DART MINING NL — Regulatory Filings 2011

Jan 16, 2011

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ASX ANNOUNCMENT

DRILLING INTERSECTS HIGH GRADE SILVER AT UNICORN – MOLYBDENUM COPPER PORPHYRY PROJECT

17 January 2011

ASX Code: DTM

Investment Data

104.1M Shares on Issue 12.7M Unlisted Options

Shareholders

Top 20 Hold 41%

Key Projects / Metals

• Unicorn Porphyry Mo-Cu-Ag

• Morgan Porphyry Mo-Ag-Au

• Mountain View Lode – Au

Mo – Molybdenum Cu – Copper Au – Gold Ag – Silver

Board & Management

HIGHLIGHTS

• Assay results have been received from the third diamond drill hole, DUNDD006, of the Phase II drilling program at Dart’s Unicorn project near Corryong in NE Victoria. The hole was mineralised from surface to the end of hole at 488.4m and intersected several zones of higher grade mineralisation.

• Multiple zones of high grade silver mineralisation were noted throughout the hole. Results include:

• The entire hole assayed 488.4m @ 0.03 % Mo; 0.04% Cu and 4.28 g/t Ag including:

  • 64m @ 0.06% Mo from surface;

  • 132m @ 0.08% Cu from 24 metres;

  • 30m @ 9.5g/t Ag from 124 metres;

  • 6m @ 28.2g/t Ag from 393 metres; and

  • 52m @ 9.7g/t Ag from 434 metres.

• Breccia zones indicating multiple mineralising events.

• Preliminary 3D IP interpretation shows large chargeability anomalies yet to be drill tested.

Chairman and Acting CEO: Mr. Chris Bain

UNICORN DRILLING AND GEOLOGY

Executive Directors:

Mr. Bernhard Hochwimmer Manager – Geology

Mr. Dean Turnbull Manager – Exploration

Non-Executive Directors:

Mr. Stephen Poke Mr. Richard Udovenya

Contact Details:

Dart Mining NL Level 2 395 Collins Street Melbourne VIC 3000 Australia

Mr. Chris Bain

Phone: +61 (0)3 9620 0033 Email: info@dartmining.com.au

DUNDD006 was completed at 488.4m within altered mineralised sediments on the margin of a quartz feldspar porphyry intrusion. Logging of the core and all assay data for the hole is now available.

This completes the Phase II program of three deep diamond drill holes into Unicorn and was supported by a State Government grant of $80,000 (the maximum amount) awarded in Round 3 of the Rediscover Victoria program.

The preliminary interpretation model of a 3D IP survey undertaken last year (Figure 1) viewed to the south as 3D shells shows a large chargeability anomaly (red) ridging out to the west of DUNDD004 that has not been tested by drilling to date. It is considered significant that the mineralisation intersected to date is outside this anomaly.

Whilst only three widely spaced diamond drill holes have been completed to date, when combined with the interpretation of mapping and 3DIP geophysics they yield valuable geological data and directional information pointing to interpreted zones of high grade mineralisation which have yet to be intersected by drilling.

The complete interpretation of all results to date will guide the targeting of these apparent high grade zones in the next phase of resource drilling at Unicorn

Visit our webpage: www.dartmining.com.au

Page 1 of 11

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Figure 1: Unicorn 3D Induced Polarisation survey model shells, looking south, shows a large chargeability anomaly (red) ridging out to the west. Traces of drill holes Dun DD004 and DUNDD005 are approximate only.

The results from the three holes demonstrate a very significant strike and width of mineralisation with layered higher grade zones to well over 500 metres in depth. Drillhole DUNDD006 (Fig 2) shows a significant increase in the overall size of the system to the south below an outcropping breccia. In addition a northern plunge to the highly mineralised M1 horizon is interpreted linking the upper part of DUNDD006 with the 163m @ 0.06% Mo; 0.11% Cu and 7.4g/t Ag in DUNDD004 and 106m @ 0.08% Mo; 0.15% Cu and 4.5 g/t Ag in DUNDD005.

