Homeland Reports up to 1,820 ppm U from Surface Sampling at Cross Bones, Confirming Uranium Mineralization Across Multiple Targets

Q: What uranium grades did Homeland Uranium (OTCQB: HLUCF) report at Cross Bones on July 30, 2026?

Homeland Uranium reported surface rock samples up to 1,820 ppm U , equivalent to 2,146 ppm U3O8. According to Homeland, these highest grades came from the Blue Flame Area near the outcropping Cross Bones Uranium Deposit and were accompanied by elevated vanadium values.

Q: What commodities is Homeland Uranium (HLUCF) targeting at Cross Bones in Colorado?

Homeland is primarily targeting uranium with associated vanadium at Cross Bones. According to Homeland, sandstone-hosted uranium deposits on the Colorado Plateau commonly contain vanadium, and recent sampling returned up to 1,820 ppm U and 1,640 ppm V from surface outcrops.

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Rhea-AI Summary

Homeland Uranium (TSXV: HLU, OTCQB: HLUCF) reported May 2026 surface sampling results from its 100%-owned Cross Bones Uranium Project in Colorado, with rock samples grading up to 1,820 ppm U (2,146 ppm U3O8 equivalent) and vanadium up to 1,640 ppm V in the Blue Flame Area.

The program confirmed uranium and vanadium mineralization at surface across multiple targets, including the Cross Bones Uranium Deposit and the newly discovered East Ridge Showing, where anomalous values of 106–231 ppm U were sampled over ~500 m of strike. Reconnaissance at Cross Bones West returned 3.4–13.6 ppm U. Homeland has integrated these data with its historical database and an existing drill permit to finalize targets for an inaugural drill program at Cross Bones planned for fall 2026. Separately, results from 25 remaining holes of the 2025–2026 Coyote Basin reverse circulation campaign showed uranium mostly ≤30 ppm U, with one 1.52 m interval at 67 ppm U.

Positive

Surface sample up to 1,820 ppm U (2,146 ppm U3O8 eq) at Blue Flame Area
Vanadium up to 1,640 ppm V in sandstone, consistent with Colorado Plateau sandstone-hosted systems
New East Ridge Showing with 106–231 ppm U over ~500 m of strike
Inaugural Cross Bones drill program planned for fall 2026 with targets refined using historical data and new mapping
100% ownership of both Cross Bones and Coyote Basin uranium projects in northwestern Colorado

Negative

Coyote Basin RCD campaign mostly ≤30 ppm U, with only one 1.52 m interval at 67 ppm U
Cross Bones West reconnaissance returned low uranium grades of 3.4–13.6 ppm U
Grab samples are selective and may not represent broader mineralization, as noted by the company
True thicknesses of drill intervals at Coyote Basin have not yet been determined

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07/30/2026 - 07:00 AM

Vancouver, British Columbia--(Newsfile Corp. - July 30, 2026) - Homeland Uranium Corp. (TSXV: HLU) (OTCQB: HLUCF) (FSE: D3U) ("Homeland" or the "Company") is pleased to report geochemical uranium results of up to 1,820 ppm U (2,146 ppm U₃O₈ equivalent) from its May 2026 mapping and rock sampling program at the 100%-owned Cross Bones Uranium Project in northwestern Colorado (see Figure 1).

Samples also returned elevated vanadium values of up to 1,640 ppm V. Sandstone-hosted uranium deposits throughout the Colorado Plateau commonly contain significant vanadium mineralization, making the presence of vanadium an encouraging indicator of the mineralizing system.

The results confirm surface uranium mineralization across multiple target areas, including the Cross Bones Uranium Deposit (Blue Flame Area) and the newly discovered East Ridge Showing, further strengthening drill targets ahead of Homeland's inaugural drill program planned for this fall.

"These results represent another important step in advancing the Cross Bones Project toward drilling," said Roger Lemaitre, President and CEO of Homeland. "We've now confirmed uranium mineralization at surface across multiple target areas, including the Cross Bones Deposit and the newly discovered East Ridge Showing. When combined with our historical database and recently issued drill permit, we believe we have a strong technical foundation for our inaugural drill program this fall. We're particularly encouraged by the emerging potential at East Ridge, where early surface results suggest there may be additional opportunities beyond the known deposit."

Cross Bones Uranium Deposit (Blue Flame Area)

Thirty-nine rock samples were collected in the Blue Flame Area where the Cross Bones Uranium Deposit is exposed at surface (see Figures 2 and 3).

