GAU.TO · 2017-09-21 12:00:00

Asanko GOLD Operational Update

Mine Development & Operations

PRESS RELEASE

ASANKO GOLD OPERATIONAL UPDATE

Highlights:

 Reconciliation of grade control model to resource model reflecting total gold ounces up by 7% for

three months ending August 2017

 Reserve reconciliation showing significant improvement comparing the mill feed to the reserve

model over last three months

- Mill feed grades in August were 2% above reserve grades

- Mill feed to reserve model reconciliation of 100% in August

 Blast movement technology contributing significantly to mining reconciliation improvements

 436,000 tonnes of ore at 1.95 g/t gold mined in August

 Final commissioning of P5M volumetric upgrades underway, milling circuit achieving levels in

excess of 13,500tpd of fresh rock on a campaign basis

 Production on track to meet revised 2017 guidance

 Confirmatory drilling at Akwasiso firms up reserves

 Grade control drilling at Dynamite Hill confirms MRE, ore mining operations to commence in Q4

2017

Vancouver, British Columbia, September 21, 2017 – Asanko Gold Inc. (“Asanko” or the “Company”) (TSX,

NYSE American: AKG) is pleased to provide an operational update on the Asanko Gold Mine (AGM), located

in Ghana, West Africa. Peter Breese, President and CEO, will be presenting at the Denver Gold Forum on

September 26, 2017. A webcast of the presentation will be available at:

www.denvergoldforum.org/dgf17/dgf17‐webcasts/2017‐ondemand‐webcast/

Peter Breese, President and CEO, commented “The mining interventions we put in place in July at Nkran are

starting to yield very encouraging results and the blast movement technology is making a significant

contribution to the management of ore losses and dilution, as evidenced by the positive variances we are

seeing in grade and ounces. The continued positive resource and reserve reconciliations clearly confirm the

Life of Mine plan with respect to our future expansions.

The P5M volumetric upgrades are in the final stages of commissioning, with levels in excess of 13,500

tonnes per day of hard rock being processed through the mill. This is a significant achievement as hard rock

currently makes up 93% of our mill feed blend whilst we are waiting for a consistent supply of oxide ore,

which will come from the Akwasiso and Dynamite Hill satellite pits. In spite of having encountered three mill

motor outages in the quarter, the positive results from the mining interventions as well as plant’s

performance means we are tracking our revised 2017 production guidance.”

Nkran Resource & Reserve Reconciliation

The reconciliation process to measure the entire value chain from gold in the ground through to mill feed

and eventual gold production against the Nkran Mineral Resource Estimate (“MRE”) is ongoing. Both the

resource and the reserve reconciliation components have been embedded into the mine planning and

mining execution processes.

The resource reconciliation measures the variance between the MRE, which is based on widely spaced

drilling information, and the grade control resource model, which is based on high density drilling and

provides the most accurate determination of the resource.

As announced in the Q2 2017 MD&A, for the three month period (May, June and July) the grade control

model was within 2% of the resource model. In August, there was a 21% positive variance in ore grade and

a 10% positive variance in ounces in the grade control model versus the resource model. This positive grade

and ounce variance is significant as it scientifically validates the gold endowment in Nkran and the life of

mine plans based on that endowment.

Grade Control Model vs. Resource Model Reconciliation

Month Ore Tonnes Ore Grade Ounces

June 87% 117% 101%

July 94% 116% 109%

August 91% 121% 110%

3 Month Ave. 91% 118% 107%

In Q3 2017, the next stage of the reconciliation, which is confirmation of the mill feed to the reserve model,

commenced. This reserve reconciliation measures the ability of the mining operations to deliver the

planned tonnages and grade predicted by the reserve model to the processing plant.

During July and August, mining operations have been focused on improving ore delineation and the design

of the ore polygons to be mined in order to reduce ore dilution and losses. In addition, following the

implementation of blast movement technology in July, there has been a continual improvement in the

ability of the mining operation to deliver the planned grades and volumes of ore. This is evidenced by the

significant improvement in the mill feed to reserve model reconciliation over the past three months.

