RUMBLE RESOURCES LIMITED — Capital/Financing Update 2020

Feb 10, 2020

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11th February 2020

Munarra Gully Project Large Scale Copper-Gold System defined over 7km Strike

Amaryllis Cu-Au Prospect

• Reconnaissance drilling has confirmed copper in basement mineralisation extends south from the Amaryllis Cu-Au Prospect.

• Ongoing compilation of historic data and current air core drilling has highlighted multiple copper-gold bearing mafic sills occur over a strike of 7km (completely open).

• The mineralised mafic sills are > 50m in width with significant historic primary sulphide zone intersections including:

• MHD045 – 74m @ 0.41% Cu, 0.29 g/t Au from 139m to EOH inc 5m@ 1.71% Cu, 0.82 g/t Au, 21.2 g/t Ag from 139m inc 5m @ 0.74% Cu, 0.51 g/t Au from 164m inc 14m @ 0.58% Cu, 0.45 g/t Au from 192m

*Note drill hole ended in mineralisation

• Of importance: A large flat lying conductor (historic down-hole TEM survey) over 1km in length corresponds to an inferred strike extensive supergene sulphide zone above the primary zone mineralisation outlined above:

• Conductor is open along strike;

• Supergene sulphide zones are typically higher grade than underlying primary sulphide zones; and

• The historic drilling only intercepted the primary sulphide zone while the potential higher-grade supergene sulphide zone remains to be drill tested.

Rumble Resources Ltd

Suite 9, 36 Ord Street, West Perth, WA 6005

T +61 8 6555 3980

F +61 8 6555 3981

rumbleresources.com.au

ASX RTR

Executives & Management

Mr Shane Sikora Managing Director

Mr Brett Keillor Technical Director

Mr Matthew Banks Non-executive Director

Mr Michael Smith Non-executive Director

Co Prospect

• Reconnaissance air core drilling at the Co Prospect has confirmed cobalt in laterite mineralisation extends along strike.

• Lateritic cobalt mineralisation was defined over 500m of strike and is open to the southwest over a strike of 1km. Air core drilling results include:

Mr Steven Wood Company Secretary

Mr Mark Carder Exploration Manager

• 3m @ 0.11% Co from 15m (LBAC279)

• 1m @ 0.19% Co from 18m (LBAC303)

Next Steps

• Rumble is fast tracking approvals to drill test the potential higher-grade supergene zone at the Amaryllis Cu-Au Prospect over the coming weeks.

Munarra Gully Cu-Au Tenements

• Rumble secured 80% of E51-1677.

• E51-1919 - 100% Rumble - which hosts the Amaryllis Cu-Au Prospect, has been granted.

Rumble Resources Ltd (ASX: RTR) (“Rumble” or “the Company”) is pleased to announce the results from the current round of reconnaissance air core drilling and the ongoing data review at the Munarra Gully Project located some 50km NNE of the town of Cue within the Murchison Goldfields of Western Australia and comprising an area of 205km².

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Managing Director Shane Sikora said “Rumble’s technical team developed a previously unrecognised exploration model for the region that identified the potential for significant mafic hosted Cu-Au deposits based on Rumbles exploration results at the White Rose Prospect (example 22m @ 1.00% Cu from 29m coincident with 19m @ 2.19 g/t Au from 33m). The White Rose Prospect mineralisation zone is up to 50m wide over a strike of 350m (faults have terminated strike continuity). Of importance, even with the significant sulphide intercept outlined above, the mineralised primary sulphide zone was not conductive when using ground and downhole TEM.

“Using the newly developed regional exploration model, Rumble commenced regional exploration targeting for copper - gold bearing mafic sills that could potentially host a large-scale Cu-Au deposit(s). Detailed Open File review of historic exploration results has highlighted that the Amaryllis Cu-Au Prospect, which lies some 6km north of White Rose, is on the main regional structure associated with Cu-Au-Co mineralisation within the Munarra Gully Project. The historic exploration at the Amaryllis Cu-Au Prospect has shown previous explorers were focused on gold mineralisation rather than the copper potential, with limited copper assaying completed.

“Of note, the Amaryllis Cu-Au Prospect has the same style of mineralisation as the White Rose Prospect with true widths of over 50 metres (disseminated Cu with Au sulphide mineralisation), however, unlike the White Rose, which is constrained to a strike length of 350m, the large scale tonnage potential for multiple mafic hosted Cu-Au deposits at the Amaryllis Cu-Au Prospect is compelling with over 7km’s of Cu-Au strike identified and completely open.

“The Amaryllis Prospect has six (6) historic diamond core drill holes that were designed to test for gold mineralisation and were only partially assayed for copper, however intersected significant widths of Cu-Au mineralisation including 74m @ 0.41% Cu, 0.29 g/t Au from 139m to EOH which included a higher-grade 5m @ 1.71% Cu, 0.82 g/t Au and 21.2 g/t Ag from 139m in mineralised primary sulphides (primary zone).

“Historic down-hole geophysical surveys were completed on four (4) of the diamond core drill holes in response to the level of sulphide intercepted, however, like the White Rose Prospect, the primary mineralised sulphides are not conductive. Instead the results from the down hole survey indicate a flat lying conductor over 1km in strike (and open) at a depth of approximately 80m located above the significant widths of primary Cu-Au mineralisation. Rumble has inferred the conductor may represent the secondary sulphide zone associated with supergene enrichment (supergene zone) above the mineralised primary sulphide zone outlined above.

“Of importance, typically the supergene zone is much higher grade than the underlying primary zone, and the historic diamond core drilling only intercepted the primary sulphide mineralisation while the potential higher-grade supergene zone remains to be drill tested. Rumble is now fast tracking the approvals to drill test the exciting supergene zone over the coming weeks”.

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Image 1 – Munarra Gully Project – Location of Prospect over Regional Magnetics

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Munarra Gully Project Overview

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Amaryllis Cu-Au Prospect

Exploration by Rumble has discovered copper, gold and cobalt mineralisation closely associated with a differentiated mafic sill horizon and a fine grain pyroxenite intrusion which are related to a regional structure (shear zone) that strikes over 34 km within the Munarra Gully Project (see image 1). Inferred magmatic copper-gold mineralisation with epigenetic shear related overprints were first recognised at the White Rose Prospect with significant widths of Cu-Au values ( 22m @ 1.00% Cu from 29m coincident with 19m @ 2.19 g/t Au from 33m (WRRC001). A differentiated mafic sill hosting disseminated copper sulphides (bornite and chalcopyrite) with strongly anomalous gold and silver was defined over a strike of 350m (sill terminated by faults) and an average width of 50m at White Rose. From the work completed at White Rose, a regional exploration model was developed with the emphasis on finding a larger (strike extensive) mafic sill that could potentially host large-scale Cu Au deposit(s).

