1. October 2013

2. Some of the statements in this document may be deemed to be "forward-looking statements". All
statements on in this document, other than statements of historical facts, that address events or
developments that management of the Company expects, are forward-looking statements. Although
management believes the expectations expressed in such forward-looking statements are based on
reasonable assumptions, such statements are not guarantees of future performance, and actual
results or developments may differ materially from those in the forward-looking statements. The
Company undertakes no obligation to update these forward-looking statements if management's
beliefs, estimates or opinions, or other factors, should change. Factors that could cause actual
results to differ materially from those in forward-looking statements, include market prices,
exploration and development successes, continued availability of capital and financing, and general
economic, market or business conditions. Please see the public filings of the Company at
www.sedar.com for further information.
1

3. Trading Symbol:
US OTC Trading Symbol:
Issued & Outstanding Shares:
Fully Diluted:
Insider Ownership:
Recent Share Price:
Market Capitalization:
Treasury:
Enterprise Value:
SYH (TSX-V)
SYHBF
43.6 million
75.8 million
Over 25% of the outstanding shares
$0.10
$4.4 million
$1.3 million
$3.1 million
Stock Held in Other Companies: • 721,313 shares of Athabasca Nuclear
(TSX-V: ASC) trading at $0.25/share
• 2,000,000 shares of Lucky Strike
(TSX-V: LKY) trading at $0.11/share
• 640,000 shares of Noka Resources
(TSX-V: NX) trading at $0.28/share
• 25,000 shares of Premier Gold
(TSX: PG) trading at $2.05/share
*Prices as of October 1, 2013
2

4. Jordan Trimble, B.Sc.: President & CEO
Jordan Trimble is the President and Chief Executive Officer of Skyharbour Resources. Mr. Trimble holds a Bachelor of Science Degree
with a Minor in Commerce from UBC and he is a 2014 Level III CFA Candidate. He has worked in the resource industry in various roles
with numerous TSX Venture listed companies specializing in corporate finance and strategy, shareholder communications, marketing,
deal structuring and capital raising. Mr. Trimble has an extensive network of institutional and retail investors as well as resource industry
professionals bringing valuable relationships to the Company. He has a wealth of business development, managerial and sales
experience to help drive Skyharbour forward as the Company and its team continues to create shareholder value. Mr. Trimble has
completed the Canadian Securities Course and Technical Analysis Course offered through CSI as well as several geology, exploration
and mining courses.
Jim Pettit: Chairman of the Board
Jim Pettit is the Chairman of the Board of Skyharbour Resources Ltd. Mr. Pettit is currently serving as a Director on the Boards of 6 public
resource companies and offers over 25 years of experience within the industry specializing in finance, corporate governance,
management, and compliance. He specializes in the early stage development of private, as well as public companies. His background
over the past 25 years has been focused primarily within the resource sector where he has managed and directed junior resource
companies through good times and bad.
Don C. Huston: Director
Has been associated with the mineral exploration industry for over 30 years and has extensive experience as a financier and in-field
manager of numerous mineral exploration projects in North America. He was born and raised in Red Lake, Ontario and spent 15 years as
a geophysical contractor with C.D. Huston & Sons Ltd. as mineral exploration consultants in northern Ontario, Manitoba, and
Saskatchewan.
Richard Kusmirski, P.Geo., M.Sc.: Head Technical Advisor
Rick Kusmirski, P.Geo., M.Sc., Head Technical Advisor, has over 40 years of exploration experience in North America and overseas, and
has actively participated in the discovery of a number of uranium, gold and base metal deposits. For several years, in his capacity as
Exploration Manager, he directed Cameco Corporation's (TSX: CCO) uranium exploration projects in the Athabasca Basin. In 1999, Rick
joined JNR Resources becoming Vice President of Exploration in 2000. Subsequently, he directed the exploration program that led to the
discovery of the Maverick Zone on the Moore Lake uranium joint venture in the Athabasca Basin in Saskatchewan with partner Kennecott
Canada. Rick became JNR's President and CEO in January of 2001. In February of 2013, Denison Mines Corp. (TSX: DML) successfully
acquired all of the outstanding shares of JNR by way of a friendly all-share take-over bid.
Robert D. Marvin, P.Geo., CPG: Company Geologist
Bob Marvin is the Qualified Person as defined by National Instrument 43-101. Since 1979, Mr. Marvin has been involved in mineral
exploration for and evaluation of gold, copper, zinc, and uranium deposits throughout the Americas as an employee and as an
independent consultant. He graduated from the University of New Mexico with a Bachelor of Science degree in geology in 1984.
3