In August, there was a 2% positive variance on ore grade and a 100% reconciliation on ounces. These

improvements are material as they clearly demonstrate the operation’s ability to deliver the mine plan. For

August, 436,000 tonnes of ore was mined at 1.95 g/t.

Mill Feed vs. Reserve Model Reconciliation

Month Ore Tonnes Ore Grade Ounces

June 91% 90% 82%

July 109% 88% 96%

August 98% 102% 100%

3 Month Ave. 99% 95% 94%

Project 5 Million (“P5M”) Plant Upgrade

Commissioning of the P5M volumetric upgrades continued during the quarter. During July and August, the

plant experienced three SAG mill motor outages which resulted in a total of 11 days of lost milling time,

notwithstanding this the Company is on track to meet its 2017 revised production guidance. Alongside the

spare mill motor onsite, a further two new upgraded mill motors are due for delivery in Q1 2018.

In spite of the mill motor outages, the plant is now achieving, on a campaign basis, daily milling rates of in

excess of 13,500 tonnes of fresh ore at 93% of the mill feed blend into the plant, which is well above the

design of 60%.

The upgrades to the recovery circuit, which is the second stage of the P5M plant upgrade, are expected to

be installed during Q4 2017 and commissioned by the end of 2017, as per the construction schedule.

Akwasiso

During July & August, a confirmatory drilling program was undertaken at the Akwasiso satellite deposit,

located approximately three kilometres north east of the processing facility. The purpose of the program

was to infill drill test the previously inaccessible area which was covered with tailings from historic artisanal

mining activities. The drilling program has firmed up the Akwasiso reserve model. Mining operations will

continue to deliver approximately 20,000 tonnes per month (“tpm”) of oxide ore to the plant up to the end

of 2017 and then ramp up in fresh ore, in line with mining plans in H1 2018.

In addition, the drilling was also aimed at further investigating any potential mineralization on the eastern

contact between the granite and the sandstone mineralization trends. A total of 4,051m were drilled and

the drilling program has confirmed the continuity of mineralization at depth and also discovered a new

near surface zone of mineralization along the eastern edge of the deposit. In line with the previous phases

of drilling, this drilling program intersected significant near surface mineralization widths and some

exceptional grades. Another round of drilling to test this zone’s continuity at depth will commence in Q4

2017.

Some of the significant intercepts from the confirmatory drilling program are shown in the table below. A

complete table showing all the recent Akwasiso drill results is included in the Appendix.

Table 1: Akwasiso Drill Intercepts

Hole_ID From To Intercept

Description

Grade Thickness

(gm)

AKRC17‐151 102 111 9.00m @ 15.56 g/t 140.04

AKRC17‐154 10 60 50.00m @ 2.09 g/t 104.5

AKRC17‐170 18 57 39.00m @ 2.52 g/t 98.28

AKRC17‐167 36 60 24.00m @ 3.79 g/t 90.96

AKRC17‐162 16 60 44.00m @ 1.51 g/t 66.44

AKRC17‐168 69 119 50.00m @ 1.23 g/t 61.5

AKRC17‐160 90 114 24.00m @ 2.39 g/t 57.36

AKRC17‐159 38 45 7.00m @ 7.71 g/t 53.97

AKRC17‐168 33 62 29.00m @ 1.77 g/t 51.33

Notes: Gold intercepts are generated as a weighted average. No upper cut has been applied.

Gold intercepts are generated using a 0.5 g/t cut‐off with no more than 3m of inclusive internal waste and a

minimum intercept of 3m

Dynamite Hill

In anticipation of commencing operations at Dynamite Hill in Q4 2017, 3,096 meters of grade control

drilling has been completed in 65 holes to provide the detail required for the short term mine plan and to

confirm the oxide ore volumes predicted by the resource model. The grade control program has fully

validated the Dynamite Hill resource model and the mine plan remains unchanged.

Dynamite Hill will be the second satellite pit to be brought into production and expected to deliver

approximately 70,000tpm from Q1 2018 onwards. This will add significant flexibility to the AGM mining

operations, thereby further de‐risking operational delivery. A local mining contractor, Rocksure, has been

appointed to mine the deposit and is in the process of site establishment. The constructions of the haul

road linking Dynamite Hill to Akwasiso and the central processing facility is nearing completion.

