Announcement PDF ASX Announcement ASX:DY6 30 June 2025 Completion of reconnaissance program with further natural rutile observed at the Central Rutile Project HIGHLIGHTS ▪ Reconnaissance sampling programme has successfully been completed at the Central Rutile Project ▪ The reconnaissance sampling programme identified visible natural rutile from both alluvial and eluvial (residual) sources ▪ At the Bounde licence, the Company has identified a new area with large residual natural rutile nuggets (2-4cm+). HM and residual rutile mineralisation now observed over 100km2 ▪ The identification of rutile across the entire tenement package is highly encouraging and reaffirms the Company’s belief that the region is an emerging, globally significant rutile province ▪ Samples collected from the reconnaissance program are being submitted for laboratory analysis in Cape Town, South Africa, with results expected in the September quarter ▪ Exploration at the Central Rutile Project will now move to the next phase with a systematic soil sampling programme which will be used to rapidly identify areas of higher-grade residual rutile mineralisation DY6 Metals Ltd (ASX: DY6, “DY6” or “Company”) is pleased to announce the completion of the reconnaissance exploration program at the Central Rutile Project, Cameroon. Desktop studies incorporating detailed geological mapping, geophysics, and known mineral occurrences, were used to define initial, high priority targets for ground-truthing. The reconnaissance programme, which consisted of auger sampling, road-cutting channel sampling, soil sampling and stream sediment sampling, was successful in identifying heavy mineral (HM) and natural rutile mineralisation across all five tenements that make up the Central Rutile project. Rutile nuggets, ranging in size from 1mm+ to 4cm+, were observed in alluvial and eluvial (residual) sources on all the Company’s 5 licence applications. Samples collected from the programme are currently being prepared for dispatch to the Company’s laboratory for analysis in Cape Town, South Africa, with results expected in August 2025. Cautionary Statement: The visual representation of heavy mineral (HM) and rutile mineralisation shown in this release is based on preliminary visual reconnaissance with no sampling results. Assay results are pending and have not yet been verified through laboratory analysis and expected in August 2025. Investors are cautioned that the information is indicative only and should not be relied upon as a definitive measure of mineralisation or economic potential. Further exploration and analytical testing are required to confirm the extent, grade, and economic viability of the mineralisation Technical Consultant, Cliff Fitzhenry, commented: “It was great to be on the ground with the Company’s technical team over the last week to observe the incredible potential of the Central Rutile project. The reconnaissance programme has been a great success, having identified visual HM and rutile mineralisation across each licence. What we have uncovered at the Bounde licence is particularly exciting. I have never seen rutile nuggets of this size before. We have moved to planning of a regional soil sampling programme across the Central Rutile project, which will commence shortly, and which should be completed within the next couple of months. We’re looking forward to the commencement of the programme and believe it will unlock areas of higher-grade residual rutile mineralisation.” Completion of reconnaissance exploration program at the Central Rutile Project As announced on 5 June 2025, the Company undertook reconnaissance auger and grab sampling programmes at the Central Rutile and Douala Basin HMS projects, Cameroon. At the Central Rutile Project, the Company has completed a further 9 auger drill holes (refer Figure 1), collecting 22 samples in the process, as well as collecting 44 channel samples from 8 road cutting exposures, 13 surface grab samples and 3 stream sediment samples for analysis (refer Tables 1-4). Table 1: Reconnaissance auger drill holes completed at the Central Rutile Project showing maximum visual estimates of HM% from panned concentrate of the 1m samples. Refer to announcement dated 11 June 2025 – “Widespread natural rutile observed throughout the Central Rutile tenement package”. Hole ID Licence Coordinate System Northing Easting EOH (m)* Max HM Visual Estimate Comment GRMAU0001 Nganda UTM_32N 748546 417927 2.7 1-2% Fine grained HM GRMAU0004 Nsimbo UTM_33N 430261 183191 2.25 2% Fine grained HM and rutile nuggets GRMAU0006 Nsimbo UTM_33N 431060 175252 3.0 1-2% Fine grained HM GRMAU0007 Bounde UTM_32N 735144 394823 2.00 1-2% GRMAU0008 Bounde UTM_32N 731486 404812 2.20 0-1% GRMAU0009 Bounde UTM_32N 739738 402619 1.55 1-2% Fine grained HM GRMAU0010 Bounde UTM_32N 747942 