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STELLAR RESOURCES LIMITED Capital/Financing Update 2012

Oct 15, 2012

65860_rns_2012-10-15_014acb5d-24b2-4b95-89a3-686cc436e6ce.pdf

Capital/Financing Update

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16 October 2012

Heemskirk Tin – Latest Drilling Upgrades Severn and Queen Hill

  • ZS113W ‐ 31 metres @ 1.05% tin from 266 metres including 7 metres @ 1.78% tin.

  • ZS115 ‐ 16 metres @ 0.62% tin, 100 metres down‐plunge from ZS113.

  • ZQ117 ‐ 6 metres @ 0.42% tin, 728g/t silver, 17.49% lead and 2.59% zinc from 105 metres.

  • ZQ117 ‐ 3 metres @ 0.56% tin from 396 metres, a deeper extension of the Queen Hill lode.

On‐going Drilling Program

  • Remaining 53% of 10,000 metre diamond drilling program to be completed by April 2013.

  • ZS119 is complete ‐ assay results are pending.

  • ZS120 in progress – targeting deep Severn mineralisation on Section 3800N. Results are expected in late November.

  • ZS121 in progress ‐ first of two drill targets to the south of Severn ‐ on Section 2900N. The first diamond drill hole should be complete in mid November.

ZQ117 110‐111m 0.11%Sn, 1580g/tAg, 29.6%Pb, 0.8%Zn

ASX Code: SRZ About Stellar:

ABN 96 108 758 961 Stellar Resources (SRZ) is an exploration and development company with assets in Tasmania and South Australia. Level 17, 530 Collins Street The company is rapidly advancing its high‐grade Heemskirk Tin Project, located near Zeehan in Tasmania, and Melbourne Victoria 3000 plans to become Australia’s second largest producer of tin. Australia

Telephone +61 3 9618 2540 Facsimile +61 3 9649 7200

www.stellarresources.com.au

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CEO Peter Blight commentedThese are pleasing results. ZS113W confirms the wide, high grade intersection in the parent hole ZS113 and hole ZS115 demonstrates that this wide zone continues at least 100 metres down plunge from ZS113 upgrading the tonnage potential for Severn. The intersection of ore‐grade tin mineralisation at 396 metres in ZQ117 also confirms the untested potential of the Queen Hill deposit at depth. ZQ117 intersected high‐grade silver and base metals up‐ dip from Severn and within 100 metres of the surface. Historical mining in the Zeehan district was directed at these vein deposits which are high grade but often discontinuous and narrow. Where they are within close proximity of ore grade tin mineralisation, as appears to be the case at Severn, they could be viable secondary mining targets.”

Drilling Plan

Figure 1 shows the three cross‐section lines, 3650N, 3750N and 3800N (Heemskirk Mine Grid) along which much of the drilling program was conducted over the last two months. The red stippled areas in Figure 1 show the surface projections of the tin mineralisation defined to date.

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Figure 1: Simplified Geological Plan, Heemskirk Tin Project

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Table 1: Significant Assay Results

Hole No From To Interval Tin Sol Tin Silver Lead Zinc
Severn m m m % % ppm % %
ZS112 229.0 232.0 3.0 1.46 0.01
406.0 411.0 5.0 0.87 0.01
ZS112W 339.0 344.0 5.0 0.814 0.01
355.0 357.0 2.0 1.41 0.01
ZS113W **266.0 ** 297.0 31.0 1.05 0.01
including **282.0 ** 289.0 7.0 1.78 0.01
ZS115 **465.0 ** 481.0 16.0 0.62 0.01
ZQ117 **105.0 ** 111.0 6.0 0.43 0.02 728 17.49 2.59
396.0 399.0 3.0 0.56 0.01

All intersections (including those in the silver lead zone in ZQ117) show negligible levels of acid soluble tin indicating that 98% or more of tin mineralisation is in the form of cassiterite, the most readily recoverable tin mineral.

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Figure 2: Severn Schematic Long‐Section Showing Cross‐section Positions

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Section 3750N

ZS113W , drilled on Section 3750N and twinned from ZS113, confirmed the excellent intersection previously reported for the parent diamond drill hole. ZS113W intersected 31 metres grading 1.05% tin including a high grade zone of 7 metres grading 1.78% tin.

ZQ117 was a step‐out hole that provided two significant intersections.

The first intersected near‐surface tin, silver and base metals mineralisation in a position 150 metres up‐dip from Severn (see Figure 2 and 3). The 6 metre intersection averaged 0.42% tin, 728g/t silver, 17.49% lead and 2.59% zinc. The presence of high grade silver and lead mineralisation was previously reported for Clarkes Lode which parallels the Queen Hill deposit 250 metres to the north. However, ZQ117 is the first significant intersection of this mineralisation above Severn. ZS119 was drilled to test for an extension of this mineralisation 50 metres to the southwest of ZQ117. Assays are pending.