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Photo 1: Brecciated and mineralised (Mo -enlarged inset) quartz feldspar porphyry. DUNDD006 318m

Unicorn is a large quartz feldspar porphyry intrusion with overlapping phases of molybdenum, copper and silver mineralisation throughout. It has many characteristics similar to the giant Henderson and Climax molybdenum mines in Colorado, USA. Climax style deposits form the largest primary molybdenum deposits worldwide. Unicorn is considered to be the first Climax style molybdenum porphyry discovered in Australia. Due to its unique geological setting Unicorn differs to the typical Climax system as it has significant copper and silver mineralisation in addition to molybdenum.

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Table 1: Significant Intersections DUNDD004/4A, 5 & 6 (See Appendix 1 for full assay data – DUNDD006).

Hole No.	Hole Dip	Hole Azimuth (MGA Grid)	MGA East (m)	MGA North (m)	RL AHD (m)	Total Depth (m)
DUNDD004	-68.5	270	588,811	5,978,100	830	321
DUNDD004A*	-68.5	270	588,811	5,978,100	830	508.7
DUNDD005	-85	70	588,807	5,978,102	830	574
DUNDD006	-65	240	588,826	5,978,020	860	488.4

* DUNDD004A Starts at 154m down DUNDD004. Collar co-ordinates are measured by GPS location.

Hole No.	From (m)	To (m)	Significant Intersections Un-cut (Mo )	Significant Intersections Un-cut (Cu )	Significant Intersections Un-cut (Ag )
DUNDD004	0	163	163m@ 0.06%Mo	163m@ 0.11% Cu	163m@7.4ppm Ag
	72		Inc: 29m @ 0.11% Mo
	35			Inc: 89m@ 0.13% Cu
DUNDD004A	154	278	124m@ 0.04%Mo	124m@ 0.03% Cu	124m@1.23 ppm Ag
	154			Inc: 24m@ 0.06% Cu
	247		Inc: 5m@ 0.1% Mo
	278	347	69m@0.04%	69m@0.13% Cu	69m@6.4ppm Ag
	347	414	67m @ 0.05% Mo	67m @ 0.09% Cu	67m @ 4.2 ppm Ag
	347		Inc. 24m@ 0.07% Mo	Inc 46m@ 0.11% Cu	Inc. 46m @ 4.8 ppm Ag
	414	468	54m@0.05% Mo	54m@224ppm Cu	54m@0.9ppm Ag
	468	508.7	40.7m@11ppm Mo	40.7m@ 68 ppmCu	40.7m@2.6 ppm Mo
	478				Inc. 2m@ 46ppm Ag
DUNDD005	0	106	106m@ 0.08%Mo	106m@ 0.15% Cu	106m@4.5 ppm Ag
	50		Inc: 46m@ 0.09% Mo
	106	574	468m@ 0.04%Mo	468m@ 0.02% Cu	468m@1.8 ppm Ag
	198		Inc: 34m@ 0.06% Mo
	395		Inc: 55m @ 0.05% Mo
	531		Inc: 13.8m @ 0.09% Mo
	538		Inc: 2m@ 0.48% Mo
DUNDD006	0	488.4	488.4m@ 0.03%Mo	488.4m@ 0.04% Cu	488.4m @ 4.28 ppm Ag
	0		Inc: 64m@ 0.06% Mo
	24			Inc: 132m@ 0.08% Cu
	124				Inc. 30m @ 9.5 ppm Ag
	306		Inc: 52m@ 0.04% Mo
	393				Inc. 6m @ 28.2 ppm Ag
	434				Inc. 52m @ 9.7 ppm Ag

Analysis performed on 1/4 or 1/2 HQ core (predominantly 1/2 HQ) and 1/2 NQ over nominal 2m intervals. Sample intervals are also determined by geology.

