ALDORO RESOURCES LIMITED — Capital/Financing Update 2021

Aug 26, 2021

ASX and Media Release 27 August 2021

==> picture [104 x 60] intentionally omitted <==

World Class Rubidium Potential at Niobe

• Aldoro defines an initial Exploration Target over part of the Niobe Pegmatite 1

• The Niobe Tantalum prospect has been re-evaluated for Rubidium potential with historical Rubidium oxide (Rb2O) up to 1.09% from mid-1980’s RC drill holes

• The majority of the mapped Pegmatite 1 remains untested for Rubidium

• Drilling at the Niobe Project to commence in late September and will also target the Lithium potential of the mapped pegmatites.

Aldoro is pleased to announce that it has defined an initial Exploration Target of approximately 33,000-150 ,000 tonnes at grades ranging 696-1457ppm Rubidium Oxide (Rb2O) over an area bound by 80m by 65m of detailed drilling. The area represents less than half the mapped section of the Niobe pegmatite (Pegmatite No.1). The potential quantity and grade of the Exploration Target is conceptual in nature and therefore is an approximation. There has been insufficient exploration to estimate a Mineral Resource and it is uncertain if further exploration will result in the estimation of a Mineral Resource. The Exploration Target has been prepared and reported in accordance with the 2012 edition of the JORC Code.

==> picture [526 x 368] intentionally omitted <==

==> picture [71 x 42] intentionally omitted <==

ALDORO RESOURCES LIMITED | ABN 31 622 990 809 | +61 8 6559 1792

SUITE 2, 1 ALTONA STREET WEST PERTH, WA 6005

http://www.aldororesources.com

==> picture [104 x 60] intentionally omitted <==

Figure 1: Location Map showing the location of the Exploration Target, mapped pegmatites, and proposed areas for drilling. Also shown are the few rock samples with Rb analyses available.

The results are based on historical (1984-1986) drilling by Pancontinental Mining Limited from 31 close interval (top to tail) holes, ~10m spacing East-West and ~15m spacing north-south over an area of 80m (E-W) by 65m (N-S). RC hole depths ranged from 13 to 48m (average 29m) with 26 inclined holes at 60-70[o] at azimuths of 180[o] (south) and 5 vertical holes.

Down hole sampling was conducted at 1m intervals with assays available for the pegmatite intervals and contact zones, resulting in 809 samples. Sub-samples were analysed for the lithium suite (Li, Rb, Cs, Nb, Ta, Sn, K & Na) by combined XRF and total acid digest and AAS finish.

Drilling indicated a shallow dipping pegmatite northly dipping sheet that plunges to the northwest, flares at surface and gently tappers with depth and in drill profile ranges from 25 to 35m in true thickness, but tappers off to the NE (strike). The pegmatite is zoned with a wall zone, intermediate zone and quartz rich core. The inclined quartz core is also zoned towards the base and most of the mineralisation occurs in the intermediate zone contact zone with the lithium rich zinnwaldite mineral dominate along the lower zone and is associated the enriched rubidium.

Apart from the Niobe pit area, where trial mining of tantalum was conducted, and 9 holes reconnaissance holes into Pegmatite 2, the pegmatite field with tenement P59/2173 has not been tested for Rubidium, Lithium and Caesium.

Tantalum was mined in 1996 with 20t of Tantalum heavy mineral concentrate produced onsite from a small shallow pit with the tailings left onsite, the Rubidium appears to be in the micas pertaining to the Zinnwaldite. The drill geochemical assays show that there is no association between Ta and Li/Rb/Cs so it is implied that the majority of the Exploration Target remains onsite.

Aldoro chairman, Mr Joshua Letcher notes to commercial potential of the historical grades and quotes Dr Minlu Fu:

”based on the News of the Mining Association of Guangdong Province of China, a major Rubidium deposit called the Tiantangshan Rb deposit, was discovered in Guangdong province in 2019. It was reported that the Tiantangshan Rubidium deposit with the resources of Rb2O over 100,000 tonnes at the average grade 0.109% Rb2O, is the biggest Rb deposit in the world. On 8 May 2019, the Guangdong Provincial Government made an announcement saying that, as the project will be very profitable, the Provincial Government will invest multibillion RMB to exploit this Rb project in the next five years.

It seems that the potential resources of the Niobe Rb project of Aldoro Resources Limited may be in the same order with the Tiantongshan Rb deposit with analyses of Rb2O>1.5% and is associated with other valuable elements, such as Lithium, Caesium and Tantalum “

Forward Plan

The forward programme involves expanding the Exploration Target area encompassing the mapped pegmatite on the western side of Niobe (Pegmatite No.1), the high interest Rb bearing sections of Niobe East (Pegmatite No,2), the Breakaway pegmatites and Niobe South Pegmatites (figure 1). Pending the approval of a Programme of Works (POW) it is anticipated that an RC programme will commence at the end of September.

==> picture [71 x 42] intentionally omitted <==

ALDORO RESOURCES LIMITED | ABN 31 622 990 809 | +61 8 6559 1792 SUITE 2, 1 ALTONA STREET WEST PERTH, WA 6005 http://www.aldororesources.com

==> picture [104 x 60] intentionally omitted <==

==> picture [386 x 278] intentionally omitted <==

==> picture [388 x 277] intentionally omitted <==

Figure 2: Westerly section (526160mE) across the Exploration Target showing the down hole Rubidium assays in both histogram and thematic image as modelled for the Exploration Target. Key Col- Colluvium, GabGabbro, Peg - Pegmatite, Qcore – quartz core, NaPeg – Sodium Pegmatite, Trans – Transitional lithology, VQZ – massive vein quartz

Figure 3: Section 526170mE across the Exploration Target showing the down hole Rubidium assays in both histogram and thematic image as modelled for the Exploration Target

==> picture [71 x 42] intentionally omitted <==

ALDORO RESOURCES LIMITED | ABN 31 622 990 809 | +61 8 6559 1792 SUITE 2, 1 ALTONA STREET WEST PERTH, WA 6005 http://www.aldororesources.com

==> picture [104 x 60] intentionally omitted <==

==> picture [392 x 280] intentionally omitted <==

==> picture [395 x 284] intentionally omitted <==

Figure 4: Section 526180mE across the Exploration Target showing the down hole Rubidium assays in both histogram and thematic image as modelled for the Exploration Target

Figure 5: Section 526190mE across the Exploration Target showing the down hole Rubidium assays in both histogram and thematic image as modelled for the Exploration Target

==> picture [71 x 42] intentionally omitted <==

ALDORO RESOURCES LIMITED | ABN 31 622 990 809 | +61 8 6559 1792 SUITE 2, 1 ALTONA STREET WEST PERTH, WA 6005 http://www.aldororesources.com

==> picture [104 x 60] intentionally omitted <==

==> picture [394 x 279] intentionally omitted <==

==> picture [391 x 282] intentionally omitted <==

Figure 6: Section 526205mE across the Exploration Target showing the down hole Rubidium assays in both histogram and thematic image as modelled for the Exploration Target

Figure 7: Section 526215mE across the Exploration Target showing the down hole Rubidium assays in both histogram and thematic image as modelled for the Exploration Target

==> picture [71 x 42] intentionally omitted <==

ALDORO RESOURCES LIMITED | ABN 31 622 990 809 | +61 8 6559 1792 SUITE 2, 1 ALTONA STREET WEST PERTH, WA 6005 http://www.aldororesources.com

==> picture [104 x 60] intentionally omitted <==

==> picture [391 x 279] intentionally omitted <==

Figure 8: Section 526225mE across the Exploration Target showing the down hole Rubidium assays in both histogram and thematic image as modelled for the Exploration Target.

This Announcement has been approved for release by the Board of Aldoro Resources Ltd

About Aldoro Resources

Aldoro Resources Ltd is an ASX-listed (ASX:ARN) mineral exploration and development company. Aldoro has a collection of gold, nickel and lithium focused advanced exploration projects all located in Western Australia. The Company’s flagship project is the Narndee Igneous Complex, highly prospective for Ni- Cu-PGE mineralisation. Aldoro is also currently exploring the Penny South Gold Project, which is contiguous to Ramelius Resources (ASX:RMS) Penny West Project in the Youanmi Gold Mining District, as well as Unaly Hill South (Au) and Kiabye Well (Au). The Company’s other projects include the Cathedrals Belt Nickel Project, with a significant tenement holding surround St George Mining’s (ASX:SGQ) Mt Alexander Project, the Leinster Nickel Project(Ni), Windimurra Igneous Complex (Ni-Cu- PGE, Li) and Ryans Find (Au, Ni-Cu-PGE).

Disclaimer

Some of the statements appearing in this announcement may be in the nature of forward-looking statements. You should be aware that such statements are only predictions and are subject to inherent risks and uncertainties. Those risks and uncertainties include factors and risks specific to the industries in which Aldoro operates and proposes to operate as well as general economic conditions, prevailing exchange rates and interest rates and conditions in the financial markets, among other things. Actual events or results may differ materially from the events or results expressed or implied in any forward- looking statement. No forward-looking statement is a guarantee or representation as to future performance or any other future matters, which will be influenced by several factors and subject to various uncertainties and contingencies, many of which will be outside Aldoro’s control.

==> picture [71 x 42] intentionally omitted <==

ALDORO RESOURCES LIMITED | ABN 31 622 990 809 | +61 8 6559 1792 SUITE 2, 1 ALTONA STREET WEST PERTH, WA 6005 http://www.aldororesources.com

==> picture [104 x 60] intentionally omitted <==

Aldoro does not undertake any obligation to update publicly or release any revisions to these forward-looking statements to reflect events or circumstances after today's date or to reflect the occurrence of unanticipated events. No representation or warranty, express or implied, is made as to the fairness, accuracy, completeness or correctness of the information, opinions or conclusions contained in this announcement. To the maximum extent permitted by law, none of Aldoro, its Directors, employees, advisors, or agents, nor any other person, accepts any liability for any loss arising from the use of the information contained in this announcement. You are cautioned not to place undue reliance on any forward-looking statement. The forward-looking statements in this announcement reflect views held only as at the date of this announcement.

This announcement is not an offer, invitation or recommendation to subscribe for, or purchase securities by Aldoro. Nor does this announcement constitute investment or financial product advice (nor tax, accounting, or legal advice) and is not intended to be used for the basis of making an investment decision. Investors should obtain their own advice before making any investment decision.

Competent Persons Statement

The information in this announcement that relates to exploration data and results derived from open file reports and information supplied by the current licence holder has been prepared in accordance with the 2012 Edition of the Australian Code for reporting of Exploration Results, Mineral Resources and Ore Reserves (JORC). The data was reviewed and compiled by Mr Mark Mitchell, a geological consultant to Aldoro Resources Ltd. Mr Mitchell is a Registered Professional Geoscientist (No.10049) with the Australian Institute of Geoscientists and has sufficient experience which is relevant to the style of mineralisation and type of deposit under consideration and to the activity which he is undertaking to qualify as a Competent Person as defined in the 2012 Edition of the Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves’. Mr Mitchell consents to the inclusion in the release of the statements based on his information in the form and context in which it appears.

==> picture [71 x 42] intentionally omitted <==

ALDORO RESOURCES LIMITED | ABN 31 622 990 809 | +61 8 6559 1792 SUITE 2, 1 ALTONA STREET WEST PERTH, WA 6005 http://www.aldororesources.com

==> picture [104 x 60] intentionally omitted <==

Appendix 1: List of Pancontinental’s drill holes used in the Exploration Target

Hole_ID	**Easting **	**Northing **	Elevation (m)	Datum	**Dip **	**Azm **	EOH
MTF01	526332	6935179	474	GDA94z50	-59	180	33
MTF02	526368	6935168	474	GDA94z50	-70	180	20
MTF03	526367	6935189	475	GDA94z50	-70	180	29
MTF10	526298	6935170	473	GDA94z50	-60	160	32
MTF14	526344	6935158	476	GDA94z50	-50	180	20
MTF15	526332	6935168	475	GDA94z50	-50	180	27
MTF16	526355	6935166	475	GDA94z50	-60	180	19
MTF17	526346	6935167	475	GDA94z50	-60	180	25
MTF18	526346	6935182	475	GDA94z50	-60	180	30
MTF19	526330	6935194	474	GDA94z50	-60	180	39
MTF20	526321	6935178	474	GDA94z50	-60	180	33
MTF21	526355	6935183	475	GDA94z50	-60	180	29
MTF22	526345	6935199	475	GDA94z50	-60	180	37
MTF23	526330	6935201	474	GDA94z50	-80	180	41
MTF24	526320	6935192	473	GDA94z50	-60	180	42
MTF25	526318	6935202	473	GDA94z50	-60	180	48
MTF26	526322	6935169	474	GDA94z50	-60	180	29
MTF27	526311	6935164	474	GDA94z50	-60	180	30
MTF28	526311	6935174	473	GDA94z50	-60	180	33
MTF29	526311	6935191	473	GDA94z50	-60	180	41
MTF30	526302	6935157	473	GDA94z50	-60	180	27
MTF31	526301	6935177	472	GDA94z50	-60	180	39
MTF32	526301	6935189	472	GDA94z50	-60	180	43
MTF33	526350	6935151	476	GDA94z50	-60	180	17
MTF34	526369	6935153	474	GDA94z50	-60	180	13
MTF35	526338	6935156	476	GDA94z50	-60	180	21
MTF36	526324	6935162	476	GDA94z50	-90	0	31
MTF37	526328	6935142	477	GDA94z50	-90	0	20
MTF38	526329	6935153	478	GDA94z50	-90	0	24
MTF39	526323	6935149	477	GDA94z50	-90	0	27
MTF40	526320	6935153	476	GDA94z50	-90	0	26

Appendix 2: Down Hole Intersections

Hole_ID	**DN_from **	**DH_to **	Rocktype
MTF01	0	1	Colluvium
MTF01	1	3.5	Gabbro
MTF01	3.5	7	Pegmatite
MTF01	7	17	Quartz core
MTF01	17	29.5	Sodium Pegmatite
MTF01	29.5	32	Transition zone
MTF01	32	33	Gabbro

