite content in interflow tuff

Alteration

From To Description

213.27 230.68 weak to weak-moderate carbonate alteration

218.00 219.23 E5692159 1.23

Veining

From To Description

218.82 218.88 white opaque, upper contact 45 TCA, lower contact 50 TCA, void of sulphides

Lithology

From To Description

219.23 219.61 Quartz Vein. Massive, white, opaque, quartz vein, minor inclusions of light grey mafic metavolcanic near upper contact at 60 TCA, lower contact at 40 TCA, trace to 0.5% very fine to fine grained pyrite at and near upper contact.

Structure


219.23 219.24 Ucnt sharp upper contacts 60

Mineralization

From To Description

219.23 219.61 trace to 0.5% fine pyrite at or near upper contact of white quartz vein

Veining

From To Description

219.23 219.61 white opaque quartz vein, upper contact 60 TCA, lower contact 40 TCA

219.23 219.61 E5692160 0.38

Structure


219.60 219.61 Lcnt sharp lower contacts 40

Lithology

From To Description

Page 12 of 20



(avg g/t) (ppb)

FaGrav

Cert #



219.61 230.68 Massive Mafic Metavolcanic. Same as 213.27m to 219.23, scattered quartz or quartz carbonate stringers overall 3% from 229.00m to 239.16 and 1% scattered calcite stringers.

Mineralization

From To Description


219.61 221.11 E5692161 1.50

225.24 226.74 E5692162 1.50

Veining

From To Description

225.46 225.53 white opaque quartz veinlet, barren void of sulphides

225.91 226.02 white opaque quartz veinlet, contorted to wavy contacts, barren void of sulphides

From To Description

Sublitho

226.74 229.06 Pyritiferous tuffaceous mafic metavolcanics with 5% to 7% fine pyrite parallel to bedding at 35 TCA from 226.74 to 227.40m.

Mineralization

From To Description

226.74 227.40 5% to 7% fine grained pyrite parallel to tuffaceous mafic metavolcanic bedding

226.74 227.40 E5692163 0.66

Mineralization

From To Description


227.40 228.90 E5692164 1.50

228.90 230.68 E5692165 1.78

Veining

From To Description

230.52 230.68 white quartz carbonate veinlet with chlorite and mafic metavolcanic inclusions, barren void of sulphides

Structure


230.67 230.68 Lcnt contact with quartz carbonate veinlet

m 40

Lithology

From To Description

230.68 238.06 Tuffaceous Mafic Metavolcanics. Similar to above, mix of scattered sections of interflow tuff generally 13cm to 22cm rare sections up to 50 cm, contains wispy to laminated pyrrhotite parallel to tuffaceous bedding and irregular large masses overall 10% to 15% in interflow tuff with minor pyrite and massive mafic metavolcanic flows, aphanitic to fine grained, very strong development of bedding 40 TCA, scattered 2mm to 5mm barren white opaque quartz carbonate stringers overall 3%, weak development of foliation in massive flow sections, interflow tuff moderate to strongly magnetic due to the presence of pyrrhotite and minor pyrite, massive flows are very weakly magnetic, moderately hard.

Mineralization

From To Description

230.68 238.06 scattered sections of interflow tuff generally 13cm to 22cm rare sections up to 50 cm, contains wispy to laminated pyrrhotite parallel to tuffaceous bedding and irregular large masses overall 10% to 15% in interflow tuff with

Page 13 of 20



(avg g/t) (ppb)

FaGrav

Cert #



minor pyrite, nil to trace sulphides in massive flow section

Alteration

From To Description


230.68 231.90 E5692166 1.22

231.90 233.40 E5692167 1.50

233.40 234.90 E5692168 1.50

234.90 236.40 E5692169 1.50

236.40 237.20 E5692170 0.80

237.20 238.06 E5692171 0.86

Structure


238.05 238.06 Lcnt s 35

Lithology

From To Description

238.06 256.65 Massive Mafic Metavolcanic. Same as 219.61m to 230.68m.