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ABOUT MOLYBDENUM

Molybdenum is a strategic metal. When added to steel it enhances strength, hardenability, weldability, toughness, elevated temperature strength, and corrosion resistance. In nickel-base alloys, it improves resistance to both corrosion and high-temperature creep deformation. Molybdenum also has a range of chemical uses including in paints, plastics and catalysts, it is also an essential trace element in humans, animals and plants.

The world market for molybdenum is growing from approximately 200,000 tonnes a year and the metal has been traded on the London Metal Exchange since February 2010. At recent prices molybdenum trades at approximately 4 times the price of copper which recently hit a record high of USD9,754/tonne. Silver also has reached a 30-year high price of USD31/oz ounce (1oz Silver = 31.1grams).

ENDS –

For further information visit our website at www.dartmining.com.au or contact:

Chris Bain, Chairman & Acting CEO Ph: +61 (0) 3 9618 8261

COMPETENT PERSON’S STATEMENT

Information in this report that relates to a statement of exploration results of the Company is based on information compiled by Bernhard Hochwimmer B.Sc. AIG and Dean Turnbull B.App.Sc. AIG. Both Mr Hochwimmer and Mr Turnbull are Directors and full time employees of Dart Mining NL and have sufficient experience relevant to the style of mineralisation and type of deposits under consideration and to the activity undertaken. They are qualified as competent persons as defined in the 2004 Edition of the “Australasian Code for Reporting of Mineral Resources and Ore Reserves” (or “JORC Code”). Mr Hochwimmer and Mr Turnbull have provided written consent to the inclusion of this information in the form and context in which it appears in this report.

Page 4 of 11

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UNICORN DRILL SECTION – DUNDD006

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----- Start of picture text -----

Increasing M1 layer
north to DUNDD05
----- End of picture text -----

Figure 2: Interpretative Section – DUNDD006 (Looking North West in plane of drill hole).

