Radio Project

Radio is located in the North East Athabasca Basin, adjacent to previously and currently mined uranium deposits. It comprises mineral claim S-113997 of 847ha size.

The Athabasca Basin is one of the world’s richest uranium provinces. Within a 10km radius of Radio is approximately 170Mlb of uranium resources at average grades of 1–11% U3O8.

Radio is located directly adjacent to and covers the eastern extension of the interpreted structural corridor that hosts Rio Tinto’s Roughrider deposits (total indicated + inferred resources of 58Mlb at an average grade of 4.73% U3O8). Rio Tinto acquired Hathor Exploration, previous owner of the Roughrider deposits, for A$654m in December 2011.

In May 2011, detailed aeromagnetic and VTEM surveys were conducted over the property and confirmed the presence of certain structural trends similar to those hosting mineralisation on adjacent properties in the area, such as Roughrider, MidWest and Dawn Lake.

Significantly, certain drill targets in Radio are interpreted to be on the same structural trend that hosts the Roughrider deposits.

During 2012, detailed ground gravity and resistivity surveys have been completed covering Radio, on a 200m line separation oriented N-S over the entire property. Interpretation completed to date has confirmed at least eight priority targets requiring detailed drilling. An initial diamond drilling program is planned for winter 2012–13 and is expected to commence in January 2013.

The exploration targets comprise Athabasca Basin ‘unconformity-style’ uranium deposits primarily associated with structurally disturbed zones within the lower Proterozoic metamorphic basement lithologies, similar to those drilled at Roughrider East and Far East. Typical target footprint size is small, being up to only several hundred metres long and up to 100m wide, beneath approximately 200m of barren cover quartzite of the Basin. Known deposits are steeply dipping.

The property is near existing infrastructure, with two of the world’s largest vertically integrated uranium producers (Areva and Cameco) operating uranium mines and processing facilities in the area.

Tenement history and exploration

The Radio project claim area dates back to the original 1969 claim rush. However despite the occurrence of a number of low-level regional exploration geophysical and geochemical targets and the proximity to identified uranium deposits, Radio was never drilled.
Image to be reworked for website.

Radio Project Timeline

  • Asset Location Map

    Dominant Athabasca Basin land position

    Projects predominantly located in the shallower sections/ boundary of the Athabasca Basin at the unconformity.

  • Radio Property Location

    Claim Maps and Nearby Uranium Deposits(7)

    Notes
    (1) “Preliminary Economic Assessment Technical Report for the East and West Zones Roughrider Uranium Project, Saskatchewan”, 13 Sep 2011; on SEDAR (www.sedar.com) under the profile of Hathor Exploration Limited.  (2) ”Technical Report on the Midwest A Uranium Deposit Saskatchewan, Canada”, 31 Jan 2008, on SEDAR (www.sedar.com) under the profile of Denison Mines Corp.  (3) “Technical Report on the Midwest Uranium Deposit Mineral Resource and Mineral Reserve Estimates Saskatchewan, Canada”, 01 Jun 2005, revised 14 Feb 2006, on SEDAR (www.sedar.com) under the profile of Denison Mines Inc.  (4) Cameco Corp. (www.cameco.com).  (5) “Technical Report on the Mineral Resource Estimate for the McClean North Uranium Deposits, Saskatchewan”, 31 Jan 2007, on SEDAR (www.sedar.com) under the profile of Denison Mines Corp.  (6)“Technical report on the Waterbury Lake uranium project including resource estimate on the J Zone uranium deposit, Waterbury Lake property, located in the Athabasca Basin, Northern Saskatchewan”, 29 Feb 2012 on SEDAR (www.sedar.com) under the profile of Fission Energy Corp.  (7) There is no known uranium mineralisation at the Radio Project. Information regarding adjacent properties is not necessarily indicative of the mineralisation at the Radio Project.

  • Radio Property Location

    Radio is adjacent to, and covers the extension of, the interpreted E-W structural corridor, which hosts the world class Roughrider deposits.

    Source: Fission Energy presentation to Agora Financial, Vancouver; 25 Jul 2012

  • Athabasca Basin Uranium Target Model

    Uranium is associated with basement fault systems, resulting in extensive alteration envelopes above mineralisation; depth to basement at Radio ~170–200m.

    Source: Card et al 2010 (SGS Open House) & ExTech IV

  • Structural Trends

    Structural trends on the Radio Project are similar to those hosting nearby deposits.

    Data: Geological Survey of Canada

  • Proposed Drill Targets

    Proposed drill targets are interpreted to be on the same structural trend that hosts the Roughrider Deposit.

    Data Source: Hathor Exploration Ltd Corporate Presentation Sep 2011
    Data Source: RADIO Ground Resistivity 2012; 250m depth slice

  • Aeromagnetics & VTEM

    Flown April 2011

  • Radio Property Neighbours

    Data Source: Hathor presentation Apr 2011

  • Radio, Athabasca Basin (1)

    Photo

  • Radio, Athabasca Basin (2)

    Photo

  • Radio, Athabasca Basin (3)

    Photo

  • Radio, Athabasca Basin (4)

    Photo

  • Radio, Athabasca Basin (5)

    Photo

  • Radio, Athabasca Basin (6)

    Photo

  • Radio, Athabasca Basin (7)

    Photo

  • Radio, Athabasca Basin (8)

    Photo

  • Radio, Athabasca Basin (9)

    Photo