The highest-grade sample returned 1,820 ppm U (2,146 ppm U₃O₈ equivalent) from a sandstone outcrop located approximately 650 m east and along strike of the outcropping Cross Bones Uranium Deposit (see Table 1 and Figure 2).

Several samples also returned elevated vanadium values ranging up to 1,640 ppm V (see Table 1 and Figure 2) consistent with many sandstone-hosted uranium deposits in the Colorado Plateau that commonly contain significant concentrations of vanadium.

Uranium and vanadium mineralization was observed within sandstone, coal, and shale, with several uranium-bearing samples spatially associated with mapped fault structures.

East Ridge Showing

The Company's newly discovered East Ridge Showing, located approximately 5 km east-southeast of the Cross Bones Area, returned anomalous uranium values ranging from 106 – 231 ppm U (see Figures 4 and 5 and Table 1) from surface outcrop sampling.

The East Ridge samples were collected from radioactive sandstone and coal outcrops occurring intermittently over approximately 500 metres of strike length within the Sego Sandstone Formation.

While additional geological mapping and sampling are planned to better define the target before drilling, the results confirm the presence of both uranium and vanadium mineralization and demonstrate the potential for additional mineralized zones beyond the known Cross Bones Deposit.

Cross Bones West

Reconnaissance sampling was also completed in the far western portion of the property to evaluate favorable stratigraphy and structure features identified during field mapping (Figure 6).

Eleven outcrop samples returned uranium values ranging from 3.4 to 13.6 ppm U and vanadium values ranging from 51 to 123 ppm V (see Table 1).

Preparing for the Maiden Drill Program

The results from Homeland's mapping program have now been integrated with the Company's recently acquired historical exploration database to finalize drill targeting.

The upcoming drill program is designed to:

Twin selected historical drill holes to validate historical results;
Confirm continuity of mineralization within select portions of the Cross Bones Uranium Deposit; and
Determine the geological controls on uranium mineralization to support future expansion and delineation drilling.

Additional geological mapping and sampling programs are also being planned to further evaluate the East Ridge Showing and other prospective targets identified during the May 2026 exploration program.

Coyote Basin Winter Drilling Results

Homeland has also received analytical results from the final 25 holes of the 33 holes completed during the 2025-2026 reverse circulation drill ("RCD") campaign completed at the Coyote Basin Uranium Project (see Table 2).

The holes were drilled within both the Central and Southern Drill Areas. All analyzed samples, with one exception, returned uranium concentrations of 30 ppm U or less.

Hole CB-RC-0042 intersected 1.52 m (5 ft) of 67 ppm U from 44.2 m to 45.72 m (145 ft to 150 ft). Samples were collected from drill cuttings obtained from within the zones of elevated radioactivity identified through downhole spectral gamma ray probing.

As part of Homeland's quality assurance and quality control ("QA/QC") program, selected samples will be submitted to the Saskatchewan Research Council (SRC) for independent verification of the SGS Laboratories analytical results.

The Company will continue reviewing the results of the drill program and may consider additional exploration at Coyote Basin should further work indicate uranium mineralization is not adequately represented by the current drill spacing or that reverse circulation drilling affected sample recovery.

About Homeland Uranium Corp.

Homeland Uranium is a mineral exploration company focused on becoming a premier US-focused and resource-bearing uranium explorer and developer. The Company is 100% owner of the Cross Bones and Coyote Basin uranium projects in northwestern Colorado.

Sampling and QA/QC

Rock samples for the Cross Bones Property 2026 mapping program were collected selectively from outcrop and mineralized exposures and are considered grab samples, which are inherently selective in nature and may not be representative of underlying mineralization. Sample selection was based on counts per second (cps) readings from either (or both) a calibrated CT007-M instrument ("CT-007") or a portable gamma-ray spectrometer PGIS-2 ("PGIS"). Samples were placed in sealed bags and transported under chain of custody procedures to Paragon Geochemical Laboratories in Sparks, Nevada for preparation and analysis. Analytical work included Paragon's PREP-PKG sample preparation and 48-element multi-acid digestion with ICP-MS analysis. Paragon's methods are ISO 17025:2017 accredited and valid through multiple international proficiency testing programs.