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APPENDIX 1: DUNDD006 KEY ELEMENT ASSAY DATA

						Mo > 200	Cu > 1000	Ag > 1
HOLE ID	SAMPLE	FROM	TO	REC %	INT. (m)	Mo (ppm)	Cu (ppm)	Ag (ppm)
DUNDD006	DUNDD001026	0	4	63	4.0	665	289	1.6
DUNDD006	DUNDD001027	4	6	95	2.0	521	371	5.2
DUNDD006	DUNDD001028	6	8	100	2.0	456	215	2.73
DUNDD006	DUNDD001029	8	10	100	2.0	486	243	4.38
DUNDD006	DUNDD001030	10	12	100	2.0	581	252	2.66
DUNDD006	DUNDD001031	12	14	100	2.0	750	256	12.4
DUNDD006	DUNDD001032	14	16	100	2.0	1005	207	7.22
DUNDD006	DUNDD001033	16	18	100	2.0	1120	160	4.65
DUNDD006	DUNDD001034	18	20	100	2.0	881	232	3.31
DUNDD006	DUNDD001035	20	22	100	2.0	997	273	2.54
DUNDD006	DUNDD001036	22	24	100	2.0	653	294	9.07
DUNDD006	DUNDD001037	24	26	100	2.0	734	1255	13.05
DUNDD006	DUNDD001038	26	28	100	2.0	692	1270	2.75
DUNDD006	DUNDD001039	28	30	100	2.0	846	790	8.23
DUNDD006	DUNDD001040	30	32	100	2.0	569	1730	4.6
DUNDD006	DUNDD001041	32	34	100	2.0	498	2030	2.54
DUNDD006	DUNDD001042	34	36	100	2.0	296	3060	2.3
DUNDD006	DUNDD001043	36	38	100	2.0	965	2250	2.84
DUNDD006	DUNDD001044	38	40	100	2.0	556	2910	7.49
DUNDD006	DUNDD001045	40	42	100	2.0	538	1115	2.52
DUNDD006	DUNDD001046	42	44	100	2.0	560	679	1.91
DUNDD006	DUNDD001047	44	46	100	2.0	413	607	2
DUNDD006	DUNDD001048	46	48	100	2.0	324	109	2.25
DUNDD006	DUNDD001049	48	50	100	2.0	634	190.5	1.93
DUNDD006	DUNDD001050	50	52	100	2.0	324	931	2.6
DUNDD006	DUNDD001051	52	54	100	2.0	181	865	3.04
DUNDD006	DUNDD001052	54	56	100	2.0	377	533	1.65
DUNDD006	DUNDD001053	56	58	100	2.0	299	517	2.13
DUNDD006	DUNDD001054	58	60	100	2.0	408	468	1.64
DUNDD006	DUNDD001055	60	62	100	2.0	304	510	1.94
DUNDD006	DUNDD001056	62	64	100	2.0	410	528	1.8
DUNDD006	DUNDD001057	64	66	100	2.0	196	399	1.26
DUNDD006	DUNDD001058	66	68	100	2.0	270	504	1.57
DUNDD006	DUNDD001059	68	70	100	2.0	273	179	1.77
DUNDD006	DUNDD001060	70	72	100	2.0	348	84.4	1.86
DUNDD006	DUNDD001061	72	74	100	2.0	412	129.5	1.94
DUNDD006	DUNDD001062	74	76	100	2.0	383	87.6	2.84
DUNDD006	DUNDD001063	76	78	100	2.0	182	106.5	2.84
DUNDD006	DUNDD001064	78	80	100	2.0	358	110.5	3.92
DUNDD006	DUNDD001065	80	82	100	2.0	404	741	3.83
DUNDD006	DUNDD001066	82	84	100	2.0	279	1125	7.28
DUNDD006	DUNDD001067	84	86	100	2.0	241	143	5.65
DUNDD006	DUNDD001068	86	88	100	2.0	283	380	12