408286 0.80 1-2% Fine grained HM GRMAU0011 Bounde UTM_32N 740474 407365 0.85 1-2% Fine grained HM and rutile nuggets GRMAU0012 Bounde UTM_32N 741038 400326 1.35 1-2% Fine grained HM Fine grained HM and rutile nuggets Fine grained and rutile nuggets *Note: Shallow Auger drilling is not an indication of depth of the weathering profile. Depths were limited due to time or equipment limitations Cautionary Statement: The visual representation of heavy mineral (HM) and rutile mineralisation shown in this release is based on preliminary visual reconnaissance with no sampling results. Assay results are pending and have not yet been verified through laboratory analysis and expected in August 2025. Investors are cautioned that the information is indicative only and should not be relied upon as a definitive measure of mineralisation or economic potential. Further exploration and analytical testing are required to confirm the extent, grade, and economic viability of the mineralisation Figure 1: Reconnaissance sampling (hand auger, road cutting channel and stream sediment) locations at the Central Rutile project showing previously reported samples (refer announcement dated 11 June 2025 – “Widespread natural rutile observed throughout the Central Rutile tenement package”) and new reported samples. Figure 2: Hand auger drilling team preparing drill site for GRMAU0008 on the Bounde licence. Figure 3: One meter hand auger samples laid out next to the drill site of hole GRMAU0008 within the Bounde licence. Figure 4: Road cutting exposure and excavated side-face from the Bounde licence within close proximity to auger hole GRMAU0010 showing the interpreted regolith weathering profile. Figure 5: Surface wash showing fine grained HM and rutile grains (~1-2mm) accumulating on the ferruginous layer within the Bounde licence at GRMGRA0010. Cautionary Statement: The visual representation of heavy mineral (HM) and rutile mineralisation shown in this release is based on preliminary visual reconnaissance with no sampling results. Assay results are pending and have not yet been verified through laboratory analysis and expected in August 2025. Investors are cautioned that the information is indicative only and should not be relied upon as a definitive measure of mineralisation or economic potential. Further exploration and analytical testing are required to confirm the extent, grade, and economic viability of the mineralisation. Figure 6: Fine grained HM and rutile grains and nuggets (~1-5mm) with accessory garnets, quartz and kyanite from panned concentrate of a stream sediment sample collected from GRMST0003. Cautionary Statement: The visual representation of heavy mineral (HM) and rutile mineralisation shown in this release is based on preliminary visual reconnaissance with no sampling results. Assay results are pending and have not yet been verified through laboratory analysis and expected in August 2025. Investors are cautioned that the information is indicative only and should not be relied upon as a definitive measure of mineralisation or economic potential. Further exploration and analytical testing are required to confirm the extent, grade, and economic viability of the mineralisation. Figure 7: Widespread occurrences of eluvial, coarse-grained rutile were identified within the residual regolith near a road cutting at the Bounde licence, in the vicinity of sample locations GRMAU0010 and GRMAU0012. Cautionary Statement: The visual representation of heavy mineral (HM) and rutile mineralisation shown in this release is based on preliminary visual reconnaissance with no sampling results. Assay results are pending and have not yet been verified through laboratory analysis and expected in August 2025. Investors are cautioned that the information is indicative only and should not be relied upon as a definitive measure of mineralisation or economic potential. Further exploration and analytical testing are required to confirm the extent, grade, and economic viability of the mineralisation. Figure 8: Fine grained HM within a quartz matrix from panned concentrate of a 1m auger interval sampled at GRMAU0007. Cautionary Statement: The visual representation of heavy mineral (HM) and rutile mineralisation shown in this release is based on preliminary visual reconnaissance with no sampling results. Assay results are pending and have not yet been verified through laboratory analysis and expected in August 2025. Investors are cautioned that the information is indicative only and should not be relied upon as a definitive measure of mineralisation or economic potential. Further exploration and analytical testing are required to confirm the extent, grade, and economic viability of the mineralisation. Figure 9: A coarse rutile nugget (~4cm) with partial thin secondary ferricrete coating was