The second intersection in ZQ117 of 3 metres at 0.56% tin from 396 metres achieved the main aim of this hole by showing a down‐dip continuation of the Queen Hill deposit along the contact between Oonah formation and Montana Volcanics. This demonstrates the potential to upgrade the size of the Queen Hill deposit at depth and further testing of this potential is planned within the context of the overall project.

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(NB: partial traces of drill holes reflect the fact that the hole has deviated off‐section. For example ZS115 was collared on Section 3750N but intersected Severn on Section 3800N)

Figure 3: Queen Hill and Severn Cross‐section at 3750N

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Section 3800N

ZS115 is an important Severn infill diamond drill hole (see Figure 4). It intersected 16 metres grading 0.62% tin and demonstrated a thickening of the mineralised zone 50 metres down‐dip from historical diamond drill hole G74 and 100 metres down plunge from ZS113.

ZS120 is in progress and will test Severn, 80 metres down dip of ZS115. Assuming that it intersects ore grade mineralisation, it has the potential to expand the resource envelope at depth.

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Figure 4: Queen Hill and Severn Cross‐section at 3800N

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Section 3650N

ZS112 and twin hole ZS112W intersected Severn 180 metres down dip of historical diamond drill hole G65. The ZS112 intersection shows that tin mineralisation is contained in several narrow lodes over an 80 metre interval with the main lode of 5 metres grading 0.87% tin occurring at the base of this zone from 406 metres. As the geology in Figure 5 shows, a flexure in the Montana Beds host horizon is interpreted to be the cause of tin mineralisation bifurcating into lodes at around the 850mRL. If the Montana Beds steepen again below the 700mRL, as indicated in Figure 5, an important deep drill target below ZS108 emerges. This concept will be tested to the south of Severn by ZS121.

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Figure 5: Queen Hill and Severn Cross‐section at 3650N

South Severn Targets

ZS121 is in progress on Section 2900N, 650 metres to the south of Severn. The diamond drill hole has a planned depth of 300 metres and will test a magnetic target that is coincident with Montana Beds. G91, an historical diamond drill hole on the section, intersected 5.5 metres grading 0.50% tin in Montana Beds, 550 metres below surface and 200 metres below the magnetic target.

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The Next 6 Months

In March 2012, a 10,000 metre drilling program was announced to infill and upgrade resource estimates for the Heemskirk Tin Project. In the six and half months since the announcement, 4,695 metres were completed or 47% of the total. 12 primary holes and three wedge holes were drilled with three of the 12 targeting Queen Hill and the rest Severn. Seven of the 12 holes intersected ore grade tin mineralisation with assay results for the last hole pending.

Over the next 6 months, the plan is to complete the drilling program with a further 12 diamond drill holes. The program is summarised as follows.

  • South Severn Targets ‐ 3 diamond drill holes for a total of 900 metres

  • Severn infill/extension – 5 diamond drill holes for a total of 2,100 metres

  • Queen Hill extension – 3 diamond drill holes for 1,700 metres

  • Heazlewood exploration target (copper/gold) – 1 diamond drill hole of 300 metres

During this period, work will continue on design and costing of the processing plant and environmental baseline studies. The plant work is expected to be completed by the end of 2013.

An upgrade of the resource estimate is expected in the March quarter 2013 with an upgrade of the mine plan to follow soon after.

Mid 2013 is the target for completion of a preliminary feasibility study.

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Appendix 1: Drill Hole Coordinates

Hole No Northing Easting Relative Level Collar Depth Recovery
Collar Collar m Dip/Azimuth m %
ZS112 5361747 361345 181 70/300 552 96
ZS112W 5361747 361345 181 68/305 456 99
ZS113W 5361852 361284 181 61/320 322 100
ZS115 5361802 361464 178 55/300 509 99
ZQ117 5361939 361173 183 55/290 546 97

Collar coordinates and azimuth in GDA94. The Heemskirk Mine Grid is now in place which is rotated 23 degrees clockwise from GDA94

Appendix 2: Assay Data

Hole No From To Interval Tin Sol Tin
m m m % ppm
ZS112 329 330 1 3.22 <50
330 331 1 0.09 <50
331 332 1 1.07 <50
344 345 1 1.95 <50
355 356 1 1.15 <50
356 357 1 0.32 <50
362 363 1 2.45 <50
386 387 1 1.01 <50
387 388 1 1.53 60
406 407 1 0.44 90
407 408 1 2.88 80
408 409 1 0.39 <50
409 410 1 0.39 180
410 411 1 0.24 50
424 425 1 0.65 <50
ZS112W 328 329 1 0.55 <50
329 330 1 1.89 70
339 340 1 0.54 <50
340 341 1 1.21 100
341 342 1 0.16 110
342 343 1 0.78 <50
343 344 1 1.38 <50
355 356 1 1.59 120
356 357 1 1.23 120
369 370 1 1.21 <50