Mineralization

From To Description


Alteration

From To Description


238.06 239.56 E5692172 1.50

Veining

From To Description

245.86 245.92 white opaque quartz carbonate veinlet, void of sulphides

254.91 255.16 white opaque ankerite vein, both contact ground to 80 to 85 TCA, barren of sulphides

Lithology

From To Description

256.65 306.90 Massive Mafic Metavolcanic. Fine to medium grained, slight darkening to medium grey to medium greenish grey for massive flows, interflow tuffs dark green to chlorite increase and blackish green to increases in chlorite and possibly graphite than above similar unit, very weak carbonate alteration, 0.5% to 1% overall quartz with or without carbonate stringers general less than 3mm, trace to less than 0.5% fine pyrite, rare pyrrhotite streak, rare 1% to 2% fine grained pyrite locally over 2cm to 15cm generally confined to tuffaceous or fragmental tuff interflow, non-magnetic except with the presence of pyrrhotite, moderately hard.

Mineralization

From To Description

256.65 268.70 nil to trace pyrite, very rare pyrrhotite

Alteration

From To Description

256.65 306.90 weak to weak moderate locally due to increase of chlorite and locally graphite

From To Description

Sublitho

Page 14 of 20



(avg g/t) (ppb)

FaGrav

Cert #



268.70 280.09 Section dominated approximately 50% by chloritic (minor) and graphitic interflow tuff and massive mafic metavolcanic flows.

Mineralization

From To Description

268.70 280.09 trace pyrite and rare pyrrhotite

Structure


271.65 271.66 fol s 60

275.12 275.13 bed s 50

275.96 276.04 sh strong sheared graphitic interflow tuff

s 45

From To Description

Sublitho

280.09 296.75 Gradual change from fine to medium grained to medium grained, moderately soft to moderately hard, darker grey to greenish dark grey, massive, wispy chlorite and or graphitic fracture filling, nil to trace sulphides.

Mineralization

From To Description

280.09 306.90 nil to trace pyrite, very rare pyrrhotite

Structure


280.85 280.90 sh rubble, possible shears

Veining

From To Description

282.53 282.59 opaque to translucent, white, coarse grained crystalline, contorted and irregular contacts, nil sulphides

Structure


296.59 296.68 SZ rubble core, no core angles available possibly 20 TCA

s

From To Description

Sublitho

296.75 297.73 Section with 6 narrow highly sheared places ranging from 2cm up to 5cm, high probability of shearing or very poor ground.

Veining

From To Description

297.38 297.45 contorted, light grey milky white quartz veinlet, inclusions, void of sulphides

297.60 297.67 contorted, light grey milky white quartz veinlet, inclusions, void of sulphides, upper contact 55 TCA, lower contact 60 next to sheared massive mafic metavolcanics

From To Description

Sublitho

297.73 307.00 Similar to 256.65m to 280.09m, light to medium grey to greenish light to medium grey, massive, with small sections of chloritic and or graphitic fracture filling to lithological composition change, tuffaceous to fragmental tuff, generally trace to less than 0.5% sulphides usually fine pyrite and occasionally pyrrhotite.

Page 15 of 20



(avg g/t) (ppb)

FaGrav

Cert #



Lithology

From To Description

306.90 318.10 Massive and Tuffaceous Mafic Metavolcanics. Blackish light grey to medium grey, fine grained, massive with good development of foliation mixed with graphitic tuff to graphitic tuffaceous fragmental, generally 1mm to 2mm calcite and quartz carbonate fracture filling stringers near parallel to core axis to 30 TCA parallel to tuff bedding, minor quartz carbonate 3mm to 5mm stringers cross cutting foliation and tuff bedding at 50 TCA, minor sections of laminated stringers and tuff, rare quartz with or without carbonate in excess of 5cm, overall trace to 0.5% scattered pyrite in matrix, few to rare pyrite in narrow quartz carbonate stringers parallel to and cross cutting tuff and tuffaceous fragmental, rare galena associated with pyrite in quartz carbonate stringers parallel to bedding, nil to very weak magnetic except when pyrrhotite is present, moderately hard to hard.