==> picture [71 x 42] intentionally omitted <==

ALDORO RESOURCES LIMITED | ABN 31 622 990 809 | +61 8 6559 1792

SUITE 2, 1 ALTONA STREET WEST PERTH, WA 6005

http://www.aldororesources.com

==> picture [104 x 60] intentionally omitted <==

Hole_ID	**DN_from **	**DH_to **	Rocktype
MTF02	0	1	Colluvium
MTF02	1	11	Gabbro
MTF02	11	17.6	Pegmatite
MTF02	17.6	20	Gabbro
MTF03	0	1	Colluvium
MTF03	1	20	Gabbro
MTF03	20	22	Transition zone
MTF03	22	26.8	Pegmatite
MTF03	26.8	29	Gabbro
MTF10	0	1	Colluvium
MTF10	1	4.3	Gabbro
MTF10	4.3	30	Pegmatite
MTF10	30	32	Gabbro
MTF14	0	3	Pegmatite
MTF14	3	5	Quartz core
MTF14	5	17.9	Pegmatite
MTF14	17.9	20	Gabbro
MTF15	0	4	Pegmatite
MTF15	4	10	Quartz core
MTF15	10	24.8	Pegmatite
MTF15	24.8	27	Gabbro
MTF16	0	6.2	Gabbro
MTF16	6.2	8	Pegmatite
MTF16	8	13	Quartz core
MTF16	13	16.1	Pegmatite
MTF16	16.1	19	Gabbro
MTF17	0	4.5	Gabbro
MTF17	4.5	7	Pegmatite
MTF17	7	9	Quartz core
MTF17	9	19.8	Pegmatite
MTF17	19.8	25	Gabbro
MTF18	0	11.7	Gabbro
MTF18	11.7	15	Pegmatite
MTF18	15	20	Quartz core
MTF18	20	26	Pegmatite
MTF18	26	30	Gabbro
MTF19	0	7.3	Gabbro
MTF19	7.3	16	Pegmatite
MTF19	16	22	Quartz core
MTF19	22	36.1	Pegmatite
MTF19	36.1	39	Gabbro
MTF20	0	6	Pegmatite
MTF20	6	15	Quartz core
MTF20	15	30.5	Pegmatite
MTF20	30.5	33	Gabbro

==> picture [71 x 42] intentionally omitted <==

ALDORO RESOURCES LIMITED | ABN 31 622 990 809 | +61 8 6559 1792

SUITE 2, 1 ALTONA STREET WEST PERTH, WA 6005

http://www.aldororesources.com

==> picture [104 x 60] intentionally omitted <==

Hole_ID	**DN_from **	**DH_to **	Rocktype
MTF21	0	15	Gabbro
MTF21	15	16	Pegmatite
MTF21	16	20	Quartz core
MTF21	20	25	Pegmatite
MTF21	25	29	Gabbro
MTF22	0	7	Gabbro
MTF22	7	18	VeinQuartz Massive
MTF22	18	19	VeinQuartz Massive
MTF22	19	23	Pegmatite
MTF22	23	27	Quartz core
MTF22	27	35	Pegmatite
MTF22	35	37	Gabbro
MTF23	0	1	Colluvium
MTF23	1	3	Gabbro
MTF23	3	6	VeinQuartz Massive
MTF23	6	12.9	Gabbro
MTF23	12.9	16	Pegmatite
MTF23	16	31	Quartz core
MTF23	31	38	Pegmatite
MTF23	38	41	Gabbro
MTF24	0	9	Gabbro
MTF24	9	16	Pegmatite
MTF24	16	25	Quartz core
MTF24	25	30	Pegmatite
MTF24	30	35	Pegmatite
MTF24	35	39.5	Pegmatite
MTF24	39.5	42	Gabbro
MTF25	0	1	Colluvium
MTF25	1	21	Gabbro
MTF25	21	29	Pegmatite
MTF25	29	32	Quartz core
MTF25	32	42	Pegmatite
MTF25	42	43	Pegmatite
MTF25	43	46	Pegmatite
MTF25	46	48	Gabbro
MTF26	0	10	VeinQuartz Massive
MTF26	10	14	Pegmatite
MTF26	14	17	Quartz core
MTF26	17	27	Pegmatite
MTF26	27	29	Gabbro
MTF27	0	9	VeinQuartz Massive
MTF27	9	16	Pegmatite
MTF27	16	19	Pegmatite
MTF27	19	28	Pegmatite
MTF27	28	30	Gabbro

==> picture [71 x 42] intentionally omitted <==

ALDORO RESOURCES LIMITED | ABN 31 622 990 809 | +61 8 6559 1792

SUITE 2, 1 ALTONA STREET WEST PERTH, WA 6005

http://www.aldororesources.com

==> picture [104 x 60] intentionally omitted <==

Hole_ID	**DN_from **	**DH_to **	Rocktype
MTF28	0	1	Colluvium
MTF28	1	3	Gabbro
MTF28	3	9	Pegmatite
MTF28	9	19	Quartz core
MTF28	19	31	Pegmatite
MTF28	31	32	Transition zone
MTF28	32	33	Gabbro
MTF29	0	18.5	Gabbro
MTF29	18.5	19	VeinQuartz Massive
MTF29	19	34	Pegmatite
MTF29	34	37	Quartz core
MTF29	37	39.5	Pegmatite
MTF29	39.5	41	Gabbro
MTF30	0	2	Colluvium
MTF30	2	7	Pegmatite
MTF30	7	15	Quartz core
MTF30	15	25.6	Pegmatite
MTF30	25.6	27	Gabbro
MTF31	0	1	Colluvium
MTF31	1	2	Gabbro
MTF31	2	16.5	Gabbro
MTF31	16.5	29	Pegmatite
MTF31	29	36	Pegmatite
MTF31	36	37	Transition zone
MTF31	37	39	Gabbro
MTF32	0	2	Colluvium
MTF32	2	27.4	Gabbro
MTF32	27.4	36	Pegmatite
MTF32	36	41	Pegmatite
MTF32	41	43	Gabbro
MTF33	0	2	Pegmatite
MTF33	2	8	Quartz core
MTF33	8	13	Pegmatite
MTF33	13	17	Gabbro
MTF34	0	3	Gabbro
MTF34	3	5	Pegmatite
MTF34	5	7	Quartz core
MTF34	7	11	Pegmatite
MTF34	11	13	Gabbro
MTF35	0	8	VeinQuartz Massive
MTF35	8	11	Pegmatite
MTF35	11	16	Quartz core
MTF35	16	19	Pegmatite
MTF35	19	21	Gabbro

==> picture [71 x 42] intentionally omitted <==

ALDORO RESOURCES LIMITED | ABN 31 622 990 809 | +61 8 6559 1792

SUITE 2, 1 ALTONA STREET WEST PERTH, WA 6005 http://www.aldororesources.com

==> picture [104 x 60] intentionally omitted <==

==> picture [231 x 318] intentionally omitted <==

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

Hole_ID DN_from DH_to Rocktype
MTF36 0 10 Vein Quartz Massive
MTF36 10 14 Pegmatite
MTF36 14 21 Pegmatite
MTF36 21 27.5 Pegmatite
MTF36 27.5 30 Transition zone
MTF36 30 31 Gabbro
MTF37 0 14 Quartz core
MTF37 14 18 Pegmatite
MTF37 18 20 Gabbro
MTF38 0 12 Quartz core
MTF38 12 18 Pegmatite
MTF38 18 22 Pegmatite
MTF38 22 24 Gabbro
MTF39 0 11 Quartz core
MTF39 11 19 Pegmatite
MTF39 19 21 Pegmatite
MTF39 21 25 Pegmatite
MTF39 25 27 Gabbro
MTF40 0 15 Quartz core
MTF40 15 25 Pegmatite
MTF40 25 26 Gabbro
----- End of picture text -----

Appendix 3: Down hole Geology and Assays .

Key: Col- Colluvium, Gab- Gabbro, Peg - Pegmatite, QtzCore – quartz core, NaPeg – Sodium Pegmatite, Trans – Transitional lithology, VQZ – massive vein quartz

==> picture [71 x 42] intentionally omitted <==

ALDORO RESOURCES LIMITED | ABN 31 622 990 809 | +61 8 6559 1792 SUITE 2, 1 ALTONA STREET WEST PERTH, WA 6005 http://www.aldororesources.com

==> picture [104 x 60] intentionally omitted <==

Hole	From	To	Lithology	Li_ppm	Li2O_ppm	LI2O_%	Rb_ppm	Cs_ppm	Na_%	K_%	Ta_ppm	Ta2O5_ppm	Sn_ppm	Nb_ppm
MTF01	3	4	Gab/Peg	136	293	0.029	440	90	2.92	0.460	18	22	15	20
MTF01	4	5	Peg	61	131	0.013	480	60	4.73		55	67	25	40
MTF01	5	6	Peg	209	450	0.045	740	65	4.11	0.680	50	61	60	50
MTF01	6	7	Peg	165	355	0.036	630	55	5.25	0.650	40	49	50	50
MTF01	7	8	QtzCore	55	118	0.012	330	45	5.81	0.290	45	55	0	30
MTF01	8	9	QtzCore	70	151	0.015	180	100	3.20	0.130	35	43	0	7
MTF01	9	10	QtzCore	292	629	0.063	65	2500	0.34	0.000	15	18	0	5
MTF01	10	11	QtzCore	65	140	0.014	5	30	0.05	0.000	0	6	0	3
MTF01	11	12	QtzCore	79	170	0.017	6	15	0.05	0.040	0	6	0	4
MTF01	12	13	QtzCore	59	127	0.013	4	0	0.05	0.020	0	6	0	4
MTF01	13	14	QtzCore	44	95	0.009	5	15	0.06	0.010	0	6	0	3
MTF01	14	15	QtzCore	52	112	0.011	4	12	0.05	0.000	15	18	0	3
MTF01	15	16	QtzCore	50	108	0.011	3	19	0.06	0.000	0	6	0	3
MTF01	16	17	QtzCore	34	73	0.007	3	20	0.06	0.010	10	12	0	4
MTF01	17	18	NaPeg	33	71	0.007	55	15	1.25	0.130	3600	4396	18	200
MTF01	18	19	NaPeg	22	47	0.005	270	25	8.95	0.600	6100	7448	55	400
MTF01	19	20	NaPeg	14	30	0.003	160	0	7.07	0.520	13000	15873	110	820
MTF01	20	21	NaPeg	17	37	0.004	150	30	7.11	0.330	5200	6349	65	300
MTF01	21	22	NaPeg	12	26	0.003	55	10	7.67	0.140	2300	2808	30	130
MTF01	22	23	NaPeg	7	15	0.002	12	0	7.87	0.080	1100	1343	10	50
MTF01	23	24	NaPeg	680	1464	0.146	1200	160	3.13	0.860	180	220	30	18
MTF01	24	25	NaPeg	248	534	0.053	1300	150	3.29	0.950	50	61	75	35
MTF01	25	26	NaPeg	107	230	0.023	720	65	5.36	1.000	140	171	90	180
MTF01	26	27	NaPeg	66	142	0.014	630	45	5.66	0.820	80	98	40	75
MTF01	27	28	NaPeg	39	84	0.008	180	17	6.44	0.350	60	73	13	45
MTF01	28	29	NaPeg	50	108	0.011	470	50	5.40	0.580	20	24	40	50
MTF01	29	30	Peg/Trans	64	138	0.014	600	50	2.76	0.990	35	43	70	80
MTF01	30	31	Trans	44	95	0.009	80	10	1.41	0.480	0	6	0	3
MTF02	10	11	Gab	273	588	0.059	310	40	3.08	0.550	10	12	25	25
MTF02	11	12	Peg	139	299	0.030	320	70	5.28	0.320	65	79	30	65
MTF02	12	13	Peg	86	185	0.019	55	25	2.75	0.000	60	73	0	6
MTF02	13	14	Peg	970	2088	0.209	1200	210	5.81	0.700	40	49	50	18
MTF02	14	15	Peg	940	2024	0.202	1800	160	1.55	1.500	25	31	150	60
MTF02	15	16	Peg	630	1356	0.136	1100	230	4.59	0.930	75	92	75	70
MTF02	16	17	Peg	970	2088	0.209	1500	330	4.74	1.150	95	116	100	60
MTF02	17	18	Peg/Gab	286	616	0.062	400	70	2.86	0.590	35	43	30	65
MTF02	18	19	Peg/Gab	122	263	0.026	65	10	1.26	0.330	0	6	0	5
MTF03	20	21	Trans	51	110	0.011	8	0	0.18	0.030	0	6	0	4
MTF03	21	22	Trans	102	220	0.022	95	35	2.27	0.220	0	6	0	14
MTF03	22	23	Peg	377	812	0.081	990	230	3.74	0.920	260	317	110	370
MTF03	23	24	Peg	285	614	0.061	930	170	6.48	0.710	120	147	50	80
MTF03	24	25	Peg	590	1270	0.127	1400	210	3.87	1.000	140	171	140	60
MTF03	25	26	Peg	210	452	0.045	520	75	2.54	0.710	65	79	55	70
MTF03	26	27	Peg/Gab	138	297	0.030	190	30	1.18	0.430	0	6	12	7
MTF10	4	5	Peg	24	52	0.005	230	25	3.31	0.660	12	15	20	20
MTF10	5	6	Peg	113	243	0.024	650	110	4.05	1.100	45	55	40	20
MTF10	6	7	Peg	222	478	0.048	560	95	3.82	0.700	40	49	30	40
MTF10	7	8	Peg	620	1335	0.133	840	100	1.84	0.890	30	37	75	55
MTF10	8	9	Peg	1690	3639	0.364	2500	220	1.12	2.200	35	43	240	90
MTF10	9	10	Peg	1490	3208	0.321	2000	220	1.66	2.050	40	49	190	80
MTF10	10	11	Peg	1660	3574	0.357	2300	220	1.50	2.050	45	55	210	80
MTF10	11	13	Peg	900	1938	0.194	1500	180	2.61	1.050	0	6	100	20
MTF10	13	14	Peg	1880	4048	0.405	2300	290	2.46	1.350	25	31	90	18
MTF10	14	15	Peg	1210	2605	0.261	1700	200	2.94	0.990	60	73	95	20
MTF10	15	16	Peg	1550	3337	0.334	2000	250	1.78	1.050	40	49	95	18
MTF10	16	17	Peg	3200	6890	0.689	3700	460	2.01	1.800	13	16	130	18
MTF10	17	18	Peg	1670	3596	0.360	2200	240	2.02	1.400	40	49	160	50
MTF10	18	19	Peg	1990	4284	0.428	2700	270	2.40	1.700	55	67	190	45
MTF10	19	20	Peg	2800	6028	0.603	3400	280	1.04	2.560	25	31	260	90
MTF10	20	21	Peg	1660	3574	0.357	2100	230	2.16	1.400	50	61	160	60
MTF10	21	22	Peg	210	452	0.045	410	55	6.52	0.410	12	15	25	12
MTF10	22	23	Peg	50	108	0.011	860	85	5.85	0.650	60	73	40	15
MTF10	23	24	Peg	79	170	0.017	1400	130	5.04	1.050	50	61	100	35
MTF10	24	25	Peg	471	1014	0.101	830	100	3.35	0.730	20	24	80	40
MTF10	25	26	Peg	540	1163	0.116	2100	200	2.82	1.950	55	67	190	110
MTF10	26	27	Peg	139	299	0.030	810	95	4.62	0.890	55	67	80	85
MTF10	27	28	Peg	34	73	0.007	95	11	7.43	0.210	45	55	20	60
MTF10	28	29	Peg	37	80	0.008	65	10	7.72	0.130	60	73	35	90
MTF10	29	30	Peg	17	37	0.004	200	17	6.92	0.840	50	61	35	85
MTF10	30	31	Gab	35	75	0.008	180	12	1.85	0.820	0	6	13	5
MTF10	31	32	Gab	45	97	0.010	220	15	2.25	0.760	0	6	11	7
MTF13	3	4	Gab/Peg	250	538	0.054	580	60	2.30	0.720	20	24	8	24
MTF13	4	5	Peg	580	1249	0.125	920	110	3.30	0.640	20	24	34	38
MTF13	5	6	Peg/Gab	380	818	0.082	600	140	1.91	0.590	10	12	16	22