Recent research on historic drilling, located some 6km to the north of the White Rose prospect, has outlined widespread copper in basement mineralisation with significant gold over a strike of 7km with the system completely open. Previous explorers completed only limited copper assaying, however, the tenor and style of mineralisation is identical to the White Rose model.

Rumble believes it has identified a large-scale copper-gold (with silver) mineralising system associated with a series of mafic (differentiated) sills under shallow cover (20 – 30m) and has renamed the prospect to the Amaryllis Cu Au Prospect.

The Amaryllis Prospect has six (6) historical diamond core drill holes completed over a strike of 1.2km. The diamond core drill holes were designed to test for gold mineralisation and were only partially assayed for copper. Historic reconnaissance air core drilling on 400m spacing was also tested for copper and image 2 highlights the 7km of strike potential currently delineated. Historic down-hole TEM (transient electromagnetic) surveys were completed on four (4) of the diamond core drill holes in response to the significant level of sulphide intercepted during the gold exploration. The results from the survey indicate a flat lying conductor (all four holes) with a conductance of 100 siemens lies at a depth of approximately 80m. The conductor is strike extensive and open. Rumble has inferred the conductor may represent the secondary sulphide zone associated with supergene enrichment. Typically, the supergene is higher grade than the underlying primary zone.

Primary copper gold mineralisation defined in the historic diamond core drilling occurs over the width of the mineralised mafic sill (> 50m width). Historic hole MHD045 returned:

• 74m @ 0.41% Cu, 0.29 g/t Au from 139m to EOH which included: o 5m @ 1.71% Cu, 0.82 g/t Au and 21.2 g/t Ag from 139m o 5m @ 0.74% Cu, 0.51 g/t Au from 164m o 14m @ 0.58% Cu, 0.45 g/t Au from 192m

Primary mineralisation was dominantly disseminated to stringer chalcopyrite and pyrite and was not conductive. Of importance - the diamond core drilling only intercepted primary sulphide mineralisation.

Co Prospect

During the regional exploration completed by Rumble in July 2019 (exploring for Cu-Au, refer ASX announcement 11 July 2019), an area of high-grade cobalt in laterite mineralisation was intersected at the Co Prospect (see image 1 for location). Results include:

• 2m @ 0.48% Co, 220ppb Pt from 18m

• • 3m @ 0.37% Co, 75ppb Pt from 14m

• 2m @0.20% Co, 203ppb Pt from 11m

• 1m @ 0.55% Co, 382ppb Pt from 13m

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The cobalt mineralisation lies within the laterite/saprolite zone of a fine grain pyroxenite intrusion within intercalated talc chlorite schists (after ultramafic), dolerite/gabbro and mafic volcanics.

Air Core Drilling Programme and Results

Air core drilling was completed on 10 traverses covering three areas within tenement E51/1677. A total of 127 drill holes for 3573m tested:

1. Extension of copper mineralisation south of the newly named Amaryllis Cu Au prospect.

2. Extension of cobalt in laterite mineralisation at the Co Prospect.

3. A large ultramafic body some 2 to 3km southwest of the Co Prospect for Ni-Cu-Co potential.

Amaryllis Cu Au Prospect

A single air core drill traverse was completed within E51/1677 immediately south of the main Amaryllis Cu Au prospect. The reconnaissance air core drilling was designed to test for copper geochemical trends south of the large Amaryllis mineralised system. Two wide-spaced (80m apart) drill holes intercepted elevated copper:

• LBAC286 – 4m @ 530ppm Cu from 12 and 4m @ 622ppm Cu from 28m

• LBAC287 – 8m @ 414 ppm Cu from 12m

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Image 2 – Amaryllis Cu Au Prospect – Rumble and Historic Drilling (with copper values) over Magnetics

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Air core drilling completed by Rumble in July 2019 intercepted elevated copper (up to 1130ppm Cu – LBAC124) 2.6km south of the latest air core drilling by Rumble (image 2). Rumble and historic air core drilling have outlined copper in basement anomalism over a strike of 7km. The anomalism is completely open.

Co Prospect (image 3)

Drilling has extended the cobalt in laterite anomalism (>500ppm Co) to the southwest. Some 500m of strike has been defined. Cobalt in laterite mineralisation is associated with a pyroxenite unit that has intruded into talc chlorite schists, dolerite, gabbro and mafic volcanics. Results include:

• 3m @ 0.11% Co from 15m (LBAC279)

• 1m @ 0.19% Co from 18m (LBAC303)

The cobalt mineralisation is open to the southwest over a strike >1km.

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Image 3 – Co Prospect – Location of Air Core Drilling and Significant Drill Hole Results

Regional Targets (image 3)

Two air core drill traverses tested the upper profile of an ultramafic complex some 2.5km southwest of the Co Prospect. The laterite/saprolite zone (dominated by talc chlorite schists) returned mainly background nickel and cobalt – Nickel to 0.52% and Cobalt to 0.04%.

Amaryllis Cu-Au Prospect Prospectivity Update (image 2, 4, 5 and 6)

Ongoing review of historic geochemistry with reprocessing and re-interpretation of historic downhole TEM at the Amaryllis Cu Au Prospect has further enhanced the potential for a large-scale Cu-Au mineralising system.

Current reconnaissance air core drilling by Rumble as confirmed strong continuity of copper in basement mineralisation to the south of the Amaryllis Cu Au Prospect.

Review and compilation of historic copper assaying from reconnaissance air core drilling and 6 diamond core drill holes has highlighted multiple copper in basement zones (>1000ppm Cu) in association with gold

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mineralisation. The diamond core drill holes (only partial copper assays) confirm wide zones of low-grade copper mineralisation with gold (and silver) are associated with differentiated mafic (dolerite to gabbro) sills. Within the wide low-grade copper haloes, higher grade copper mineralisation was intersected. Hole MHD045 returned 5m @ 1.71% Cu, 0.82 g/t Au, 21.2 g/t Ag from 139m.