Enquiries:

For further information please visit: www.asanko.com, email: [email protected] or contact:

Alex Buck ‐ Manager, Investor and Media Relations

Toll‐Free (N.America): 1‐855‐246‐7341

Telephone: +44‐7932‐740‐452

Email: [email protected]

Rob Slater – Executive, Corporate Development and Strategy

Telephone: +27‐11‐467‐2758

Email: [email protected]

About Asanko Gold Inc.

Asanko’s vision is to become a mid‐tier gold mining company that maximizes value for all its stakeholders.

The Company’s flagship project is the multi‐million ounce Asanko Gold Mine located in Ghana, West Africa.

Asanko is managed by highly skilled and successful technical, operational and financial professionals. The

Company is strongly committed to the highest standards for environmental management, social

responsibility, and health and safety for its employees and neighbouring communities.

Forward‐Looking and other Cautionary Information

This release includes certain statements that may be deemed "forward‐looking statements". All statements in this

release, other than statements of historical facts, that address estimated resource quantities, grades and contained

metals, possible future mining, exploration and development activities, are forward‐looking statements. Although the

Company believes the forward‐looking statements are based on reasonable assumptions, such statements should not

be in any way construed as guarantees of future performance and actual results or developments may differ materially

from those in the forward‐looking statements. Factors that could cause actual results to differ materially from those in

forward‐looking statements include market prices for metals, the conclusions of detailed feasibility and technical

analyses, the timely renewal of key permits, lower than expected grades and quantities of resources, mining rates and

recovery rates and the lack of availability of necessary capital, which may not be available to the Company on terms

acceptable to it or at all. The Company is subject to the specific risks inherent in the mining business as well as general

economic and business conditions. For more information on the Company, Investors should review the Company's

Annual Form 40‐F filing with the United States Securities Commission and its home jurisdiction filings that are available

at www.sedar.com.

Neither Toronto Stock Exchange nor the Investment Industry Regulatory Organization of Canada accepts responsibility

for the adequacy or accuracy of this release.

Cautionary Note to US Investors Regarding Mineral Reporting Standards:

Asanko has prepared its disclosure in accordance with the requirements of securities laws in effect in Canada, which

differ from the requirements of US securities laws. Terms relating to mineral resources in this press release are defined

in accordance with National Instrument 43‐101 ‐ Standards of Disclosure for Mineral Projects under the guidelines set

out in the Canadian Institute of Mining, Metallurgy, and Petroleum Standards on Mineral Resources and Mineral

Reserves. The Securities and Exchange Commission (the “SEC”) permits mining companies, in their filings with the SEC,

to disclose only those mineral deposits that a company can economically and legally extract or produce. Asanko uses

certain terms, such as, “measured mineral resources”, “indicated mineral resources”, “inferred mineral resources” and

“probable mineral reserves”, that the SEC does not recognize (these terms may be used in this press release and are

included in the public filings of Asanko which have been filed with securities commissions or similar authorities in

Canada).

Appendix: Complete Table of Recent Akwasiso Drill Intercepts

Notes:

All intercepts calculated by weighted average

All intercepts calculated using a 0.5 g/t cut‐off, no more than 3m of consecutive internal waste, and minimum intercept of 3m

Coordinates are in UTM WGS84 Zone 30N

East, North, RL and Depth are all calculated in metres, Azimuth and Dip are in degrees

Type: RC=Reverse Circulation; DDH=Diamond Drill Hole; RCD=RC pre‐collared Diamond Drill Hole

NSI ‐ No Significant Intercept

Hole_ID Type East North RL Depth Azimuth Dip From To Interval

Width

Grade

(g/t)

Intercept

Description

Grade

Thickness

(gm)

Drilling

Phase

AKRC17‐114 RC 614325.7 703974.4 163.9 57 306 ‐50 22 45 23 1.34 23.00m @ 1.34 g/ 30.82 Phase 3