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HOLE ID	SAMPLE	FROM	TO	REC %	INT. (m)	Mo (ppm)	Cu (ppm)	Ag (ppm)
DUNDD006	DUNDD001069	88	90	100	2.0	248	1005	3.92
DUNDD006	DUNDD001070	90	92	100	2.0	269	1375	8.97
DUNDD006	DUNDD001071	92	94	100	2.0	292	1040	3.92
DUNDD006	DUNDD001072	94	96	100	2.0	388	1170	7.08
DUNDD006	DUNDD001073	96	98	100	2.0	239	1040	3.11
DUNDD006	DUNDD001074	98	100	100	2.0	190	1080	3.49
DUNDD006	DUNDD001075	100	102	100	2.0	333	887	5.24
DUNDD006	DUNDD001076	102	104	100	2.0	449	1040	2.99
DUNDD006	DUNDD001077	104	106	100	2.0	260	624	2.6
DUNDD006	DUNDD001078	106	108	100	2.0	310	585	1.94
DUNDD006	DUNDD001079	108	110	100	2.0	196	715	3.07
DUNDD006	DUNDD001080	110	112	100	2.0	312	717	2.94
DUNDD006	DUNDD001081	112	114	100	2.0	211	532	2.94
DUNDD006	DUNDD001082	114	116	100	2.0	265	661	2.96
DUNDD006	DUNDD001083	116	118	100	2.0	225	667	2.01
DUNDD006	DUNDD001084	118	120	100	2.0	286	521	2.21
DUNDD006	DUNDD001085	120	122	100	2.0	197	589	2.77
DUNDD006	DUNDD001086	122	124	100	2.0	312	490	4.35
DUNDD006	DUNDD001087	124	126.9	100	2.9	400	1080	8.35
DUNDD006	DUNDD001088	126.9	129	100	2.1	245	2280	38.2
DUNDD006	DUNDD001089	129	130	100	1.0	166	1340	17.2
DUNDD006	DUNDD001090	130	132	100	2.0	163	759	4.5
DUNDD006	DUNDD001091	132	134	100	2.0	231	677	4.68
DUNDD006	DUNDD001092	134	136	100	2.0	161	636	5.04
DUNDD006	DUNDD001093	136	138	100	2.0	528	643	8.81
DUNDD006	DUNDD001094	138	140	100	2.0	162	696	4.8
DUNDD006	DUNDD001095	140	142	100	2.0	313	678	4.74
DUNDD006	DUNDD001096	142	144	100	2.0	166	654	7.8
DUNDD006	DUNDD001097	144	146	100	2.0	211	854	15.65
DUNDD006	DUNDD001098	146	148	100	2.0	202	627	6.57
DUNDD006	DUNDD001099	148	150	100	2.0	241	544	4.88
DUNDD006	DUNDD001100	150	152	100	2.0	186	559	5.13
DUNDD006	DUNDD001101	152	154	100	2.0	195	786	8.76
DUNDD006	DUNDD001102	154	156	100	2.0	236	624	4.07
DUNDD006	DUNDD001103	156	158	100	2.0	204	536	4.51
DUNDD006	DUNDD001104	158	160	100	2.0	158	387	2.66
DUNDD006	DUNDD001105	160	162	100	2.0	145	376	2.63
DUNDD006	DUNDD001106	162	164	100	2.0	212	393	3.09
DUNDD006	DUNDD001107	164	166	100	2.0	193	567	4.17
DUNDD006	DUNDD001108	166	168	100	2.0	167	445	3.15
DUNDD006	DUNDD001109	168	170	100	2.0	223	426	3.01
DUNDD006	DUNDD001110	170	172	100	2.0	205	483	2.76
DUNDD006	DUNDD001111	172	174	100	2.0	101	331	2.25
DUNDD006	DUNDD001112	174	176	100	2.0	193	417	2.98
DUNDD006	DUNDD001113	176	178	100	2.0	201	334	2.49
DUNDD006	DUNDD001114	178	180	100	2.0	258	254	1.83
DUNDD006	DUNDD001115	180	182	100	2.0	164	242	1.76
DUNDD006	DUNDD001116	182	184	100	2.0	242	269	1.47