ALDORO RESOURCES LIMITED | ABN 31 622 990 809 | +61 8 6559 1792

==> picture [71 x 42] intentionally omitted <==

SUITE 2, 1 ALTONA STREET WEST PERTH, WA 6005

http://www.aldororesources.com

==> picture [104 x 60] intentionally omitted <==

Hole	From	To	Lithology	Li_ppm	Li2O_ppm	LI2O_%	Rb_ppm	Cs_ppm	Na_%	K_%	Ta_ppm	Ta2O5_ppm	Sn_ppm	Nb_ppm
MTF13	6	7	Gab	230	495	0.050	620	100	3.20	0.540	20	24	28	34
MTF13	7	8	Gab/Peg	55	118	0.012	680	50	4.20	1.110	185	226	20	46
MTF13	8	9	Peg	220	474	0.047	1950	1150	3.00	5.150	17	21	18	30
MTF13	9	10	Peg	590	1270	0.127	2050	160	2.40	3.300	25	31	38	36
MTF13	10	11	Peg/Gab	900	1938	0.194	1750	170	2.90	1.980	25	31	46	60
MTF13	11	12	Gab	250	538	0.054	460	60	2.05	0.690	10	12	18	18
MTF13	12	13	Gab/Peg	420	904	0.090	670	220	1.00	0.730	5	6	10	14
MTF13	13	14	Peg	95	205	0.020	370	30	5.30	0.610	330	403	18	65
MTF13	14	15	Peg	125	269	0.027	740	50	6.20	0.090	520	635	32	75
MTF13	15	16	Peg	65	140	0.014	340	30	5.50	0.510	30	37	20	32
MTF13	16	17	Peg	32	69	0.007	210	30	6.00	0.250	25	31	16	30
MTF13	17	18	Peg	37	80	0.008	135	25	5.15	0.210	43	53	12	41
MTF13	18	19	Peg	32	69	0.007	185	30	6.10	0.270	20	24	12	32
MTF13	19	20	Peg	40	86	0.009	190	40	5.60	0.230	15	18	12	28
MTF13	20	21	Peg/Gab	200	431	0.043	630	80	3.50	0.920	20	24	40	42
MTF13	21	22	Gab	280	603	0.060	370	190	1.96	0.420	20	24	14	16
MTF14	2	3	Peg	2100	4521	0.452	1650	120	3.80	0.820	25	31	48	16
MTF14	3	4	QtzCore	120	258	0.026	20	20	0.08	0.010	5	6	2	4
MTF14	4	5	QtzCore	75	161	0.016	270	50	3.80	0.520	55	67	12	20
MTF14	5	6	Peg	60	129	0.013	470	40	6.10	0.790	380	464	16	60
MTF14	6	7	Peg	50	108	0.011	520	30	6.20	0.940	350	427	32	70
MTF14	7	8	Peg	60	129	0.013	280	30	6.60	0.480	960	1172	14	65
MTF14	8	9	Peg	14	30	0.003	320	30	7.30	0.540	1100	1343	18	80
MTF14	9	10	Peg	6	13	0.001	155	30	7.60	0.280	540	659	20	44
MTF14	10	11	Peg	9	19	0.002	185	30	7.90	0.260	2000	2442	24	105
MTF14	11	12	Peg	14	30	0.003	240	30	7.15	0.330	2800	3419	35	158
MTF14	12	13	Peg	14	30	0.003	65	30	0.40	0.020	190	232	12	18
MTF14	13	14	Peg	270	581	0.058	530	40	5.00	0.680	240	293	14	16
MTF14	14	15	Peg	2200	4737	0.474	1950	160	1.98	1.000	30	37	38	22
MTF14	15	16	Peg	1500	3230	0.323	1750	110	3.80	1.490	55	67	85	110
MTF14	16	17	Peg	650	1399	0.140	1150	130	5.00	1.080	40	49	60	60
MTF14	17	18	Peg/Gab	210	452	0.045	430	40	4.50	0.580	30	37	28	70
MTF14	18	19	Gab	170	366	0.037	100	20	1.37	0.330	5	6	2	7
MTF14	19	20	Gab	110	237	0.024	110	30	1.44	0.460	5	6	8	6
MTF15	2	3	Peg	70	151	0.015	100	40	0.21	0.080	5	6	6	4
MTF15	3	4	Peg	100	215	0.022	115	50	0.21	0.100	5	6	6	2
MTF15	4	5	QtzCore	80	172	0.017	40	30	0.16	0.040	5	6	2	2
MTF15	5	6	QtzCore	100	215	0.022	6	20	0.06	0.005	5	6	2	1
MTF15	6	7	QtzCore	110	237	0.024	26	30	0.05	0.020	5	6	8	4
MTF15	7	8	QtzCore	85	183	0.018	7	20	0.06	0.005	5	6	2	3
MTF15	8	9	QtzCore	70	151	0.015	5	20	0.04	0.005	5	6	6	2
MTF15	9	10	QtzCore	60	129	0.013	6	30	0.01	0.005	5	6	2	2
MTF15	10	11	Peg	26	56	0.006	85	30	4.20	0.130	1050	1282	10	70
MTF15	11	12	Peg	9	19	0.002	178	45	6.80	0.180	13700	16728	85	675
MTF15	12	13	Peg	16	34	0.003	40	20	2.30	0.050	8500	10379	55	430
MTF15	13	14	Peg	34	73	0.007	14	20	0.06	0.020	30	37	8	6
MTF15	14	15	Peg	40	86	0.009	16	30	0.25	0.010	45	55	2	2
MTF15	15	16	Peg	20	43	0.004	165	30	5.50	0.250	450	549	24	36
MTF15	16	17	Peg	12	26	0.003	290	30	6.70	0.810	1050	1282	42	70
MTF15	17	18	Peg	18	39	0.004	160	40	7.50	0.240	2450	2991	24	115
MTF15	18	19	Peg	9	19	0.002	55	30	5.10	0.170	590	720	36	30
MTF15	19	20	Peg	3	6	0.001	48	20	7.20	0.100	2500	3053	40	130
MTF15	20	21	Peg	2	4	0.000	90	20	7.20	0.230	480	586	38	30
MTF15	21	22	Peg	1025	2207	0.221	1625	155	4.65	0.930	140	171	58	26
MTF15	22	23	Peg	640	1378	0.138	1500	90	4.40	1.190	40	49	90	80
MTF15	23	24	Peg	85	183	0.018	820	80	5.10	0.620	80	98	55	60
MTF15	24	25	Peg/Gab	28	60	0.006	70	30	4.00	0.130	75	92	18	80
MTF16	5	6	Gab	240	517	0.052	70	20	1.07	0.330	5	6	20	4
MTF16	6	7	Gab/Peg	990	2131	0.213	1050	110	3.30	0.870	20	24	65	44
MTF16	7	8	Peg	1500	3230	0.323	1650	110	4.50	0.990	50	61	85	95
MTF16	8	9	QtzCore	200	431	0.043	42	30	0.96	0.040	5	6	2	3
MTF16	9	10	QtzCore	125	269	0.027	10	30	0.02	0.005	5	6	4	2
MTF16	10	11	QtzCore	125	269	0.027	12	20	0.01	0.005	5	6	4	2
MTF16	11	12	QtzCore	270	581	0.058	63	120	0.07	0.020	5	6	4	2
MTF16	12	13	QtzCore	2400	5167	0.517	1450	180	2.70	0.660	40	49	34	18
MTF16	13	14	Peg	950	2045	0.205	1450	170	3.10	0.790	15	18	70	22
MTF16	14	15	Peg	2100	4521	0.452	1850	120	2.90	1.540	25	31	85	55
MTF16	15	16	Peg	850	1830	0.183	880	120	3.00	0.620	40	49	55	70
MTF16	16	17	Peg/Gab	180	388	0.039	85	20	1.24	0.290	5	6	4	18
MTF17	3	4	Gab	165	355	0.036	95	20	1.05	0.330	5	6	16	4
MTF17	4	5	Gab/Peg	165	355	0.036	250	70	1.97	0.450	10	12	6	18
MTF17	5	6	Peg	1950	4198	0.420	1650	110	2.20	1.410	80	98	100	115
MTF17	6	7	Peg	1300	2799	0.280	1200	130	3.70	0.610	20	24	44	18
MTF17	7	8	QtzCore	170	366	0.037	12	30	0.05	0.005	5	6	6	2
MTF17	8	9	QtzCore	110	237	0.024	12	20	0.19	0.020	5	6	2	3

ALDORO RESOURCES LIMITED | ABN 31 622 990 809 | +61 8 6559 1792

==> picture [71 x 42] intentionally omitted <==

SUITE 2, 1 ALTONA STREET WEST PERTH, WA 6005

http://www.aldororesources.com

==> picture [104 x 60] intentionally omitted <==

Hole	From	To	Lithology	Li_ppm	Li2O_ppm	LI2O_%	Rb_ppm	Cs_ppm	Na_%	K_%	Ta_ppm	Ta2O5_ppm	Sn_ppm	Nb_ppm
MTF17	9	10	Peg	40	86	0.009	420	60	4.90	0.720	70	85	6	18
MTF17	10	11	Peg	60	129	0.013	510	80	4.20	0.660	250	305	28	65
MTF17	11	12	Peg	42	90	0.009	290	30	3.80	0.460	180	220	18	30
MTF17	12	13	Peg	65	140	0.014	58	35	0.41	0.060	0	0	3	5
MTF17	13	14	Peg	44	95	0.009	320	50	3.10	0.470	340	415	20	40
MTF17	14	15	Peg	160	344	0.034	230	30	4.30	0.390	770	940	14	45
MTF17	15	16	Peg	1100	2368	0.237	1300	130	3.40	0.820	65	79	34	22
MTF17	16	17	Peg	540	1163	0.116	960	90	3.80	0.690	50	61	34	22
MTF17	17	18	Peg	470	1012	0.101	1650	180	2.80	1.400	45	55	100	60
MTF17	18	19	Peg	420	904	0.090	1050	130	4.10	0.780	40	49	65	65
MTF17	19	20	Peg/Gab	42	90	0.009	75	20	3.80	0.090	40	49	16	90
MTF17	20	21	Gab	65	140	0.014	24	20	0.43	0.070	5	6	12	10
MTF17	21	22	Gab	50	108	0.011	55	30	0.51	0.190	5	6	12	3
MTF18	10	11	Gab	185	398	0.040	90	40	1.00	0.270	10	12	34	8
MTF18	11	12	Gab/Peg	180	388	0.039	160	40	2.30	0.260	5	6	10	16
MTF18	12	13	Peg	1250	2691	0.269	1700	120	3.70	1.170	50	61	95	70
MTF18	13	14	Peg	570	1227	0.123	630	40	6.40	0.500	25	31	26	28
MTF18	14	15	Peg	155	334	0.033	250	80	2.60	0.230	5	6	8	6
MTF18	15	16	QtzCore	170	366	0.037	10	20	0.05	0.005	5	6	4	2
MTF18	16	17	QtzCore	200	431	0.043	8	30	0.01	0.005	5	6	2	2
MTF18	17	18	QtzCore	50	108	0.011	6	20	0.02	0.010	5	6	4	2
MTF18	18	19	QtzCore	85	183	0.018	6	30	0.02	0.005	5	6	2	1
MTF18	19	20	QtzCore	90	194	0.019	12	30	0.28	0.020	10	12	6	3
MTF18	20	21	Peg	600	1292	0.129	1275	105	4.65	2.750	1300	1587	26	63
MTF18	21	22	Peg	1450	3122	0.312	2250	180	2.25	1.010	855	1044	46	16
MTF18	22	23	Peg	210	452	0.045	980	100	2.35	0.550	15	18	32	18
MTF18	23	24	Peg	430	926	0.093	1450	140	3.10	1.200	30	37	95	65
MTF18	24	25	Peg	60	129	0.013	300	20	5.50	0.500	40	49	36	70
MTF18	25	26	Peg	36	78	0.008	195	30	4.70	0.420	25	31	24	70
MTF18	26	27	Gab	105	226	0.023	145	10	0.96	0.670	5	6	10	12
MTF18	27	28	Gab	70	151	0.015	85	10	1.02	0.440	10	12	2	3
MTF19	6	7	Gab	170	366	0.037	90	30	1.14	0.270	5	6	2	6
MTF19	7	8	Gab/Peg	230	495	0.050	350	90	1.68	0.360	5	6	24	14
MTF19	8	9	Peg	960	2067	0.207	1100	80	4.20	0.950	25	31	60	42
MTF19	9	10	Peg	2000	4306	0.431	3500	165	2.95	3.480	28	34	108	70
MTF19	10	11	Peg	630	1356	0.136	1050	80	5.40	0.700	20	24	50	28
MTF19	11	12	Peg	125	269	0.027	370	30	5.80	0.310	35	43	16	28
MTF19	12	13	Peg	660	1421	0.142	1050	80	4.50	0.840	60	73	65	75
MTF19	13	14	Peg	580	1249	0.125	1200	90	2.45	0.960	60	73	65	120
MTF19	14	15	Peg	95	205	0.020	710	60	4.70	0.440	35	43	26	20
MTF19	15	16	Peg	130	280	0.028	190	70	1.20	0.180	5	6	4	7
MTF19	16	17	QtzCore	135	291	0.029	9	30	0.02	0.005	5	6	2	2
MTF19	17	18	QtzCore	80	172	0.017	5	20	0.02	0.005	5	6	10	3
MTF19	18	19	QtzCore	90	194	0.019	8	30	0.02	0.005	10	12	4	1
MTF19	19	20	QtzCore	63	136	0.014	9	15	0.04	0.010	5	6	2	4
MTF19	20	21	QtzCore	60	129	0.013	4	20	0.01	0.005	5	6	6	2
MTF19	21	22	QtzCore	65	140	0.014	5	20	0.04	0.005	5	6	8	2
MTF19	22	23	Peg	48	103	0.010	60	30	0.52	0.100	5	6	10	4
MTF19	23	24	Peg	36	78	0.008	550	100	5.90	0.750	11800	14408	50	310
MTF19	24	25	Peg	4	9	0.001	30	20	7.70	0.110	1700	2076	32	90
MTF19	25	26	Peg	560	1206	0.121	900	80	5.50	0.810	290	354	28	22
MTF19	26	27	Peg	670	1443	0.144	1250	130	1.07	0.400	40	49	42	14
MTF19	27	28	Peg	730	1572	0.157	1400	90	3.80	1.230	150	183	85	80
MTF19	28	29	Peg	24	52	0.005	40	30	5.00	0.100	80	98	6	200
MTF19	29	30	Peg	60	129	0.013	1200	85	4.20	1.140	310	379	68	85
MTF19	30	31	Peg	18	39	0.004	300	40	5.90	0.340	170	208	22	230
MTF19	31	32	Peg	32	69	0.007	730	50	5.70	0.610	90	110	60	105
MTF19	32	33	Peg	44	95	0.009	700	60	4.80	0.790	70	85	42	90
MTF19	33	34	Peg	10	22	0.002	230	30	6.20	0.280	50	61	22	75
MTF19	34	35	Peg	1	2	0.000	65	20	7.90	0.240	50	61	16	36
MTF19	35	36	Peg/Gab	1	2	0.000	55	20	6.80	0.180	80	98	8	80
MTF19	36	37	Gab	44	95	0.009	120	10	1.53	0.450	5	6	10	18
MTF20	1	2	Peg	570	1227	0.123	920	60	4.40	0.690	25	31	50	40
MTF20	2	3	Peg	270	581	0.058	350	70	4.30	0.380	25	31	18	55
MTF20	3	4	Peg	330	710	0.071	540	140	4.40	0.440	15	18	14	46
MTF20	4	5	Peg	280	603	0.060	450	40	3.10	0.390	35	43	32	80
MTF20	5	6	Peg	410	883	0.088	1050	60	4.60	0.810	20	24	46	42
MTF20	6	7	QtzCore	230	495	0.050	520	50	1.65	0.280	10	12	22	8
MTF20	7	8	QtzCore	85	183	0.018	18	30	0.07	0.010	5	6	6	3
MTF20	8	9	QtzCore	100	215	0.022	10	30	0.03	0.005	5	6	6	2
MTF20	9	10	QtzCore	170	366	0.037	6	25	0.02	0.005	10	12	4	4
MTF20	10	11	QtzCore	80	172	0.017	6	20	0.02	0.005	5	6	6	2
MTF20	11	12	QtzCore	14	30	0.003	20	20	0.04	0.010	5	6	2	3
MTF20	12	13	QtzCore	55	118	0.012	28	30	0.11	0.040	5	6	2	2
MTF20	13	14	QtzCore	90	194	0.019	7	20	0.04	0.005	5	6	4	2