AKRC17‐114 RC 614325.7 703974.4 163.9 57 306 ‐50 52 57 5 2.84 5.00m @ 2.84 g/t 14.2 Phase 3

AKRC17‐115 RC 614396.3 703972.0 165.7 70 306 ‐50 15 34 19 0.75 19.00m @ 0.75 g/t 14.25 Phase 3

AKRC17‐116 RC 614458.5 704014.7 166.3 45 306 ‐50 22 29 7 1.81 7.00m @ 1.81 g/t 12.67 Phase 3

AKRC17‐117 RC 614476.0 704007.6 166.8 50 306 ‐50 NSI NSI Phase 3

AKRC17‐118 RC 614505.1 704032.3 166.7 50 306 ‐50 NSI NSI Phase 3

AKRC17‐119 RC 614440.5 703980.4 166.1 34 306 ‐50 14 17 3 5.41 3.00m @ 5.41 g/t 16.23 Phase 3

AKRC17‐120 RC 614457.2 703969.4 166.0 42 306 ‐50 30 36 6 0.53 6.00m @ 0.53 g/t 3.18 Phase 3

AKRC17‐121 RC 614306.6 703941.3 164.7 102 306 ‐50 37 43 6 3.32 6.00m @ 3.32 g/t 19.92 Phase 3

AKRC17‐122 RC 614490.2 704048.8 166.3 39 306 ‐50 NSI NSI Phase 3

AKRC17‐123 RC 614522.0 704075.3 166.7 30 306 ‐50 NSI NSI Phase 3

AKRC17‐124 RC 614537.6 704065.4 166.7 48 306 ‐50 NSI NSI Phase 3

AKRC17‐125 RC 614262.0 703910.3 164.8 91 306 ‐50 NSI NSI Phase 3

AKRC17‐126 RC 614413.6 703956.6 165.6 30 306 ‐50 NSI NSI Phase 3

AKRC17‐127 RC 614429.9 703943.7 165.4 50 306 ‐50 NSI NSI Phase 3

AKRC17‐128 RC 614286.2 703892.0 165.8 110 306 ‐50 55 60 5 3.86 5.00m @ 3.86 g/t 19.3 Phase 3

AKRC17‐129 RC 614383.4 703927.8 163.3 30 306 ‐50 20 23 3 1.34 3.00m @ 1.34 g/t 4.02 Phase 3

AKRC17‐130 RC 614401.0 703913.5 164.0 42 306 ‐50 NSI NSI Phase 3

AKRC17‐131 RC 614458.2 703996.3 166.5 42 306 ‐50 30 33 3 1.32 3.00m @ 1.32 g/t 3.96 Phase 3

AKRC17‐132 RC 614319.9 703913.1 165.1 132 306 ‐50 59 87 28 1.72 28.00m @ 1.72 g/ 48.16 Phase 3

AKRC17‐132 RC 614319.9 703913.1 165.1 132 306 ‐50 31 34 3 1.71 3.00m @ 1.71 g/t 5.13 Phase 3

AKRC17‐132 RC 614319.9 703913.1 165.1 132 306 ‐50 100 105 5 0.97 5.00m @ 0.97 g/t 4.85 Phase 3

AKRC17‐133 RC 614466.3 703989.1 166.4 39 306 ‐50 NSI NSI Phase 3

AKRC17‐134 RC 614474.7 704034.2 167.2 42 306 ‐50 NSI NSI Phase 3

AKRC17‐135 RC 614483.5 704028.5 167.0 46 306 ‐50 NSI NSI Phase 3

AKRC17‐136 RC 614515.0 704054.1 166.4 30 306 ‐50 24 27 3 4.11 3.00m @ 4.11 g/t 12.33 Phase 3

AKRC17‐137 RC 614523.5 704048.4 166.6 42 306 ‐50 NSI NSI Phase 3

AKRC17‐138 RC 614429.0 703968.0 165.8 30 306 ‐50 21 25 4 3.77 4.00m @ 3.77 g/t 15.08 Phase 3

AKRC17‐138 RC 614429.0 703968.0 165.8 30 306 ‐50 6 10 4 0.48 4.00m @ 0.48 g/t 1.92 Phase 3