Historic down hole TEM (transient electromagnetic) surveys were completed on four diamond core drill holes subsequent to the geological observation of disseminated to stringer chalcopyrite, bornite and pyrite. Reinterpretation and re-modelling of the downhole TEM data has highlighted a broad flat to shallow west dipping conductor plate with a conductance of 100 siemens. The plate is modelled from the four diamond core drill holes and is interpreted to correlate with the supergene secondary sulphide zone at approximately 80m depth. Images 4 and 5 highlight the position of the conductor in plan and by longitudinal section. The plate over 1km in length and is open along strike.

All six diamond core drill holes intercepted the primary zone beneath the inferred supergene secondary sulphide zone over a strike of 1.2km.

Image 4 highlights the conductor plate and shows the >1% Cu basement contour is open to the north.

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Image 4 – Amaryllis Cu Au Prospect – Copper in Basement Geochemistry, Conductor Plate and Location of Longitudinal Section.

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Image 5 – Amaryllis Cu Au Prospect – Longitudinal Section – Primary Zone Cu-Au Intersections and Location of DHEM Conductor over Four Diamond Core Drill Holes

Amaryllis Cu Au Prospect Exploration Model

The Amaryllis Cu Au Prospect exploration model is inferred to be magmatic Cu-Au (and Ag) mineralisation associated with a series of differentiated mafic sills. Later epigenetic (shear zones) have developed higher grade gold zones which were the focus for previous exploration. The primary Cu Au mineralised zone has low conductivity and magnetic susceptibility, not detectable by TEM and magnetics. Other geophysical methods such as IP have not tested been applied.

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Image 6 – Exploration Model for Amaryllis Cu-Au Prospect

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Targeting Primary and Supergene High Grade Sulphides

The broad flat lying conductor may represent the supergene secondary sulphide zone (chalcocite, chalcopyrite, bornite and marcasite/pyrite). The supergene zone is typically higher grade than the primary zone. The inference is higher grade and volume of secondary sulphide (conductivity can be highly variable in supergene sulphides) will develop over higher grade and volume of primary sulphide and therefore allowing TEM to target primary Cu Au mineralisation via the conductivity response in the supergene sulphide zone.

Of Importance

• The Amaryllis Cu Au mineralisation system has the potential to be a large-scale deposit(s)

• The strike is 7km and completely open.

• Width of the mineralised sill is >50m.

• Copper in basement geochemistry has highlighted multiple parallel zones.

• Only 6 diamond core drill holes have tested the copper gold mineralisation in the central 1.2km long zone. Copper and gold assays are partial.

• Wide zones of low-grade Cu-Au mineralisation (i.e. 74m @0.41% Cu, 0.29 g/t Au from 139m to EOH).

• Higher grade zones within the broad mineralised envelope include 5m @ 1.7% Cu, 0.82 g/t Au, 21.2g/t Ag from 139m.

• Historic DHTEM of four diamond core drill holes has defined a broad flat to shallow dipping conductor plate that is inferred to correlate with the supergene secondary sulphide zone.

• The flat conductor is over 1km in strike (essentially open due to distance from surveyed drill holes).

• The supergene secondary sulphide zone has not been assayed for copper based on distribution of drill holes.

• The supergene oxide and secondary sulphide zone is typically higher grade than the underlying primary sulphide zone.

Rumble considers TEM will aid in targeting economic (Cu Au Ag) primary zones based on the inference higher-grade supergene sulphide mineralisation develops over higher-grade primary sulphide mineralisation.

Target

• Large-scale disseminated/stringer/massive sulphide Cu Au Ag magmatic mineralisation hosted in strike extensive differentiated to massive mafic intrusions. Potential for multiple deposits.

• Mineralisation styles within the mafic intrusions

• Strike extensive supergene mineralisation (including oxide) – broad flat zone overlying:

• o Primary sulphide mineralisation

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Next Steps - Amaryllis Cu-Au Prospect

• Complete ground TEM survey

• Drill the conductors along defined copper-in-basement corridor (RC drilling)

• Extend and infill the current 7km of strike to the north and south with further drilling

Munarra Gully Cu-Au Tenements

E51/1677 – Earnt 80% of all mineral rights

Rumble provided notice to Marjorie Anne Molloy that it has exercised the Option in respect of E51/1677 based on the below terms:

• a. Rumble make final payment of $25,000 cash and issue $25,000 of RTR ordinary shares to earn 80% on all mineral rights.

• b. Marjorie Ann Molloy free carried to BFS.

• c. Following the completion of a BFS and decision to mine, Marjorie Ann Molloy can either elect to contribute to

• ongoing project development or dilute to a 1% NSR.

M51/0122

Rumble has notified Radman Mining Pty Ltd that is has withdrawn from the option agreement for M51/0122 which hosts the White Rose Prospect, based on the restrictive 350m of strike and Rumble exhausting all targets.

E51-1919 – 100% Rumble

Rumble confirms that tenement E51-1919 which hosts the Amaryllis Cu-Au Prospect has been granted and is 100% owned by Rumble.

Authorisation

This announcement is authorised for release by Shane Sikora, Managing Director of the Company.

About Rumble Resources Ltd

Rumble Resources Ltd is an Australian based exploration company, officially admitted to the ASX on the 1st July 2011. Rumble was established with the aim of adding significant value to its current mineral exploration assets and will continue to look at mineral acquisition opportunities both in Australia and abroad.

Competent Persons Statement

The information in this report that relates to Exploration Results is based on information compiled by Mr Brett Keillor, who is a Member of the Australasian Institute of Mining & Metallurgy and the Australian Institute of Geoscientists. Mr Keillor is an employee of Rumble Resources Limited. Mr Keillor has sufficient experience 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 Keillor consents to the inclusion in the report of the matters based on his information in the form and context in which it appears.

