DATELINE RESOURCES LIMITED — Capital/Financing Update 2018

Feb 20, 2018

==> picture [164 x 53] intentionally omitted <==

21 February 2018

Company Announcements Office Australian Securities Exchange Limited Exchange Centre 20 Bridge Street Sydney NSW 2000

Compelling high-grade assay results confirm mineable resource at Gold Links Mine

• Exploration and mine development focused on commencement of mining activities shortly

• 67 drill holes completed totaling 2,072m

• Assay highlights received from Hazen Labs using True Width include:

• 0.3m @ 223 g/t Au equivalent (7 ounces of gold+ per tonne in the narrowest intersection)

• o 1.9m @ 80.0 g/t Au equivalent

• 2.2m @ 34.8 g/t Au equivalent including 0.9m @ 118.5 g/t Au equivalent

• o 1.3m @ 36.6 g/t Au equivalent

• 1.9m @ 29.7 g/t Au equivalent including 0.4m @ 66.4 g/t Au equivalent

• 0.9m @ 35.4 g/t Au equivalent including 0.35m @ 98.1 g/t Au equivalent

• 28 samples assayed greater than 20 g/t Au equivalent of which 20 were greater than 30 g/t Au equivalent

• 74 Channel samples taken over 200 metres. The highest channel sample assay from the Reynolds adit is 145.7 g/t Au equivalent and 15 samples assayed greater than 20 g/t Au equivalent

• Mineralisation is open in both up-plunge and down-plunge direction

• CSA Global has been retained to produce a JORC compliant mineral resource estimate that will be used to mine plan this section of high grade ore (9900-mineralised zone)

• Reynolds Decline well advanced - approximately 60-100 metres of development work required to access the ore in the 9900-mineralised zone

Colorado gold mining and exploration company Dateline Resources Limited (ASX: DTR) (“Dateline” or the “Company”) is pleased to release assay results from a drilling and channel sampling program recently completed at its 100%‐owned Gold Links Mine in Colorado, USA. The program targeted the high grade 2150 vein with drilling conducted from the Reynolds Decline which is now well advanced.

Reynolds Decline Drilling and Channel sampling highlights

Assay results from 67 drill holes totaling 2,072m and 74 channel samples have been received from Hazen Labs. A complete set of assay results accompany this ASX release. Also, assays from seven remaining drill holes will be reported shortly.

Drilling

• The drill spacing used to define the 9900-mineralised zone is 5m x 5m;

• 67 drill holes were completed from underground to test the 2150 vein. Of these, 37 were drilled to define the 9900-mineralised zone, 23 drill holes intersected grades of more than 20 grams per tonne gold equivalent and 6 with grades greater than 60 grams per tonne gold equivalent. The highest drill intersection is 223 grams per tonne gold equivalent;

• Mineralisation is open in both up-plunge and down-plunge direction.

Dateline Resources Limited (ACN 149 105 653) Po Box 553 South Hurtsville NSW 2221

www.datelineresources.com.au info@datelineresources.com.au

==> picture [164 x 53] intentionally omitted <==

Channel sample results

• 9 of 37 channel samples taken in the 9900-mineralised zone returned in excess of 20 grams per tonne gold equivalent;

• 74 channel samples were taken underground with 15 returning grades in excess of 20 grams per tonne gold equivalent, of which 7 have grades in excess of 60 grams per tonne gold equivalent;

• The highest-grade sample is 145.7 grams per tonne gold equivalent.

These results are now being assessed by CSA Global to determine a mineral resource estimate for the 9900mineralised zone. The mineral resource estimate will allow initial mine planning activity to commence. There are a large number of veins across the broader ~900-acre Gold Links property. Some of these veins have had limited mining almost 100 years ago with reported high grades. None of the veins have had a comprehensive exploration program. Dateline believes these veins to be highly prospective.

Reynolds Decline Development and Exploration

The Reynolds decline is a 5m x 5m north/south heading decline which commences at 9,960 feet above sea level (ASL) immediately beneath the Upper Gold Links adit and old workings. The Reynolds decline was constructed to intersect the historical Digger Heaven stope adjacent to the apex of that stope.

The Reynolds Decline intersected the Digger Heaven stope and was then continued along the footwall of the 2150 vein. The decline was extended until it was less than 10 metres directly above the main east/west heading 9600‐foot ASL adit. A total of 381m of the Reynolds decline development was completed. Once the Reynolds decline is connected to the main 9600‐foot adit, a second method of egress from the mine will have been established and mining can commence.

The Reynolds decline was used to drill holes at 10m intervals along strike into the 2150 vein. Drilling intersected high grade mineralisation adjacent to but separate from the Digger Heaven stope (9900 section). A crosscut into the high grade mineralisation was completed at 9900 feet ASL and drifts completed in mineralisation both north and south with face samples collected at regular intervals.

A drill hole was completed to connect the Reynolds decline with the 9600 adit to allow for an internal source of water in the Reynolds decline from 9600 adit without risk of freezing. Communications between the Reynolds decline and the 9600 adit have been installed.

2018 Exploration and Mine Development Approach

Exploration to date has established that ore shoots occur in the 2150 vein and these shoots have discrete strike lengths and steep southerly plunge as has been reported for ore shoots in the adjacent Raymond and Carter mines.

Exploration in 2018 will focus on surface and underground drill testing of potential shoot targets. These targets are derived from high grade samples reported in past exploration and mine development activity. Concurrently, a 3D high resolution reflection seismic program is planned in mid-summer to identify targets for deep exploration in future. The high-grade shoots are observed to be associated with high lead grades which should translate into higher density contrast between ore shoot and un-mineralised vein allowing these ore shoots to be imaged in seismic data.

The planned development of the Gold Links mine is based on the premise of using cash flow generated from production to fund the ongoing mining operation and exploration. The Company is pleased to announce it has been successful in locating the 9900-mineralised zone and Dateline is well advanced in accessing this zone. Mill commissioning will continue as resource estimation and mine planning proceeds.

–ENDS –

Dateline Resources Limited (ACN 149 105 653) Po Box 553 South Hurtsville NSW 2221

www.datelineresources.com.au info@datelineresources.com.au

==> picture [164 x 53] intentionally omitted <==

For more information, please contact:

Stephen Baghdadi Chief Executive Officer Ph: +61 2 9375 2353 Email: info@datelineresources.com.au Web: www.datelineresources.com.au

Follow Dateline on Twitter:

==> picture [23 x 19] intentionally omitted <==

https://twitter.com/Dateline_DTR

About Dateline Resources Limited

Dateline Resources Limited (ASX: DTR) is an Australian publicly listed company focused on gold mining and exploration in Colorado, United States of America. The Company owns 100% of two, permitted gold mining projects in Colorado. The Lucky Strike Mine and Mill is located in Gunnison County and was discovered in 1885. Two shafts were developed at the project and a processing mill on site is being refurbished and upgraded by DTR. The Gold Links Mine, also in Gunnison County, is located ~50kms from Lucky Strike and forms part of Colorado’s Gold Creek district. Two separate vein systems have been mined on the property, Sacramento and the 2150. 2150 has over 600 metres of mineralisation across a +700-metre development drive. Historical gold grades ranged from 1.5 oz p/t to 10 oz p/t Au. Ore mined by DTR will be processed at the Lucky Strike Mill. In addition to these assets, Dateline owns a small 25tpd mill and freehold land in Saguache County in Colorado. The company is reviewing its interests in Fiji with a view to identifying a JV partner that would enter a farm in agreement on its Fijian assets.

Dateline Resources Limited (ACN 149 105 653) Po Box 553 South Hurtsville NSW 2221

www.datelineresources.com.au info@datelineresources.com.au

==> picture [553 x 547] intentionally omitted <==

----- Start of picture text -----

+5g/tAu eg, ($1250 Au, 16.50 Ag)
True Thickness
i
- - -Drill Hole
2150 vein@ +0.5gmAu
0.6m @ 26.8 Au eq
3.1m@ 16.6Au eq
incl. 1.5m @ 30.6 Au eq
3.1m@ 11.9Au eq
incl. 1 .4m @ 26.4 Au eq
3.4m @ 3.9 Au eq
'?�t-
r-es
2.8m@3.1Aueq [� ]
�E-,,_84
1.3m@ 19.5 Au eq
incl. 0.4m @ 49.6 Au eq
REYNOLDS
0.7m@ 32.7 Au eq DECLINE
REY-83
1.2m@ 17.3Au eq
incl. 0.8m @ 33.3 Au eq
1.3m @8.1 Au eq
incl. 0.9m @ 15.0 Au eq
----- End of picture text -----

ASSAY CROSS SECTION -1

1 :2400 scale Figure 1

==> picture [584 x 489] intentionally omitted <==

----- Start of picture text -----

+5g/tAu eg, ($1250Au, 16.50Ag)
True Thickness
!
- - -Drill Hole
2150 vein @ +0.5gmAu
1.3m @ 36.6 Au eq
0.3m @ 223.0 Au eq
REYNOLDS
DECLINE
I-=--
------=:::=-:!
1.9m@ 29.7 Au eq
incl. 0.4m @ 66.4 Au eq
1.3m @ 23.2 Au eq
incl. O.Sm @ 42.4 Au eq
0.8m@ 2.4 Au eq - Stope
REY-92 1 ----
( 4.0m @ 6.2 Au eq ) □
G j
----- End of picture text -----