AKRC17‐139 RC 614437.0 703961.8 165.9 43 306 ‐50 NSI NSI Phase 3

AKRC17‐140 RC 614308.6 703957.7 163.9 87 306 ‐50 28 36 8 2.78 8.00m @ 2.78 g/t 22.24 Phase 3

AKRC17‐140 RC 614308.6 703957.7 163.9 87 306 ‐50 61 66 5 1.73 5.00m @ 1.73 g/t 8.65 Phase 3

AKRC17‐141 RC 614421.2 703948.9 165.4 41 306 ‐50 NSI NSI Phase 3

AKRC17‐142 RC 614400.0 703937.0 164.7 27 306 ‐50 22 27 5 0.67 5.00m @ 0.67 g/t 3.35 Phase 3

AKRC17‐143 RC 614409.8 703930.3 164.9 31 306 ‐50 NSI NSI Phase 3

AKRC17‐144 RC 614330.4 703939.7 164.7 90 306 ‐50 60 71 11 2.43 11.00m @ 2.43 g/ 26.73 Phase 3

AKRC17‐144 RC 614330.4 703939.7 164.7 90 306 ‐50 22 35 13 0.96 13.00m @ 0.96 g/t 12.48 Phase 3

AKRC17‐145 RC 614390.8 703923.1 163.9 35 306 ‐50 NSI NSI Phase 3

AKRC17‐146 RC 614377.3 703899.6 164.4 45 306 ‐50 NSI NSI Phase 3

AKRC17‐147 RC 614450.7 703977.2 166.1 35 306 ‐50 20 33 13 1.71 13.00m @ 1.71 g/ 22.23 Phase 3

AKRC17‐148 RC 614464.5 704012.5 166.7 42 306 ‐50 NSI NSI Phase 3

AKRC17‐149 RC 614497.8 704041.2 166.4 30 306 ‐50 NSI NSI Phase 3

AKRC17‐150 RC 614529.8 704068.7 166.7 30 306 ‐50 NSI NSI Phase 3

AKRC17‐151 RC 614335.0 703952.6 164.1 112 306 ‐50 102 111 9 15.56 9.00m @ 15.56 g/ 140.04 Phase 3

AKRC17‐151 RC 614335.0 703952.6 164.1 112 306 ‐50 66 79 13 2.02 13.00m @ 2.02 g/ 26.26 Phase 3

AKRC17‐151 RC 614335.0 703952.6 164.1 112 306 ‐50 46 62 16 0.79 16.00m @ 0.79 g/t 12.64 Phase 3

Notes:

All intercepts calculated by weighted average

All intercepts calculated using a 0.5 g/t cut‐off, no more than 3m of consecutive internal waste, and minimum intercept of 3m

Coordinates are in UTM WGS84 Zone 30N

East, North, RL and Depth are all calculated in metres, Azimuth and Dip are in degrees

Type: RC=Reverse Circulation; DDH=Diamond Drill Hole; RCD=RC pre‐collared Diamond Drill Hole

NSI ‐ No Significant Intercept

Hole_ID Type East North RL Depth Azimuth Dip From To Interval

Width

Grade

(g/t)

Intercept

Description

Grade

Thickness

(gm)

Drilling

Phase

AKRC17‐151 RC 614335.0 703952.6 164.1 112 306 ‐50 31 39 8 1.42 8.00m @ 1.42 g/t 11.36 Phase 3

AKRC17‐151 RC 614335.0 703952.6 164.1 112 306 ‐50 83 86 3 0.93 3.00m @ 0.93 g/t 2.79 Phase 3

AKRC17‐152 RC 614353.1 703968.9 164.5 114 306 ‐50 35 66 31 1.15 31.00m @ 1.15 g/ 35.65 Phase 3

AKRC17‐152 RC 614353.1 703968.9 164.5 114 306 ‐50 6 24 18 0.7 18.00m @ 0.70 g/t 12.6 Phase 3