recovered from residual regolith comprising mainly fine-grained, iron-rich soil and clay near a road cutting at sample site GRMAU0012. Cautionary Statement: The visual representation of heavy mineral (HM) and rutile mineralisation shown in this release is based on preliminary visual reconnaissance with no sampling results. Assay results are pending and have not yet been verified through laboratory analysis and expected in August 2025. Investors are cautioned that the information is indicative only and should not be relied upon as a definitive measure of mineralisation or economic potential. Further exploration and analytical testing are required to confirm the extent, grade, and economic viability of the mineralisation. Figure 10: A selection of coarse rutile nuggets (2-5cm) recovered from residual regolith near a road cutting at the Bounde licence, in the vicinity of sample locations GRMAU0010 and GRMAU0012. Cautionary Statement: The visual representation of heavy mineral (HM) and rutile mineralisation shown in this release is based on preliminary visual reconnaissance with no sampling results. Assay results are pending and have not yet been verified through laboratory analysis and expected in August 2025. Investors are cautioned that the information is indicative only and should not be relied upon as a definitive measure of mineralisation or economic potential. Further exploration and analytical testing are required to confirm the extent, grade, and economic viability of the mineralisation. Figure 11: Course rutile nuggets (1-4cm) found within residual regolith comprising fine-grained quartz iron rich soil and clay in close proximity to GRMGRA00013. Cautionary Statement: The Company cautions that, with respect to any visual mineralisation indicators, visual observations The visual representation of heavy mineral (HM) and rutile mineralisation shown in this release is based on preliminary visual reconnaissance with no sampling results. Assay results are pending and have not yet been verified through laboratory analysis and expected in August 2025. Investors are cautioned that the information is indicative only and should not be relied upon as a definitive measure of mineralisation or economic potential. Further exploration and analytical testing are required to confirm the extent, grade, and economic viability of the mineralisation. Background on the Projects Central The Central Rutile Project consists of 5 exploration permits (Nganda, Bounde, Kombo, Alamba and Nsimbo) under valid applications covering 2,140km2 across an area rapidly emerging as a globally significant rutile province within Central Cameroon. The project area is predominantly underlain by kyanite-bearing mica schist bedrock, which is considered the primary source of rutile. During in-situ weathering, rutile is liberated from the bedrock and progressively concentrated and upgraded within the overlying saprolite layer. This forms an in-situ, eluvial saprolite hosted rutile deposit target type deposit analogous to Sovereign Metal’s Tier 1 Kasiya deposit in Malawi (the world’s largest primary rutile deposit at 1.8 billion tons at 1.0% rutile). The exploration model further proposes that subsequent erosion and fluvial transport rework these materials, concentrating rutile and other valuable heavy minerals into alluvial deposits. Historical production figures from the area between 1935 and 1955 have recorded some 15,000 tons of high purity (>95 %) rutile being produced from artisanal mining of the alluvial deposits around Nanga-Eboko. The Central Rutile Project borders Peak Mineral’s Minta Rutile Project where initial sampling has revealed widespread, high-value mineral assemblages with valuable heavy minerals (VHM) up to 93% of total heavy minerals (THM) and with the dominant VHM’s being rutile (up to 69.8%), monazite (up to 35.6%) and zircon (up to 21.5%) (see PUA Announcement “First systematic exploration programme discovers significant rutile province in Cameroon” dated 4 February 2025). Figure 12: DY6’s Central Rutile Project comprises 5 licence blocks which border Peak Mineral’s Minta Project in Central Cameroon. -ENDS- This announcement has been authorised by the Board of DY6. More information Mr Daniel Smith Mr John Kay Mr Cliff Fitzhenry Executive Chairman Director & Company Secretary Technical Consultant dan.smith@dy6metals.com john.kay@dy6metals.com Clifford.fitzhenry@dy6metals.com Competent Person Statement The information contained in this announcement that relates to geological information and exploration results at the Central Rutile Project, is based on information compiled by Mr Richard Stockwell, a Competent Person who is a Fellow of The Australian Institute of Geoscientists. Mr Stockwell is a consultant to the company and has sufficient experience which is relevant to