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Section 1 Sampling Techniques and Data

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Criteria	JORC Code explanation		Commentary
Sampling	• Nature and quality of sampling (e.g. cut channels,	•	Air core drilling sampling
techniques	random chips, or specific specialised industry		methodology included:
	standard measurement tools appropriate to the		o Composite – to maximum
	minerals under investigation, such as down hole		of 4m
	gamma sondes, or handheld XRF instruments, etc.).		o Single metre samples
	These examples should not be taken as limiting the		based on pXRF response
	broad meaning of sampling.	•	Drill cuttings placed in 1m piles.
	• Include reference to measures taken to ensure	•	Sample method involved
	sample representivity and the appropriate calibration		scoop/spear into piles. Individual
	of any measurement tools or systems used.		weight of 1m sample cuttings 8 to
	• Aspects of the determination of mineralisation that		12kg.
	are Material to the Public Report.	•	Sample size between 1 to 2kg.
	• In cases where ‘industry standard’ work has been		Analysis was four acid digest with
	done this would be relatively simple (e.g. ‘reverse		33 elements (ICP finish) and Au
	circulation drilling was used to obtain 1 m samples		(25g charge) with AA digest.
	from which 3 kg was pulverised to produce a 30 g	•	Historic drilling included AC, RAB,
	charge for fire assay’). In other cases more		RC and DD. Detail reported in ASX
	explanation may be required, such as where there is		Announcement 26/11/2019 –
	coarse gold that has inherent sampling problems.		Munarra Gully Major Structure
	Unusual commodities or mineralisation types (e.g.		Hosting Cu Au Co
	submarine nodules) may warrant disclosure of
	detailed information.
Drilling	• Drill type (e.g. core, reverse circulation, open-hole	•	Air Core Drilling. Blade and face
techniques	hammer, rotary air blast, auger, Bangka, sonic, etc.)		hammer (3.5 in).
	and details (e.g. core diameter, triple or standard	•	Historic drilling included AC, RAB,
	tube, depth of diamond tails, face-sampling bit or		RC and DD. Detail reported in ASX
	other type, whether core is oriented and if so, by		Announcement 26/11/2019 –
	what method, etc.)..		Munarra Gully Major Structure
			Hosting Cu Au Co
Drill sample	• Method of recording and assessing core and chip	•	Air Core Drilling
recovery	sample recoveries and results assessed.	•	Drill cuttings placed in 1m piles.
	• Measures taken to maximise sample recovery and	•	Sample method involved
	ensure representative nature of the samples.		scoop/spear into piles. Individual
	• Whether a relationship exists between sample		weight of 1m sample cuttings 8 to
	recovery and grade and whether sample bias may		12kg.
	have occurred due to preferential loss/gain of	•	Sample size between 1 to 2kg.
	fine/coarse material.		Analysis was four acid digest with
			33 elements (ICP finish) and Au
			(25g charge) with AA digest.
		•	Historic sampling – Au (FA), Ag Cu
			Zn Multi-acid digest – Renton Labs
			Partial sections of diamond core
			were cut and assayed for Au, Cu
			and Ag.
Logging	• Whether core and chip samples have been	•	Air Core Drilling – every metre
	geologically and geotechnically logged to a level of		interval geologically logged
	detail to support appropriate Mineral Resource	•	Every metre was collected and
	estimation, mining studies and metallurgical studies.		stored in chip trays for future
	• Whether logging is qualitative or quantitative in		reference.
	nature. Core (or costean, channel, etc.)
	photography.
	• The total length and percentage of the relevant
	_intersections logged. _
Sub-	• If core, whether cut or sawn and whether quarter,	•	Air Core Drilling
sampling	half or all core taken.		o All samples were dry.
techniques	• If non-core, whether riffled, tube sampled, rotary		Samples were collected by spear
	split, etc. and whether sampled wet or dry.		(includes composites).
	• For allsample types, the nature, quality and	•	Weight between 1 to 2 kgfor air

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Criteria		JORC Code explanation		Commentary
and sample		appropriateness of the sample preparation		core samples
preparation		technique.	•	Field duplicates every 20 samples
		• Quality control procedures adopted for all sub-	•	Standard and blank every 20
		sampling stages to maximise representivity of		samples
		samples.
		• Measures taken to ensure that the sampling is
		representative of the in situ material collected,
		including for instance results for field
		duplicate/second-half sampling.
		• Whether sample sizes are appropriate to the grain
		• _size of the material being sampled. _
Quality	of	• The nature, quality and appropriateness of the	•	Air Core Drilling.
assay data and laboratory		assaying and laboratory procedures used and whether the technique is considered partial or total. • For geophysical tools, spectrometers, handheld XRF		o Assay methodology was complete digest
tests		instruments, etc., the parameters used in		o pXRF used only as a guide
		determining the analysis including instrument make		to wet sampling (i.e
		and model, reading times, calibrations factors		composites versus single
		applied and their derivation, etc.		metres)
		• Nature of quality control procedures adopted (e.g. standards, blanks, duplicates, external laboratory checks) and whether acceptable levels of accuracy (i.e. lack of bias) and precision have been		o Duplicates, standards and blanks used throughout programme.
		established.	•	Historic drilling included AC, RAB,
				RC and DD. Detail reported in ASX
				Announcement 26/11/2019 –
				Munarra Gully Major Structure
				Hosting Cu Au Co
Verification		• The verification of significant intersections by either	•	Not known for historic exploration.
of sampling		independent or alternative company personnel.		All review work completed by
and		• The use of twinned holes.		Rumble
assaying		• Documentation of primary data, data entry	•	No twins used in air core drilling.
		procedures, data verification, data storage (physical
		and electronic) protocols.
		• Discuss any adjustment to assay data.
Location	of	• Accuracy and quality of surveys used to locate drill	•	Air Core Drilling utilised MGA94
data points		holes (collar and down-hole surveys), trenches, mine		Z50 as datum. All collars picked up
		workings and other locations used in Mineral		by hand held GPS.
		Resource estimation.	•	Historic drilling included AC, RAB,
		• Specification of the grid system used.		RC and DD. Detail reported in ASX
		• Quality and adequacy of topographic control.		Announcement 26/11/2019 –
				Munarra Gully Major Structure
				Hosting Cu Au Co
Data		• Data spacing for reporting of Exploration Results.	•	Air core drilling was
spacing and		• Whether the data spacing and distribution is		reconnaissance. Variable spaced
distribution		sufficient to establish the degree of geological and		lines (often single traverses testing
		grade continuity appropriate for the Mineral		targets)
		Resource and Ore Reserve estimation procedure(s)	•	Composite sampling used.
		and classifications applied.	•	Historic drilling included AC, RAB,
		• Whether sample compositing has been applied.		RC and DD. Detail reported in ASX
				Announcement 26/11/2019 –
				Munarra Gully Major Structure
				Hosting Cu Au Co
Orientation		• Whether the orientation of sampling achieves	•	Air Core Drilling
of data relation geological structure	in to	unbiased sampling of possible structures and the extent to which this is known, considering the deposit type. • If the relationship between the drilling orientation and		o Drilling designed to test for flat lateral mineralization. True width.
		the orientation of key mineralised structures is		o Angled holes based on

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Criteria			JORC Code explanation		Commentary
			considered to have introduced a sampling bias, this		known regional trend and
			should be assessed and reported if material.		foliation.
				•	Historic drilling included AC, RAB,
					RC and DD. Detail reported in ASX
					Announcement	26/11/2019	–
					Munarra Gully	Major Structure
					Hosting Cu Au Co
Sample		•	The measures taken to ensure sample security.	•	Rumble personnel	ensure sample
security					security on site and delivery to
					laboratory
Audits	or	•	The results of any audits or reviews of sampling	•	No external audits	and reviews
reviews			techniques and data.		completed.