AKRC17‐152 RC 614353.1 703968.9 164.5 114 306 ‐50 72 75 3 0.86 3.00m @ 0.86 g/t 2.58 Phase 3

AKRC17‐153 RC 614363.9 703960.0 164.8 104 306 ‐50 18 58 40 0.94 40.00m @ 0.94 g/ 37.6 Phase 3

AKRC17‐153 RC 614363.9 703960.0 164.8 104 306 ‐50 63 77 14 0.71 14.00m @ 0.71 g/t 9.94 Phase 3

AKRC17‐153 RC 614363.9 703960.0 164.8 104 306 ‐50 95 103 8 0.43 8.00m @ 0.43 g/t 3.44 Phase 3

AKRC17‐154 RC 614396.1 703972.3 165.4 138 310 ‐50 10 60 50 2.09 50.00m @ 2.09 g/ 104.5 Phase 3

AKRC17‐154 RC 614396.1 703972.3 165.4 138 310 ‐50 125 135 10 1.79 10.00m @ 1.79 g/t 17.9 Phase 3

AKRC17‐154 RC 614396.1 703972.3 165.4 138 310 ‐50 94 120 26 0.62 26.00m @ 0.62 g/t 16.12 Phase 3

AKRC17‐154 RC 614396.1 703972.3 165.4 138 310 ‐50 73 79 6 0.65 6.00m @ 0.65 g/t 3.9 Phase 3

AKRC17‐154 RC 614396.1 703972.3 165.4 138 310 ‐50 64 68 4 0.71 4.00m @ 0.71 g/t 2.84 Phase 3

AKRC17‐155 RC 614269.4 703905.1 165.1 130 306 ‐50 9 13 4 0.91 4.00m @ 0.91 g/t 3.64 Phase 3

AKRC17‐156 RC 614275.5 703923.8 164.9 102 306 ‐50 NSI NSI Phase 3

AKRC17‐157 RC 614283.7 703917.4 165.2 90 310 ‐50 NSI NSI Phase 3

AKRC17‐158 RC 614276.4 703897.9 165.5 66 310 ‐50 23 27 4 0.89 4.00m @ 0.89 g/t 3.56 Phase 3

AKRC17‐159 RC 614297.9 703931.9 164.8 90 310 ‐50 38 45 7 7.71 7.00m @ 7.71 g/t 53.97 Phase 3

AKRC17‐160 RC 614363.4 703987.2 164.1 140 310 ‐50 90 114 24 2.39 24.00m @ 2.39 g/ 57.36 Phase 3

AKRC17‐160 RC 614363.4 703987.2 164.1 140 310 ‐50 71 86 15 1.19 15.00m @ 1.19 g/t 17.85 Phase 3

AKRC17‐160 RC 614363.4 703987.2 164.1 140 310 ‐50 18 45 27 0.66 27.00m @ 0.66 g/t 17.82 Phase 3

AKRC17‐160 RC 614363.4 703987.2 164.1 140 310 ‐50 56 66 10 0.61 10.00m @ 0.61 g/t 6.1 Phase 3

AKRC17‐160 RC 614363.4 703987.2 164.1 140 310 ‐50 10 13 3 0.69 3.00m @ 0.69 g/t 2.07 Phase 3

AKRC17‐161 RC 614304.0 703927.8 164.9 66 310 ‐50 44 52 8 3.37 8.00m @ 3.37 g/t 26.96 Phase 3

AKRC17‐161 RC 614304.0 703927.8 164.9 66 310 ‐50 26 29 3 1.48 3.00m @ 1.48 g/t 4.44 Phase 3

AKRC17‐161 RC 614304.0 703927.8 164.9 66 310 ‐50 15 20 5 0.86 5.00m @ 0.86 g/t 4.3 Phase 3

AKRC17‐162 RC 614319.6 703948.1 164.4 90 310 ‐50 16 60 44 1.51 44.00m @ 1.51 g/ 66.44 Phase 3

AKRC17‐162 RC 614319.6 703948.1 164.4 90 310 ‐50 82 86 4 4.27 4.00m @ 4.27 g/t 17.08 Phase 3

