Truscott Mining Corporation Ltd · ASX:TRM

Truscott Mining — Technical Presentation (January 2016)

23 slides from Truscott Mining's technical presentation, Jan 11, 2016

  1. Slide 1: Tennant Creek Goldfields – Structure & Mineralisation

    For personal use only ABN 31 116 420 378 Tennant Creek Goldfields – Structure & Mineralisation Technical Presentation Presentation 2016

  2. Slide 2: Disclaimer - Forward Looking Information

    Disclaimer - Forward Looking Information For personal use only Truscott Mining Corporation Limited has prepared this announcement based on information available to it. No representation or warranty, express or implied, is made as to the fairness, accuracy, completeness or correctness of the informat

  3. Slide 3: Tennant Creek Goldfields Location – Northern Territory

    Tennant Creek Goldfields Location – Northern Territory For personal use only Excellent Access and Low A Regional Centre with a Mining Infrastructure Costs Focus  500 km north of Alice Springs - main Stuart Highway to Darwin  Rail - Alice Springs to Darwin line  Mining support industries (drilling

  4. Slide 4: Gold Projects Tenement Locations (100% Truscott)

    Tennant Creek Gold Projects Tenement Locations(100% Truscott) For personal use only

  5. Slide 5: Historical Underground Mining – Major Gold Deposits

    Tennant Creek Goldfield Historical Underground Mining – Major Gold Deposits For personal use only Transitions in Mining Methods and Selectivity - Underground Mining - Gold Zones - Major Deposits Recording the change from shaft supported hand held methods (Nobles Nob) to decline supported mechanisati

  6. Slide 6: Mineral Field Structural Elements & Location of Gold Occurrences

    Tennant Creek Mineral Field Structural Elements & Location of Gold Occurrences For personal use only N R’ 153 White Devil R 103 10km Ơ1 128

  7. Slide 7: Structural Controls & Mineralisation

    Tennant Creek Goldfields Structural Controls & Mineralisation For personal use only Observations of recorded mineral occurrences across the goldfield demonstrate linear traces along which the mineralisation is distributed. The patterns that these lines support a structural evolution that has been dr

  8. Slide 8: Structural Elements Minor Scale (1 Metre)

    Westminster Structural Elements Minor Scale (1 Metre) For personal use only 3 3

  9. Slide 9: Major Mines & Targets At Structural Element Intersections - TMI Image

    Major Mines & Targets At Structural Element Intersections - TMI Image For personal use only Westminster Project Hera Project

  10. Slide 10: Prospectivity Assessment

    Tennant Creek Goldfields Prospectivity Assessment For personal use only Truscott’s exploration projects are located in the prospective part of the goldfield south of the principle strain axis sigma 1. Structural elements are evident in the gravity image (slide 9), and lineaments of late stage faulti

  11. Slide 11: Westminster & Hera Project Settings

    Tennant Creek Goldfield Westminster & Hera Project Settings For personal use only ______________5Km

  12. Slide 12: Project Structural Controls and Gold Assays

    Westminster Project Structural Controls For personal use only Gold Assays

  13. Slide 13: Project Extension & Compression Zones

    Westminster Project Extension & Compression Zones For personal use only At Westminster a zone of primary transcurrent shearing at 083 (D) degrees is crosscut by a set of late stage anti-synthetic shears on 153 (R’) degrees. A lineation along the direction of anti-synthetic shear provides an axis whi

  14. Slide 14: Structural Controls - 1stVD Ground Gravity Image

    Westminster Project Structural Controls - 1stVD Ground Gravity Image For personal use only Gold Assays Gold Assays

  15. Slide 15: Structural Controls – Ore Body One, Zone One

    Westminster Project Structural Controls – Ore Body One, Zone One For personal use only Zone 1 Gold Assays

  16. Slide 16: Resource Extension Potential

    Westminster Project Resource Extension Potential For personal use only The Extension and Compression zones formed as a consequence of the transcurrent shear action provides dilation traps for Iron rich fluids to precipitate. The geometry of the interaction between the 083 (D) shear direction and 103

  17. Slide 17: Ore Body One – Zone One, Depth Extension Drilling

    Westminster Project, Long Section Ore Body One – Zone One, Depth Extension Drilling For personal use only Gold Assays Gold Assays Ore Body 1, Zone 1, Planned depth extension drilling Ore body No 1 Depth Extension

  18. Slide 18: Ore Body One Oblique Section - Across Ore Plunge – Zone One

    Westminster Project – Ore Body One Oblique Section - Across Ore Plunge – Zone One For personal use only

  19. Slide 19: Warrego Foot Print Model

    Westminster Project - Warrego Foot Print Model Structural Controls – 1stVD Ground Gravity Image For personal use only Magnetic High

  20. Slide 20: Comparative Ore Body Models

    Tennant Creek Goldfield Comparative Ore Body Models For personal use only The ground based gravity images at Westminster provide indications of the local transcurrent shear corridor and modelled dilation domains. Surface mapping, sampling and drilling subsequently further references the location for

  21. Slide 21: Hera Project – Gravity Image

    Hera Project – Gravity Image Warrego and Westminster modelled footprints For personal use only Warrego Footprint Model Westminster Footprint, Model Magnetic High Surface Copper & Iron Ore Body 1 Laterite Hill 500m Projected central Axis

  22. Slide 22: Paragenesis Model

    Tennant Creek Goldfields Paragenesis Model For personal use only Structural Events Sedimentary Setting Mineralisation Sequence Sediments Folded East-West Warramunga Sediments deposited 1859ma Minor mineralisation along bedding planes Tennant deformation event begins Sediments sheared along 083 Iron

  23. Slide 23: Directors and Executive Management - Truscott Mining Corporation Limited

    Directors and Executive Management - Truscott Mining Corporation Limited For personal use only Peter N Smith (Executive Chairman & Managing Director) BSc (Min), PG Dip (M Tech), M Min Tech, FAusIMM, CP, International and Australian experience in mine management and mine development. Twenty years exp

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