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Section 2 Reporting of Exploration Results

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Criteria			JORC Code explanation	JORC Code explanation	Commentary	Commentary
Mineral			•	Type, reference name/number, location and	•	EL51/1919 – 100% RTR – Granted
tenement		and		ownership including agreements or material		6/2/2020
land status	tenure			issues with third parties such as joint ventures, partnerships, overriding royalties, native title interests, historical sites, wilderness or national	•	ELA51/1927 – 100% RTR – in application
				park and environmental settings.	•	E51/1677 is granted and is 100%
			•	The security of the tenure held at the time of		owned by Marjorie Ann Molloy.
				reporting along with any known impediments to		Rumble has exercised its option to
				obtaining a licence to operate in the area.		acquire 80%.
Exploration			•	Acknowledgment and appraisal of exploration by	•	Current exploration solely
done by	other			other parties.		completed by Rumble Resources
parties					•	Historic exploration. Detail reported
						in ASX Announcement 26/11/2019
						– Munarra Gully Major Structure
						Hosting Cu Au Co
Geology			•	Deposit type, geological setting and style of	•	Target is Cu, Au, Ag, Ni and Co.
				mineralisation.		The style is considered mafic
						related disseminated sulphide
						associated with differentiated
						intrusives
Drill	hole		•	A summary of all information material to the	•	Table 1 outlines all drill hole co-
Information				understanding of the exploration results including		ordinates, depth, azimuth and
				a tabulation of the following information for all		inclination reported in this
				Material drill holes:		announcement
				o easting and northing of the drill hole collar o elevation or RL (Reduced Level – elevation above sea level in metres) of the drill hole collar o dip and azimuth of the hole	•	Table 2 highlights Au, Co, Cr, Cu, Fe, Mg, Mn and Ni assayed related to drill hole intercepts reported in this announcement.
				o down hole length and interception depth	•	Table 3 – MHD045 – Location and
				o hole length.		Significant Au, Cu and Ag Assays
			•	If the exclusion of this information is justified on the basis that the 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.	•	Historic Exploration. Detail reported in ASX Announcement 26/11/2019 – Munarra Gully Major Structure Hosting Cu Au Co
Data			•	In reporting Exploration Results, weighting	•	Air core drilling
aggregation methods				averaging techniques, maximum and/or minimum grade truncations (e.g. cutting of high grades) and cut-off grades are usually Material and should be		o Drilling is reconnaissance. Simple averages used
				stated.	•	Historic Exploration. Detail reported
			•	Where aggregate intercepts incorporate short		in ASX Announcement 26/11/2019
				lengths of high grade results and longer lengths of		– Munarra Gully Major Structure
				low grade results, the procedure used for such		Hosting Cu Au Co
				aggregation should be stated and some typical
				examples of such aggregations should be shown
				in detail.
			•	The assumptions used for any reporting of metal
				equivalent values should be clearly stated.
Relationship			•	These relationships are particularly important in	•	Air Core Drilling
between mineralisation widths and			•	the reporting of Exploration Results. If the geometry of the mineralisation with respect to the drill hole angle is known, its nature should		o Targeting geochemical trends and flat lying cobalt

13

Criteria	JORC Code explanation	Commentary
intercept	be reported.		in laterite mineralization.
lengths	• If it is not known and only the down hole lengths are reported, there should be a clear statement to this effect (e.g. ‘down hole length, true width not known’).	•	Historic Exploration. Detail reported in ASX Announcement 26/11/2019 – Munarra Gully Major Structure Hosting Cu Au Co
Diagrams	• Appropriate maps and sections (with scales) and	•	Image 1 – Munarra Gully Project –
	tabulations of intercepts should be included for		Location of Prospects over
	any significant discovery being reported These		Regional Magnetics
	should include, but not be limited to a plan view of	•	Image 2 - Amaryllis Cu Au Prospect
	drill hole collar locations and appropriate sectional		– Rumble and Historic Drilling (with
	views.		copper values) over Magnetics
		•	Image 3 – Co Prospect – Location
			of Air Core Drilling and Significant
			Drill Hole Results
		•	Image 4 – Amaryllis Cu Au Prospect
			– Copper in Basement
			Geochemistry, Conductor Plate
			and Location of Longitudinal
			Section.
		•	Image 5 -–Amaryllis Cu Au
			Prospect – Longitudinal Section –
			Primary Zone Cu-Au Intersections
			and Location of DHEM Conductor
			over Four Diamond Core Drill Holes
		•	Image 6– Exploration Model for
			Amaryllis Cu Au Prospect
			Targeting Primary and
			Supergene High Grade
			Sulphides
Balanced	• Where comprehensive reporting of all Exploration	•	Table 2 highlights selected drill
reporting	Results is not practicable, representative reporting		hole (single metre and composite)
	of both low and high grades and/or widths should		assays with Au, Co, Cr, Cu, Fe,
	be practiced to avoid misleading reporting of		Mg, Mn and Ni.
	Exploration Results.
Other	• Other exploration data, if meaningful and material,	•	Down hole EM surveys were
substantive	should be reported including (but not limited to):		conducted on four DD drill holes at
exploration	geological observations; geophysical survey		Amaryllis. Australasian Gold Mines
data	results; geochemical survey results; bulk samples		NL commissioned Southern
	– size and method of treatment; metallurgical test		Geoscience to complete the
	results; bulk density, groundwater, geotechnical		survey in 2000. The prospect was
	and rock characteristics; potential deleterious or		known as Hope River.
	contaminating substances.	•	Re-processing and modelling was
			completed by Armada Exploration
			Services.
Further work	• The nature and scale of planned further work (e.g.	Amaryllis Cu Au Prospect
	tests for lateral extensions or depth extensions or large-scale step-out drilling). • Diagrams clearly highlighting the areas of possible extensions, including the main geological interpretations and future drilling areas, provided this information is not commercially sensitive.	• •	MLTEM survey will commence in February 2020. A total of 2.6km of strike is planned to test for sulphide conductors RC drilling will test conductors and test zones not previously assayed
			for copper. Multi-element assaying
			will be completed.
		•	Regional air core drilling to extend
			the copper in basement
			mineralisation.