AKRC17‐163 RC 614498.9 704030.2 166.4 42 310 ‐50 NSI NSI Phase 3

AKRC17‐164 RC 614490.7 704036.3 166.4 54 310 ‐50 47 53 6 1.09 6.00m @ 1.09 g/t 6.54 Phase 3

AKRC17‐165 RC 614482.9 704042.0 166.4 58 310 ‐50 NSI NSI Phase 3

AKRC17‐166 RC 614449.2 703991.4 166.1 42 310 ‐50 15 30 15 1.12 15.00m @ 1.12 g/t 16.8 Phase 3

AKRC17‐167 RC 614438.3 703999.6 166.2 60 310 ‐50 36 60 24 3.79 24.00m @ 3.79 g/ 90.96 Phase 3

AKRC17‐167 RC 614438.3 703999.6 166.2 60 310 ‐50 20 32 12 2.11 12.00m @ 2.11 g/ 25.32 Phase 3

AKRC17‐168 RC 614438.3 704023.8 165.7 120 310 ‐50 69 119 50 1.23 50.00m @ 1.23 g/ 61.5 Phase 3

AKRC17‐168 RC 614438.3 704023.8 165.7 120 310 ‐50 33 62 29 1.77 29.00m @ 1.77 g/ 51.33 Phase 3

AKRC17‐168 RC 614438.3 704023.8 165.7 120 310 ‐50 19 28 9 1.64 9.00m @ 1.64 g/t 14.76 Phase 3

AKRC17‐169 RC 614430.3 704030.1 165.8 54 310 ‐50 19 32 13 2.97 13.00m @ 2.97 g/ 38.61 Phase 3

AKRC17‐170 RC 614428.7 704007.4 166.1 60 310 ‐50 18 57 39 2.52 39.00m @ 2.52 g/ 98.28 Phase 3

AKRC17‐171 RC 614414.9 703979.3 165.9 48 310 ‐50 20 47 27 1.66 27.00m @ 1.66 g/ 44.82 Phase 3

AKRC17‐172 RC 614411.2 703971.1 165.8 36 310 ‐50 27 36 9 1.41 9.00m @ 1.41 g/t 12.69 Phase 3

AKRC17‐173 RC 614422.2 703962.5 165.6 73 310 ‐50 47 73 26 1.63 26.00m @ 1.63 g/ 42.38 Phase 3

AKRC17‐173 RC 614422.2 703962.5 165.6 73 310 ‐50 25 32 7 2.45 7.00m @ 2.45 g/t 17.15 Phase 3

AKRC17‐174 RC 614434.5 704041.4 165.9 51 310 ‐50 45 51 6 4.12 6.00m @ 4.12 g/t 24.72 Phase 3

AKRC17‐174 RC 614434.5 704041.4 165.9 51 310 ‐50 23 29 6 2.96 6.00m @ 2.96 g/t 17.76 Phase 3

AKRC17‐175 RC 614386.9 703959.7 165.1 60 310 ‐50 20 27 7 5.66 7.00m @ 5.66 g/t 39.62 Phase 3

AKRC17‐175 RC 614386.9 703959.7 165.1 60 310 ‐50 33 60 27 1.42 27.00m @ 1.42 g/ 38.34 Phase 3

AKRC17‐176 RC 614439.8 704034.6 165.9 60 310 ‐50 35 38 3 13.33 3.00m @ 13.33 g/ 39.99 Phase 3

AKRC17‐176 RC 614439.8 704034.6 165.9 60 310 ‐50 25 28 3 2.42 3.00m @ 2.42 g/t 7.26 Phase 3

AKRC17‐177 RC 614384.5 703939.2 164.1 54 310 ‐50 38 48 10 0.84 10.00m @ 0.84 g/t 8.4 Phase 3

AKRC17‐178 RC 614313.4 703893.9 164.9 78 310 ‐50 60 70 10 2.44 10.00m @ 2.44 g/ 24.4 Phase 3

AKRC17‐178 RC 614313.4 703893.9 164.9 78 310 ‐50 26 29 3 3.61 3.00m @ 3.61 g/t 10.83 Phase 3

← Back to feed