ALDORO RESOURCES LIMITED | ABN 31 622 990 809 | +61 8 6559 1792

==> picture [71 x 42] intentionally omitted <==

SUITE 2, 1 ALTONA STREET WEST PERTH, WA 6005

http://www.aldororesources.com

==> picture [104 x 60] intentionally omitted <==

Hole	From	To	Lithology	Li_ppm	Li2O_ppm	LI2O_%	Rb_ppm	Cs_ppm	Na_%	K_%	Ta_ppm	Ta2O5_ppm	Sn_ppm	Nb_ppm
MTF20	14	15	QtzCore	120	258	0.026	4	30	0.03	0.005	5	6	2	1
MTF20	15	16	Peg	155	334	0.033	3000	840	1.47	3.800	75	92	90	32
MTF20	16	17	Peg	65	140	0.014	910	150	5.10	0.980	380	464	30	42
MTF20	17	18	Peg	12	26	0.003	230	40	5.20	0.300	520	635	20	30
MTF20	18	19	Peg	14	30	0.003	280	40	7.60	0.370	28200	34432	140	1200
MTF20	19	20	Peg	75	161	0.016	1300	195	6.00	1.590	52000	63492	320	2425
MTF20	20	21	Peg	390	840	0.084	1200	100	6.10	1.870	590	720	36	38
MTF20	21	22	Peg	1800	3875	0.388	2000	150	1.95	0.910	85	104	46	20
MTF20	22	23	Peg	1550	3337	0.334	2300	220	4.30	1.330	85	104	130	55
MTF20	23	24	Peg	300	646	0.065	900	70	5.10	0.770	70	85	50	48
MTF20	24	25	Peg	42	90	0.009	550	40	5.30	0.690	70	85	36	80
MTF20	25	26	Peg	8	17	0.002	140	30	5.60	0.330	80	98	22	60
MTF20	26	27	Peg	10	22	0.002	1400	20	4.70	0.410	90	110	28	34
MTF20	27	28	Peg	6	13	0.001	135	20	6.50	0.510	25	31	12	55
MTF20	28	29	Peg	2	4	0.000	24	20	7.30	0.090	100	122	10	65
MTF20	29	30	Peg	3	6	0.001	55	10	6.90	0.170	75	92	14	85
MTF20	30	31	Peg/Gab	32	69	0.007	70	20	4.90	0.330	45	55	36	48
MTF21	15	16	Peg	352	758	0.076	740	35	3.61		40	49
MTF21	16	17	QtzCore	105	226	0.023	280	65	7.65		5	6
MTF21	17	18	QtzCore	38	82	0.008	120	16	5.45		5	6
MTF21	18	20	QtzCore	105	226	0.023	190	20	0.69		35	43
MTF21	20	21	Peg	1350	2907	0.291	1900	130	2.93		40	49
MTF21	21	22	Peg	1190	2562	0.256	1600	120	3.83		5	6
MTF21	22	23	Peg	1380	2971	0.297	2000	120	1.86		55	67
MTF21	23	24	Peg		0	0.000
MTF21	24	25	Peg	459	988	0.099	710	110	4.59		40	49
MTF21	25	26	Gab	82	177	0.018	150	17	2.00		5	6
MTF22	19	20	Peg	146	314	0.031	360	35	4.42		50	61
MTF22	20	21	Peg	730	1572	0.157	1900	110	3.38		16	20
MTF22	21	22	Peg	830	1787	0.179	1800	130	3.27		290	354
MTF22	22	23	Peg	148	319	0.032	510	160	2.88		25	31
MTF22	23	24	QtzCore	68	146	0.015	40	13	0.12		19	23
MTF22	24	25	QtzCore	38	82	0.008	9	10	0.06		16	20
MTF22	25	26	QtzCore	38	82	0.008	9	5	0.02		5	6
MTF22	26	27	QtzCore	88	189	0.019	720	60	6.55		490	598
MTF22	27	28	Peg	530	1141	0.114	1400	100	4.30		35	43
MTF22	28	29	Peg	890	1916	0.192	1700	110	1.40		5	6
MTF22	29	30	Peg	740	1593	0.159	1500	95	3.63		25	31
MTF22	30	31	Peg	412	887	0.089	850	55	1.54		55	67
MTF22	31	32	Peg	140	301	0.030	520	55	5.52		60	73
MTF22	32	33	Peg	45	97	0.010	330	30	5.67		80	98
MTF22	33	34	Peg	68	146	0.015	560	45	4.82		30	37
MTF22	34	35	Peg	34	73	0.007	170	19	3.45		30	37
MTF23	12	13	Gab/Peg	117	252	0.025	190	40	1.81		5	6
MTF23	13	14	Peg	550	1184	0.118	880	65	4.77		35	43
MTF23	14	15	Peg	67	144	0.014	1800	130	3.93		5	6
MTF23	15	16	Peg	1240	2670	0.267	220	60	2.87		12	15
MTF23	16	17	QtzCore	66	142	0.014	25	20	0.12		5	6
MTF23	17	18	QtzCore	121	261	0.026	3	5	0.01		20	24
MTF23	18	19	QtzCore	116	250	0.025	3	5	0.01		5	6
MTF23	19	20	QtzCore	128	276	0.028	3	5	0.02		5	6
MTF23	20	21	QtzCore	104	224	0.022	1	11	0.01		5	6
MTF23	21	22	QtzCore	42	90	0.009	4	11	0.01		20	24
MTF23	22	23	QtzCore	51	110	0.011	1	5	0.02		30	37
MTF23	23	24	QtzCore	38	82	0.008	10	5	0.01		5	6
MTF23	24	25	QtzCore	29	62	0.006	3	17	0.03		5	6
MTF23	25	26	QtzCore	81	174	0.017	3	11	0.01		5	6
MTF23	26	27	QtzCore	51	110	0.011	1	10	0.03		5	6
MTF23	27	28	QtzCore	31	67	0.007	5	11	0.02		11	13
MTF23	28	29	QtzCore	47	101	0.010	1	5	0.10		5	6
MTF23	29	30	QtzCore	20	43	0.004	1	5	0.04		5	6
MTF23	30	31	QtzCore	23	50	0.005	610	110	6.25		270	330
MTF23	31	32	Peg	550	1184	0.118	870	80	3.06		11	13
MTF23	32	33	Peg	690	1486	0.149	1300	130	1.89		40	49
MTF23	33	34	Peg	760	1636	0.164	1600	120	3.55		55	67
MTF23	34	35	Peg	182	392	0.039	1300	120	4.53		65	79
MTF23	35	36	Peg	338	728	0.073	1300	140	4.02		30	37
MTF23	36	37	Peg	8	17	0.002	180	13	5.35		60	73
MTF23	37	38	Peg	17	37	0.004	760	50	6.00		25	31
MTF23	38	39	Gab	29	62	0.006	220	5	2.20		5	6
MTF24	9	10	Peg	130	280	0.028	530	80	4.57		50	61
MTF24	10	11	Peg	101	217	0.022	470	45	5.07		70	85
MTF24	11	12	Peg	151	325	0.033	540	45	4.75		5	6
MTF24	12	13	Peg	39	84	0.008	480	45	6.18		400	488
MTF24	13	14	Peg	51	110	0.011	510	40	6.44		1100	1343

==> picture [71 x 42] intentionally omitted <==

ALDORO RESOURCES LIMITED | ABN 31 622 990 809 | +61 8 6559 1792

SUITE 2, 1 ALTONA STREET WEST PERTH, WA 6005

http://www.aldororesources.com

==> picture [104 x 60] intentionally omitted <==

Hole	From	To	Lithology	Li_ppm	Li2O_ppm	LI2O_%	Rb_ppm	Cs_ppm	Na_%	K_%	Ta_ppm	Ta2O5_ppm	Sn_ppm	Nb_ppm
MTF24	14	15	Peg	174	375	0.037	900	90	2.89		55	67
MTF24	15	16	Peg	5	11	0.001	25	5	7.95		50	61
MTF24	16	17	QtzCore	38	82	0.008	5	18	0.51		5	6
MTF24	17	18	QtzCore	102	220	0.022	4	5	0.11		5	6
MTF24	18	19	QtzCore	83	179	0.018	8	16	0.06		14	17
MTF24	19	20	QtzCore	49	105	0.011	1	11	0.05		5	6
MTF24	20	21	QtzCore	28	60	0.006	4	5	0.06		5	6
MTF24	21	22	QtzCore	38	82	0.008	1	5	0.03		5	6
MTF24	22	23	QtzCore	33	71	0.007	1	5	0.03		11	13
MTF24	23	24	QtzCore	25	54	0.005	1	5	0.03		5	6
MTF24	24	25	QtzCore	23	50	0.005	4	5	0.14		30	37
MTF24	25	26	Peg	4	9	0.001	110	11	8.04		680	830
MTF24	26	27	Peg	4	9	0.001	280	60	8.00		660	806
MTF24	27	28	Peg	4	9	0.001	25	5	7.54		45	55
MTF24	28	29	Peg	4	9	0.001	80	17	6.17		25	31
MTF24	29	30	Peg	17	37	0.004	550	25	7.45		140	171
MTF24	30	31	Peg	38	82	0.008	1300	95	2.46		11	13
MTF24	31	32	Peg	213	459	0.046	1800	150	3.70		30	37
MTF24	32	33	Peg	680	1464	0.146	2400	180	2.34		30	37
MTF24	33	34	Peg	463	997	0.100	1500	110	2.62		90	110
MTF24	34	35	Peg	74	159	0.016	580	50	4.52		65	79
MTF24	35	36	Peg	4	9	0.001	13	5	8.61		80	98
MTF24	36	37	Peg	1	2	0.000	19	5	8.52		65	79
MTF24	37	38	Peg	1	2	0.000	12	5	8.40		60	73
MTF24	38	39	Peg	4	9	0.001	6	5	7.08		130	159
MTF24	39	40	Peg/Gab	20	43	0.004	180	5	4.94		25	31
MTF25	21	22	Peg	85	183	0.018	450	50	3.19		5	6
MTF25	22	23	Peg	91	196	0.020	490	35	3.94		20	24
MTF25	23	24	Peg	145	312	0.031	540	35	3.36		50	61
MTF25	24	25	Peg	236	508	0.051	720	50	2.40		70	85
MTF25	25	26	Peg	134	289	0.029	980	80	6.16		65	79
MTF25	26	27	Peg	108	233	0.023	830	70	5.70		55	67
MTF25	27	28	Peg	376	810	0.081	1100	100	4.03		50	61
MTF25	28	29	Peg	52	112	0.011	330	35	5.69		5	6
MTF25	29	30	QtzCore	57	123	0.012	1	15	0.29		5	6
MTF25	30	31	QtzCore	39	84	0.008	1	5	0.06		5	6
MTF25	31	32	QtzCore	32	69	0.007	1	5	0.04		5	6
MTF25	32	33	Peg	15	32	0.003	150	18	5.57		600	733
MTF25	33	34	Peg	299	644	0.064	880	75	6.13		180	220
MTF25	34	35	Peg	1020	2196	0.220	2500	210	4.56		50	61
MTF25	35	36	Peg	760	1636	0.164	1600	120	1.20		30	37
MTF25	36	37	Peg	314	676	0.068	700	85	1.98		30	37
MTF25	37	38	Peg	260	560	0.056	610	75	3.24		60	73
MTF25	38	39	Peg	1030	2218	0.222	2400	220	2.17		35	43
MTF25	39	40	Peg	650	1399	0.140	1600	190	4.32		75	92
MTF25	40	41	Peg	449	967	0.097	1200	130	3.83		50	61
MTF25	41	42	Peg	363	782	0.078	830	110	4.22		40	49
MTF25	42	43	Peg	64	138	0.014	620	130	3.85		35	43
MTF25	43	44	Peg	5	11	0.001	25	10	6.35		45	55
MTF25	44	45	Peg	4	9	0.001	30	12	8.47		35	43
MTF25	45	46	Peg	4	9	0.001	19	5	6.67		240	293
MTF25	46	47	Gab	9	19	0.002	65	5	2.77		5	6
MTF26	0	1	VQZ	142	306	0.031	230	35	1.30		15	18
MTF26	1	2	VQZ	139	299	0.030	260	35	1.04		60	73
MTF26	2	3	VQZ	70	151	0.015	35	25	0.13		50	61
MTF26	3	4	VQZ	103	222	0.022	5	19	0.01		5	6
MTF26	4	5	VQZ	147	316	0.032	6	18	0.01		5	6
MTF26	5	6	VQZ	124	267	0.027	3	5	0.00		15	18
MTF26	6	7	VQZ	72	155	0.016	5	10	0.00		17	21
MTF26	7	8	VQZ	21	45	0.005	3	5	0.00		16	20
MTF26	8	9	VQZ	63	136	0.014	1	15	0.10		5	6
MTF26	9	10	VQZ	24	52	0.005	75	20	1.79		9300	11355
MTF26	10	11	Peg	59	127	0.013	870	130	5.65		630	769
MTF26	11	12	Peg	44	95	0.009	670	60	6.63		470	574
MTF26	12	13	Peg	44	95	0.009	1100	220	6.77		580	708
MTF26	13	14	Peg	21	45	0.005	250	45	3.12		860	1050
MTF26	14	15	QtzCore	20	43	0.004	11	16	0.14		470	574
MTF26	15	16	QtzCore	27	58	0.006	120	14	1.23		1500	1832
MTF26	16	17	QtzCore	214	461	0.046	550	55	5.02		210	256
MTF26	17	18	Peg	41	88	0.009	390	30	3.87		12	15
MTF26	18	19	Peg	27	58	0.006	360	25	4.51		5	6
MTF26	19	20	Peg	11	24	0.002	110	19	6.34		25	31
MTF26	20	21	Peg	78	168	0.017	450	30	6.88		130	159
MTF26	21	22	Peg	9	19	0.002	240	45	7.58		180	220
MTF26	22	23	Peg	486	1046	0.105	1400	120	4.73		60	73
**ALDORO RESOURCES LIMITED	ABN 31 622 990 809	+61 8 6559 1792**