14

Criteria	JORC Code explanation	Commentary
		Cobalt Prospect
		• Infill AC to test the cobalt tenor
		along strike.

15

==> picture [83 x 72] intentionally omitted <==

Table 1

Air Core Drill Hole Location and Survey

Hole_ID	E(MGA94Z50)	N(MGA94Z50)	RL(m)	Depth(m)	Dip	Azi
LBAC248	613016	7015855	479	59	-60	150
LBAC249	613003	7015874	474	39	-60	150
LBAC250	612993	7015893	477	18	-60	150
LBAC251	612979	7015908	472	18	-60	150
LBAC252	612966	7015926	475	42	-60	150
LBAC253	612955	7015943	471	18	-60	150
LBAC254	612949	7015964	473	18	-60	150
LBAC255	612919	7016006	467	48	-60	150
LBAC256	613219	7015885	474	45	-60	150
LBAC257	613214	7015904	478	24	-60	150
LBAC258	613207	7015923	486	12	-60	150
LBAC259	613195	7015942	475	24	-60	150
LBAC260	613182	7015964	478	24	-60	150
LBAC261	613175	7015981	477	30	-60	150
LBAC262	613169	7015995	471	49	-60	150
LBAC263	613155	7016012	470	18	-60	150
LBAC264	613145	7016027	468	18	-60	150
LBAC265	613136	7016038	460	18	-60	150
LBAC266	613130	7016062	475	39	-60	150
LBAC267	613113	7016090	475	18	-60	150
LBAC268	612818	7015791	474	21	-60	150
LBAC269	612804	7015814	510	62	-60	150
LBAC270	612792	7015831	468	27	-60	150
LBAC271	612778	7015852	467	27	-60	150
LBAC272	612768	7015869	467	21	-60	150
LBAC273	612753	7015890	467	30	-60	150
LBAC274	612747	7015914	474	72	-60	150
LBAC275	612735	7015736	476	30	-60	150
LBAC276	612724	7015754	477	68	-60	150
LBAC277	612710	7015773	474	18	-60	150
LBAC278	612702	7015790	477	30	-60	150
LBAC279	612690	7015812	482	39	-60	150
LBAC280	612678	7015833	486	27	-60	150
LBAC281	612668	7015852	506	24	-60	150
LBAC282	612656	7015871	499	30	-60	150
LBAC283	612641	7015896	500	28	-60	150
LBAC284	616920	7022202	448	11	-60	90
LBAC285	616841	7022200	453	15	-60	90
LBAC286	616751	7022200	451	15	-60	90
LBAC287	616668	7022199	450	23	-60	90
LBAC288	616590	7022196	449	21	-60	90
LBAC289	616510	7022201	451	47	-60	90
LBAC290	616431	7022204	451	41	-60	90
LBAC291	616352	7022196	446	54	-60	90
LBAC292	616271	7022193	455	39	-60	90
LBAC293	616194	7022204	455	39	-60	90
LBAC294	616116	7022199	470	36	-60	90
LBAC295	616044	7022202	465	48	-60	90
LBAC296	616000	7022199	449	54	-60	90
LBAC297	615963	7022206	452	42	-60	90
LBAC298	615926	7022203	452	42	-60	90
LBAC299	615884	7022201	448	27	-60	90
LBAC300	615846	7022200	451	39	-60	90
LBAC301	615800	7022200	447	39	-60	90
LBAC302	615771	7022198	441	63	-60	90
LBAC303	612990	7015916	476	33	-60	150
LBAC304	612967	7015954	483	32	-60	150
LBAC305	612959	7015971	481	40	-60	150
LBAC306	612656	7015689	485	33	-60	150
LBAC307	612646	7015709	483	33	-60	150
LBAC308	612634	7015728	481	33	-60	150
LBAC309	612620	7015749	479	33	-60	150
LBAC310	612602	7015766	471	33	-60	150

16

==> picture [83 x 72] intentionally omitted <==

Table 1 Cont. Air Core Drill Hole Location and Survey

Hole_ID	E(MGA94Z50)	N(MGA94Z50)	RL(m)	Depth(m)	Dip	Azi
LBAC311	612593	7015788	467	33	-60	150
LBAC312	612579	7015801	467	21	-60	150
LBAC313	612565	7015823	467	18	-60	150
LBAC314	612561	7015629	471	21	-60	150
LBAC315	612553	7015648	472	21	-60	150
LBAC316	612530	7015669	465	18	-60	150
LBAC317	612516	7015687	474	18	-60	150
LBAC318	611768	7015072	486	4	-60	150
LBAC319	611757	7015086	492	6	-60	150
LBAC320	611749	7015105	495	9	-60	150
LBAC321	611734	7015140	491	7	-60	150
LBAC322	611716	7015165	485	18	-60	150
LBAC323	611702	7015187	476	18	-60	150
LBAC324	611689	7015206	479	18	-60	150
LBAC325	611682	7015222	480	24	-60	150
LBAC326	611662	7015249	473	33	-60	150
LBAC327	611659	7015268	475	20	-60	150
LBAC328	611648	7015281	476	30	-60	150
LBAC329	611643	7015297	475	33	-60	150
LBAC330	611640	7015309	478	42	-60	150
LBAC331	611628	7015321	468	33	-60	150
LBAC332	611620	7015335	469	21	-60	150
LBAC333	611611	7015351	471	30	-60	150
LBAC334	611602	7015359	469	33	-60	150
LBAC335	611594	7015372	469	18	-60	150
LBAC336	611589	7015388	495	14	-60	150
LBAC337	611577	7015403	494	30	-60	150
LBAC338	611567	7015420	480	21	-60	150
LBAC339	611556	7015438	479	33	-60	150
LBAC340	611548	7015452	479	12	-60	150
LBAC341	611543	7015467	483	30	-60	150
LBAC342	611527	7015490	481	19	-60	150
LBAC343	611514	7015503	477	24	-60	150
LBAC344	611508	7015521	476	36	-60	150
LBAC345	611503	7015575	472	28	-60	130
LBAC346	610558	7014592	483	25	-60	130
LBAC347	610541	7014608	482	30	-60	130
LBAC348	610527	7014624	483	28	-60	130
LBAC349	610512	7014643	486	33	-60	130
LBAC350	610500	7014654	494	24	-60	130
LBAC351	610488	7014668	493	18	-60	130
LBAC352	610473	7014686	495	18	-60	130
LBAC353	610458	7014697	499	36	-60	130
LBAC354	610258	7014082	485	33	-60	130
LBAC355	610245	7014095	483	28	-60	130
LBAC356	610225	7014109	486	15	-60	130
LBAC357	610216	7014124	484	21	-60	130
LBAC358	610201	7014139	493	18	-60	130
LBAC359	610184	7014149	487	17	-60	130
LBAC360	610157	7014178	487	9	-60	130
LBAC361	610127	7014203	487	15	-60	130
LBAC362	610114	7014217	494	5	-60	130
LBAC363	610106	7014240	486	24	-60	130
LBAC364	610090	7014244	488	6	-60	130
LBAC365	610076	7014255	489	18	-60	130
LBAC366	610068	7014273	477	34	-60	130
LBAC367	610047	7014284	481	33	-60	130
LBAC368	610034	7014297	483	35	-60	130
LBAC369	610019	7014310	481	45	-60	130
LBAC370	610006	7014325	482	30	-60	130
LBAC371	609995	7014342	496	11	-60	130
LBAC372	609981	7014353	492	15	-60	130
LBAC373	609971	7014361	497	24	-60	130
LBAC374	609956	7014371	489	33	-60	130