5. 
According to the World Nuclear
Association in 2010 there were
439 nuclear reactors operating
worldwide in 27 countries,
generating 374.7 gigawatts of
electricity and supplying 15% of
the world’s electrical
requirements

In addition to the operating
nuclear reactors worldwide,
there are 231 nuclear reactors
under construction or planned
and a further 317 reactors in the
proposal stage

Global demand for electricity is
set to grow 76% by 2030 and
nuclear energy will play an
integral role in meeting this
demand
5
4

6. 
Ux Consulting (UxCo) has estimated that uranium demand will grow from 185 million
pounds of U3O8 in 2009 to 255 million pounds in 2020 – an increase of almost 38%

While long-term demand is steadily growing, uranium supply is the biggest variable in the
supply-demand equation

UxCo has estimated that existing mine production plus new planned and potential mine
production will increase primary uranium supply from 132 million pounds in 2009 to 225
million pounds in 2020, falling short of expected demand of 255 million pounds per year

For the last two decades, uranium production has struggled to keep up with demand and
the shortfall has been met through secondary sources including the HEU agreement
(Megatons to Megawatts program) in which Russia has down-blended weapons-grade
uranium for sale to the US as nuclear reactor fuel

The 18 to 24 million pounds of uranium per year being provided from the HEU downblending program is scheduled to terminate in 2013 and the supply gap created by this
termination will need to be made up from new primary mine production
5

7. Value of Uranium Grades Compared to Other Metals
(Calculated in $US using metric tonnes and troy ounces in May 2013)
Metal
Grade
lbs/t
$/unit
Value/t
U3O8
1%
22
$45 / lb
$990
Gold
22.6 g/t
-
$1360 /oz
$990
Silver
1386 g/t
-
$22.23 / oz
$991
Copper
13.6%
300
$3.30 / lb
$989
Nickel
6.71%
148
$6.69 / lb
$990
1% U3O8 (Uranium) =
22.6 g/t Gold
1386 g/t Silver
13.6% Copper
6.71% Nickel
6

8. 
The Uranium (U3O8)
deposits of
Saskatchewan,
Canada are the richest
in the world

The Athabasca Basin
is an ancient
sedimentary basin
which hosts the world's
most significant
uranium mines and
produces just under
20% of the current
world uranium
production

2012 Southwest Athabasca Basin:
 Patterson Lake South discovery by Alpha Minerals (TSX-V: AMW) and Fission Uranium (TSX-V: FCU)

2008 to 2010 Eastern Flank Athabasca Basin:
 J-Zone discovery by Fission Uranium and KEPCO: indicated 306,831 tonnes at 1.52% U3O8 (10.2mm
lbs) and inferred 138,404 tonnes at 0.90% U3O8 (2.7mm lbs)
 Wheeler River – Phoenix Deposit being explored by Denison Mines (TSX: DML): Phoenix A has indicated
89,900 tonnes at 18.0% U3O8 (35.6mm lbs) and Phoenix B has inferred 23,800 tonnes at 7.3% U3O8
(3.8mm lbs)
7

9. 
The Patterson Lake area is located in the southwestern Athabasca Basin region

The area has received escalating exploration attention and claim acquisition activity as a result of the
new, shallow high-grade uranium discovery made by Alpha Minerals (TSX-V: AMW) and Fission (TSXV: FCU) outside of the Basin proper

Drill results at the expanding Alpha / Fission discovery area include:






54.5m of 9.08% U3O8 including 21.5m of 21.76% U3O8 in hole PLS13-075 (R390E Zone)
49.5m of 6.26% U3O8 including 6.0m of 35.00% U3O8 in hole PLS13-053 (R390E Zone)
53.0m of 6.57% U3O8 including 10.5m of 29.26% U3O8 in hole PLS13-051 (R390E Zone)
34.0m of 4.92% U3O8 including 12.5m of 12.38% U3O8 in hole PLS13-038 (R390E Zone)
37.5m of 1.17% U3O8 including 13.0m of 1.97% U3O8 (R00E Zone)
These discoveries demonstrate the potential for high-grade uranium mineralization on the margins of
the western side of the Athabasca Basin where significantly less exploration has been carried out
compared to the eastern side of the Basin
8