1 :2400 scale

ASSAY CROSS SECTION -2

Figure 2

==> picture [842 x 596] intentionally omitted <==

----- Start of picture text -----

LOCATION MAP +5g/t Au eg, ($1250 Au, 16.50 Ag)
True Thickness
1 :3600 scale
- ..i, -Drill Hole
---.
2150 vein @ +0.5gmAu
CROSS SECTION 1
CROSS SECTION 2
2.5m @ 21.7 Au eq
CROSS SECTION 3
incl. 0.6m @ 25.3 Au eq
2.2m @ 34.8 Au eq
incl. 0.9m @ 118.5 Au eq
0.9m @ 35.4 Au eq incl.
0.35m@ 98.1 Au eq
1.5m@ 1.60Au eq
ASSAY CROSS SECTION -3 incl. 0.4m@ 1.1 Au eq
Figure 3
1 :2400 scale
----- End of picture text -----

Figure 4

9900 Shoot Location

Showing 7 Near Term Targets

Gold Links Mine Project, Gunnison County, Colorado

==> picture [803 x 370] intentionally omitted <==

----- Start of picture text -----

Gold Links
Upper Gold
Links Target
Middle
!/ Sacramento Sacramento
Lower Target
Sacramento
Digger Heaven_; :/
/ Slope Ltfl • ,
. ,
9900 Target Reynolds Decline
( )
� [2600Ve][i][n]
2aoovein
'-.
Bob's Raise '-
Target
2150 Vein South
OPEN ..
3300 Target
100m 500m
----- End of picture text -----

Figure 5

00+00 00+24 00+34 00+39 00+50 00+57 00+65 00+72.5 00+80 00+88 00+97 00+104 00+112 00+118 00+128 00+144.9 00+152.3 00+161.1 00+170.7 00+178.3 00+184.3 00+234 00+240 00+250 MP4+26 MP4+48.6 9900N+25 MP6+80 MP6+90 MP6+107 MP6+119 MP8+67 MP8+110 MP8+125 MP8+130 MP8+139 MP9+133 P358351 P358352 P358353 P358354 P358355 P358356 P358357 P358358 P358359 P358360 P358361 P358362 P358363 P358364 P358365 P358366 P358367 P358368 P358360 P358370 P358371 P358372 P358373 P358374 P358375 P358376 P358377 P358378 P358379 P358380 P358381 P358382 P358383 P358384 P358385 P358386 P358387 9900N+15 9900N+6 9900N+0 9900S+0 9900S+6 9900S+15 9900S+21 9900S+40 9900S+61 P358501 P358502 P358503 P358504 P358505 P358506 P358507 P358508 P358509 P358510 P358511 P358512 P358513 P358514 P358515 P358516 P358517 P358518 P358519 P358520 P358522 P358523 P358524 P358525 P358526 P358524 P358525 P358526 9900S+12 P358527 P358528 P358529 P358530 P358531 P358532 P358533 P358534 P358535 P358536 P358537 P358538 REYNOLDS ADIT CHANNEL SAMPLES Sample No. Location Description Au mg/kg Ag mg/kg P358351 00' + 65' 6' - 7' above floor in corner with face and right rib 18" white clay, moderate limonite, no visible sulfides 0.754 3.38 P358352 00' + 65' 9' above floor, 4' from right rib 24" strong limonite with moderate white clay + quartz and fresh pyrite 3.19 10.4 P358353 00' + 65' 12' above floor, 7' from right rib 12" strong white clay and strong limonite 0.994 <3.0 P358354 00' + 72.5' 13' above floor, 4' from right rib 12" of 2150 vein(?); strong limonite, minor clay 77 143 P358355 00' + 72.5' 3' above floor, 7' from right rib 36" sample in footwall; weak limonite on fractures <0.2 <3.0 P358356 00' + 72.5' 4' above floor, 4' from right rib 48" sample in footwall; weak limonite on fractures <0.2 <3.0 P358357 00' + 72.5' 5' above floor, 2' from right rib 36" sample in footwall; dark gray SLQ with no limonite edged by limonite seams 8.6 21.1 P358358 00' + 72.5' 6' above floor, 1' from right rib 12" sample of 2150(?) vein; strong limonite with moderate white clay + broken quartz 14.9 23.6 P358359 00' + 72.5' 4' above floor, 3' from face 12" sample of 2150(?) vein; strong limonite with moderate white clay + broken quartz 2.54 16.4 P358360 00' + 80'; 8' above floor, 5' from right rib 12" sample of heavy limonite pod in 2150(?) vein; very heavy; minor galena + pyrite 105 423 P358361 00' + 80'; 5' above floor, along left rib 12" sample acoss white clay + quartz and hairline gray quartz veinlets <0.2 3.55 P358362 00' + 88'; 14' - 15' above floor, 4' from right rib 24" sample across 2150(?) vein; strong limonite and white-gray clay 55.4 189 P358363 00' + 112'; 6' above floor in center of face 12" sample across shear with vein of quartz+pyrite 1.95 14 P358364 00' + 118'; in center of face 18" sample white clay with heavy limonite 2.78 34.6 P358365 00' + 118'; 4.5' above floor, in center of face 18" sample white clay with moderate limonite 1.23 9.68 P358366 00' + 128'; 2' above floor, 2' - 3' from left rib 20" sample across splay 0.549 30.2 P358367 00' + 128'; 7' above floor, 3'- 4' from left rib 30" sample across splay 0.343 <3.0 P358368 00' + 144.9'; 4' above floor, 2' from left rib 16" sample across reddish pegmatite <0.2 4.38 P358369 00' + 152.3'; 9' above floor, right rib in corner with face 16" sample across post mineral shear <0.2 4.01 P358370 00' + 152.3'; 4' - 5' above floor, 2' from right rib 18" sample across post mineral shear <0.2 <3.0 P358371 00' + 152.3'; 3' - 4' above floor, 6' from right rib 18" sample across post mineral shear <0.2 <3.0 P358372 00' + 152.3'; 4' - 5' above floor, 2' from right rib 24" sample across post mineral shear <0.2 <3.0 P358373 00' + 152.3'; 3' - 4' above floor, 5' from left rib 20" sample across post mineral shear <0.2 <3.0 P358374 00' + 152.3'; 5' above floor, right rib in corner with face 16" sample across post mineral shear <0.2 <3.0 P358375 00' + 178.3'; 15' above floor, in middle 18" white and gray clay with moderate limonite 10.6 17 P358376 00' + 178.3'; top of right rib at back 18" white and gray clay with moderate to strong limonite 2.67 10.4 P358377 00' + 178.3'; 8' above floor on right rib 12" strong limonite and moderate clay 0.926 6.82 P358378 00' + 184.3'; right rib 24" fault with 12" gouge and dark brown limonite <0.2 <3.0 P358379 00' + 184.3'; right rib, 14.5' from face 24" white clay with limonite <0.2 <3.0 P358380 00' + 184.3'; right rib, 14.5' from face 24" white clay with limonite <0.2 <3.0 P358381 00' + 234'; in middle of face, 2' above floor 24" white clay with strong limonite; along contact with pegmatite 60.4 207 P358382 00' + 234'; left rib, 5' above floor 24" weak to moderate limonite, possible structure(?) 1.75 19.6 P358383 00' + 240'; left side of face, 6' above floor 12" white clay and moderate to strong limonite 143 201 P358384 00' + 250' (Digger Heaven break thru); left rib 12" heavy white clay and strong limonite 22.5 78.1 P358385 00' + 250' (Digger Heaven break thru); right rib near top 18" heavy white to gray clay 2.4 14.9 P358386 00' + 250' (Digger Heaven break thru); right rib near bottom 18" heavy white to gray clay 0.24 5.37 P358387 00' + 250' (Digger Heaven break thru); grab of muck pulled from stope Grab sample from muck pulled out of stope 10.3 58.9 P358501 9900 N + 0' 36" hanging wall 2150 vein <0.2 <3.0 P358502 9900 N + 0' 24" 2150 vein with massive galena + pyrite + quartz 21 55 P358503 9900 N + 0' 36" white clay + limonite + quartz fragments <0.2 <3.0 P358504 9900 N + 0' 36" probable footwall 2150 vein <0.2 <3.0 P358505 MP7 + 84'; 9900 S + 0' 36" hanging wall 2150 vein (SLV?); weak limonite <0.2 <3.0 P358506 MP7 + 84'; 9900 S + 0' 24" 2150 vein; gray clay + 10%-20% diss pyrite + brecciated quartz 8.23 17 P358507 MP7 + 84'; 9900 S + 0' 36" footwall 2150 vein; SLV(?) with limonite on fractures <0.2 <3.0 P358508 9900 N drift; 6' north of 9900 crosscut 36" mineralized country rock next to 2150 vein <0.2 <3.0 P358509 9900 N drift; 6' north of 9900 crosscut 36" 2150 vein; bleached with moderate limonite and breccia <0.2 <3.0 P358510 9900 N drift; 15' north of 9900 crosscut; middle of face 36" sample of hanging wall SLV(?) <0.2 3.14 P358511 9900 N drift; 15' north of 9900 crosscut; 5' above floor 24" sample of hanging wall with limonite 0.617 <3.0 P358512 9900 N drift; 15' north of 9900 crosscut; 6' above floor 36" sample of hanging wall with altered shear 0.274 <3.0 P358513 9900 N drift; 25' north of 9900 crosscut; left rib at bottom 24" white to gray clay 27.8 76 P358514 9900 N drift; 25' north of 9900 crosscut; at lower right of face 36" white clay and breccia of vein quartz 0.891 3.51 P358515 9900 N drift; 25' north of 9900 crosscut; just right of center, 2' off floor 24" 30%-40% diss pyrite and stockwork of pyrite + galena 14.4 18.3 P385516 9900 N drift; 25' north of 9900 crosscut; center of face, 3' above floor 36" hanging wall SLV(?) <0.2 <3.0 P358517 MP9+133 then 67' to face; Water hole location 36" just left of face center, 5' above floor; hanging wall with heavy limonite, thin bedded (SLV?) <0.2 <3.0 P358518 MP9+133 then 67' to face; Water hole location 30" left side of face, 4' above floor; white clay gouge along HW 0.206 <3.0 P358519 MP9+133 then 67' to face; Water hole location 18" sample across footwall, SLV(?) <0.2 <3.0 P358520 MP9+133 then 67' to face; Water hole location in lower left corner of face; zenolith of country rock (SLV?); quartz veining + pyrite 0.309 <3.0 P358522 MP9+133 then 67' to face; Water hole location left rib, 5' above floor; white clay + 20% diss pyrite and brecciated quartz <0.2 <3.0 P358523 MP9+133 then 67' to face; Water hole location left rib, 4' above floor; footwall with minor diss pyrite; (SLV?) <0.2 <3.0 P358524 9900 S drift +6' from beginning 2150 vein; 24" in footwall <0.2 4.46 P358525 9900 S drift +6' from beginning 2150 vein; 18" 0.994 5.31 P358526 9900 S drift +6' from beginning 2150 vein; 36" in hanging wall 3.77 12.6 P358527 9900 S drift +12' from beginning 2150 vein; 30" across vein from hanging wall to footwall 29.4 39.9 P358528 9900 S drift +12' from beginning 2150 vein; 30" across vein from hanging wall to footwall 12.1 24.6 P358529 9900 S drift +12' from beginning 2150 vein; 30" from hanging wall to top of white clay 67.3 96.5 P358530 9900 S drift +21' from beginning 2150 vein; 18" footwall; limonite stained SLV 72.1 48.5 P358531 9900 S drift +21' from beginning 2150 vein; 36" from footwall out 9.39 20.7 P358532 9900 S drift +21' from beginning 2150 vein; 32" from sample P358532 to hanging wall; white, silicified, +20% fine grained pyrite 31.7 34.4 P358533 9900 S drift +21' from beginning 2150 vein; 31" from hanging wall out, limonite stained SLV 19.9 35 P358534 9900 S drift +21' from beginning 2150 vein; 24" from hanging wall into vein; white, silicified, +20% pyrite 56 103 P358535 9900 S drift +21' from beginning 2150 vein; 30" from P358534 to center of vein; white, silicified, +20% pyrite 0.377 3.97 P358536 9900 S drift +21' from beginning 2150 vein; 30" from P358535 to footwall; white clay +10% pyrite 17.1 47.2 P358537 9900 S drift + 40' from beginning 2150 vein; 30" across whole vein, in center of face 98.1 92.8 P358538 9900 S drift + 61' from beginning 24" light gray to white clay with 10% diss pyrite 39.1 133
60 0 30 SCALE IN FEET	CRG MINING LLC
	Reynolds Adit Channel Samples Gold Links Mine Project Gunnison County, CO
	Prepared By: CADD SERVICES INC.
	Date:01/31/18	Drawn By: JGM	Project: Gold Links