17

Table 2 Select Air Core Drill Hole Multi-Element Assays

==> picture [83 x 72] intentionally omitted <==

==> picture [386 x 677] intentionally omitted <==

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

Hole_ID mFrom mTo Au_ppm Co_ppm Cr_ppm Cu_ppm Fe_% Mg_% Mn_ppm Ni_ppm
LBAC256 34 35 0.01 5 122 538 1.88 0.17 65 41
LBAC256 35 36 0.01 16 422 326 4.33 1.53 304 173
LBAC269 7 11 0.01 60 2410 316 27.7 0.78 311 396
LBAC269 11 13 0.01 59 4200 309 20.4 0.54 552 456
LBAC269 13 15 0.01 57 2500 393 25.2 0.21 2060 695
LBAC270 4 5 0.01 28 2340 410 29.4 0.17 343 578
LBAC270 5 9 0.01 54 4660 228 23.8 0.93 224 387
LBAC270 9 13 0.01 189 3410 373 27.6 0.34 1100 763
LBAC270 13 17 0.01 214 6330 438 30.1 2 1290 1300
LBAC270 17 21 0.01 127 4440 341 24.6 1.28 840 1130
LBAC270 21 24 0.01 47 900 294 20.8 0.25 519 763
LBAC270 24 25 0.01 60 4360 438 29.4 0.57 879 1345
LBAC270 25 27 0.01 86 7710 375 23.7 3.4 742 1415
LBAC271 8 12 0.01 353 1950 129 12.1 7.29 2980 2010
LBAC271 12 13 0.02 419 1840 230 14.2 3.35 6340 2230
LBAC271 13 14 0.03 131 609 213 14.65 1.89 2060 1570
LBAC271 14 18 0.01 128 1865 213 16.5 2.71 1960 1390
LBAC271 18 22 0.02 788 2020 249 16.15 3.49 5760 2290
LBAC277 16 18 0.01 52 2370 413 25.4 0.19 913 721
LBAC278 12 16 0.01 166 4550 387 27.9 0.62 1265 909
LBAC278 16 20 0.01 40 2600 365 26.1 0.21 509 707
LBAC278 20 24 0.01 34 2790 332 27.6 0.29 547 881
LBAC279 15 16 0.01 1740 1990 134 12.85 7.34 16850 3270
LBAC279 16 17 0.01 1050 3310 182 16.95 4.7 15850 3220
LBAC279 17 18 0.01 648 2380 140 15.7 3.71 6640 2560
LBAC279 30 31 0.02 183 4160 226 20.5 2.53 4300 2100
LBAC279 31 32 0.03 429 1870 162 15.2 3.87 9110 2870
LBAC279 32 33 0.02 180 1460 257 14.45 1.59 998 2020
LBAC279 33 34 0.01 576 1205 304 14.4 2.98 18050 2960
LBAC279 34 35 0.01 869 2050 259 14.2 4.95 25700 3790
LBAC279 35 36 0.01 524 2340 162 14.75 4.54 6240 3290
LBAC279 36 37 0.01 506 1620 85 13.95 3.62 3580 2890
LBAC279 37 38 0.01 272 1400 190 13.5 2.41 1680 2170
LBAC279 38 39 0.01 348 1435 93 13.7 5.85 5590 2410
LBAC280 0 4 0.02 45 529 66 10.95 1.32 779 284
LBAC280 4 8 0.01 509 1410 105 10.9 5.3 2220 1855
LBAC286 12 16 0.05 33 498 530 6.35 3.62 396 259
LBAC286 28 29 0.1 29 321 530 5.42 2.89 429 188
LBAC286 29 30 0.06 28 178 568 5.25 2.06 382 106
LBAC286 30 31 0.05 47 160 588 5.24 2.11 567 125
LBAC286 31 32 0.1 21 150 802 5.43 2.08 210 113
LBAC286 32 33 0.03 28 140 421 4.83 2.14 483 120
LBAC286 33 34 0.03 28 169 397 4.96 2.39 400 129
LBAC286 34 35 0.18 30 166 160 4.94 2.78 374 147
LBAC286 37 38 0.05 29 117 463 5.03 2.46 383 116
LBAC287 12 16 0.05 49 181 406 5.18 1.5 241 144
LBAC287 16 20 0.03 39 146 422 4.31 1.22 423 105
LBAC303 18 19 0.01 1940 2610 221 17.7 2.05 20300 2880
LBAC304 20 21 0.01 554 1135 209 12 3.42 8630 1230
LBAC308 16 20 0.01 54 3920 316 27.5 0.21 474 805
LBAC308 20 24 0.01 53 3020 309 27 0.44 603 889
LBAC310 12 13 0.01 891 2970 356 14.65 5.18 5300 3200
LBAC310 13 14 0.01 578 2300 138 12.05 4.14 4960 2420
LBAC310 14 15 0.01 344 2530 141 16.15 3.87 4060 2400
LBAC310 15 16 0.01 449 2680 262 16.4 5.51 4720 2800
LBAC310 16 17 0.01 228 2970 263 17.55 5.86 3880 2520
LBAC310 17 18 0.01 433 2950 145 16.85 4.85 6360 2770
LBAC310 18 19 0.01 620 2350 222 15.3 5.54 8430 3010
LBAC310 19 22 0.02 419 1800 188 11.5 7.74 2770 2300
LBAC310 22 23 0.01 646 1735 155 11.15 8.15 5610 2360
LBAC347 13 14 0.01 263 1600 285 11.8 2.32 3800 2420
LBAC347 14 15 0.01 534 1200 176 24.9 2.62 5440 2800
LBAC371 8 11 0.02 415 3340 53 13.6 10 2030 5160
----- End of picture text -----