the style of mineralization 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 Stockwell consents to the inclusion in this announcement of the matters based on his information in the form and context in which it appears. The information in this announcement that relates to historical exploration results at the Central Rutile and Douala Basin projects in Cameroon, were first reported by the Company on 24 April 2025. The Company confirms it is not aware of any new information or data that materially affects the information included in the original announcement. Forward-Looking Statements This announcement may include forward-looking statements and opinions. Forward-looking statements, opinions and estimates are only predictions and are subject to risks, uncertainties and assumptions which are outside the control of DY6 Metals Ltd. Past performance is not necessarily a guide to future performance and no representation or warranty is made as to the likelihood of achievement or reasonableness of any forward-looking statements, opinions or estimates. Actual values, results or events may be materially different to those expressed or implied in this announcement. Given these uncertainties, readers are cautioned not to place reliance on forward-looking statements, opinions or estimates. Any forward-looking statements, opinions or estimates in this announcement speak only at the date of issue of this announcement. Subject to any continuing obligations under applicable law and the ASX Listing Rules, DY6 does not undertake any obligation to update or revise any information or any of the forward-looking statements opinions or estimates in this announcement or any changes in events, conditions or circumstances on which any such disclosures are based. Appendix: Table 1: Tenement details of the Central Rutile (Gorilla Mining) and the Douala Basin Projects (Rhino Resources). Tenement Name Project Name Holder Application Date Area Mungo Douala Rhino Resources Ltd 29/06/2022 483Km2 14/12/2022 29/06/2022 468Km 2 14/12/2022 491Km 2 N/A 484Km 2 N/A 214Km 2 N/A 440Km 2 14/12/2022 2 N/A Mbanga Douala Maleke Douala Diwong Douala Mbongo Douala Edea Sud Douala Rhino Resources Ltd Rhino Resources Ltd Rhino Resources Ltd Rhino Resources Ltd Rhino Resources Ltd 30/01/2024 30/01/2024 30/09/2022 29/06/2022 Granted Date Nganda Central Gorilla Mining Ltd 19/02/2025 396Km Nsimbo Central Gorilla Mining Ltd 19/02/2025 495Km2 N/A Kombo Central Gorilla Mining Ltd 19/02/2025 460Km2 N/A 19/02/2025 425Km 2 N/A 348Km 2 N/A Bounde Central Alamba Central Gorilla Mining Ltd Gorilla Mining Ltd 19/02/2025 Table 2: Reconnaissance channel samples completed at the Central Rutile Project showing maximum visual estimates of HM% from panned concentrate of the 1m samples across the channel length. Refer to announcement dated 11 June 2025 - Widespread natural rutile observed throughout the Central Rutile tenement package. Hole ID Licence Coordinate System Northing Easting Channel Length (m) Max Visual Estimate Comment GRMGB0001 Nganda UTM_32N 400512 757809 7.4 1-2% HM Fine grained HM GRMGB0002 Nsimbo UTM_33N 429379 191280 3.65 1-2% HM Fine grained HM GRMGB0003 Nsimbo UTM_33N 432461 179671 5.35 1-2% HM Fine grained HM GRMGB0004 Nsimbo UTM_33N 431260 183043 6.4 1% HM Fine grained HM GRMGB0005 Alamba UTM_33N 431949 167591 4.8 0-1% HM Fine grained HM GRMGB0006 Alamba UTM_32N 439861 819510 5.8 0-1% HM Fine grained HM GRMGB0007 Nsimbo UTM_33N 427676 192262 3.5 0-1% HM Fine grained HM GRMGB0008 Bounde UTM_32N 747546 406551 1.4 1-2% HM Fine grained and with nuggets Table 3: Reconnaissance grab samples completed at the Central Rutile Project showing maximum visual estimates of HM% from panned concentrate. Refer to announcement dated 11 June 2025 - Widespread natural rutile observed throughout the Central Rutile tenement package. Hole ID Licence Coordinate System Northing Easting Max Visual Estimate Comment GRMGRA 0001 Kombo UTM_32N 797044 408093 5-8% HM 1-2% Rutile Abundance of heavy mineral with many visible rutile grains GRMGRA 0002 Bounde UTM_32N 739042 407842 2-5% HM Coarse rutile grains GRMGRA 0003 Bounde UTM_32N 740305 409564 4-8% HM Coarse rutile grains GRMGRA 0004 Bounde UTM_32N 741844 409686 5-10% HM Coarse rutile grains GRMGRA 0005 Bounde UTM_32N 746159 409681 5-10% HM Coarse rutile grains GRMGRA 0006 Bounde UTM_32N 747549 406011 5-10% HM Coarse rutile grains GRMGRA 0007 Bounde UTM_32N 748756 400610 5-10% HM Coarse rutile grains GRMGRA 0008 Bounde UTM_32N 746124 402998 5-10% HM Coarse rutile grains GRMGRA 0009 Bounde UTM_32N 741038 400326 5-10% HM Coarse rutile grains (~1mm2cm) GRMGRA 0010 Bounde UTM_32N 739738 402619 5-10% HM Sub-angular, coarse and few rounded rutile grains (~1mm3cm) GRMGRA 0011 Bounde UTM_32N 747633 406180 5-10% HM Coarse rutile grains GRMGRA 0012 Bounde UTM_32N 747295 407851 