CRG MINING LLC Reynolds Adit Channel Samples Gold Links Mine Project Gunnison County, CO

Prepared By:

CADD SERVICES INC. Project: JGM Gold Links

Date: Drawn By: 01/31/18

0 30 60

SCALE IN FEET

Table 1

Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone
Hole #	Easting	Northing	Elevation (ft)	Plunge	Azimuth	Total depth (ft)	SAMPLE	FROM (ft)	TO (ft)	Au (g)	Ag (g)	AuEQ ($1250 Au, $16.50 Ag)	Cu (ppm)	**Pb (ppm) **	Zn (ppm)	2150 vein				True thickness (m) >0.5 g/t	GxT (gram metre)
																From (ft)	To (ft)	Downhole thickness (m)	True thickness (m)
	2694373.4	1292099.8	9928.7	0.0	255.0	139.0	P359130	47.5	48.5	0.10	6.99	0.2				110.0	139.0	8.8	7.0	2.1	30.8
							P359131	110.0	113.0	2.81	63.70	3.8
REY‐3							P359132	113.0	118.5	20.20	47.60	20.9
							P359133	124.5	126.0	0.10	1.50	0.1
							P359134	126.0	134.0	0.10	15.80	0.3
	2694282.8	1292001.9	9907.8	‐10.0	278.0	123.0	P358478	69.0	71.0	0.10	1.50	0.1				71.0	84.0	4.0	2.6	1.2	29.0
							P358479	71.0	75.0	0.10	1.50	0.1
							P358480	75.0	77.0	0.96	3.86	1.0
REY4							P358481	77.0	79.0	34.00	43.70	34.7
‐							P358482	79.0	81.0	0.10	1.50	0.1
							P358483	81.0	83.0	0.10	3.43	0.2
							P358484	83.0	85.0	0.10	1.50	0.1
							P358485	85.0	87.0	0.10	1.50	0.1
REY‐5	2694287.1	1292001.3	9918.1	58.0	278.0	66.0	P358486	33.0	35.0	0.10	1.50	0.1				39.0	51.0	12.0	3.5	2.1	36.5
							P358487	35.0	37.0	0.10	1.50	0.1
							P358488	37.0	39.0	0.34	1.50	0.4
							P358489	39.0	41.0	0.24	4.57	0.3
							P358490	41.0	46.0	0.10	1.50	0.1
							P358491	46.0	48.5	0.10	9.88	0.2
							P358492	48.5	51.0	40.50	329.00	45.4
							P358493	51.0	53.0	0.55	32.50	1.0
							P358494	53.0	55.5	1.54	19.20	1.8
	2694283.5	1292000.2	9907.7	‐10.0	260.0	100.0	P359135	77.0	79.2	0.10	1.50	0.1				79.2	91.0	3.6	2.4	2.4	71.2
							P359136	79.2	81.0	86.50	61.40	87.4
REY‐6							P359137	81.0	83.0	0.62	20.90	0.9
							P359138	83.0	85.0	0.96	17.80	1.2
							P359139	85.0	87.0	0.72	14.10	0.9
							P359140	87.0	89.0	0.41	3.62	0.5
							P359141	89.0	91.0	90.60	150.00	92.9
							P359142	91.0	93.0	0.10	1.50	0.1
	2694283.5	1292000.2	9909.7	10.0	260.0	84.7	P358495	53.0	55.0	0.10	1.50	0.1				57.0	70.0	4.0	3.6	3.0	37.2
							P358496	55.0	57.0	0.10	1.50	0.1
							P358497	57.0	59.0	0.96	4.27	1.0
							P358498	59.0	61.0	27.30	45.10	28.0
REY‐7							P358499	61.0	63.0	9.60	26.60	10.0
							P358500	63.0	66.0	12.30	26.90	12.7
							P358401	66.0	68.0	11.10	18.10	11.4
							P358402	68.0	70.0	0.10	1.50	0.1
							P358403	70.0	72.0	0.10	1.50	0.1
REY‐8	2694282.9	1292000.3	9914.2	35.0	260.0	65.0	P359143	39.0	41.0	0.10	1.50	0.1				41.0	53.0	3.7	3.6	3.0	9.8
							P359144	41.0	43.0	0.10	1.50	0.1
							P359145	43.0	45.0	0.10	1.50	0.1
							P359146	45.0	47.0	0.41	6.76	0.5
							P359147	47.0	49.0	0.69	3.80	0.7
							P359148	49.0	51.0	3.39	14.00	3.6
							P359149	51.0	53.0	8.84	31.20	9.3
							P359150	53.0	55.0	2.09	7.56	2.2

Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone
Hole #	Easting	Northing	Elevation (ft)	Plunge	Azimuth	Total depth (ft)	SAMPLE	FROM (ft)	TO (ft)	Au (g)	Ag (g)	AuEQ ($1250 Au, $16.50 Ag)	**Cu (ppm) **	Pb (ppm)	Zn (ppm)	2150 vein				True thickness (m) >0.5 g/t	GxT (gram metre)
																From (ft)	To (ft)	Downhole thickness (m)	True thickness (m)
	2694286.7	1292000.2	9918.7	55.0	260.0	66.0	P358460	36.0	39.0	0.10	1.50	0.1				39.0	56.0	5.2	4.9	2.1	41.4
							P358461	39.0	41.0	0.24	1.50	0.3
							P358462	41.0	43.0	0.10	1.50	0.1
							P358464	43.0	46.0	0.10	1.50	0.1
							P358465	46.0	49.0	0.10	7.21	0.2
REY‐9							P358466	49.0	52.0	4.56	11.30	4.7
							P358467	52.0	54.0	50.90	88.20	52.2
							P358469	54.0	56.0	8.57	11.10	8.7
							P358470	56.0	58.0	0.10	1.50	0.1
							P358471	58.0	61.0	0.10	1.50	0.1
							P358472	61.0	63.0	0.10	1.50	0.1
REY‐11	2694280.0	1292000.2	9910.6	10.0	278.0	74.2	P358451	45.0	47.0	0.10	3.36	0.2				53.0	59.2	1.9	1.7	0.7	14.7
							P358452	47.0	49.0	0.10	1.50	0.1
							P358453	49.0	51.0	0.10	1.50	0.1
							P358454	51.0	53.0	0.10	1.50	0.1
							P358455	53.0	55.0	0.10	1.50	0.1
							P358456	55.0	57.0	0.10	4.43	0.2
							P358457	57.0	59.2	21.20	52.00	22.0
							P358458	59.2	61.0	0.10	3.91	0.2
							P358459	61.0	63.0	0.10	1.50	0.1
REY‐12	2694282.9	1291999.1	9915.4	35.0	278.0	62.0	P358473	41.0	45.0	2.85	20.10	3.2				41.0	51.0	3.1	3.1	3.7	8.5
							P358474	45.0	47.0	0.10	11.40	0.3
							P358475	47.0	49.0	0.45	4.42	0.5
							P358476	49.0	51.0	5.49	30.80	6.0
							P358477	51.0	53.0	0.55	10.40	0.7
	2694222.0	1291902.0	9898.2	‐12.0	304.0	86.0	P358411	67.0	69.0	0.10	5.39	0.2	0.02	0.017	0.199	69.0	80.0	3.4	2.2	2.2	34.8
REY‐14							P358412	69.0	71.0	0.48	4.73	0.6	0.033	0.079	0.083
							P358413	71.0	73.6	0.82	12.30	1.0	0.117	0.222	0.228
							P358415	73.6	76.6	0.62	19.00	0.9	0.098	0.176	0.074
							P358417	76.6	78.0	116.00	168.00	118.5	0.152	2.65	0.813
							P358418	78.0	80.0	0.62	6.25	0.7	0.05	0.149	0.652
							P358419	80.0	82.0	0.10	6.65	0.2	0.137	0.159	0.703
REY‐15	2694221.61	1291901.77	9900.96	22.0	304	51.0	P358410	30.7	32.7	3.05	15.60	3.3	0.094	0.308	0.107	30.7	32.7	0.6	0.6	0.6	1.97
REY‐76	2694279.0	1291998.6	9913.3	45.0	269.0	70.0	P358610	38.6	40.6	0.1	3.4	0.1	288	361	1120	40.6	43.6	3.6	3.6	1.8	41.5
							P358611	40.6	43.6	3.4	16.8	3.7	327	7210	438
							P358612	43.6	46.6	0.1	5.5	0.2	85	1810	162
							P358614	46.6	49.6	0.1	1.5	0.1	123	2380	141
							P358615	49.6	52.5	41.1	152.0	43.1	1130	19500	767
							P358616	52.5	54.5	0.1	4.8	0.2	297	2010	745
REY‐78	2694309.9	1292036.2	9919.8	38.0	302.0	67.0	P358618	47.6	49.6	10.40	45.40	11.0	258	7550	260	47.6	55.4	2.4	2.4	0.6	0.1
							P358619	49.6	52.0	0.10	1.50	0.1	54	89	458
							P358620	52.0	55.4	0.10	1.50	0.1	28	109	410
REY‐79	2694312.24	1292034.30	9922.56	57.0	302.0	56.0	P358621	49.0	54.0	8.81	11.10	9.0	181	1040	984	49.0	54.0	1.5	1.5	1.5	13.43
REY‐81	2694266.3	1291971.8	9902.2	‐19.0	290.0	91.3	P358622	80.5	82.5	0.31	13.30	0.5	734	227	969	82.5	88.5	1.8	1.0	1.3	10.5
							P358623	82.5	85.3	14.70	23.70	15.0	265	1140	1200
							P358624	85.3	88.5	6.38	14.10	6.6	256	934	1150
							P358625	88.5	90.5	0.10	11.20	0.2	345	1250	1800

Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone
Hole #	Easting	Northing	Elevation (ft)	Plunge	Azimuth	Total depth (ft)	SAMPLE	FROM (ft)	TO (ft)	Au (g)	Ag (g)	AuEQ ($1250 Au, $16.50 Ag)	**Cu (ppm) **	**Pb (ppm) **	Zn (ppm)	2150 vein				True thickness (m) >0.5 g/t	GxT (gram metre)
																From (ft)	To (ft)	Downhole thickness (m)	True thickness (m)
	2694266.5	1291971.8	9902.6	‐12.0	290.0	87.4	P358627	66.8	69.6	0.10	10.80	0.2	510	633	1570	69.6	77.6	2.4	1.6	1.2	17.3
REY82							P358628	69.6	73.3	0.31	19.50	0.6	618	1830	994
‐							P358629	73.3	76.0	32.80	34.60	33.3	605	2940	4150
							P358630	76.0	77.6	0.10	11.30	0.2	254	376	315
	2694266.4	1291971.8	9902.9	‐4.0	290.0	77.0	P358675	59.0	61.0	0.48	6.23	0.6	485	2100	6330	61.0	64.0	0.9	0.7	1.1	21.8
REY‐83							P358676	61.0	64.0	32.10	37.40	32.7	181	3710	796
							P358678	64.0	66.0	0.10	1.50	0.1	147	492	977
	2694259.4	1291963.4	9903.4	11.0	297.0	68.0	P358679	42.3	44.7	0.10	8.82	0.2	235	609	297	44.7	49.0	1.3	1.2	2.1	24.4
							P358680	44.7	47.5	3.15	17.40	3.4	195	2940	599
REY84							P358681	47.5	49	48.20	96.10	49.6	457	8180	1120
‐							P358683	49	52	0.69	4.88	0.8	76	1420	427
							P358684	52	54	0.21	1.50	0.2	45	672	594
							P358685	54	56	0.10	1.50	0.1	48	547	834
REY‐85	2694259.8	1291963.2	9904.9	24.0	297.0	60.0	P358686	34	37	0.10	1.50	0.1	292	1270	547	37.0	46.5	2.9	2.8	2.8	8.7
							P358687	37	38.2	3.15	19.20	3.4	23	1160	34
							P358688	38.2	40	0.99	3.50	1.0	24	1480	28
							P358689	40	42	1.78	5.92	1.9	10	1120	75
							P358690	42	46.5	3.94	32.50	4.4	81	7060	72
							P358691	46.5	49	0.10	3.01	0.1	213	3700	803
							P358700	29.3	33.3	0.10	1.50	0.1	97	500	269
REY‐86	2694260.7	1291962.7	9907.0	41.0	297.0	58.0	P358701	33.3	36.3	0.51	1.50	0.5	159	1870	309	33.3	43.5	3.1	3.1	3.1	37.1
							P358702	36.3	39	0.48	9.16	0.6	27	12200	36
							P358703	39	43.5	20.00	429.00	26.4	126	1860	87
							P358704	43.5	48	0.10	1.50	0.1	211	1860	1950
REY‐87	2694261.9	1291962.2	9909.4	58.0	297.0	55.0	P358718	29.8	31.8	0.10	1.50	0.1	141	308	310	31.8	37.0	1.6	1.5	3.4	13.2
							P358719	31.8	33.8	0.34	1.50	0.4	129	866	282
							P358720	33.8	37	0.55	7.25	0.7	436	3380	720
							P358722	37	39	0.79	5.12	0.9	205	1880	271
							P358723	39	41	2.64	18.00	2.9	229	4110	366
							P358724	41	43.5	10.90	49.40	11.6	295	17600	332
							P358725	43.5	45.5	3.09	10.70	3.3	183	4840	356
REY‐88	2694263.1	1291961.6	9911.5	70.0	290.0	58.5	P358712	29	32.5	2.57	7.60	2.7	140	667	266	43.0	49.3	1.9	1.6	2.5	13.0
							P358713	32.5	36	0.10	1.50	0.1	225	1350	558
							P358714	36	40	0.10	1.50	0.1	201	2250	956
							P358715	40	43	0.10	3.47	0.2	184	2430	746
							P358716	43	48.4	5.52	41.20	6.1	159	4830	246
							P358717	48.4	49.3	9.08	42.80	9.7	167	20300	277
	2694265.7	1291960.4	9911.6	82.0	297.0	69.0	P358705	37.5	39.5	0.45	1.50	0.5	267	3210	1110	39.5	49.0	2.9	2.1	3.1	16.6
							P358706	39.5	44.5	30.10	35.30	30.6	301	5660	483
REY89							P358708	44.5	49	2.19	11.90	2.4	166	898	1190
‐							P358709	49	51	0.10	1.50	0.1	141	1400	611
							P358710	51	53	0.10	1.50	0.1	235	680	375
							P358711	64.5	67	25.80	66.90	26.8	554	15200	338

Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone
Hole #	Easting	Northing	Elevation (ft)	Plunge	Azimuth	Total depth (ft)	SAMPLE	FROM (ft)	TO (ft)	Au (g)	Ag (g)	AuEQ ($1250 Au, $16.50 Ag)	**Cu (ppm) **	**Pb (ppm) **	Zn (ppm)	2150 vein				True thickness (m) >0.5 g/t	GxT (gram metre)
																From (ft)	To (ft)	Downhole thickness (m)	True thickness (m)
	2694247.3	1291947.3	9899.0	‐17.0	290.0	106.5	P358631	69.8	73	0.10	1.50	0.1	44	1130	1830	78.0	85.8	2.4	1.3	1.3	23.2
							P358632	73	75	0.10	1.50	0.1	39	2640	1570
							P358633	75	78	0.10	1.50	0.1	19	1680	2440
							P358634	78	83	3.84	20.40	4.1	487	10800	3780
							P358636	83	85.8	35.50	461.00	42.4	4300	272000	12200
REY‐90							P358638	85.8	87.8	0.10	3.55	0.2	223	9430	16500
							P358639	87.8	90.8	0.10	1.50	0.1	2930	608	1880
							P358640	90.8	92.8	0.10	3.48	0.2	601	581	2530
							P358641	92.8	94.4	0.10	1.50	0.1	253	404	6960
							P358642	94.4	97	0.27	1.50	0.3	121	449	948
							P358643	97	99	0.10	1.50	0.1	22	72	722
	2694247.7	1291947.2	9899.4	‐10.0	290.0	93.0	P358644	62	67.7	0.24	1.50	0.3	411	3440	1110	67.7	76.7	2.7	1.9	1.9	29.7
REY‐91							P358645	67.7	70.6	3.29	55.00	4.1	3110	31500	12500
							P358646	70.6	72	7.10	21.30	7.4	390	12500	964
							P358647	72	75	2.81	20.70	3.1	702	11900	1110
							P358649	75	76.7	62.90	234.00	66.4	3700	46300	58500
							P358651	76.7	81	0.10	1.50	0.1	99	1650	4530
							P358652	81	83	0.10	1.50	0.1	8	219	1410
REY‐92	2694248.0	1291947.2	9900.2	0.0	290.0	83.0	P358653	40	45	0.10	3.89	0.2	16	283	110	45.0	62.0	5.2	4.0	4.0	25.0
							P358654	45	50.3	1.10	11.30	1.3	73	995	213
							P358655	50.3	53.2	13.70	84.20	15.0	308	6800	738
							P358656	53.2	58	2.88	12.70	3.1	850	2870	5750
							P358658	58	62	9.50	44.00	10.2	3110	26500	1920
							P358659	62	64	0.10	1.50	0.1	80	730	1290
	2694250.2	1291946.6	9903.3	27.0	290.0	83.0	P358660	31	33	1.92	8.26	2.0	77	778	176	33.0	39.8	2.1	2.1	2.9	87.8
							P358661	33	35	0.10	1.50	0.1	125	1460	105
REY-93							P358662	35	37	1.06	4.73	1.1	253	6720	265
							P358663	37	39.8	2.33	9.01	2.5	245	5440	338
							P358664	39.8	44.2	0.10	4.62	0.2	115	1060	213
							P358666	47.2	48.2	205.00	1200.00	223.0	318	285000	141
	2694250.3	1291946.6	9906.2	45.0	290.0	45.0	P358671	28.4	32.4	0.65	6.58	0.7	153	4220	103	32.4	37.7	1.6	1.6	2.8	54.7
REY-94							P358672	32.4	34.2	52.00	376.00	57.6	427	14400	233
							P358673	34.2	37.7	20.90	39.80	21.5	125	4020	167
							P358674	37.7	39.7	0.21	1.50	0.2	67	840	369
	2694292.1	1292016.9	9910.1	‐10.0	278.0	118.0	P358728	90.5	92.0	0.10	1.50	0.1	150	2420	389	92.0	98.6	2.0	1.4	0.4	14.7
							P358729	92.0	95.0	0.10	5.11	0.2	126	894	291
REY99							P358731	95.0	97.0	36.00	43.60	36.7	215	2380	513
‐							P358733	97.0	98.6	0.10	8.86	0.2	196	9230	359
							P358734	98.6	101.0	0.10	1.50	0.1	159	1740	114
							P358735	101.0	104.0	0.10	1.50	0.1	100	572	823
REY‐101	2694290.9	1292016.7	9912.2	7.0	278.0	88.0	P358736	61.8	64.6	2.63	6.37	2.7	167	1770	143	61.8	66.5	1.4	1.2	0.9	2.3
							P358737	64.6	66.5	0.62	4.93	0.7	291	1020	485
							P358738	66.5	68.5	0.10	1.50	0.1	215	731	516

Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone	Drill hole information and Assay results for holes inside the 9900‐mineralised zone
Hole #	Easting	Northing	Elevation (ft)	Plunge	Azimuth	Total depth (ft)	SAMPLE	FROM (ft)	TO (ft)	Au (g)	Ag (g)	AuEQ ($1250 Au, $16.50 Ag)	**Cu (ppm) **	**Pb (ppm) **	Zn (ppm)	2150 vein				True thickness (m) >0.5 g/t	GxT (gram metre)
																From (ft)	To (ft)	Downhole thickness (m)	True thickness (m)
REY‐102	2694294.1	1292016.3	9913.2	11.0	278.0	70.0	P358739	55	56.7	0.21	1.50	0.2	263	1960	640	56.7	61.3	1.4	1.2	1.2	1.8
							P358740	56.7	58.7	0.45	1.50	0.5	74	1460	154
							P358741	58.7	61.3	2.19	9.14	2.3	247	6400	339
							P358743	61.3	64.3	0.27	1.50	0.3	229	2570	336
REY‐103	2694291.6	1292016.5	9913.5	22.0	278.0	65.0	P358746	48	51	0.21	1.50	0.2	168	599	361	53.0	54.0	0.3	0.3	0.9	1.1
							P358747	51	53	0.65	1.50	0.7	211	1910	433
							P358748	53	54	2.02	5.51	2.1	124	1150	359
							P358749	54	57	0.20	1.50	0.2	147	1290	328
REY‐104	2694292.5	1292016.2	9918.6	44.0	278.0	65.0	P358750	41.6	43.6	0.58	1.50	0.6	242	2190	737	43.6	46.8	1.0	1.0	1.6	9.02
							P358751	43.6	46.8	8.60	19.50	8.9	544	4380	609
							P358752	46.8	49	0.10	1.50	0.1	908	5870	1600
REY‐105	2694293.8	1292016.2	9918.7	50.0	278.0	60.0	P358753	39.7	41.7	0.10	1.50	0.1	234	263	1320	41.7	44.0	0.7	0.7	0.7	0.36
							P358754	41.7	44	0.46	3.11	0.5	467	1010	859
							P358755	44	46	0.10	1.50	0.1	381	24	6780
	2694298.2	1292015.5	9921.8	62.0	278.0	65.0	P358756	45.7	48	24.30	74.10	25.4	449	9850	530	45.7	53.0	2.2	2.1	2.1	19.60
REY‐107							P358757	48	50	0.69	5.20	0.8	282	2680	609
							P3658758	50	53	2.43	15.30	2.7	191	2220	538
							P358759	53	55	0.10	1.50	0.1	57	377	383
	2694221.5	1291901.5	9898.6	0.0	304.0	68.0	P358761	44	46.1	0.10	1.50	0.1	41	255	348	46.1	54.4	2.5	2.0	2.0	21.70
REY‐109							P358762	46.1	48	6.41	19.10	6.7	650	1840	725
							P358763	48	50	3.70	22.60	4.0	694	2880	1290
							P358764	50	52.4	7.61	15.60	7.8	424	2650	466
							P358765	52.4	54.4	24.30	73.00	25.3	632	10200	3130
							P358766	54.4	57	0.10	1.50	0.1	367	5130	9950
	2694221.5	1291901.2	9896.7	‐20.0	304.0	114.0	P358767	94.8	96.8	0.10	1.50	0.1	10	398	6370	96.8	102.4	1.7	0.9	0.9	35.40
REY110							P358768	96.8	99	95.70	181.00	98.1	3140	40300	3990
‐							P358770	99	102.4	1.10	11.90	1.3	342	2050	1690
							P358771	102.4	104.6	0.10	7.42	0.2	297	755	2330
	2694221.3	1291901.3	9897.0	‐16.0	304.0	107.0	P358773	77.0	79.0	0.10	5.05	0.2	304	480	2020	83.0	89.5	2.0	1.2	2.1	96.53
							P358774	79.0	81.0	0.24	3.81	0.3	227	4460	1170
							P358775	81.0	83.0	1.92	11.30	2.1	402	7570	563
REY‐111							P358776	83.0	85.0	62.10	274.00	65.7	3110	111000	7250
							P358778	85.0	87.0	73.50	460.00	79.6	5620	203000	7470
							P358779	87.0	89.5	82.80	666.00	91.6	14600	204000	4590
							P358781	89.5	92.5	1.85	1.50	1.9	72	29600	1040
							P358782	94.7	96.7	0.1	1.5	0.1198	31	421	953
REY‐106	2694294.98	1292015.74	9921.5	62.0	278	6		Stopped short no samples

Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone
Hole #	Easting	Northing	Elevation (ft)	Plunge	Azimuth	Total depth (ft)	SAMPLE	FROM (ft)	TO (ft)	Au (g)	Ag (g)	AuEQ ($1250 Au, $16.50 Ag)	**Cu (ppm) **	Pb (ppm)	Zn (ppm)	2150 vein				True thickness (m) >0.5 g/t	GxT (gram metre)
																From (ft)	To (ft)	Downhole thickness (m)	True thickness (m)
REY‐1	2694421.0	1292194.0	9928.4	0.0	270.0	137.7	P359112	19.0	21.0	0.10	1.50	0.1
							P359113	21.0	22.7	0.10	1.50	0.1
							P359114	22.7	27.4	2.40	12.50	2.6
							P359115	27.4	29.0	0.10	1.50	0.1
							P359116	29.0	32.0	0.10	1.50	0.1
							P359117	32.0	34.0	0.10	1.50	0.1
							P359118	34.0	36.0	0.10	1.50	0.1
							P359119	36.0	41.0	1.47	4.07	1.5
							P359120	41.0	43.0	0.41	8.84	0.5
							P359121	43.0	45.0	0.10	1.50	0.1
							P359122	45.0	47.0	0.24	4.30	0.3
							P359123	47.0	48.8	0.27	1.50	0.3
							P359124	48.8	51.0	0.10	1.50	0.1
							P359125	51.0	53.0	0.10	1.50	0.1
							P359126	73.0	75.0	0.10	1.50	0.1
							P359127	75.0	77.7	0.10	1.50	0.1
							P359128	77.7	83.0	0.10	1.50	0.1
REY‐2	2694373.44	1292105.76	9930.24	‐8.0	240.0	183.0	P359129	43.0	44.0	0.41	6.99	0.5				43.0	43.5	0.5	0.4	0.4	0.18
REY‐13	2694221.9	1291901.9	9896.7	‐27.0	304.0	154.0	P358420	125.5	127.5	0.10	1.50	0.1	0.001	0.01	0.013	127.5	140.5	4.0	1.7	1.5	1.6
							P358421	127.5	131.0	0.62	29.80	1.1	0.005	0.051	0.079
							P358422	131.0	134.0	0.10	1.50	0.1	0.008	0.057	0.147
							P358423	134.0	137.0	0.38	1.50	0.4	0.006	0.064	0.052
							P358424	137.0	140.5	0.10	1.50	0.1	0.002	0.024	0.06
							P358425	140.5	142.5	0.10	1.50	0.1	0.002	0.041	0.075
REY‐16	2694223.3	1291900.3	9908.7	72.0	304.0	77.0	P358426	22.0	25.0	0.10	1.50	0.1	0.01	0.018	0.057	46.0	51.0	1.5	1.3	0.0	0.0
							P358427	25.0	28.0	0.21	4.65	0.3	0.008	0.073	0.028
							P358428	28.0	31.0	0.10	1.50	0.1	0.007	0.018	0.039
							P358429	31.0	34.0	0.10	1.50	0.1	0.01	0.021	0.062
							P358430	34.0	37.0	0.10	1.50	0.1	60	241	279
							P358431	37.0	40.0	0.10	1.50	0.1	77	322	424
							P358432	40.0	43.0	0.10	1.50	0.1	104	518	411
							P358433	43.0	46.0	0.10	1.50	0.1	60	332	397
							P358434	46.0	49.0	0.10	1.50	0.1	62	637	519
							P358435	49.0	51.0	0.10	1.50	0.1	42	520	638
REY‐17	2694217.5	1291898.9	9895.4	‐25.0	278.0	112.0	P358436	97	100	0.47	28.40	0.9	174	3960	833	97.0	107.0	3.0	3.0	1.8	5.2
							P358438	100	103	0.10	317.00	4.9	1640	72	142
							P358439	103	107	0.10	1.50	0.1	86	368	1190
REY‐18	2694216.9	1291898.0	9898.0	‐10.0	278.0	110.0	P358440	38.5	40.5	0.27	1.50	0.3	380	848	1400	40.5	49.5	2.7	1.8	2.4	5.2
							P358441	40.5	43.5	0.79	4.11	0.8	622	3080	1330
							P358442	43.5	46.5	0.38	7.36	0.5	377	2470	738
							P358443	46.5	49.5	0.96	9.37	1.1	302	5640	711
							P358444	49.5	52.5	1.65	15.60	1.9	421	1790	671
REY‐19	2694218.59	1291899.35	9901.39	20.0	278	97		No Samples
REY‐20	2694221.62	1291899.9	9907.52	66.0	278	82		No Samples

Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone
Hole #	Easting	Northing	Elevation (ft)	Plunge	Azimuth	Total depth (ft)	SAMPLE	FROM (ft)	TO (ft)	Au (g)	Ag (g)	AuEQ ($1250 Au, $16.50 Ag)	**Cu (ppm) **	**Pb (ppm) **	Zn (ppm)	2150 vein				True thickness (m) >0.5 g/t	GxT (gram metre)
																From (ft)	To (ft)	Downhole thickness (m)	True thickness (m)
REY‐25	2694188.3	1291834.9	9883.5	‐23.0	293.0	203.0	P358554	12.7	13.7	0.1	1.5	0.1	573	32	139
							P358555	79.0	80.6	0.1	4.64	0.2	15	12	49
							P358556	162.5	163.8	0.1	1.5	0.1	10	111	103
REY‐27	2694188.9	1291834.2	9890.3	33.0	293.0	92.0	P358560	17.0	18.0	0.1	1.5	0.1	104	170	737	18.0	19.7	0.5	0.5	0.0	0.0
							P358561	18.0	19.7	0.1	1.5	0.1	53	251	314
							P358562	19.7	23.7	0.1	1.5	0.1	27	230	213
REY‐28	2694193.01	1291832.79	9894.74	75.0	293	103		No Samples
REY‐30	2694187.5	1291832.2	9886.1	‐3.0	265.0	98.0	P358445	33.0	35.0	0.10	1.50	0.1	116	1110	2630	35.0	40.4	1.6	1.2	2.3	1.4
							P358446	35.0	38.0	0.10	1.50	0.1	34	682	1080
							P358447	38.0	40.4	0.10	1.50	0.1	6	341	444
							P358449	40.4	43.0	0.24	1.50	0.3	48	766	1100
							P358450	43.0	46.0	0.10	1.50	0.1	65	966	849
							P358551	46.0	49.0	0.10	1.50	0.1	17	617	934
							P358552	49.0	52.0	0.583	3.15	0.6	46	1180	884
							P358553	52.0	55.5	0.10	1.50	0.1	17	346	348
REY‐38	2694154.9	1291751.9	9871.0	‐16.0	287.0	123.0	P358577	40	42	2.81	7.68	2.9	15	503	180	40.0	46.7	1.2	0.7	0.4	1.0
							P358578	42	44	0.10	1.50	0.1	88	198	340
							P358579	44	46.7	0.10	1.50	0.1	42	85	186
							P358581	46.7	48.7	0.10	1.50	0.1	9	26	228
							P358582	78.4	81.7	0.274	1.50	0.3	12	545	598
							P358583	81.7	84.7	0.10	1.50	0.1	<4	133	238
REY‐39	2694153.9	1291751.8	9873.2	5.0	287.0	49.0	P358557	40.2	41.2	0.1	8.29	0.2	144	1020	2530	40.2	44.6	1.3	0.7	0.4	2.3
							P358558	41.2	44.6	5.69	9.02	5.8	34	1540	1050
REY‐40	2694154.3	1291752.0	9879.2	45.0	287.0	57.0	P358564	20.9	22.9	0.1	1.50	0.1	29	158	1100	22.9	24.0	0.3	0.3	0.3	0.2
							P358565	22.9	24.0	0.48	4.48	0.5	42	1130	1500
							P358566	24.0	26.0	0.1	1.50	0.1	24	377	969
REY‐41	2694157.5	1291751.6	9881.4	80.0	287.0	99.0	P358567	43.7	45.7	0.1	1.50	0.1	195	586	905	45.7	47.3	0.5	0.4	0.4	0.4
							P358568	45.7	47.3	0.686	35.4	1.2	668	2590	1360
							P358569	47.3	49.3	0.1	1.50	0.1	103	48	840
REY‐42	2694153.5	1291750.1	9871.4	‐13.0	267.0	133.0	P358570	41.7	43.7	0.1	1.50	0.1	21	34	116	43.7	49.2	1.7	1.0	1.0	0.8
							P358571	43.7	46.7	0.909	1.50	0.9	55	737	1740
							P358572	46.7	49.2	0.583	1.50	0.6	37	376	1720
							P358573	49.2	51.2	0.1	1.50	0.1	51	56	888
							P358574	72.8	74.8	0.1	1.50	0.1	<4	32	155
							P358575	74.8	76.8	0.1	1.50	0.1	8	57	184
							P358576	76.8	78.5	0.1	1.50	0.1	37	110	511
REY‐43	2694152.6	1291750.1	9873.0	3.0	267.0	103.0	P358584	41	43	0.1	1.50	0.1	125	49	1030	43.0	45.7	0.8	0.8	0.8	0.6
							P358585	43	45.7	0.617	5.03	0.7	69	1500	1630
							P358586	45.7	47.5	0.1	1.50	0.1	22	334	1130
							P358587	57.2	59.7	0.206	3.21	0.3	105	892	1110
REY‐44	2694154.85	1291750.55	9876.43	32.0	267	74.0	P358588	34.7	37.3	0.1	1.50	0.1	8	175	167	34.7	37.3	0.8	0.8	0.0	0.00
REY‐45	2694156.4	1291750.7	9882.0	62.0	267.0	112.0	P358590	25	27	0.1	5.19	0.2	11	155	764
							P358591	27	30	0.1	1.5	0.1	13	517	319
							P358592	30	33	0.1	3.03	0.1	45	878	377
REY‐46	2694158.92	1291751.29	9882.11	85.0	267	128.0	P358593	48.0	49.7	0.58	17.50	0.8	314	2400	946	48.0	49.7	0.5	0.3	0.3	0.24
REY‐47	2694124.09	1291671.63	9886.17	‐8.0	312.0	114.0	P358597	59.0	62.5	0.10	3.42	0.1	0.1	102	139						0.00
REY‐48	2694123.29	1291671.89	9861.77	17.0	312.0	109.0	P358598	35.0	37.0	0.10	1.50	0.1	0.1	157	193	35.2	35.8	0.2	0.2	0.0	0.00

Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone	Drill hole information and Assay results for holes outside the mineralised zone
Hole #	Easting	Northing	Elevation (ft)	Plunge	Azimuth	Total depth (ft)	SAMPLE	FROM (ft)	TO (ft)	Au (g)	Ag (g)	AuEQ ($1250 Au, $16.50 Ag)	**Cu (ppm) **	**Pb (ppm) **	Zn (ppm)	2150 vein				True thickness (m) >0.5 g/t	GxT (gram metre)
																From (ft)	To (ft)	Downhole thickness (m)	True thickness (m)
REY‐49	2694124.35	1291671.55	9866.98	52.0	312.0	108.0		No Samples
REY‐50	2694127.11	1291669.55	9867.82	80.0	312.0	97.0		No Samples
REY‐51	2694122.7	1291669.1	9857.9	‐8.0	290.0	99.0	P358594	68.2	70.8	0.10	5.97	0.2	220	1420	1840	68.2	73.5	1.6	1.1	0.0	0.0
							P358595	70.8	73.5	0.10	1.50	0.1	0.1	238	240
REY‐52	2694122.05	1291669.44	9860.34	17.0	290	99		No Samples
REY‐53	2694123.35	1291669.31	9866.42	52.0	290	97		No Samples
REY‐54	2694126.67	1291668.63	9867.73	80.0	290	103		No Samples
REY‐56	2694121.46	1291667.72	9861.66	15.0	270.0	188.0	P358600	28.0	30.0	0.10	1.50	0.1	10	109	160	28.0	32.0	1.2	1.1	0.0	0.00
REY‐57	2694122.38	1291667.56	9864.36	50.0	270.0	91.0		No Samples
REY‐58	2694124.87	1291667.91	9867.19	77.0	270.0	89.0	P358599	77.5	78.8	0.10	9.30	0.2	27	927	547	77.5	78.8	0.4	1.0	0.0	0.00
REY‐74	2694277.31	1291997.95	9905.63	‐15.0	269.0	16.0		Stopped short no samples
REY‐75	2694278.5	1291998.5	9910.4	22.0	269.0	75.0	P358602	41.6	43.6	0.10	1.50	0.1	245	1110	369	49.6	52.5	0.9	0.9	0.9	1.9
							P358603	43.6	45.6	0.10	1.50	0.1	280	818	416
							P358604	45.6	47.6	0.10	1.50	0.1	626	2220	461
							P358605	47.6	49.6	0.41	1.50	0.4	442	2980	595
							P358607	49.6	52.5	1.89	15.10	2.1	1030	8570	714
							P358609	52.5	54.5	0.10	1.50	0.1	227	1160	1580
REY‐80	2694315.44	1292032.88	9924.03	75.0	302.0	60.0		46.5	54.8	Hit Stope no samples
REY‐95	2694250.22	1291946.4	9908.65	65.0	290	15		Stopped short no samples hit stope
REY‐96	2694247.3	1291947.3	9898.6	‐20.0	290.0	118.0	P358692	100.3	102	0.75	28.10	1.2	1200	1060	579	100.3	105.0	1.4	0.8	0.8	2.4
							P358693	102	105	4.24	5.38	4.3	115	1690	1040
							P358695	105	107	0.10	1.50	0.1	13	270	1000
							P358696	107	110	0.10	1.50	0.1	26	91	299
							P358697	110	113.5	0.10	1.50	0.1	<4	49	146
							P358698	113.5	115.5	0.24	1.50	0.3	185	488	931
							P358699	92.5	110.3	0.10	1.50	0.1	<4	45	389
REY‐97	2694247.36	1291947.28	9898.31	‐25.0	290	58		Stopped short no samples
REY‐98	2694290.5	1292018.0	9909.3	‐15.0	278.0	132.0	P358726	109.6	112.4	0.10	1.50	0.1	66	173	1320	107.3	114.9	2.3	1.3	0.0
							P358727	112.4	114.9	0.10	3.72	0.2	35	201	1630
REY‐100	2694291.48	1292016.73	9910.72	‐4.0	278	48		Stopped short no samples
REY‐108	2694214.09	1291890.09	9896.9	0.0	304	104		Stopped short no samples
REY‐119	2694155.11	1291753.84	9871.8	‐16.0	287	59	P358822	39	41.5
REY‐120	2694185.37	1291785.49	9877.47	‐12.0	125	914.7	P358744	54.8	55.8	0.1	1.5	0.1	98	14	90
							P358772	386.2	387.2	0.1	1.5	0.1	108	<10	163

JORC Code, 2012 Edition – Table 1 report template

Section 1 Sampling Techniques and Data

(Criteria in this section apply to all succeeding sections.)

Criteria	JORC Code explanation	Commentary
Sampling	 Nature and quality of sampling (eg cut channels, random chips, or
techniques	specific specialised industry standard measurement tools appropriate to the minerals under investigation, such as down hole gamma sondes, or handheld XRF instruments, etc). These examples should not be taken as limiting the broad meaning of sampling.  Include reference to measures taken to ensure sample representivity and the appropriate calibration of any measurement tools or systems used.  Aspects of the determination of mineralisation that are Material to the Public Report.  In cases where ‘industry standard’ work has been done this would be relatively simple (eg ‘reverse circulation drilling was used to obtain 1 m samples from which 3 kg was pulverised to produce a 30 g charge for fire assay’). In other cases more explanation may be required, such as where there is coarse gold that has inherent sampling problems. Unusual commodities or mineralisation types (eg submarine nodules) may warrant disclosure of detailed information.	CRG Mining, LLC undertook 8,720 feet of core drilling in 91 drill holes, and 74 channel samples were collect. Industry standard core handling and sampling procedures were employed to insure high quality samples. Samples from drill holes and channel samples were sent to Hazen Researach, Golden, Colorado for sample preparation and assay. All samples followed a strict Chain of Custody. All samples were prepared at Hazen Research. Samples were dried, weighed, crushed and split to obtain 150 – 200 grams. All samples are placed in ring and puck grinder to produce 90% minus 200 mesh pulp. This material is blended on clean cloth and packaged in paper pulp bags. Using pulp balance, a 30g sample is weighted out for traditional fire assay. Samples were analyzed using standard fire assay for gold and analyses for Ag, Cu, Pb and Zn using four-acid digestion with AAS finish. The sampling techniques used are deemed appropriate for the style
		of exploration.
Drilling	 Drill type (eg core, reverse circulation, open-hole hammer, rotary air	Drilling utilized diamond core drilling with wireline core barrels, bottom
techniques	blast, auger, Bangka, sonic, etc) and details (eg core diameter, triple	discharge bits, split inner tubes and HQ or NQ core.
	or standard tube, depth of diamond tails, face-sampling bit or other
	_type, whether core is oriented and ifso, by what method, etc). _
Drill sample	 Method of recording and assessing core and chip sample recoveries	Core was recovered using split inner tubes. Each core run was
recovery	and results assessed.	inspected and measured for core recovery length and placed in wax
	 Measures taken to maximise sample recovery and ensure	coated cardboard core boxes for permanent storage.
	representative nature of the samples.	Bottom discharge bits allow the water to bypass the core and
	 Whether a relationship exists between sample recovery and grade	minimizes erosion of soft materials. Split inner tubes enable
	and whether sample bias may have occurred due to preferential	enhanced core recovery in soft and/or highly fractured rock. Using
	loss/gain of fine/coarse material.	this technology gave acceptable core recovery and the ability to
		examine the core with no disturbance before the core wasplaced in a