==> picture [71 x 42] intentionally omitted <==

SUITE 2, 1 ALTONA STREET WEST PERTH, WA 6005

http://www.aldororesources.com

==> picture [104 x 60] intentionally omitted <==

Hole	From	To	Lithology	Li_ppm	Li2O_ppm	LI2O_%	Rb_ppm	Cs_ppm	Na_%	K_%	Ta_ppm	Ta2O5_ppm	Sn_ppm	Nb_ppm
MTF26	23	24	Peg	44	95	0.009	1300	80	5.64		40	49
MTF26	24	25	Peg	14	30	0.003	210	16	7.00		40	49
MTF26	25	26	Peg	12	26	0.003	170	12	6.63		40	49
MTF26	26	27	Peg	5	11	0.001	18	17	8.43		40	49
MTF26	27	28	Gab	30	65	0.006	90	5	3.08		5	6
MTF27	0	1	VQZ	54	116	0.012	150	18	1.31		20	24
MTF27	1	2	VQZ	32	69	0.007	170	16	3.83		10	12
MTF27	2	3	VQZ	27	58	0.006	170	12	5.13		5	6
MTF27	3	4	VQZ	14	30	0.003	50	16	4.55		5	6
MTF27	4	5	VQZ	16	34	0.003	55	12	2.99		5	6
MTF27	5	6	VQZ	30	65	0.006	6	5	0.10		5	6
MTF27	6	7	VQZ	54	116	0.012	12	19	0.15		5	6
MTF27	7	8	VQZ	40	86	0.009	10	19	0.02		5	6
MTF27	8	9	VQZ	28	60	0.006	460	25	0.07		5	6
MTF27	9	10	Peg	316	680	0.068	940	70	2.41		35	43
MTF27	10	11	Peg	570	1227	0.123	1600	120	2.35		40	49
MTF27	11	12	Peg	196	422	0.042	1300	85	2.16		19	23
MTF27	12	13	Peg	471	1014	0.101	1100	55	4.03		35	43
MTF27	13	14	Peg	115	248	0.025	1200	75	5.60		75	92
MTF27	14	15	Peg	1560	3359	0.336	3700	200	1.61		60	73
MTF27	15	16	Peg	375	807	0.081	1700	120	4.75		60	73
MTF27	16	17	Peg	55	118	0.012	1300	70	5.19		35	43
MTF27	17	18	Peg	830	1787	0.179	1900	140	4.68		30	37
MTF27	18	19	Peg	710	1529	0.153	1800	140	4.79		35	43
MTF27	19	20	Peg	321	691	0.069	1600	140	5.18		45	55
MTF27	20	21	Peg	520	1120	0.112	1100	120	5.59		50	61
MTF27	21	22	Peg	130	280	0.028	1100	100	5.90		110	134
MTF27	22	23	Peg	116	250	0.025	1600	100	4.67		55	67
MTF27	23	24	Peg	18	39	0.004	390	6	7.04		35	43
MTF27	24	25	Peg	16	34	0.003	190	25	7.05		120	147
MTF27	25	26	Peg	15	32	0.003	95	5	8.85		60	73
MTF27	26	27	Peg	14	30	0.003	25	5	8.89		25	31
MTF27	27	28	Peg	18	39	0.004	250	5	6.99		35	43
MTF28	3	4	Peg	319	687	0.069	410	60	4.90		10	12
MTF28	4	5	Peg	500	1077	0.108	530	55	4.21		30	37
MTF28	5	6	Peg	1100	2368	0.237	1600	130	3.93		25	31
MTF28	6	7	Peg	1740	3746	0.375	2200	190	4.56		50	61
MTF28	7	8	Peg	1650	3552	0.355	1900	170	4.98		5	6
MTF28	8	9	Peg	300	646	0.065	410	55	3.68		25	31
MTF28	9	10	QtzCore	85	183	0.018	55	25	0.99		5	6
MTF28	10	11	QtzCore	73	157	0.016	8	25	0.60		5	6
MTF28	11	12	QtzCore	64	138	0.014	6	20	0.04		5	6
MTF28	12	13	QtzCore	66	142	0.014	3	20	0.05		5	6
MTF28	13	14	QtzCore	77	166	0.017	9	19	0.06		20	24
MTF28	14	15	QtzCore	48	103	0.010	90	16	0.05		5	6
MTF28	15	16	QtzCore	68	146	0.015	30	5	0.90		5	6
MTF28	16	17	QtzCore	61	131	0.013	210	30	0.75		16	20
MTF28	17	18	QtzCore	93	200	0.020	620	35	1.05		120	147
MTF28	18	19	QtzCore	101	217	0.022	560	30	5.68		11	13
MTF28	19	20	Peg	540	1163	0.116	790	60	6.84		5	6
MTF28	20	21	Peg	2410	5189	0.519	2700	280	3.17		45	55
MTF28	21	22	Peg	1740	3746	0.375	1900	210	1.58		35	43
MTF28	22	23	Peg	1860	4005	0.400	2100	180	1.35		14	17
MTF28	23	24	Peg	1600	3445	0.344	2000	150	3.22		60	73
MTF28	24	25	Peg	201	433	0.043	1900	110	4.91		40	49
MTF28	25	26	Peg	336	723	0.072	1600	100	5.87		35	43
MTF28	26	27	Peg	500	1077	0.108	1300	85	5.37		40	49
MTF28	27	28	Peg	203	437	0.044	640	45	5.98		55	67
MTF28	28	29	Peg	115	248	0.025	530	40	6.07		55	67
MTF28	29	30	Peg	33	71	0.007	2	10	5.22		25	31
MTF28	30	31	Peg	18	39	0.004	120	5	6.36		40	49
MTF28	31	32	Trans	75	161	0.016	33	5	6.25		55	67
MTF29	18	19	Gab/VQZ	35	75	0.008	1800	85	2.81		16	20
MTF29	19	20	Peg	15	32	0.003	1100	60	4.62		70	85
MTF29	20	21	Peg	14	30	0.003	180	5	6.79		70	85
MTF29	21	22	Peg	115	248	0.025	970	70	4.93		55	67
MTF29	22	23	Peg	495	1066	0.107	1400	140	5.14		40	49
MTF29	23	24	Peg	61	131	0.013	610	50	4.72		65	79
MTF29	24	25	Peg	22	47	0.005	520	55	7.58		45	55
MTF29	25	26	Peg	411	885	0.088	1300	110	4.71		25	31
MTF29	26	27	Peg	710	1529	0.153	1100	80	2.44		5	6
MTF29	27	28	Peg	1370	2950	0.295	2000	140	2.46		50	61
MTF29	28	29	Peg	790	1701	0.170	1100	130	4.24		45	55
MTF29	29	30	Peg	930	2002	0.200	1400	140	4.59		80	98
MTF29	30	31	Peg	496	1068	0.107	740	100	4.12		19	23

ALDORO RESOURCES LIMITED | ABN 31 622 990 809 | +61 8 6559 1792

==> picture [71 x 42] intentionally omitted <==

SUITE 2, 1 ALTONA STREET WEST PERTH, WA 6005

http://www.aldororesources.com

==> picture [104 x 60] intentionally omitted <==

Hole	From	To	Lithology	Li_ppm	Li2O_ppm	LI2O_%	Rb_ppm	Cs_ppm	Na_%	K_%	Ta_ppm	Ta2O5_ppm	Sn_ppm	Nb_ppm
MTF29	31	32	Peg	650	1399	0.140	1300	130	4.57		80	98
MTF29	32	33	Peg	710	1529	0.153	1200	90	4.51		40	49
MTF29	33	34	Peg	216	465	0.047	570	50	6.50		50	61
MTF29	34	35	QtzCore	101	217	0.022	670	50	5.69		75	92
MTF29	35	36	QtzCore	920	1981	0.198	5800	970	2.61		550	672
MTF29	36	37	QtzCore	190	409	0.041	5100	520	3.38		660	806
MTF29	37	38	Peg	19	41	0.004	1600	120	5.68		360	440
MTF29	38	39	Peg	5	11	0.001	90	5	6.20		95	116
MTF29	39	40	Peg/Gab	4	9	0.001	100	5	6.71		170	208
MTF30	0	1	Col	41	88	0.009	380	20	3.02		40	49
MTF30	1	2	Col	14	30	0.003	45	5	4.80		16	20
MTF30	2	3	Peg	36	78	0.008	180	5	3.64		5	6
MTF30	3	4	Peg	22	47	0.005	230	11	3.25		110	134
MTF30	4	5	Peg	12	26	0.003	150	5	4.14		16	20
MTF30	5	6	Peg	26	56	0.006	280	20	3.43		17	21
MTF30	6	7	Peg	25	54	0.005	350	5	3.23		15	18
MTF30	7	8	QtzCore	21	45	0.005	30	5	0.38		5	6
MTF30	8	9	QtzCore	18	39	0.004	1	5	0.04		5	6
MTF30	9	10	QtzCore	19	41	0.004	1	5	0.04		5	6
MTF30	10	11	QtzCore	19	41	0.004	1	5	0.05		5	6
MTF30	11	12	QtzCore	18	39	0.004	110	5	1.84		14	17
MTF30	12	13	QtzCore	148	319	0.032	750	150	5.07		190	232
MTF30	13	14	QtzCore	36	78	0.008	330	25	6.91		370	452
MTF30	14	15	QtzCore	45	97	0.010	880	55	4.56		50	61
MTF30	15	16	Peg	19	41	0.004	980	70	4.97		30	37
MTF30	16	17	Peg	26	56	0.006	690	75	2.70		20	24
MTF30	17	18	Peg	20	43	0.004	720	45	4.23		25	31
MTF30	18	19	Peg	26	56	0.006	1200	95	3.42		35	43
MTF30	19	20	Peg	19	41	0.004	1100	85	4.24		20	24
MTF30	20	21	Peg	5	11	0.001	25	5	6.08		70	85
MTF30	21	22	Peg	1	2	0.000	65	5	8.10		40	49
MTF30	22	23	Peg	1	2	0.000	120	5	8.23		30	37
MTF30	23	24	Peg	4	9	0.001	130	5	5.50		50	61
MTF30	24	25	Peg	23	50	0.005	710	40	4.55		160	195
MTF30	25	26	Peg/Gab	19	41	0.004	95	5	3.00		5	6
MTF31	16	17	Gab/Peg	82	177	0.018	760	30			5	6
MTF31	17	18	Peg	59	127	0.013	1300	110			80	98
MTF31	18	19	Peg	51	110	0.011	1100	65			20	24
MTF31	19	20	Peg	92	198	0.020	460	35			5	6
MTF31	20	21	Peg	550	1184	0.118	1100	70			30	37
MTF31	21	22	Peg	920	1981	0.198	1400	120			150	183
MTF31	22	23	Peg	890	1916	0.192	1400	100			50	61
MTF31	23	24	Peg	790	1701	0.170	1200	85			45	55
MTF31	24	25	Peg	810	1744	0.174	1200	100			35	43
MTF31	25	26	Peg	540	1163	0.116	820	60			25	31
MTF31	26	27	Peg	279	601	0.060	520	55			40	49
MTF31	27	28	Peg	143	308	0.031	600	60			25	31
MTF31	28	29	Peg	17	37	0.004	100	5			60	73
MTF31	29	30	Peg	5	11	0.001	9	5			25	31
MTF31	30	31	Peg	9	19	0.002	30	5			90	110
MTF31	31	32	Peg	4	9	0.001	25	5			5	6
MTF31	32	33	Peg	5	11	0.001	16	5			25	31
MTF31	33	34	Peg	7	15	0.002	5	5			70	85
MTF31	34	35	Peg	17	37	0.004	30	5			80	98
MTF31	35	36	Peg	4	9	0.001	10	5			40	49
MTF31	36	37	Trans	13	28	0.003	200	5			5	6
MTF32	27	28	Gab/Peg	77	166	0.017	280	40			5	6
MTF32	28	29	Peg	269	579	0.058	440	50			30	37
MTF32	29	30	Peg	520	1120	0.112	1300	120			1100	1343
MTF32	30	31	Peg	482	1038	0.104	990	120			55	67
MTF32	31	32	Peg	560	1206	0.121	910	90			25	31
MTF32	32	33	Peg	320	689	0.069	1100	100			60	73
MTF32	33	34	Peg	260	560	0.056	710	55			20	24
MTF32	34	35	Peg	190	409	0.041		80			30	37
MTF32	35	36	Peg	85	183	0.018	630	55			65	79
MTF32	36	37	Peg	50	108	0.011	310	25			25	31
MTF32	37	38	Peg	7	15	0.002	30	5			15	18
MTF32	38	39	Peg	5	11	0.001	9	5			35	43
MTF32	39	40	Peg	9	19	0.002	10	5			5	6
MTF32	40	41	Peg	12	26	0.003	55	5			11	13
MTF33	0	1	Peg	800	1722	0.172	1200	75			5	6
MTF33	1	2	Peg	282	607	0.061	410	40			5	6
MTF33	2	3	QtzCore	79	170	0.017	11	12			13	16
MTF33	3	4	QtzCore	99	213	0.021	65	45			5	6
MTF33	4	5	QtzCore	710	1529	0.153	2700	360			480	586
**ALDORO RESOURCES LIMITED	ABN 31 622 990 809	+61 8 6559 1792**