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Hole No From To Interval Tin Sol Tin Silver Lead Zinc
m m m % ppm ppm % %
ZS113W 266 267 1 1.12 <50
267 268 1 0.06 <50
268 269 1 4.38 80
269 270 1 0.07 <50
270 271 1 0.13 <50
271 272 1 0.10 <50
272 273 1 0.77 <50
273 274 1 0.30 <50
274 275 1 0.94 <50
275 276 1 4.96 110
276 277 1 1.82 730
277 278 1 0.65 140
278 279 1 0.69 430
279 280 1 0.11 260
280 281 1 0.08 50
281 282 1 0.29 <50
282 283 1 3.45 140
283 284 1 0.80 50
284 285 1 0.63 <50
285 286 1 0.57 <50
286 287 1 0.22 80
287 288 1 4.85 420
288 289 1 1.92 380
289 290 1 0.24 50
290 291 1 0.02 <50
291 292 1 0.24 <50
292 293 1 0.17 <50
293 294 1 1.27 <50
294 295 1 0.68 270
295 296 1 0.31 100
296 297 1 0.64 <50
ZS115 465 466 1 0.71 <50
466 467 1 1.29 50
467 468 1 0.04 <50
468 469 1 0.09 <50
469 470 1 0.42 <50
470 471 1 0.89 <50
471 472 1 2.07 <50
472 473 1 0.40 <50
473 474 1 0.10 <50
474 475 1 0.11 <50
475 476 1 0.74 <50
476 477 1 0.11 <50
477 478 1 0.38 <50
478 479 1 0.09 <50
479 480 1 0.43 610
480 481 1 2.02 270
ZS117 105 106 1 0.26 120 413 11.35 5.35
106 107 1 0.65 860 390 23.40 7.51
107 108 1 0.05 <50 70 3.14 0.40
108 109 1 0.06 <50 60 2.07 0.11
109 110 1 1.20 190 1860 35.40 1.35
110 111 1 0.11 90 1580 29.60 0.80
384 385 1 0.47 <50
385 386 1 1.86 200
396 397 1 1.02 50
397 398 1 0.02 <50
398 399 1 0.63 <50

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Competent Person Statement

The drill and exploration results reported herein, insofar as they relate to mineralisation, are based on information compiled by Mr R K Hazeldene (Member of the Australasian Institute of Mining and Metallurgy and Member of the Australian Institute of Geoscientists) who is a Consultant of the Company. Mr Hazeldene has sufficient experience relevant to the style of mineralisation and type of deposits being considered to qualify as a Competent Person as defined by the 2004 Edition of the Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves (the JORC Code, 2004 Edition). Mr Hazeldene consents to the inclusion in the report of the matters based on his information in the form and context in which it appears. It should be noted that the abovementioned exploration results are preliminary.

Background

The Heemskirk Tin Project is located near Zeehan on Tasmania’s West Coast in an area well serviced by power, water, transport, mining and other infrastructure. Stellar holds 100% of the project and also owns 100% of the nearby St Dizier tin deposit.

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Location of the Heemskirk Tin Project

Drilling by Gippsland Limited in the 1970s and subsequently Aberfoyle Limited during the 1980s identified three tin deposits; Queen Hill, Montana and Severn. In 2010, Stellar added to the substantial drilling database with 6 holes into the near surface Queen Hill deposit. The Stellar results confirmed the high grade nature of the mineralisation and provided fresh samples for metallurgical testing. The Mineral Resource estimate following is based on historical drilling and Stellar’s more recent drill results.

Heemskirk Mineral Resource Heemskirk Mineral Resource Heemskirk Mineral Resource Heemskirk Mineral Resource
Deposit Indicated Inferred Total
kt % Sn kt Sn kt % Sn kt Sn kt % Sn kt Sn
Queen Hill 1,600 1.2 19 1,600 1.2 19
Montana 360 1.6 6 360 1.6 6
Severn 2,400 0.9 23 2,400 0.9 23
Total 1,600 1.2 19 2,760 1.0 29 4,360 1.1 48
cut-off grade 0.6% tin
estimated on 3 March 2011 by Mining One Pty Ltd

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Competent Person Statement – Heemskirk Mineral Resource

The information in this report that relates to Mineral Resources is based on information compiled by Michael McKeown who is a fellow of the Australiasian Institute of Mining and Metallurgy. Michael McKeown is employed by Mining One Pty Ltd and he has sufficient experience which is relevant to the style of mineralisation and type of deposit under consideration and to the activity he is undertaking to qualify as a competent Person as defined in the 2004 Edition of the “Australiasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves” (JORC Code). Michael McKeown consents to the inclusion in this report of the matters based on his information in the form and context in which it appears.

For further details please contact:

Peter Blight

CEO

Tel: 03 9618 2540 Email: [email protected]

or visit our Website at: http://www.stellarresources.com.au

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