10. 26
10

11. 
Earn in option agreement between Skyharbour Resources (TSX-V: SYH), Lucky Strike Resources (TSXV: LKY), Athabasca Nuclear (TSX-V: ASC), and Noka Resources (TSX-V: NX)

Western Athabasca Syndicate Property Package includes the largest land package in the Patterson Lake
area totalling 246,643 hectares (609,469 acres) strategically located to the west, east, north and south of
the PLS high-grade discovery

The collective efforts of the four partner companies forming the syndicate combine over 250 years of
exploration and finance experience with focused technical expertise in Athabasca uranium exploration

Five geologically prospective uranium properties comprise the 25% earn-in agreement between the four
companies; the properties were acquired for their proximity to the PLS discovery and interpreted
favourable geology for the occurrence of PLS style uranium mineralization

The Western Athabasca Syndicate will be spending a minimum of $6,000,000 in combined exploration
expenditures over the next two years; Skyharbour will fund $1,000,000 whole the three partner
companies will fund the remaining $5,000,000

Skyharbour’s management considers this the most cost-efficient and operationally-effective structure to
conduct a large scale exploratory program while mitigating company-specific risk and equity dilution to
shareholders
10

12. 
Benefit of syndicate model is having combined geological team with over 200 years of experience with focus on uranium exploration in Athabasca Basin:
Richard Kusmirski, P.Geo., M.Sc.: Head Technical Advisor for Skyharbour Resources
Mr. Kusmirski has over 40 years of exploration experience in North America and overseas, and has actively participated in the discovery of a number of
uranium, gold and base metal deposits. After directing Cameco’s uranium exploration projects in the Basin, Rick joined JNR Resources becoming VP of
Exploration by 2000. He directed the exploration program that led to the discovery of the Maverick Zone on the Moore Lake uranium property. Rick then
became JNR's President and CEO and in February of 2013, Denison acquired all of the outstanding shares of JNR by way of a friendly take-over bid.
Darren Smith, P. Geo., M.Sc.: Director and Geological Consultant for Noka Resources
Mr. Smith is a Professional Geologist and is employed by Dahrouge Geological Consulting Ltd. which has a track record of success with its President, Jody
Dahrouge, and his team involved in the conceptualization and acquisition of several uranium properties within the Athabasca Basin. Most notably these
include such projects as Waterbury Lake (J-Zone), Patterson Lake and in part Patterson Lake South. From 2006 to 2010, Mr. Smith conducted uranium
exploration in the Basin for multiple clients, primarily for roll-front, Beaverlodge, and unconformity-basement style mineralization. He was directly involved in
or co-managed drilling at such notable locations as Patterson Lake, the Athabasca Property (North Shore) and Waterbury Lake (J-Zone). His experience
includes carbonatite complexes and associated rare metals, rare earth elements, in addition to sandstone-hosted and unconformity-style uranium deposits.
Charles Downie, P.Geo.: President, CEO and Director of Athabasca Nuclear
Mr. Downie has well over 20 years experience in mineral exploration and mining. He worked for Cominco Ltd. both pre and post graduation where he was
involved with grassroots exploration, property evaluation, mine development and mine production at various exploration projects throughout Western Canada
including Pine Point, Polaris, Snip and Sullivan. After leaving Cominco in 1993, Mr. Downie worked as a geological consultant throughout North, Central, and
South America with a wide range of projects including copper gold porphyry, shear hosted gold, sedimentary exhalitive, and VMS.
Jarrod Brown, P. Geo., M.Sc.: Chief Geologist and Project Manager for TerraLogic Exploration Inc.
Mr. Brown began consulting as a project geologist for TerraLogic and then came on full-time as senior project geologist starting in 2005. Currently his primary
technical responsibilities as a Project Manager involve him in every aspect of mineral exploration, from base-line research and tenure acquisition, through to
intensive fieldwork and to the final interpretation of results. Mr. Brown has extensive experience with basement hosted uranium targets in the Basin.
Henry Neugebauer, P.Eng., MBA: Director & Qualified Person for Lucky Strike Resources
Mr. Neugebauer has worked as a consulting geologist and engineer since 1965. His experience includes 15 years with Chevron where his roles included
Western U.S. Exploration Manager in which he was responsible for uranium exploration and development, and Country Manager for Chevron’s uranium
exploration program in Spain. Mr. Neugebauer has also worked in many other countries throughout the world as a consultant and technical advisor, director
and president of gold and uranium exploration companies.
John Adams: Director of Lucky Strike Resources
Mr. Adams brings over 30 years of experience in the mining business to the Company. The Son of the late Robert W. Adams, one of the founders of the US
uranium industry, John managed the family owned company Energy Fuels Corporation, which developed and owned the largest coal mine in Colorado (4
million tons per year). John was also Chief Executive Officer of Energy Fuels Nuclear Inc., the largest producer of uranium in the US (5 million lbs per year)
during the 1980’s and early 1990’s. For over 10 years, Mr. Adams has been developing the Toroparu Gold Deposit in Guyana, South America. In addition, to
his mining activities Mr. Adams has been active in real estate development, banking, and cattle production.
11