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HOLE ID	SAMPLE	FROM	TO	REC %	INT. (m)	Mo (ppm)	Cu (ppm)	Ag (ppm)
DUNDD006	DUNDD001117	184	186	100	2.0	175	198.5	1.16
DUNDD006	DUNDD001118	186	188	100	2.0	272	159	0.95
DUNDD006	DUNDD001119	188	190	100	2.0	465	155.5	0.76
DUNDD006	DUNDD001120	190	192	100	2.0	486	162	0.77
DUNDD006	DUNDD001121	192	194	100	2.0	232	166.5	0.97
DUNDD006	DUNDD001122	194	196	100	2.0	344	153.5	0.72
DUNDD006	DUNDD001123	196	198	100	2.0	165	147	0.6
DUNDD006	DUNDD001124	198	200	100	2.0	354	172	0.69
DUNDD006	DUNDD001125	200	202	100	2.0	252	166	0.66
DUNDD006	DUNDD001126	202	204	100	2.0	432	148.5	0.7
DUNDD006	DUNDD001127	204	206	100	2.0	354	154	0.82
DUNDD006	DUNDD001128	206	208	100	2.0	196	175	0.98
DUNDD006	DUNDD001129	208	210	100	2.0	308	225	1.11
DUNDD006	DUNDD001130	210	212	100	2.0	401	166.5	0.78
DUNDD006	DUNDD001131	212	214	100	2.0	281	164.5	1.39
DUNDD006	DUNDD001132	214	216	100	2.0	259	180	1.41
DUNDD006	DUNDD001133	216	218	100	2.0	237	154	1.52
DUNDD006	DUNDD001134	218	220	100	2.0	239	173	1.31
DUNDD006	DUNDD001135	220	222	100	2.0	325	117	1.82
DUNDD006	DUNDD001136	222	224	100	2.0	293	116.5	1.16
DUNDD006	DUNDD001137	224	226	100	2.0	460	72.2	0.59
DUNDD006	DUNDD001138	226	228	100	2.0	171	155	0.95
DUNDD006	DUNDD001139	228	230	100	2.0	153	219	1.13
DUNDD006	DUNDD001140	230	232	100	2.0	300	119	0.67
DUNDD006	DUNDD001141	232	234	100	2.0	370	106.5	0.47
DUNDD006	DUNDD001142	234	236	100	2.0	219	160.5	0.81
DUNDD006	DUNDD001143	236	238	100	2.0	244	109.5	0.7
DUNDD006	DUNDD001144	238	240	100	2.0	318	53.2	0.31
DUNDD006	DUNDD001145	240	242	100	2.0	302	98	0.83
DUNDD006	DUNDD001146	242	244	100	2.0	320	112	0.49
DUNDD006	DUNDD001147	244	246	100	2.0	303	134	0.66
DUNDD006	DUNDD001148	246	248	100	2.0	468	111	0.73
DUNDD006	DUNDD001149	248	250	100	2.0	359	176.5	1.59
DUNDD006	DUNDD001150	250	252	100	2.0	236	133.5	0.93
DUNDD006	DUNDD001151	252	254	100	2.0	411	111	3.51
DUNDD006	DUNDD001152	254	256	100	2.0	818	132	1.47
DUNDD006	DUNDD001153	256	258	100	2.0	201	153.5	1.36
DUNDD006	DUNDD001154	258	260	100	2.0	190	101.5	0.73
DUNDD006	DUNDD001155	260	261.4	100	1.4	189	94	4.56
DUNDD006	DUNDD001156	261.4	262	100	0.6	680	98.8	2.07
DUNDD006	DUNDD001157	262	264	100	2.0	729	92.8	1.02
DUNDD006	DUNDD001158	264	266	100	2.0	283	117.5	1.91
DUNDD006	DUNDD001159	266	268	100	2.0	210	121	2.53
DUNDD006	DUNDD001160	268	270	100	2.0	190	128.5	2.7
DUNDD006	DUNDD001161	270	272	100	2.0	246	115	1.44
DUNDD006	DUNDD001162	272	274	100	2.0	369	134	0.68
DUNDD006	DUNDD001163	274	276	100	2.0	485	77.1	0.58
DUNDD006	DUNDD001164	276	278	100	2.0	263	90.8	0.89