3-8% HM Coarse rutile grains with oxidised surfaces GRMGRA 0013 Bounde UTM_32N 747468 406375 5-0% HM Sub-angular, coarse rutile grains Table 4: Reconnaissance stream sediment samples completed at the Central Rutile Project showing maximum visual estimates of HM% from panned concentrate. Refer to announcement dated 11 June 2025 - Widespread natural rutile observed throughout the Central Rutile tenement package. Hole ID Licence Coordinate System Northing Easting Max Visual Estimate GMRST0001 Bounde UTM_32N 740998 407024 5-8% HM 3-5% Rutile GMRST0002 Kombo UTM_32N 800862 425529 5-7% HM 1-2% Rutile GMRST0003 Bounde UTM_32N 739907 407308 5-10% HM 2-5% Rutile Comment Abundance of visible rutile grains (2-7mm) fine to medium, angular in shape Visible rutile, subangular in shape, fine to medium grain size Visible rutile, subangular in shape, fine to medium grain size Cautionary Statement: The visual representation of heavy mineral (HM) and rutile mineralisation shown in this release is based on preliminary visual reconnaissance with no sampling results. Assay results are pending and have not yet been verified through laboratory analysis and expected in August 2025. Investors are cautioned that the information is indicative only and should not be relied upon as a definitive measure of mineralisation or economic potential. Further exploration and analytical testing are required to confirm the extent, grade, and economic viability of the mineralisation. JORC Code, 2012 Edition – Table 1 report Section 1: Sampling Techniques and Data Criteria Sampling Techniques JORC Code explanation Nature and quality of sampling (eg cut channels, random chips, or specific specialised industry standard measurement tools appropriate to the minerals under investigation, such as down hole gamma sondes, or handheld XRF instruments, etc). These examples should not be taken as limiting the broad meaning of sampling. Include reference to measures taken to ensure sample representivity and the appropriate calibration of any measurement tools or systems used. Aspects of the determination of mineralisation that are Material to the Public Report. In cases where ‘industry standard’ work has been done this would be relatively simple (eg ‘reverse circulation drilling was used to obtain 1 m samples from which 3 kg was pulverised to produce a 30 g charge for fire assay’). In other cases, more explanation may be required, such as where there is coarse gold that has inherent sampling problems. Unusual commodities or mineralisation types (eg submarine nodules) may warrant disclosure of detailed information. Commentary Grab samples • Grab samples were collected within the tenement. The grab samples can be subjected to bias. • Industry-standard practice was used in the processing of samples for assay Auger Drilling • Samples collected using a manual hand auger with a 75 mm and 100mm diameter bit. • Drilling targeted coastline dune deposits • Samples taken at regular 1 m intervals downhole from surface (maximum ~9 m). • No lithological (horizons) were crossed in sampling. • Industry-standard practice was used in the processing of samples for assay. Channel sampling • Channel samples were collected along exposed road cuttings and in the filed • Channels were cleared of loose debris, weathered material, and vegetation prior to sampling. • Samples collected at consistent 1 m intervals • No lithological (horizons) were crossed while sampling • Industry-standard practice was used in the processing of samples for assay. Stream sediment sampling • Sediment samples were collected from active high and low stream channels. • Targeted locations included inner bends, sediment traps • ~1 kg of sediment collected using a shovel or trowel. • Coarse clasts and organic matter were removed • Industry-standard practice was used in the processing of samples for assay Previous releases Refer to announcement dated 11 June 2025 - Widespread natural rutile observed throughout the Central Rutile tenement package, for previous sample locations and information related to this release regarding auger, channel, soil, grab and stream sediment sampling Cautionary statement. The visual representation of heavy mineral (HM) and rutile mineralisation shown in this release is based on preliminary visual reconnaissance with no sampling results. Assay results are pending and have not yet been verified through laboratory analysis and expected in August 2025. Investors are cautioned that the information is indicative only and should not be relied upon as a definitive measure of mineralisation or economic potential. Further exploration and analytical testing are required to confirm the extent, grade, and economic viability of the mineralisation. dy6metals.com | ASX:DY6 14 Drilling techniques Drill type (eg core, reverse circulation, open-hole