Mineralization

From To Description

306.90 313.96 trace to 0.5% fine pyrite in matrix, generally scattered pyrite in two generations of quartz carbonate stringers parallel and cross cutting tuff bedding, rare galena associated with pyrite in stringer parallel to tuff bedding

Alteration

From To Description

306.90 318.10 weak carbonate alteration, unit dominated by graphite

Structure


310.92 310.93 bed graphitic bedding in tuffs 35

312.00 313.50 E5692174 1.50

E5692173

313.50 315.00 E5692175 1.50

Mineralization

From To Description

313.96 314.12 pyrite in stringers and tuff, fine grained and masses

314.12 314.84 0.5 to 1% scattered fine grained pyrite parallel to bedding

314.84 315.25 2% to 3% fine pyrite stringers and laminations some with parallel stringers containing fine pyrite

315.00 316.50 E5692176 1.50

Mineralization

From To Description


315.57 315.63 2% fine pyrite on quartz veinlet contacts

Veining

From To Description

315.57 315.63 315.57 veinlet terminated by fracture at 80 TCA, stringer contacts slightly contorted 25 to 30 TCA, pyrite generally confined to contacts semi massive

Structure


315.60 315.61 bed bedding in graphitic tuffs 25

Mineralization

From To Description


316.50 318.10 E5692177 1.60

Page 16 of 20



(avg g/t) (ppb)

FaGrav

Cert #



Veining

From To Description

316.58 316.59 contorted quartz stringer with pyrite and galena

Mineralization

From To Description

316.92 316.98 masses of fine grained pyrite 2% to 3%

Veining

From To Description

316.92 316.98 contacts slightly contorted parallel to bedding, masses of fine grained pyrite 2% to 3%

Mineralization

From To Description


Lithology

From To Description

318.10 333.55 Massive Mafic Metavolcanics. Aphanitic to fine grained, light buff grey to light-medium grey, massive, uniform, homogeneous, rare interflow tuff, poor development of foliation approximately at 30 to 40 TCA, 0.5% to 1.0% scattered quartz with or without carbonate stringers usually less than 1cm, few scattered 1mm to 2mm calcite fracture filling stringers, graphitic fracture filling, very weak development of carbonate alteration, overall trace fine grained pyrite, non-magnetic, moderately hard to hard.

Structure


318.10 318.11 Ucnt sharp contact 30 TCAs 30

Mineralization

From To Description

318.10 328.10 trace to 0.5% fine grained pyrite

Alteration

From To Description

318.10 328.10 very weak to weak carbonate alteration

318.10 319.50 E5692178 1.40

319.50 321.00 E5692179 1.50

321.00 322.50 E5692180 1.50

322.50 324.00 E5692181 1.50

Structure


323.71 323.72 fol m 32

324.00 325.50 E5692182 1.50

325.50 327.00 E5692183 1.50

327.00 328.50 E5692184 1.50

Mineralization

From To Description

328.10 330.82 1% to locally 2% fine grained euhedral pyrite grading to coarse grained downhole up to 6mm

Alteration

From To Description

Page 17 of 20



(avg g/t) (ppb)

FaGrav

Cert #




328.50 330.00 E5692185 1.50

330.00 330.82 E5692186 0.82

From To Description

Sublitho

330.82 332.40 Massive unit of strong foliation or bedding at 35 TCA, void of graphitic banding typical of interflow tuffs, moderate carbonate alteration, 5% to 7% fine grained pyrite either as laminations or wispy bands, less than 0.5% cross cutting calcite stringers cross cutting foliation, rare quartz stringers.

Mineralization

From To Description

330.82 332.40 5% to 7% fine grained pyrite either as laminations or wispy bands

Alteration

From To Description

330.82 332.40

330.82 332.40 E5692187 1.58

Structure


331.09 331.10 fol massive unit either tuff void of graphite or strongly foliated massive mafic metavolcanics

s 35

From To Description

Sublitho

332.40 333.55 Massive unit with patches of moderate foliation at 40 TCA, siliceous, hard, uniform disseminated 10% to 15% very fine to fine grained pyrite, non-magnetic, 1% contorted quartz stringers void of sulphides.

Mineralization

From To Description

332.40 333.55 10% to 15% very fine to fine grained disseminated pyrite

Alteration

From To Description

332.40 333.55 siliceous, hard

332.40 333.55 E5692188 1.15

Structure


333.54 333.55 Lcnt slightly contorted lower contact of massive mafic metavolcanics

s 50

Lithology

From To Description

333.55 333.70 Lost Core. 15cm lost core in graphitic zone.