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HOLE ID	SAMPLE	FROM	TO	REC %	INT. (m)	Mo (ppm)	Cu (ppm)	Ag (ppm)
DUNDD006	DUNDD001165	278	280	100	2.0	179	84.6	0.96
DUNDD006	DUNDD001166	280	282	100	2.0	221	88.3	1.2
DUNDD006	DUNDD001167	282	284	100	2.0	240	105	1.25
DUNDD006	DUNDD001168	284	286	100	2.0	324	82.7	0.97
DUNDD006	DUNDD001169	286	288	100	2.0	377	127	2.11
DUNDD006	DUNDD001170	288	290	100	2.0	277	77.4	1.03
DUNDD006	DUNDD001171	290	292	100	2.0	269	77.2	1.18
DUNDD006	DUNDD001172	292	294	100	2.0	242	166.5	1.08
DUNDD006	DUNDD001173	294	296	100	2.0	298	151.5	0.96
DUNDD006	DUNDD001174	296	298	100	2.0	365	146	1.7
DUNDD006	DUNDD001175	298	300	100	2.0	355	210	1.57
DUNDD006	DUNDD001176	300	302	100	2.0	351	155.5	3.66
DUNDD006	DUNDD001177	302	304	100	2.0	166	231	2.14
DUNDD006	DUNDD001178	304	306	100	2.0	287	122.5	1.53
DUNDD006	DUNDD001179	306	308	100	2.0	400	171.5	1.19
DUNDD006	DUNDD001180	308	310	100	2.0	297	185	2.05
DUNDD006	DUNDD001181	310	312	100	2.0	476	145	1.04
DUNDD006	DUNDD001182	312	314	100	2.0	251	185	1.14
DUNDD006	DUNDD001183	314	316	100	2.0	479	110	5.43
DUNDD006	DUNDD001184	316	318	100	2.0	547	132	0.78
DUNDD006	DUNDD001185	318	320	100	2.0	224	161	1.3
DUNDD006	DUNDD001186	320	322	100	2.0	229	105	0.97
DUNDD006	DUNDD001187	322	324	100	2.0	363	129	2.79
DUNDD006	DUNDD001188	324	326	100	2.0	214	107	1.12
DUNDD006	DUNDD001189	326	328	100	2.0	317	125	0.76
DUNDD006	DUNDD001190	328	330	100	2.0	379	126	1.37
DUNDD006	DUNDD001191	330	331.9	100	1.9	214	124	2.87
DUNDD006	DUNDD001192	331.9	334	80	2.1	266	129.5	2.46
DUNDD006	DUNDD001193	334	336	100	2.0	337	123.5	0.76
DUNDD006	DUNDD001194	336	338	100	2.0	292	186	3.85
DUNDD006	DUNDD001195	338	340	100	2.0	408	168	2.31
DUNDD006	DUNDD001196	340	342	95	2.0	1050	99.9	0.7
DUNDD006	DUNDD001197	342	344	100	2.0	331	133.5	0.88
DUNDD006	DUNDD001198	344	346	100	2.0	428	157	0.93
DUNDD006	DUNDD001199	346	348	100	2.0	527	192	1.1
DUNDD006	DUNDD001200	348	350	100	2.0	433	228	1.03
DUNDD006	DUNDD001201	350	352	100	2.0	409	102.5	1.91
DUNDD006	DUNDD001202	352	354	100	2.0	370	359	29.3
DUNDD006	DUNDD001203	354	356	100	2.0	118	331	11.3
DUNDD006	DUNDD001204	356	358	100	2.0	655	141.5	17.25
DUNDD006	DUNDD001205	358	360	100	2.0	290	128	2.28
DUNDD006	DUNDD001206	360	362	100	2.0	223	184.5	1.68
DUNDD006	DUNDD001207	362	364	100	2.0	391	309	3.34
DUNDD006	DUNDD001208	364	366	100	2.0	162	385	2.59
DUNDD006	DUNDD001209	366	368	100	2.0	220	241	2.79
DUNDD006	DUNDD001210	368	370	100	2.0	176	192.5	1.69
DUNDD006	DUNDD001211	370	372	100	2.0	328	272	2.48
DUNDD006	DUNDD001212	372	374	100	2.0	241	413	2.65