hammer, rotary air blast, auger, Bangka, sonic, etc) and details (eg core diameter, triple or standard tube, depth of diamond tails, face- sampling bit or other type, whether core is oriented and if so, by what method, etc) Auger drilling • Vertical hand auger drilling conducted using a manually rotated auger with 75 mm and 100mm diameter bit. • Drilling continued until blade refusal. • Maximum hole depth varied by terrain (generally <9 m). • No drilling fluids, casing, or downhole equipment used. • Drilling suitable for near-surface geochemical sampling. Drill sample recovery Method of recording and assessing core and chip sample recoveries and results assessed. Auger Drilling • Hand auger drilling does not provide continuous core; recovery is based on volume retrieved per 1m interval. • Sample quality and recovery were monitored in the field and deemed acceptable; any compromised samples were noted and excluded if necessary. • No specific measures (e.g., twin holes, weights, or drilling additives) were used to improve recovery, as hand auger is a basic geochemical technique. Measures taken to maximise sample recovery and ensure representative nature of the samples. Whether a relationship exists between sample recovery and grade and whether sample bias may have occurred due to preferential loss/gain of fine/coarse material. Logging Whether core and chip samples have been geologically and geotechnically logged to a level of detail to support appropriate Mineral Resource estimation, mining studies and metallurgical studies. Whether logging is qualitative or quantitative in nature. Core (or costean, channel, etc) photography. The total length and percentage of the relevant intersections logged. Grab samples • Sample information was recorded at the time of sampling included colour, lithology, texture, alteration, moisture and mineralization. • GPS coordinates recorded at each site using handheld GPS (±5 m accuracy). Auger Drilling • Sample information was recorded at the time of sampling included colour, lithology, texture, alteration, moisture and mineralization. • GPS coordinates recorded at each site using handheld GPS (±5 m accuracy). Channel sampling • Sample information was recorded at the time of sampling included colour, lithology, texture, alteration, moisture and mineralization. • GPS coordinates recorded at each site using handheld GPS (±5 m accuracy). Stream sediment sampling • Sample information was recorded at the time of sampling included, colour, lithology, texture, stream location and mineralization. • GPS coordinates recorded at each site using handheld GPS (±5 m accuracy). dy6metals.com | ASX:DY6 15 Sub- sampling techniques and sample preparation If core, whether cut or sawn and whether quarter, half or all core taken. If non-core, whether riffled, tube sampled, rotary split, etc and whether sampled wet or dry. Auger, Channel, Streams and Grab samples were panned in the field • Material was manually panned in the field to produce a heavy mineral concentrate (~200g). • Panning aimed to concentrate rutile and other heavy minerals for visible assessment For all sample types, the nature, quality and appropriateness of the sample preparation technique. Quality control procedures adopted for all sub-sampling stages to maximise representivity of samples. Measures taken to ensure that the sampling is representative of the insitu material collected, including for instance results for field duplicate/second-half sampling. Quality of assay data and laboratory tests Whether sample sizes are appropriate to the grain size of the material being sampled. The nature, quality and appropriateness of the assaying and laboratory procedures used and whether the technique is considered partial or total. • • Not applicable in this release Assays pending 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 Verification of sampling and assaying The verification of significant intersections by either independent or alternative company personnel. The use of twinned holes. • • • • No third-party verification recorded. No twinned boreholes were drilled. Not recorded in the documentation provided to the consultant. No adjustments to data have been recorded. Documentation of primary data, data entry procedures, data verification, data storage (physical and electronic) protocols. Location of data points Discuss any adjustment to assay data. Accuracy and quality of surveys used to locate drill holes (collar and down-hole surveys), trenches, mine workings and other locations used in Mineral Resource estimation. Auger, Channel, Grab and stream sediment sampling • Hand-held Garmin G65S GPS. • UTM WGS84 Sector 32N. • UTM WGS84 Sector 33N. Specification of the grid system used. Quality and adequacy of topographic control dy6metals.com | ASX:DY6 16 Data spacing an