==> picture [71 x 42] intentionally omitted <==

SUITE 2, 1 ALTONA STREET WEST PERTH, WA 6005

http://www.aldororesources.com

==> picture [104 x 60] intentionally omitted <==

Hole	From	To	Lithology	Li_ppm	Li2O_ppm	LI2O_%	Rb_ppm	Cs_ppm	Na_%	K_%	Ta_ppm	Ta2O5_ppm	Sn_ppm	Nb_ppm
MTF33	5	6	QtzCore	5900	12703	1.270	10000	1900			230	281
MTF33	6	7	QtzCore	271	583	0.058	750	45			550	672
MTF33	7	8	QtzCore	880	1895	0.189	1700	140			45	55
MTF33	8	9	Peg	540	1163	0.116	920	90			35	43
MTF33	9	10	Peg	1050	2261	0.226	2000	140			5	6
MTF33	10	11	Peg	920	1981	0.198	2600	150			5	6
MTF33	11	12	Peg	450	969	0.097	1100	80			30	37
MTF33	12	13	Peg	570	1227	0.123	1500	140			45	55
MTF33	13	14	Gab	151	325	0.033	340	40			5	6
MTF34	2	3	Gab	119	256	0.026	190	14			5	6
MTF34	3	4	Peg	1120	2411	0.241	2000	100			100	122
MTF34	4	5	Peg	147	316	0.032	270	35			55	67
MTF34	5	6	QtzCore	219	472	0.047	980	60			50	61
MTF34	6	7	QtzCore	960	2067	0.207	1200	150			65	79
MTF34	7	8	Peg	1160	2497	0.250	1600	130			20	24
MTF34	8	9	Peg	1190	2562	0.256	1200	160			70	85
MTF34	9	10	Peg	1510	3251	0.325	1700	380			95	116
MTF34	10	11	Peg	810	1744	0.174	860	150			40	49
MTF34	11	12	Gab	111	239	0.024	80	14			20	24
MTF35	2	3	VQZ	68	146	0.015	9	25			10	12
MTF35	3	4	VQZ	53	114	0.011	270	45			5	6
MTF35	4	5	VQZ	45	97	0.010	360	55			80	98
MTF35	5	6	VQZ	40	86	0.009	290	35			120	147
MTF35	6	7	VQZ	37	80	0.008	360	45			220	269
MTF35	7	8	VQZ	19	41	0.004	190	16			1000	1221
MTF35	8	9	Peg	9	19	0.002	210	18			790	965
MTF35	9	10	Peg	15	32	0.003	230	15			280	342
MTF35	10	11	Peg	39	84	0.008	520	20			320	391
MTF35	11	12	QtzCore	18	39	0.004	110	14			420	513
MTF35	12	13	QtzCore	14	30	0.003	80	5			940	1148
MTF35	13	14	QtzCore	12	26	0.003	25	5			450	549
MTF35	14	15	QtzCore	7	15	0.002	25	10			660	806
MTF35	15	16	QtzCore	15	32	0.003	380	20			130	159
MTF35	16	17	Peg	94	202	0.020	1200	70			35	43
MTF35	17	18	Peg	22	47	0.005	260	15			55	67
MTF35	18	19	Peg	57	123	0.012	370	45			40	49
MTF36	0	1	VQZ	45	97	0.010	40	5			20	24
MTF36	1	2	VQZ	68	146	0.015	8	5			19	23
MTF36	2	3	VQZ	86	185	0.019	15	5			5	6
MTF36	3	4	VQZ	120	258	0.026		5			5	6
MTF36	4	5	VQZ	110	237	0.024	1	5			5	6
MTF36	5	6	VQZ	85	183	0.018	4	5			5	6
MTF36	6	7	VQZ	126	271	0.027	9	5			25	31
MTF36	7	8	VQZ	70	151	0.015		5			15	18
MTF36	8	9	VQZ	54	116	0.012	65	14			210	256
MTF36	9	10	VQZ	58	125	0.012	750	65			310	379
MTF36	10	11	Peg	60	129	0.013	640	60			340	415
MTF36	11	12	Peg	51	110	0.011	570	40			250	305
MTF36	12	13	Peg	39	84	0.008	550	35			360	440
MTF36	13	14	Peg	31	67	0.007	470	25			460	562
MTF36	14	15	Peg	23	50	0.005	140	11			130	159
MTF36	15	16	Peg	28	60	0.006	310	55			16000	19536
MTF36	16	17	Peg	60	129	0.013	1000	110			5600	6838
MTF36	17	18	Peg	53	114	0.011	410	25			260	317
MTF36	18	19	Peg	338	728	0.073	870	70			80	98
MTF36	19	20	Peg	24	52	0.005	170	5			5	6
MTF36	20	21	Peg	11	24	0.002	40	5			5	6
MTF36	21	22	Peg	8	17	0.002	80	5			160	195
MTF36	22	23	Peg	56	121	0.012	930	40			45	55
MTF36	23	24	Peg	10	22	0.002	130	5			840	1026
MTF36	24	25	Peg	18	39	0.004	250	5			670	818
MTF36	25	26	Peg	13	28	0.003	310	13			120	147
MTF36	26	27	Peg	7	15	0.002	50	5			55	67
MTF36	27	28	Peg/Trans	50	108	0.011	50	5			16	20
MTF36	28	29	Trans	34	73	0.007	430	5			45	55
MTF36	29	30	Trans	14	30	0.003	130	5			80	98
MTF37	0	1	QtzCore	60	129	0.013	150	5			25	31
MTF37	1	2	QtzCore	44	95	0.009	120	5			75	92
MTF37	2	3	QtzCore	17	37	0.004	160	5			210	256
MTF37	3	4	QtzCore	41	88	0.009	370	30			250	305
MTF37	4	5	QtzCore	29	62	0.006	290	18			400	488
MTF37	5	6	QtzCore	19	41	0.004	180	12			350	427
MTF37	6	7	QtzCore	17	37	0.004	220	5			500	611
MTF37	7	8	QtzCore	53	114	0.011	910	150			330	403
MTF37	8	9	QtzCore	26	56	0.006	120	5			190	232
**ALDORO RESOURCES LIMITED	ABN 31 622 990 809	+61 8 6559 1792**

==> picture [71 x 42] intentionally omitted <==

SUITE 2, 1 ALTONA STREET WEST PERTH, WA 6005

http://www.aldororesources.com

==> picture [104 x 60] intentionally omitted <==

Hole	From	To	Lithology	Li_ppm	Li2O_ppm	LI2O_%	Rb_ppm	Cs_ppm	Na_%	K_%	Ta_ppm	Ta2O5_ppm	Sn_ppm	Nb_ppm
MTF37	9	10	QtzCore	22	47	0.005	350	45			1600	1954
MTF37	10	11	QtzCore	16	34	0.003	310	30			1300	1587
MTF37	11	12	QtzCore	11	24	0.002	130	18			2500	3053
MTF37	12	13	QtzCore	10	22	0.002	90	5			290	354
MTF37	13	14	QtzCore	368	792	0.079	860	75			60	73
MTF37	14	15	Peg	1340	2885	0.289	2000	190			110	134
MTF37	15	16	Peg	580	1249	0.125	1100	160			100	122
MTF37	16	17	Peg	319	687	0.069	1000	140			60	73
MTF37	17	18	Peg	34	73	0.007	380	40			12	15
MTF37	18	19	Gab	63	136	0.014	70	5			5	6
MTF38	0	1	QtzCore	64	138	0.014	35	20			5	6
MTF38	1	2	QtzCore	97	209	0.021	25	13			5	6
MTF38	2	3	QtzCore	111	239	0.024	16	16			14	17
MTF38	3	4	QtzCore	120	258	0.026	3	10			5	6
MTF38	4	5	QtzCore	89	192	0.019	3	14			15	18
MTF38	5	6	QtzCore	28	60	0.006	4	5			5	6
MTF38	6	7	QtzCore	56	121	0.012	1	5			5	6
MTF38	7	8	QtzCore	103	222	0.022	3	5			5	6
MTF38	8	9	QtzCore	41	88	0.009	8	5			5	6
MTF38	9	10	QtzCore	38	82	0.008	160	40			5	6
MTF38	10	11	QtzCore	32	69	0.007	240	35			35	43
MTF38	11	12	QtzCore	28	60	0.006	300	33			12	15
MTF38	12	13	Peg	24	52	0.005	310	3			280	342
MTF38	13	14	Peg	7	15	0.002	80				6100	7448
MTF38	14	15	Peg	13	28	0.003	130	14			16000	19536
MTF38	15	16	Peg	16	34	0.003	85	12			790	965
MTF38	16	17	Peg	11	24	0.002		5			2000	2442
MTF38	17	18	Peg	7	15	0.002	55	5			620	757
MTF38	18	19	Peg	455	980	0.098	920	70			75	92
MTF38	19	20	Peg	780	1679	0.168	1900	140			55	67
MTF38	20	21	Peg	58	125	0.012	650	40			45	55
MTF38	21	22	Peg	53	114	0.011	210	25			60	73
MTF38	22	23	Gab	31	67	0.007	130	5			5	6
MTF39	0	1	QtzCore	36	78	0.008	1100	20			14	17
MTF39	1	2	QtzCore	28	60	0.006	660	19			5	6
MTF39	2	3	QtzCore	26	56	0.006	55	5			20	24
MTF39	3	4	QtzCore	8	17	0.002	7	5			5	6
MTF39	4	5	QtzCore	5	11	0.001	1	5			5	6
MTF39	5	6	QtzCore	73	157	0.016	1	5			5	6
MTF39	6	7	QtzCore	71	153	0.015	1	5			5	6
MTF39	7	8	QtzCore	60	129	0.013	1	5			20	24
MTF39	8	9	QtzCore	46	99	0.010	290	55			19	23
MTF39	9	10	QtzCore	23	50	0.005	50	12			50	61
MTF39	10	11	QtzCore	27	58	0.006	18	5			110	134
MTF39	11	12	Peg	31	67	0.007	5	5			12	15
MTF39	12	13	Peg	27	58	0.006	130	5			110	134
MTF39	13	14	Peg	39	84	0.008	240	5			820	1001
MTF39	14	15	Peg	10	22	0.002	130	5			1200	1465
MTF39	15	16	Peg	13	28	0.003	140	5			3600	4396
MTF39	16	17	Peg	14	30	0.003	140	5			22000	26862
MTF39	17	18	Peg	13	28	0.003	130	5			18000	21978
MTF39	18	19	Peg	4	9	0.001	16	5			1600	1954
MTF39	19	20	Peg	4	9	0.001	15	5			840	1026
MTF39	20	21	Peg	49	105	0.011	1100	45			180	220
MTF39	21	22	Peg	481	1036	0.104	1600	80			45	55
MTF39	22	23	Peg	166	357	0.036	540	35			70	85
MTF39	23	24	Peg	79	170	0.017	450	25			50	61
MTF39	24	25	Peg	109	235	0.023	580	35			100	122
MTF39	25	26	Gab	30	65	0.006	80	5			25	31
MTF40	0	1	QtzCore	53	114	0.011	70	5			45	55
MTF40	1	2	QtzCore	56	121	0.012	18	5			5	6
MTF40	2	3	QtzCore	37	80	0.008	7	5			10	12
MTF40	3	4	QtzCore	37	80	0.008	13	5			5	6
MTF40	4	5	QtzCore	76	164	0.016	3	5			5	6
MTF40	5	6	QtzCore	45	97	0.010	1	5			10	12
MTF40	6	7	QtzCore	48	103	0.010	1	5			20	24
MTF40	7	8	QtzCore	26	56	0.006	1	5			13	16
MTF40	8	9	QtzCore	22	47	0.005	1	5			35	43
MTF40	9	10	QtzCore	41	88	0.009	3	5			15	18
MTF40	10	11	QtzCore	29	62	0.006	320	10			40	49
MTF40	11	12	QtzCore	28	60	0.006	85	5			14	17
MTF40	12	13	QtzCore	32	69	0.007	55	15			16	20
MTF40	13	14	QtzCore	96	207	0.021	1100	50			80	98
MTF40	14	15	QtzCore	99	213	0.021	810	45			5	6
MTF40	15	16	Peg	42	90	0.009	260	16			20	24

ALDORO RESOURCES LIMITED | ABN 31 622 990 809 | +61 8 6559 1792

==> picture [71 x 42] intentionally omitted <==

SUITE 2, 1 ALTONA STREET WEST PERTH, WA 6005

http://www.aldororesources.com

==> picture [104 x 60] intentionally omitted <==

Hole	From	To	Lithology	Li_ppm	Li2O_ppm	LI2O_%	Rb_ppm	Cs_ppm	Na_%	K_%	Ta_ppm	Ta2O5_ppm	Sn_ppm	Nb_ppm
MTF40	16	17	Peg	107	230	0.023	820	25			15	18
MTF40	17	18	Peg	128	276	0.028	550	30			55	67
MTF40	18	19	Peg	111	239	0.024	790	40			45	55
MTF40	19	20	Peg	15	32	0.003	220	5			50	61
MTF40	20	21	Peg	7	15	0.002	45	5			65	79
MTF40	21	22	Peg	13	28	0.003	65	5			60	73
MTF40	22	23	Peg	15	32	0.003	260	5			50	61
MTF40	23	24	Peg	9	19	0.002	85	5			60	73
MTF40	24	25	Peg	10	22	0.002	130	5			30	37

==> picture [71 x 42] intentionally omitted <==

ALDORO RESOURCES LIMITED | ABN 31 622 990 809 | +61 8 6559 1792 SUITE 2, 1 ALTONA STREET WEST PERTH, WA 6005

http://www.aldororesources.com

==> picture [104 x 60] intentionally omitted <==

JORC Code, 2012 Edition – Table 1

Section 1 Sampling Techniques and Data

(Criteria in this section apply to all succeeding sections.)