18

Table 3 - MHD45 – Significant Au, Cu and Ag Assays MHD45 – 616466E 7024279N Azi 90 Dip -90 (MGA94 Z50)

==> picture [83 x 72] intentionally omitted <==

Hole ID	From	To	**Aug/t **	Cu PPM	Ag g/t	Hole ID	From	To	**Aug/t **	Cu PPM	Ag g/t
MHD045	111.10	112.00	0.08	20.00		MHD045	176.00	177.00	0.02	860.00
MHD045	114.90	116.00	0.08	80.00		MHD045	177.00	178.00	0.04	800.00
MHD045	120.20	121.00	0.08	40.00		MHD045	178.00	179.00	0.18	4520.00
MHD045	121.00	122.00	0.30	600.00		MHD045	179.00	180.00	0.46	3680.00
MHD045	122.00	123.00	0.92	60.00		MHD045	180.00	181.00	0.04	820.00
MHD045	123.00	124.00	0.02	40.00		MHD045	181.00	182.00	0.32	4080.00
MHD045	124.00	125.00	0.12	200.00		MHD045	182.00	183.00	0.12	720.00
MHD045	125.00	126.00	0.76	560.00		MHD045	183.00	184.00	0.14	1240.00
MHD045	126.00	127.00	0.18	60.00		MHD045	184.00	185.00	0.06	740.00
MHD045	133.50	134.40	0.02	222.00		MHD045	185.00	186.00	0.28	1240.00
MHD045	134.40	135.10	0.04	122.00		MHD045	186.00	187.00	0.06	300.00
MHD045	135.10	136.10	0.04	34.00		MHD045	187.00	188.00	0.02	60.00
MHD045	136.10	137.10	0.06	170.00		MHD045	188.00	189.00	0.30	60.00
MHD045	137.10	138.00	0.04	100.00		MHD045	189.00	190.00	0.08	690.00
MHD045	138.00	139.00	0.22	568.00	0.80	MHD045	190.00	191.00	0.28	3500.00
MHD045	139.00	140.00	0.48	8640.00	12.60	MHD045	191.00	192.00	0.16	2680.00
MHD045	140.00	141.00	1.16	11700.00	18.80	MHD045	192.00	193.00	0.36	5660.00
MHD045	141.00	142.00	1.34	29600.00	34.40	MHD045	193.00	194.00	0.36	15700.00
MHD045	142.00	143.00	0.66	17700.00	24.00	MHD045	194.00	195.00	0.34	4680.00
MHD045	143.00	143.90	0.48	17700.00	16.40	MHD045	195.00	196.00	0.08	920.00
MHD045	143.90	145.00	0.02	584.00	0.60	MHD045	196.00	197.00	0.26	5080.00
MHD045	145.00	146.00	0.08	1530.00	0.20	MHD045	197.00	198.00	0.74	4260.00
MHD045	146.00	147.00	0.06	1130.00	0.80	MHD045	198.00	199.00	0.42	3100.00
MHD045	147.00	148.00	0.34	2260.00	1.40	MHD045	199.00	200.00	1.46	9020.00
MHD045	148.00	149.00	0.10	1190.00	3.00	MHD045	200.00	201.00	0.10	1300.00
MHD045	149.00	150.00	0.08	1240.00	1.80	MHD045	201.00	202.00	0.10	1000.00
MHD045	150.00	151.00	0.22	2830.00	5.60	MHD045	202.00	203.00	0.06	1140.00
MHD045	151.00	152.00	0.24	614.00	3.00	MHD045	203.00	204.00	1.32	11700.00
MHD045	152.00	153.00	0.14	1450.00	2.40	MHD045	204.00	205.00	0.34	5240.00
MHD045	153.50	154.50	0.10	1940.00	5.40	MHD045	205.00	206.00	0.36	11800.00
MHD045	154.50	155.50	1.46	9020.00	0.80	MHD045	206.00	207.00	0.14	2240.00
MHD045	155.50	156.10	0.32	1050.00	1.80	MHD045	207.00	208.00	0.14	3100.00
MHD045	156.10	157.00	0.18	2090.00	3.80	MHD045	208.00	209.00	0.16	3360.00
MHD045	157.00	158.00	0.02	1200.00	12.00	MHD045	209.00	210.00	0.02	320.00
MHD045	158.00	159.00	0.10	346.00	1.80	MHD045	210.00	211.00	0.04	1380.00
MHD045	159.00	160.00	0.06	1160.00	4.20	MHD045	211.00	212.00	0.12	2180.00
MHD045	160.00	161.00	0.10	1620.00	2.00	MHD045	212.00	213.00	0.10	920.00
MHD045	161.00	162.00	0.16	2470.00	0.80
MHD045	162.00	163.00	0.10	2170.00	1.80
MHD045	163.00	164.00	0.02	1430.00	3.20
MHD045	164.00	165.00	0.46	9530.00	4.80
MHD045	165.00	166.00	1.38	7380.00	4.40
MHD045	166.00	166.50	0.30	10600.00	3.00
MHD045	170.60	171.00	0.20	1960.00	12.60
MHD045	171.00	172.00	0.22	7380.00	8.20
MHD045	172.00	173.00	0.08	2080.00	17.40
MHD045	173.00	174.00	0.28	1080.00	0.20
MHD045	174.00	175.00	0.06	1320.00
MHD045	175.00	176.00	0.12	3900.00

19