Page 9 of 11

==> picture [66 x 74] intentionally omitted <==

HOLE ID	SAMPLE	FROM	TO	REC %	INT. (m)	Mo (ppm)	Cu (ppm)	Ag (ppm)
DUNDD006	DUNDD001213	374	376	100	2.0	162	364	3.22
DUNDD006	DUNDD001214	376	378	100	2.0	312	358	1.89
DUNDD006	DUNDD001215	378	380	100	2.0	220	485	2.28
DUNDD006	DUNDD001216	380	382	100	2.0	293	312	1.76
DUNDD006	DUNDD001217	382	384	100	2.0	376	538	2.12
DUNDD006	DUNDD001218	384	386	100	2.0	426	427	2.36
DUNDD006	DUNDD001219	386	388	100	2.0	463	341	1.88
DUNDD006	DUNDD001220	388	390	100	2.0	531	412	1.53
DUNDD006	DUNDD001221	390	392	100	2.0	476	514	2.07
DUNDD006	DUNDD001222	392	394	100	2.0	234	216	5.05
DUNDD006	DUNDD001223	394	396	100	2.0	154	315	71.9
DUNDD006	DUNDD001224	396	398	100	2.0	473	283	7.54
DUNDD006	DUNDD001225	398	400	100	2.0	180	138	2.43
DUNDD006	DUNDD001226	400	402	100	2.0	158	158	1.17
DUNDD006	DUNDD001227	402	404	100	2.0	429	168.5	1.74
DUNDD006	DUNDD001228	404	406	100	2.0	469	332	7.44
DUNDD006	DUNDD001229	406	408	100	2.0	318	451	8.53
DUNDD006	DUNDD001230	408	410	100	2.0	383	213	1.3
DUNDD006	DUNDD001231	410	412	80	2.0	189	281	1.56
DUNDD006	DUNDD001232	412	414	100	2.0	455	336	1.86
DUNDD006	DUNDD001233	414	416.5	100	2.5	241	371	1.88
DUNDD006	DUNDD001234	416.5	418.2	100	1.7	384	998	21.4
DUNDD006	DUNDD001235	418.2	419.8	100	1.6	252	351	11.3
DUNDD006	DUNDD001236	419.8	422	100	2.2	138	308	0.89
DUNDD006	DUNDD001237	422	424	100	2.0	574	402	1.08
DUNDD006	DUNDD001238	424	426	100	2.0	244	561	1.63
DUNDD006	DUNDD001239	426	428	100	2.0	246	563	2.55
DUNDD006	DUNDD001240	428	430	100	2.0	304	540	2.3
DUNDD006	DUNDD001241	430	432	100	2.0	177	548	1.84
DUNDD006	DUNDD001242	432	434	100	2.0	232	433	1.81
DUNDD006	DUNDD001243	434	436	100	2.0	481	321	17.6
DUNDD006	DUNDD001244	436	438	100	2.0	317	505	2.66
DUNDD006	DUNDD001245	438	440	100	2.0	374	379	2.62
DUNDD006	DUNDD001246	440	442	100	2.0	437	358	8.26
DUNDD006	DUNDD001247	442	444	100	2.0	199	280	1.94
DUNDD006	DUNDD001248	444	446	100	2.0	242	287	3.41
DUNDD006	DUNDD001249	446	448	100	2.0	313	420	5.1
DUNDD006	DUNDD001250	448	450	100	2.0	299	199	2.35
DUNDD006	DUNDD001251	450	452.9	100	2.9	138	191.5	22.1
DUNDD006	DUNDD001252	452.9	453.5	100	0.6	127	160.5	230
DUNDD006	DUNDD001253	453.5	456	100	2.5	95	274	10.25
DUNDD006	DUNDD001254	456	459	100	3.0	218	161	13.2
DUNDD006	DUNDD001255	459	462	100	3.0	192	437	3.4
DUNDD006	DUNDD001256	462	465	100	3.0	220	268	4.45
DUNDD006	DUNDD001257	465	468	100	3.0	327	284	7.03
DUNDD006	DUNDD001258	468	471	100	3.0	115	323	2.53
DUNDD006	DUNDD001259	471	474	100	3.0	151	308	5.07
DUNDD006	DUNDD001260	474	477	100	3.0	149	335	6.25

Page 10 of 11

==> picture [66 x 74] intentionally omitted <==

HOLE ID	SAMPLE	FROM	TO	REC %	INT. (m)	Mo (ppm)	Cu (ppm)	Ag (ppm)
DUNDD006	DUNDD001261	477	480	100	3.0	245	364	10.55
DUNDD006	DUNDD001262	480	482	100	2.0	587	191.5	1.84
DUNDD006	DUNDD001263	482	484	100	2.0	296	269	3.65
DUNDD006	DUNDD001264	484	486	100	2.0	304	856	11.15
DUNDD006	DUNDD001265	486	488.4	100	2.4	239	241	3.36

Page 11 of 11