Structure


333.55 334.58 BC broken core in graphitic zones

Mineralization

From To Description

333.55 333.70 lost core

Page 18 of 20



(avg g/t) (ppb)

FaGrav

Cert #



333.55 333.70 LC 0.15

Lithology

From To Description

333.70 334.59 Massive Graphitic Tuff. Black, aphanitic, bedding at 40 TCA, local brecciated section, scattered section and brecciated fragments of massive to tuffaceous mafic metavolcanic, discontinuous brecciated carbonate stringers, small section of semi-massive to massive pyrite approximately 90%,lower contact area 6cm of semi-massive pyrite approximately 70%, broken core, non-magnetic, soft to moderately soft, zone has 15cm of lost core, irregular contacts.

Mineralization

From To Description

333.70 334.59 two sections of semi-massive to massive pyrite

Alteration

From To Description


333.70 334.59 E5692189 0.89

Structure


334.58 334.59 Lcnt contorted contact approximately 60 TCA overall

s 60

Lithology

From To Description

334.59 397.42 Massive Mafic Metavolcanics. Aphanitic to fine grained to 346.40 changing to fine to medium and medium grained with development of leucoxene crystals from 346.40 to 360.70, light buff grey to light-medium grey, massive, uniform, homogeneous, rare interflow tuff, poor development of foliation approximately at 45 to 50 TCA, 1.0% to 2.0% scattered quartz with or without carbonate stringers usually less than 1cm, few scattered 1mm to 2mm calcite fracture filling stringers, minor graphite associated with interflow tuff, very weak development of carbonate alteration, overall trace to less than 0.5% fine grained pyrite, non-magnetic, moderately hard to hard.

From To Description

Sublitho

334.59 336.08 Massive mafic metavolcanic, dark to medium grey colour change due to graphitic contamination.

Mineralization

From To Description

334.59 397.42 trace to 0.5% fine grained pyrite

Alteration

From To Description


334.59 336.00 E5692190 1.41

336.00 337.50 E5692192 1.50

E5692191

From To Description

Sublitho

350.76 351.04 Interflow graphitic tuffaceous interflow unit.

Structure


Page 19 of 20



(avg g/t) (ppb)

FaGrav

Cert #



372.50 372.51 Ucnt s 40

372.99 373.00 Lcnt s 40

Lithology

From To Description

397.42 397.42 End of Hole.

397.420EOH :

Total # of samples : 37

Total footage sampled : 44.64

Page 20 of 20

Au Assay Legend

G6000205

G6000206

P13806

G6000228

G6000231

G6000229

G6000208

G6000230

G6000216

G6000219

G6000214

G6000226

G6000222

G6000225

G6000232

G6000213

G6000215

G6000211

G6000207

G6000218

G6000209

G6000212

G6000224

G6000221 G6000217

G6000210

6408W&T

1182654

11826554272127

1193768

915964

915963

594784

997758

851803

594790

948854851802 948852

948856

948851

831692

948855

851881

948857

849486

594793

594785

595970

987557

594791

831693

849485

948858

948849

948853

594789

987556

948850

831694

915965

1115252

1115255

1115253

594792

1115254

1114867

1132586

1193767

1226438

1028784

1248935

1013882

3012743

1229276

3012742 10287831031809

1031810

1031808

1031369

948710948707 948713948703 948704 948709

10361541218640

TISDALE

MURPHY

1114973

1114976

1228167

4259821

1248932

1198985

1248931

1228934

1114819

476000

476000

478000

478000

480000

480000

482000

482000

5372000 5372000

5374000 5374000

5376000 5376000

µHWY 655

ML109422

ML109421

ML109386

ML109386

G6060038

0 250 500125Meters 1:10,000

Printed 21st September 2016

North Tisdale Project

Property Location

Moneta Porcupine Mines

Tisdale Township, Ontario

UTM Zone 17N, NAD 83

Legend

NT Property Boundary

Townships

Roads

Utilities

Wetland

Lake

Rivers & Streams

Claim Boundaries

Patents

Leases

MNT16-01

Documents

accessible customer service. contact us. l’accessibilité ... · 96.9 101.06 qcs 3 scattered and generally not exceeding 3.0cm, minor bleaching small sections, barren of sulphides