13. 12

14. 13

15. 
Uranium mineralization in the Patterson Lake area
bears a number of similarities to the high-grade uranium
deposits in the Eastern part of the Athabasca Basin like
those at the Cigar Lake and McArthur River mines

The mineralization occurs in structurally disrupted and
strongly clay altered, commonly graphitic pelites and
metapelites with narrow felsic segregations / pegmatites

Sulphides are commonly associated with the
mineralization along with anomalous levels of cobalt,
nickel, molybdenum and boron

Uranium mineralization in the Patterson Lake area is
also associated with felsic intrusives, primarily
pegmatites

Western Athabasca Syndicate Properties have both
target types on large land package in the Patterson
Lake region
14

16. 
246,644 hectare (609,469 acre) uranium property south of the PLS discovery
area and directly contiguous to claims held by Fission Uranium, Forum Uranium
and NexGen Energy

The claims are accessible by road with primary access from the all-weather
Highway 955, which runs north through the PLS discovery through to the former
Cluff Lake uranium mine

An initial review of historic exploration data on the Preston Lake Property has
identified a number of potential areas for follow up; the property covers the
extension of NE-SW on-trend linears and mag features targeted by Fission and
Alpha at PLS

A uranium in lake sediment sample collected by the Geological Survey of
Canada returned a value of 5.4 ppm U3O8; this high uranium value may indicate
either the down-ice glacial transport of uranium boulders from source or an in-situ
source of uranium (for comparison, the highest value down-ice from the PLS
discovery is 3.2 ppm U3O8)

Another high-priority area has clusters of anomalous uranium in lake sediment
samples and anomalous uranium values in rock samples (up to 5.6 ppm U3O8)

Presence of km-scale NE-SW trending graphitic faults associated with sulphides
and anomalous radioactivity as identified with scintillometers

Historical diamond drilling on the property successfully confirmed the presence of
graphite-bearing conductors in the region; these graphitic conductors are the
primary targets at the high grade uranium PLS discovery area to the north
Management cautions that past results or discoveries on proximate land are not
necessarily indicative of the results that may be achieved on these properties.
15

17. 
The four companies’ combined geological team will explore the properties by utilizing proven, costefficient exploration techniques that have led to numerous uranium discoveries in the Athabasca Basin
region; the primary target is high-grade and shallow uranium mineralization

Technical team includes TerraLogic Exploration which have been active in Archean basement exploration
in the Basin since 2005 and are credited with the basement-hosted uranium discovery at Eagle Lake

TerraLogic has proprietary data collection methodology which provides rapid integration of field data with
extensive databases; they also have an excellent network of prospectors, geophysical consultants and
exploration support contractors

High-priority areas of interest have been flown first (EM, mag and radiometric geophysical surveys) with
an aggressive follow-up field work program planned for September and October; a sophisticated
targeting matrix is being used to identify and prioritize areas for ground-based follow-up

Field work will include ground-truthing of high-priority geophysical targets using water and soil radon
sampling, scintillometer surveying, boulder tracing, geochemical lake sediment and soil sampling,
biogeochemistry, prospecting, and trenching as required

The Syndicate’s geological team will then integrate / interpret results to define priority areas for detailed
follow-up and drill target selection using a specific criteria set comprising similar geological features and
exploratory indicators present at Fission and Alpha’s nearby PLS discovery

By the end of this summer’s field program in October, a total of approximately $1.5 million will have been
spent in exploration on the property between airborne geophysical surveys and follow-up ground work
16

18. 
The Syndicate has finished Phase 1 of exploration at Preston Lake starting with an airborne geophysical survey consisting
of 4,840 line kilometres using a VTEM system (EM and mag)