Criteria	JORC Code explanation	Commentary
Sampling	• Nature and quality of sampling (eg cut channels, random chips, or	•No details provided from Pancontinental’ s report other than samples
techniques	specific specialised industry standard measurement tools appropriate	were collected at 1m intervals
	to the minerals under investigation, such as down hole gamma	•It is unknown how representative these samples are, given they are
	sondes, or handheld XRF instruments, etc). These examples should	historical in nature with limited data provided. Pancontinental reported
	not be taken as limiting the broad meaning of sampling.	taking 3kg splits from the RC drill chips
	• Include reference to measures taken to ensure sample representivity	•The mineralisation of the Pegmatite at Niobe is based on the
	and the appropriate calibration of any measurement tools or systems	analytical results by successive explorers including Tantalum
	used.	Australia who conducted extensive drilling to define a tantalum
	• Aspects of the determination of mineralisation that are Material to the	resource (not the target commodity of the Exploration Target).
	Public Report.	Petrology did identify zinnwaldite micas as the main source of Li and
	• In cases where ‘industry standard’ work has been done this would be	presumably Rb and Cs.
	relatively simple (eg ‘reverse circulation drilling was used to obtain 1	•Pancontinental conducted RC drilling collecting 1m interval samples,
	m samples from which 3 kg was pulverised to produce a 30 g charge	one cannot comment on sampling procedures as none were
	for fire assay’). In other cases more explanation may be required,	documented. Judging by the lack of documentation no consideration
	such as where there is coarse gold that has inherent sampling	was taken into account of the coarseness of the pegmatite. The main
	problems. Unusual commodities or mineralisation types (eg	lithium mineral was zinnwaldite, in micaceous cluster form, which may
	submarine nodules) may warrant disclosure of detailed information.	have influence on sampling methodology if not considered.
Drilling	• Drill type (eg core, reverse circulation, open-hole hammer, rotary air	•Reverse Circulation using a Scham universal rig and a NQ face
techniques	blast, auger, Bangka, sonic, etc) and details (eg core diameter, triple	sampling hammer and NQ 4” rods. The holes were angle by compass
	or standard tube, depth of diamond tails, face-sampling bit or other	and clinometer (rig). No down hole orientation tools were reported
	type, whether core is oriented and if so, by what method, etc).	probably due to shallow nature of the drilling.
Drill sample	• Method of recording and assessing core and chip sample recoveries	•No reporting of drill chip recoveries was mentioned on the logs
recovery	and results assessed.	•It is unknown what measures were taken to maximise sample
	• Measures taken to maximise sample recovery and ensure	recovery.
	representative nature of the samples.	•It is unknown any relationship between recovery and grade, as
	• Whether a relationship exists between sample recovery and grade	recovery was not reported.
	_and whether sample bias may have occurred due to preferential _

==> picture [71 x 42] intentionally omitted <==

==> picture [104 x 60] intentionally omitted <==

Criteria	JORC Code explanation	Commentary
	loss/gainof fine/coarse material.
Logging	• Whether core and chip samples have been geologically and	•The detailed logs provide fair geological descriptions but no
	geotechnically logged to a level of detail to support appropriate	geotechnical information and would not support Mineral Resource
	Mineral Resource estimation, mining studies and metallurgical	estimation, mining studies or metallurgical studies.
	studies.	•The logging is qualitative but no quantative
	• Whether logging is qualitative or quantitative in nature. Core (or	•The RC chips have been logged on a lithological rather than a
	costean, channel, etc) photography.	metreage basis. No volume comparisons were made between sample
	• The total length and percentage of the relevant intersections logged.	intervals.
Sub-sampling	• If core, whether cut or sawn and whether quarter, half or all core	•It is not known what method the RC chips were subsampled other
techniques	taken.	than they were split, collecting a 3kg split per metre.
and sample	• If non-core, whether riffled, tube sampled, rotary split, etc and	•They did not mention how the sample was spilt then this methodology
preparation	whether sampled wet or dry.	is not a representative sub sampling technique
	• For all sample types, the nature, quality and appropriateness of the	•Sample control duplicates were taken in all mineralised zones with 84
	sample preparation technique.	samples collected at 3-5m intervals. These were analysed, also at
	• Quality control procedures adopted for all sub-sampling stages to	SGS separately, and results compared their counterparts, four were
	maximise representivity of samples.	found outside acceptable limits. Investigation found one due to
	• Measures taken to ensure that the sampling is representative of the in	interval error and the other 3 were due to grind issues with coarse
	situ material collected, including for instance results for field	micas in the charge residue.
	duplicate/second-half sampling.	•It is not known whether grain size was a consideration in the sub-
	• Whether sample sizes are appropriate to the grain size of the material	sampling technique.
	_being sampled. _
Quality of	• The nature, quality and appropriateness of the assaying and	• The samples were analysed at SGS with the same preparation
assay data and laboratory tests	laboratory procedures used and whether the technique is considered partial or total. • For geophysical tools, spectrometers, handheld XRF instruments, etc, the parameters used in determining the analysis including instrument make and model, reading times, calibrations factors applied and their derivation, etc. • Nature of quality control procedures adopted (eg standards, blanks, duplicates, external laboratory checks) and whether acceptable levels of accuracy (ie lack of bias) and precision have been established.	(dry pulverised to -80mesh, split pulverised to -200mesh in Cr steel mill) but 3 different analytical methods 1. XRF-1 (Nb, Rb) pressed powder XRF method 2. XRF-1 (Ta, Sn, Cs, K) low dilution fusion 3. D3(a) (Li, Na) mixed acid total digest with AAS finish By today’s standards these techniques are not ideal and have low sensitivity given the refractory nature of some elements with sodium peroxide fusion and ICP-MS being the recommended method.
		• No geophysical tools used
		• It is unknown what controlprocedures were adopted

==> picture [71 x 42] intentionally omitted <==

==> picture [104 x 60] intentionally omitted <==

Criteria	JORC Code explanation	Commentary
Verification of	• The verification of significant intersections by either independent or	•No verification techniques were reported.
sampling and	alternative company personnel.	•No twinned holes were drilled
assaying	• The use of twinned holes.	•Full documentation procedures were reported, presumably dur to the
	• Documentation of primary data, data entry procedures, data	age of the historical drilling the data collection would have been
	verification, data storage (physical and electronic) protocols.	manually, including the laboratory except for the final analytical data
	• Discuss any adjustment to assay data.	•Assay data was presented as raw lab data with not assay
		adjustments.
Location of	• Accuracy and quality of surveys used to locate drill holes (collar and	•The hole collars were established on a surveyed grid system with no
data points	down-hole surveys), trenches, mine workings and other locations	GPS data given. The local grid was converted to eastings and
	used in Mineral Resource estimation.	northings by georeferencing maps with key landmark identifiers then
	• Specification of the grid system used.	comparing to located satellite images, giving confidence to location
	• Quality and adequacy of topographic control.	data
		•The converted data used GDA94 zone 50 datum
		•The topographic control was limited to STRM data, with the relative
		topographic error minimized due to the generally flat topography and
		close collar spacing
Data spacing	• Data spacing for reporting of Exploration Results.	•The drill hole spacing was generally 10m (E-W) and 15m (N-S) with
and	• Whether the data spacing and distribution is sufficient to establish the	angle holes drilled in along N-S lines with offline vertical holes.
distribution	degree of geological and grade continuity appropriate for the Mineral	•The 31 holes are confined to an area approximately 80m (E-W) by
	Resource and Ore Reserve estimation procedure(s) and	65m (N-S) and therefore considered constricted enough for
	classifications applied.	Exploration Target status
	• Whether sample compositing has been applied.	•Sample compositing has not been applied with results on a 1m down
		hole interval basis.
Orientation of	• Whether the orientation of sampling achieves unbiased sampling of	•The holes were generally drilled to an azimuth of 170-180 degrees at
data in	possible structures and the extent to which this is known, considering	dips of -70 degrees. The Niobe pegmatite sheet strikes to the NE and
relation to	the deposit type.	dips 30-40 degrees to the northwest. The holes are therefore off
geological	• If the relationship between the drilling orientation and the orientation	perpendicular with true width thickness not the same as down hole
structure	of key mineralised structures is considered to have introduced a	thickness. True width varies from 25 to 35m, with flaring noted at
	sampling bias, this should be assessed and reported if material.	surface.
		•The mineralisation is in the style of a LCT pegmatite, zoned with a
		quartz richcore andmineralisation foundintheintermediate and

==> picture [71 x 42] intentionally omitted <==

==> picture [104 x 60] intentionally omitted <==

Criteria	JORC Code explanation	Commentary
		walled zones but not consistent across these zones. The drilling cuts
		across either part of the zone or across all zones depending upon if
		the holes start in the pegmatite or not but do start and/or finish in the
		host gabbro. The orientation of the angle holes while not
		perpendicular to the strike does add some sampling bias, it is not
		considered substantial for an Exploration Target status when ranges
		are given but no resource defined.
Sample	• The measures taken to ensure sample security.	•It is unknown what sample measures were taken to ensure sample
security		security
Audits or	• The results of any audits or reviews of sampling techniques and data.	•No audits or reviews were reported on the the sampling technique or
reviews		data generated.

Section 2 Reporting of Exploration Results

(Criteria listed in the preceding section also apply to this section.)

Criteria	JORC Code explanation	Commentary
Mineral	• Type, reference name/number, location and ownership including	•The Niobe Project consists of a single prospecting licence P59/2137
tenement and	agreements or material issues with third parties such as joint	held by Meridian 120 Mining Ltd located 70km of Mout Magnet that
land tenure	ventures, partnerships, overriding royalties, native title interests,	Aldoro Resources entered a binding agreement sale agreement.
status	historical sites, wilderness or national park and environmental	•The prospecting licence is granted and expires on the 25/3/2022
	settings.	unless an extension is applied. There are no impediments to
	• The security of the tenure held at the time of reporting along with any	accessing the licence to conduct exploration other than standard
	known impediments to obtaining a licence to operate in the area.	approval for ground disturbing techniques of Programme of Works
		(POWs).
Exploration	• Acknowledgment and appraisal of exploration by other parties.	• Historical exploration was initially for beryl by prospectors then
done by other		primarily for tantalum with the development of the Niobe resource.
parties		There has been no systematic exploration for Rubidium, lithium or
		Caesium despite the presence of LCT type pegmatites. e
		o Late 1950’s to 1984. Exploration was conducted by
		prospectorswholocated themain mineralisedzones of

==> picture [71 x 42] intentionally omitted <==

==> picture [104 x 60] intentionally omitted <==

Criteria	JORC Code explanation	Commentary
			the pegmatites and quarried these for beryl and included
			limited exploitation of eluvial tantalite and cassiterite.
		o	1984 to 1999. Systematic exploration by Pancontinental
			Mining Ltd included geological mapping, rock chip
			sampling, drilling (RC, RAB, Diamond), costeaning,
			petrography, metallurgy, resource definition, trial mining
			and rehabilitation. Their focus was tantalum but included
			some lithium analysis. Geochemical analysis from 40
			holes predominantly into the main Niobe pegmatite
			dilation but also into the northeast Niobe lobe were
			analysed for Li and included Cs, Ta, Rb, Nb, Sn, Na, and
			K. A total of 13 surface rock samples and 38
			semicontinuous costean samples were also analysed
			with the same suite of elements. A total of 15 RC chip
			samples were petrographically described, 4 of which
			contained zinnwaldite.
		o	1999-2003Australian Gold Mines NL and Kemet
			Corporation formed Tantalum Australia and undertook
			assessment of the Dalgaranga and Warda Warra
			pegmatite fields with the view to exploit the tantalum
			mineralisation. Work included new geological mapping,
			conducted further drilling and resource investigation.
			They processed stockpile and tailings through the
			Dalgaranga tantalum plant.
		o	2007-2017Diversity Resources Pty Ltd acquired the
			ground and operator Meridian 120 Mining Pty Ltd
			conducted a detailed review, undertaking new geological
			mapping, orientation soil sampling and compilation of a
			digital database.
		o	2018-Present. Meridian acquired the project and
			undertook further geological mapping, rock chip sampling
			and consolidation of the projects database. A total of 6
			rock chip samples and 2 drill chip resamples were
			collected and analysedfor Li, Cs,Nb,Rb, SnandTa.

==> picture [71 x 42] intentionally omitted <==

==> picture [104 x 60] intentionally omitted <==

Criteria	JORC Code explanation	Commentary	Commentary
Geology	• Deposit type, geological setting and style of mineralisation.	•	The Niobe project lies in the east-north-easterly trending
			Archaean Dalgaranga Greenstone Belt, a synclinal belt some
			50km long and 20km wide consisting dominantly of
			metasediments, felsic volcanics and lesser basalts within the
			Murchison Terrane. Seven known intrusive thick gabbroic sills
			display differentiation with defined layering from ultramafic bases
			grading into mafic rocks. The NE-NNE trending synclinal axis has
			been interpreted to lie to the NW of the project area. Pegmatite
			swarms are found in the northerly part of the belt as late-stage
			fluidisation events from the local granitoids, which lie to the north,
			and are hosted in metagabbro and pelitic schists. The swarm
			generally trends in a north-easterly orientated parallel to the Big
			Bell Shear Zone. Tantalum, beryllium, tin, tungsten, lithium and
			molybdenum mineralisation are found associated with the
			pegmatites. Niobe Project pegmatites fit the style of mineralisation
			associated with Lithium-Caesium-Tantalum (LCT) pegmatites as
			they are hosted in a greenstone belt, fractionated with
			enrichments in enriched Li, Cs, Ta, Rb, Be and Nb and exhibit
			zoning as wall rock, intermediate and core zones are defined. The
			lithium minerals reported are zinnwaldite, lepidolite, elbaite and
			possibly spodumene supporting a level of zonation and
			fractionation while other minerals reported are cassiterite (Sn),
			tantalite-columbite (Ta),microlite (pyrochloreNb), beryl(Be)
Drill hole	• A summary of all information material to the understanding of the	•See the tables attached after this section which provide collar,
Information	exploration results including a tabulation of the following information	geology and assay information.
	for all Material drill holes:	•No relevant information has been excluded. All seven profiles have
	o easting and northing of the drill hole collar	been provided as examples of the down hole mineralisation.
	o elevation or RL (Reduced Level – elevation above sea level in
	metres) of the drill hole collar
	o dip and azimuth of the hole
	o down hole length and interception depth
	o hole length.
	• Ifthe exclusion of this information is justified on the basis that the

==> picture [71 x 42] intentionally omitted <==

==> picture [104 x 60] intentionally omitted <==

Criteria	JORC Code explanation	Commentary
	information is not Material and this exclusion does not detract from
	the understanding of the report, the Competent Person should clearly
	_explain why this is the case. _
Data	• In reporting Exploration Results, weighting averaging techniques,	•No data aggregation methods have been adopted, however for the
aggregation	maximum and/or minimum grade truncations (eg cutting of high	purposes of obtain Exploration Target tonnage and grade ranges, cut
methods	grades) and cut-off grades are usually Material and should be stated.	off grade have been used for the lower tonnage – higher grade
	• Where aggregate intercepts incorporate short lengths of high grade	figures. Rb cut off grade was 200ppm. The high tonnage figure and
	results and longer lengths of low grade results, the procedure used	lower grade was obtained juts using the pegmatite intersections as
	for such aggregation should be stated and some typical examples of	the mineralized interval.
	such aggregations should be shown in detail.	•To obtain the tonnages and grade ranges MapInfo Discover resource
	• The assumptions used for any reporting of metal equivalent values	calculation programme was used. Key parameters were 1m cell size
	should be clearly stated.	(as the assays were on a 1m basis), the ellipse parameters were 10m
		radius based on the E-W spacing of 10m with N-S slices used as
		control. A pegmatite density of 2.6 was used based on the weathered
		pegmatite in the pit being 2.5 and assuming the pegmatite below will
		be fresher and less pore space. Also 2.6 is the standard pegmatite
		value in rock density tables.
		•No metal equivalents were used.
Relationship	• These relationships are particularly important in the reporting of	•The mineralisation is contained to the pegmatite with the intercept
between	Exploration Results.	length exhibiting zoning which is also reflected the changes in
mineralisation	• If the geometry of the mineralisation with respect to the drill hole	lithological zoning of the pegmatite. The quartz core is generally low
widths and	angle is known, its nature should be reported.	in mineralisation but the upper and lower intermediate and transition
intercept lengths	• If it is not known and only the down hole lengths are reported, there should be a clear statement to this effect (eg ‘down hole length, true	zones contain higher levels of mineralisation •The geometry of the mineralisation is dictated by the zoning and
	width not known’).	fractionation of the pegmatite and is restricted to the inclined tabular
		morphology of the pegmatite.
		•The north south drill holes are drilled perpendicular to the direction of
		the dip, although the plunge is the northwest. Down hole lengths have
		been reported, and have not been converted to true width
Diagrams	• Appropriate maps and sections (with scales) and tabulations of	•All seven relevant sections have been provided with an overview
	intercepts should be included for any significant discovery being	plan, see diagrams as examples.
	reported These should include, but not be limited to aplan view of