1

Criteria	JORC Code explanation	Commentary
		core box for permanent storage.
		No quantitative analysis of sample weights, sample condition,
		recovery or repeatability has been undertaken.
Logging	 Whether core and chip samples have been geologically and	Before logging the core, each box was photographed wet and dry.
	geotechnically logged to a level of detail to support appropriate	Geotechnical logging for rock quality, rock strength, and number of
	Mineral Resource estimation, mining studies and metallurgical	joints was completed. The core was logged by the on-site geologist,
	studies.	and sample intervals selected.
	 Whether logging is qualitative or quantitative in nature. Core (or
	costean, channel, etc) photography.	Detailed geologic logging of all core was completed by qualified CRG
	 The total length and percentage of the relevant intersections logged.	Mining personnel. Geologic logging included lithology, alteration,
		mineralization, structure, % recovery and rock strength.
Sub-sampling	 If core, whether cut or sawn and whether quarter, half or all core	Intervals to be sampled were identified by the project geologist while
techniques	taken.	logging the core. Sample intervals were marked with permanent
and sample	 If non-core, whether riffled, tube sampled, rotary split, etc and	marker in the core boxes and sample number tags stapled in each
preparation	whether sampled wet or dry.	interval. Samples are placed in a heavy duty pre-labelled plastic
	 For all sample types, the nature, quality and appropriateness of the	sample bag. Each sample bag was marked with permanent marker
	sample preparation technique.	with sample number and a sample tag with the corresponding sample
	 Quality control procedures adopted for all sub-sampling stages to	number was placed in each bag. Sample bags were sealed with zip
	maximise representivity of samples.	ties. Samples were sent by commercial truck or hand delivered by
	 Measures taken to ensure that the sampling is representative of the in	CRG Mining personnel to Hazen Research, Golden, Colorado.
	situ material collected, including for instance results for field
	duplicate/second-half sampling.
	 Whether sample sizes are appropriate to the grain size of the material
	_being sampled. _
Quality of	 The nature, quality and appropriateness of the assaying and	All samples were assayed by industry standard methods by Hazen
assay data	laboratory procedures used and whether the technique is considered	Research, Golden, Colorado.
and	partial or total.	Fire assays for gold were completed using industry standard fire
laboratory	 For geophysical tools, spectrometers, handheld XRF instruments, etc,	assay methodology. Copper, lead and zinc were analyzed using four
tests	the parameters used in determining the analysis including instrument	acid digestion with AAS finish.
	make and model, reading times, calibrations factors applied and their	External certified standards and blank material were added to the
	derivation, etc.	sample submission. Acceptable levels of accuracy and precision
	 Nature of quality control procedures adopted (eg standards, blanks,	were found.
	duplicates, external laboratory checks) and whether acceptable levels
	_of accuracy (ie lack of bias) and precision have been established. _

2

Criteria	JORC Code explanation	Commentary
Verification of	 The verification of significant intersections by either independent or
sampling and	alternative company personnel.	Sampling, documentation and sample submittal were under the
assaying	 The use of twinned holes.	guidance and care of Robert M. Perkins, certified professional
	 Documentation of primary data, data entry procedures, data	geologist, CPG #11881 (American Institute of Professional
	verification, data storage (physical and electronic) protocols.	Geologists).
	 Discuss any adjustment to assay data.	No verification of sampling and assaying has been undertaken.
Location of	 Accuracy and quality of surveys used to locate drill holes (collar and
data points	down-hole surveys), trenches, mine workings and other locations	All drill hole collars are surveyed by licensed surveyor using gps
	used in Mineral Resource estimation.	survey equipment.
	 Specification of the grid system used.	Colorado State Plane, UTM zone 12, NAD 1983 coordinate system
	 Quality and adequacy of topographic control.	was used for all surveying.
		Downhole surveys are taken to confirm drill setup to be correct.
Data spacing	 Data spacing for reporting of Exploration Results.
and distribution	 Whether the data spacing and distribution is sufficient to establish the degree of geological and grade continuity appropriate for the Mineral	 The spacing and location of data is currently only being
	Resource and Ore Reserve estimation procedure(s) and	considered for exploration and resource estimation purposes.
	classifications applied.  Whether sample compositing has been applied.	 Drill data is currently being evaluated for its appropriateness in estimating a mineral resource.
		 Gold equivalents calculated using $1250 Au and $16.50 Ag.
Orientation of	 Whether the orientation of sampling achieves unbiased sampling of
data in relation to geological structure	possible structures and the extent to which this is known, considering the deposit type.  If the relationship between the drilling orientation and the orientation of key mineralised structures is considered to have introduced a sampling bias, this should be assessed and reported if material.	Drill holes are planned to drill perpendicular or near perpendicular to the known mineralized structures. This gives a good approximation of vein thickness and unbiased sampling. Sample orientation is deemed to be representative for reporting purposes.
Sample	 The measures taken to ensure sample security.	All samples were taken and maintained under the constant care of CRG
security		Mining personnel.

3

Criteria	JORC Code explanation	JORC Code explanation	Commentary	Commentary
Audits or		The results of any audits or reviews of sampling techniques and data.
reviews				Sampling techniques have been reviewed and approved by Dale
				Sketchley, M.Sc., P. Geo. of Acuity Geoscience Ltd.

Section 2 Reporting of Exploration Results

(Criteria listed in the preceding section also apply to this section.)

Criteria	JORC Code explanation	JORC Code explanation	Commentary	Commentary
Mineral		Type, reference name/number, location and ownership including		All tenements are 100% owned by the companies and there exists
tenement and		agreements or material issues with third parties such as joint		production based royalties as previously disclosed to ASX
land tenure		ventures, partnerships, overriding royalties, native title interests,
status		historical sites, wilderness or national park and environmental
		settings.
		The security of the tenure held at the time of reporting along with any
		known impediments to obtaining a licence to operate inthe area.
Exploration		Acknowledgment and appraisal of exploration by other parties.		All previous work undertaken by is non- JORC compliant
done by other
parties
Geology		Deposit type, geological setting and style of mineralisation.		The Gold Links Project is underlain by an Early Proterozoic
				assemblage of fine‐grained meta‐sediments and interbedded meta‐
				volcanics. These were intruded by Early Proterozoic granite,
				pegmatite and gabbro. Tertiary age rhyolitic stocks, dikes and sills
				intruded the Proterozoic rocks. The gold and silver mineralization
				occurs in fissure quartz veins. The veins are characterized by a
				tendency to split and reunite in a cymoid pattern.
Drill hole		A summary of all information material to the understanding of the
Information		exploration results including a tabulation of the following information	•	See Table 1 within this report for details of the drill holes and sample
		for all Material drill holes:		locations
		o easting and northing of the drill hole collar
		o elevation or RL (Reduced Level – elevation above sea level in
		metres) of the drill hole collar
		o dip and azimuth of the hole
		o down hole length and interception depth
		o hole length.

4

Criteria	JORC Code explanation	Commentary
	 If the exclusion of this information is justified on the basis that the
	information is not Material and this exclusion does not detract from
	the understanding of the report, the Competent Person should clearly
	_explain why this is the case. _
Data	 In reporting Exploration Results, weighting averaging techniques,
aggregation	maximum and/or minimum grade truncations (eg cutting of high
methods	grades) and cut-off grades are usually Material and should be stated.
	 Where aggregate intercepts incorporate short lengths of high grade	Gold equivalents are calculated for all intercepts with Au above 0.50 g/t.
	results and longer lengths of low grade results, the procedure used	Assumptions for calculating gold equivalent are $1250 Au and $16.50
	for such aggregation should be stated and some typical examples of	Ag.
	such aggregations should be shown in detail.
	 The assumptions used for any reporting of metal equivalent values
	should be clearly stated.
Relationship	 These relationships are particularly important in the reporting of	Drill holes are orientated to drill perpendicular or near to
between	Exploration Results.	perpendicular to the mineralized structures.
mineralisation	 If the geometry of the mineralisation with respect to the drill hole	Table 3 shows down hole vein intercepts. True vein thickness is
widths and	angle is known, its nature should be reported.	calculated assuming vein dip of 52º.
intercept lengths	 If it is not known and only the down hole lengths are reported, there should be a clear statement to this effect (eg ‘down hole length, true
	_width not known’). _
Diagrams	 Appropriate maps and sections (with scales) and tabulations of	Supporting figures have been included within the body of this release
	intercepts should be included for any significant discovery being
	reported These should include, but not be limited to a plan view of
	_drill hole collar locations and appropriate sectional views. _
Balanced	 Where comprehensive reporting of all Exploration Results is not	All results have been reported
reporting	practicable, representative reporting of both low and high grades
	and/or widths should be practiced to avoid misleading reporting of
	_Exploration Results. _
Other	 Other exploration data, if meaningful and material, should be reported
substantive	including (but not limited to): geological observations; geophysical
exploration	survey results; geochemical survey results; bulk samples – size and
data	method of treatment; metallurgical test results; bulk density,
	_groundwater, geotechnical and rock characteristics; potential _

5

Criteria	JORC Code explanation	Commentary	Commentary
	_deleterious or contaminating substances. _
Further work	 The nature and scale of planned further work (eg tests for lateral
	extensions or depth extensions or large-scale step-out drilling).  Diagrams clearly highlighting the areas of possible extensions,		Potential work across the project may include confirmatory,
	including the main geological interpretations and future drilling areas,		exploratory or follow‐up drilling from surface and underground,
	provided this information is not commercially sensitive.		channelsamplingof exposed veins, ground or airborne
			geophysics, and detailed geological mapping.

6