The VTEM survey succeeded in mapping over 300 km of interpreted graphitic-type basement conductors which are
compliant with basement geology trends as revealed by the associated aeromagnetics; these strong, multi-kilometre
conductive anomalies represent primary exploration targets

Of particular interest are cross-cutting structural features and flexures affecting the conductor traces, which are often
associated with high-grade uranium deposits of the Basin including PLS discovery

An additional 4,400 line kilometres in a high-res, airborne radiometric survey was flown to locate uranium boulder trains
and in-situ uranium mineralization

Initial interpretation of the radiometric data has
identified areas with elevated uranium counts
that can be correlated along / between multiple
lines; may indicate the presence of radioactive
boulder trains or in situ uranium mineralization

These radiometric features, particularly where
possible sources coincide with prospective EM
conductors, are high-priority targets for followup ground work as this is the signature that led
to the PLS discovery

Field crews also completed a preliminary
assessment of Preston Lake and identified the
presence of km-scale NE-SW trending graphitic
faults associated with sulphides and anomalous
radioactivity in addition to completing
preliminary water radon sampling, prospecting
and scintillometer surveying
17

19. 
The first-pass phase of ground exploration, Phase 2, included boulder prospecting using hand held
scintillometers, radon and silt sampling using both helicopter and boat support, geochemical and radon soil
sampling, geological mapping and prospecting, and biogeochemical sampling

291 water and 248 lake sediments, 213 biogeochemical samples and 91 soil geochemical samples were
collected from detailed grids established over priority targets as well as 21 rock samples

The radon survey at the Phase 2 Preston Lake program has successfully identified a number of significant
radon anomalies occurring both as clusters and as discrete point anomalies

9 of the 291 radon samples returned radon values in excess of 23 pCi/l (picocuries per litre) with a peak value
of 98 pCi/l

Radon in water survey results were instrumental in identifying first pass drill targets at the nearby PLS
discovery and helped vector in on most of the high-grade discovery zones (see Fission’s May 6, 2013 News
Release – New Radon Survey Identifies Strongest Anomaly to Date)

25 discrete geographic areas on the Preston Lake Property were identified that have radioactivity
measurements of more than 1,000 counts per second (background being typically <500 cps) using an RS125/RS-120 Spectrometer / Scintillometer, with a maximum reading of 5,200 counts per second

The current Phase 3 exploration underway at Preston Lake will include focus on specific high-priority areas
identified from the work to date

By the end of this summer/fall field program in October, a total of approximately $1.5 million will have been
spent in exploration with the goal being to identify uranium showings and potential drill targets through detailed
airborne geophysical surveys, silt and soil sampling, radon sampling, and prospecting for radioactive boulder
fields
18

20. 19

21. 
The North Patterson and RY Properties are strategically located approximately 27 km and 35
km respectively to the north of Fission / Alpha's Patterson Lake South project claim boundary
and cover prospective geology within the Athabasca Basin sandstones including NE-SW
regional structural trends

Approximately 90 km east of the PLS discovery is the Syndicate’s South Basin Property which
is situated along the unconformable contact between basement rocks and the Athabasca Basin

With this significant land package, the Syndicate is well positioned in this emerging area to the
north, south, east and west of PLS as well as other regional operators in the area including
Cameco Corp., Areva, and Denison Mines

11,769 acre Wheeler Project is located in the Eastern Athabasca Basin and has three uranium
showings on the property; grab sample assay values range from 10 ppm to 0.495% U3O8

Mineralization is contemporaneous with the formation of pegmatoid rocks and uranium is
scattered as uraninite grains enclosed in weakly altered biotite, quartz and feldspar

The Wheeler Project has two obvious targets for immediate exploration: first, the known,
outcropping, pegmatite hosted uranium mineralization mentioned above, and second, Cigar
Lake style uranium mineralization hosted at the regional, unconformable contact between the
Archean age pegmatites and overlying basin fill sedimentary units
20

22. Contact: Jordan Trimble – President and CEO
Telephone: (604) 687-3376
Toll Free: (800) 567-8181
www.skyharbourltd.com
info@skyharbourltd.com
Suite 1610, 777 Dunsmuir Street
Vancouver, BC, V7Y 1K4, Canada
Robert D. Marvin, P. Geo., CPG is the Qualified Person as defined by National Instrument 43-101 and has reviewed and
approved the technical information in this presentation.