==> picture [71 x 42] intentionally omitted <==

==> picture [104 x 60] intentionally omitted <==

Criteria	JORC Code explanation	Commentary
	_drill hole collar locations and appropriate sectional views. _
Balanced	• Where comprehensive reporting of all Exploration Results is not	•Attached are a complete set of collar, geology and assay results for
reporting	practicable, representative reporting of both low and high grades	all 31 holes in the Exploration target.
	and/or widths should be practiced to avoid misleading reporting of
	_Exploration Results. _
Other	• Other exploration data, if meaningful and material, should be reported	•While other substantial exploration data sets are available, these
substantive	including (but not limited to): geological observations; geophysical	pertain to Tantalum and therefore are not relevant to this
exploration	survey results; geochemical survey results; bulk samples – size and	announcement.
data	method of treatment; metallurgical test results; bulk density,	•Plots of the analytical data reveal
	groundwater, geotechnical and rock characteristics; potential
	_deleterious or contaminating substances. _

==> picture [71 x 42] intentionally omitted <==

==> picture [104 x 60] intentionally omitted <==

Criteria JORC Code explanation

Commentary

==> picture [314 x 342] intentionally omitted <==

• • Li-Ta Plot . There appears to be no direct association between these elements other that it appears that the low to high Li values tend to have a higher frequency with the low (<100ppm) Ta values.

==> picture [71 x 42] intentionally omitted <==

==> picture [104 x 60] intentionally omitted <==

Criteria	JORC Code explanation	Commentary
		• Rb-Li Plot. Shows a direct normal relationship with good
		correlation, especially if the quartz core samples are
		removed. Note quite a few samples have >1000ppm Rb
		possibly coming from lepidolite or zinnwaldite.
		• Cs-Li PlotAlso shows a reasonable normal correlation
		• Cs-Rb Plot. Displays a good normal correlation, especially
		if the quartz core samples were removed.
Further work	• The nature and scale of planned further work (eg tests for lateral	•An RC drilling programme is currently being planned to test expand
	extensions or depth extensions or large-scale step-out drilling).	the Exploration Target with holes planned along Pegmatite 1 & 2,
	• Diagrams clearly highlighting the areas of possible extensions,	Breakaway (to the west) and Niobe South (to the south). A rig has
	including the main geological interpretations and future drilling areas,	been booked for end of September 2021, subject to POW approval.
	provided this information is not commercially sensitive.	•See Map of planned drill areas
Cut-off	• The basis of the adopted cut-off grade(s) or quality parameters	•For the lower tonnage/higher grade a 200ppm cut-off was used,
parameters	applied.	based on independent advise and being a statistical nick point in the
		spread of Rb ranges, see Rb-Li diagram above.
Mining factors	• Assumptions made regarding possible mining methods, minimum	•No mining factors or assumptions have been considered for this
or	mining dimensions and internal (or, if applicable, external) mining	Exploration Target as these are considered outside the scope of this
assumptions	dilution. It is always necessary as part of the process of determining	stage of exploration.
	reasonable prospects for eventual economic extraction to consider
	potential mining methods, but the assumptions made regarding
	mining methods and parameters when estimating Mineral Resources
	may not always be rigorous. Where this is the case, this should be
	reported with an explanation of the basis of the mining assumptions
	_made. _
Metallurgical	• The basis for assumptions or predictions regarding metallurgical	•No metallurgical factors or assumptions have been considered for this
factors or	amenability. It is always necessary as part of the process of	Exploration Target as these are considered outside the scope of this
assumptions	determining reasonable prospects for eventual economic extraction to	stage of exploration
	consider potential metallurgical methods, but the assumptions
	regarding metallurgical treatment processes and parameters made
	_when reporting Mineral Resources may not always be rigorous. _

==> picture [71 x 42] intentionally omitted <==

==> picture [104 x 60] intentionally omitted <==

Criteria	JORC Code explanation	Commentary
	Where this is the case, this should be reported with an explanation of
	_the basis of the metallurgical assumptions made. _
Environmen-	• Assumptions made regarding possible waste and process residue	•No environmental factors or assumptions have been considered for
tal factors or	disposal options. It is always necessary as part of the process of	this Exploration Target as these are considered outside the scope of
assumptions	determining reasonable prospects for eventual economic extraction to	this stage of exploration. It must be noted that the area has be subject
	consider the potential environmental impacts of the mining and	to trial mining in several locations in the past, with pits, ROM dumps
	processing operation. While at this stage the determination of	and tailings.
	potential environmental impacts, particularly for a greenfields project,
	may not always be well advanced, the status of early consideration of
	these potential environmental impacts should be reported. Where
	these aspects have not been considered this should be reported with
	_an explanation of the environmental assumptions made. _
Bulk density	• Whether assumed or determined. If assumed, the basis for the	•Trial mining determined a bulk density of 2.5 for the weather surficial
	assumptions. If determined, the method used, whether wet or dry, the	pegmatite due to increased porosity. However for the purposes of the
	frequency of the measurements, the nature, size and	assessment fresh rock was assumed with 2.6 used, which is the
	representativeness of the samples.	standard for pegmatite used in modelling.
	• The bulk density for bulk material must have been measured by	•Tantalum Australia trial mined the Tantalum at Niobe used 2.5 but did
	methods that adequately account for void spaces (vugs, porosity,	not detail how this figure was determined.
	etc), moisture and differences between rock and alteration zones	•The mineralisation is restricted to the pegmatite, generally the
	within the deposit.	intermediate zone. No attempt has been made to differentiate the
	• Discuss assumptions for bulk density estimates used in the	bulk density of each zone with the pegmatite
	_evaluation process of the different materials. _
Classification	• The basis for the classification of the Mineral Resources into varying	•No Mineral resource is considered, the project is purely an
	confidence categories.	exploration play.
	• Whether appropriate account has been taken of all relevant factors (ie
	relative confidence in tonnage/grade estimations, reliability of input
	data, confidence in continuity of geology and metal values, quality,
	quantity and distribution of the data).
	• Whether the result appropriately reflects the Competent Person’s
	_view of the deposit. _
Audits or	• The results of any audits or reviews of Mineral Resource estimates.	•No Mineral Resource defined
reviews
Discussion of	• Where appropriate a statement of the relative accuracy and	•No Mineral Resource defined
relative

==> picture [71 x 42] intentionally omitted <==

==> picture [104 x 60] intentionally omitted <==

Criteria	JORC Code explanation	Commentary
accuracy/	confidence level in the Mineral Resource estimate using an approach
confidence	or procedure deemed appropriate by the Competent Person. For
	example, the application of statistical or geostatistical procedures to
	quantify the relative accuracy of the resource within stated confidence
	limits, or, if such an approach is not deemed appropriate, a qualitative
	discussion of the factors that could affect the relative accuracy and
	confidence of the estimate.
	• The statement should specify whether it relates to global or local
	estimates, and, if local, state the relevant tonnages, which should be
	relevant to technical and economic evaluation. Documentation should
	include assumptions made and the procedures used.
	• These statements of relative accuracy and confidence of the estimate
	_should be compared with production data, where available. _
Study status	• The type and level of study undertaken to enable Mineral Resources	•No Mineral Resource defined
	to be converted to Ore Reserves.
	• The Code requires that a study to at least Pre-Feasibility Study level
	has been undertaken to convert Mineral Resources to Ore Reserves.
	Such studies will have been carried out and will have determined a
	mine plan that is technically achievable and economically viable, and
	_that material Modifying Factors have been considered. _
Cut-off	• The basis of the cut-off grade(s) or quality parameters applied.	•No Mineral Resource defined
parameters
Mining factors	• The method and assumptions used as reported in the Pre-Feasibility	•No Mineral Resource defined
or	or Feasibility Study to convert the Mineral Resource to an Ore
assumptions	Reserve (i.e. either by application of appropriate factors by
	optimisation or by preliminary or detailed design).
	• The choice, nature and appropriateness of the selected mining
	method(s) and other mining parameters including associated design
	issues such as pre-strip, access, etc.
	• The assumptions made regarding geotechnical parameters (eg pit
	slopes, stope sizes, etc), grade control and pre-production drilling.
	• The major assumptions made and Mineral Resource model used for
	pit and stope optimisation (if appropriate).
	• _The mining dilution factors used. _

==> picture [71 x 42] intentionally omitted <==

==> picture [104 x 60] intentionally omitted <==

Criteria	JORC Code explanation	Commentary
	• The mining recovery factors used.
	• Any minimum mining widths used.
	• The manner in which Inferred Mineral Resources are utilised in
	mining studies and the sensitivity of the outcome to their inclusion.
	• _The infrastructure requirements of the selected mining methods. _
Metallurgical	• The metallurgical process proposed and the appropriateness of that	•No Mineral Resource defined
factors or	process to the style of mineralisation.
assumptions	• Whether the metallurgical process is well-tested technology or novel
	in nature.
	• The nature, amount and representativeness of metallurgical test work
	undertaken, the nature of the metallurgical domaining applied and the
	corresponding metallurgical recovery factors applied.
	• Any assumptions or allowances made for deleterious elements.
	• The existence of any bulk sample or pilot scale test work and the
	degree to which such samples are considered representative of the
	orebody as a whole.
	• For minerals that are defined by a specification, has the ore reserve
	estimation been based on the appropriate mineralogy to meet the
	_specifications? _
Environmen-	• The status of studies of potential environmental impacts of the mining	•No Mineral Resource defined
tal	and processing operation. Details of waste rock characterisation and
	the consideration of potential sites, status of design options
	considered and, where applicable, the status of approvals for process
	_residue storage and waste dumps should be reported. _
Infrastructure	• The existence of appropriate infrastructure: availability of land for	•No Mineral Resource defined
	plant development, power, water, transportation (particularly for bulk
	commodities), labour, accommodation; or the ease with which the
	_infrastructure can be provided, or accessed. _
Costs	• The derivation of, or assumptions made, regarding projected capital	•No Mineral Resource defined
	costs in the study.
	• The methodology used to estimate operating costs.
	• Allowances made for the content of deleterious elements.
	• The source of exchange rates used in the study.
	• _Derivation of transportation charges. _

==> picture [71 x 42] intentionally omitted <==

==> picture [104 x 60] intentionally omitted <==

Criteria	JORC Code explanation	Commentary
	• The basis for forecasting or source of treatment and refining charges,
	penalties for failure to meet specification, etc.
	• The allowances made for royalties payable, both Government and
	_private. _
Revenue	• The derivation of, or assumptions made regarding revenue factors	•No Mineral Resource defined
factors	including head grade, metal or commodity price(s) exchange rates,
	transportation and treatment charges, penalties, net smelter returns,
	etc.
	• The derivation of assumptions made of metal or commodity price(s),
	_for the principal metals, minerals and co-products. _
Market	• The demand, supply and stock situation for the particular commodity,	•No Mineral Resource defined
assessment	consumption trends and factors likely to affect supply and demand
	into the future.
	• A customer and competitor analysis along with the identification of
	likely market windows for the product.
	• Price and volume forecasts and the basis for these forecasts.
	• For industrial minerals the customer specification, testing and
	_acceptance requirements prior to a supply contract. _
Economic	• The inputs to the economic analysis to produce the net present value	•No Mineral Resource defined
	(NPV) in the study, the source and confidence of these economic
	inputs including estimated inflation, discount rate, etc.
	• NPV ranges and sensitivity to variations in the significant
	_assumptions and inputs. _
Social	• The status of agreements with key stakeholders and matters leading	•No Mineral Resource defined
	_to social licence to operate. _
Other	• To the extent relevant, the impact of the following on the project	•No Mineral Resource defined
	and/or on the estimation and classification of the Ore Reserves:
	• Any identified material naturally occurring risks.
	• The status of material legal agreements and marketing arrangements.
	• The status of governmental agreements and approvals critical to the
	viability of the project, such as mineral tenement status, and
	government and statutory approvals. There must be reasonable
	grounds to expect that all necessary Government approvals will be
	_received withinthe timeframes anticipated inthe Pre-Feasibility or _

==> picture [71 x 42] intentionally omitted <==

==> picture [104 x 60] intentionally omitted <==

Criteria	JORC Code explanation	Commentary
	Feasibility study. Highlight and discuss the materiality of any
	unresolved matter that is dependent on a third party on which
	_extraction of the reserve is contingent. _
Classification	• The basis for the classification of the Ore Reserves into varying	•No Mineral Resource defined
	confidence categories.
	• Whether the result appropriately reflects the Competent Person’s
	view of the deposit.
	• The proportion of Probable Ore Reserves that have been derived
	_from Measured Mineral Resources (ifany). _
Audits or	• The results of any audits or reviews of Ore Reserve estimates.	•No Mineral Resource defined
reviews
Discussion of	• Where appropriate a statement of the relative accuracy and	•No Mineral Resource defined
relative	confidence level in the Ore Reserve estimate using an approach or
accuracy/	procedure deemed appropriate by the Competent Person. For
confidence	example, the application of statistical or geostatistical procedures to
	quantify the relative accuracy of the reserve within stated confidence
	limits, or, if such an approach is not deemed appropriate, a qualitative
	discussion of the factors which could affect the relative accuracy and
	confidence of the estimate.
	• The statement should specify whether it relates to global or local
	estimates, and, if local, state the relevant tonnages, which should be
	relevant to technical and economic evaluation. Documentation should
	include assumptions made and the procedures used.
	• Accuracy and confidence discussions should extend to specific
	discussions of any applied Modifying Factors that may have a
	material impact on Ore Reserve viability, or for which there are
	remaining areas of uncertainty at the current study stage.
	• It is recognised that this may not be possible or appropriate in all
	circumstances. These statements of relative accuracy and confidence
	of the estimate should be compared with production data, where
	_available. _

==> picture [71 x 42] intentionally omitted <==