During the Coyote Basin 2025-2026 drill program, reverse circulation chip samples were taken at 5 ft long intervals for geochemical analysis and were sent to SGS Laboratories in Lakefield, Ontario. Samples were shipped in secure containment for preparation, processing and multi-element analysis by Sodium Peroxide Fusion and Inductively Coupled Plasma Optical Emission Spectrometry (Na2O2; ICP-OES). Samples were chosen for analysis based on downhole probing radiometric equivalent grades above 0.005 % eU₃O₈. SGS Lab is certified ISO 17043: General requirements for proficiency testing. Blanks, standard reference materials, and repeats are inserted into the sample stream at regular intervals by HLU and the SGS in accordance with each's respective quality assurance/quality control (QA/QC) procedures.

All depths and intervals reported are drilled depths and downhole lengths, unless otherwise stated. True thicknesses have not yet been determined.

Qualified Person

Nancy Normore, P.Geo., the Company's Vice President, Exploration, is a Qualified Person as defined in NI 43-101, and has reviewed and approved the technical content of this news release.

For further information, please contact:

Roger Lemaitre
President & Chief Executive Officer
Homeland Uranium Corp.
Tel: 306-713-1401
Email: info@homeland-uranium.com

Investor Relations
Kin Communications Inc.
Tel: 604-684-6730
Email: HLU@kincommunications.com

Neither the TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in the policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this news release.

Forward-Looking Statements

This news release contains "forward-looking statements" within the meaning of applicable securities legislation. Such forward-looking statements include, without limitation, statements regarding the Company's exploration strategy, interpretation of geological and analytical results, planned drilling and exploration activities at the Cross Bones Project, planned follow-up mapping and sampling programs, the submission of selected Coyote Basin samples for independent QA/QC verification, and the timing, scope and objectives of future exploration programs.

These forward-looking statements reflect the Company's current views with respect to future events and are necessarily based upon a number of assumptions that, while considered reasonable by the Company, are inherently subject to significant operational, business, economic and regulatory uncertainties and contingencies. These assumptions include, among other things: conditions in general economic and financial markets; accuracy and reliability of analytical results; geological interpretations derived from mapping, sampling, radiometric surveys and future drilling; timing and amount of capital expenditures; timely performance of available laboratory and other related services; future operating costs; the availability of skilled labour and no labour related disruptions at any of the Company's operations; no unplanned delays or interruptions in scheduled activities; all necessary permits, licenses and regulatory approvals for operations are received in a timely manner; the ability to secure and maintain title and ownership to properties and the surface rights necessary for operations; and the Company's ability to comply with environmental, health and safety laws. The foregoing list of assumptions is not exhaustive.

The Company cautions the reader that forward-looking statements involve known and unknown risks, uncertainties and other factors that may cause actual results and developments to differ materially from those expressed or implied by such forward-looking statements contained in this news release and the Company has made assumptions and estimates based on or related to many of these factors. Such factors include, without limitation: the timing and content of work programs; results of exploration activities and development of mineral properties; the interpretation and uncertainties of drilling results and other geological data; receipt, maintenance and security of permits and mineral property titles; environmental and other regulatory risks; project costs overruns or unanticipated costs and expenses; availability of funds; and general market and industry conditions.

Forward-looking statements are based on the expectations and opinions of the Company's management on the date the statements are made. The assumptions used in the preparation of such statements, although considered reasonable at the time of preparation, may prove to be imprecise and, as such, readers are cautioned not to place undue reliance on these forward-looking statements, which speak only as of the date the statements were made. The Company undertakes no obligation to update or revise any forward-looking statements included in this news release if these beliefs, estimates and opinions or other circumstances should change, except as otherwise required by applicable law.

Figure 1: Cross Bones Property and Mapping Areas with the recently discovered East Ridge Showing and the Cross Bones Uranium Deposit Location.

To view an enhanced version of this graphic, please visit:
https://images.newsfilecorp.com/files/10583/307251_59c6d7fbb4e3fa4b_002full.jpg

Figure 2: Sample results (ppm U/V) underlain by the PGIS Ground Radiometric Survey results (cps) for the Blue Flame Area (east) in the area of the outcropping Cross Bones Uranium Deposit.

To view an enhanced version of this graphic, please visit:
https://images.newsfilecorp.com/files/10583/307251_59c6d7fbb4e3fa4b_003full.jpg

Figure 3: Sample results (ppm U/V) underlain by the PGIS Ground Radiometric Survey results (cps) for the Blue Flame Area (west).

To view an enhanced version of this graphic, please visit:
https://images.newsfilecorp.com/files/10583/307251_59c6d7fbb4e3fa4b_004full.jpg

Figure 4: Sample results (ppm U/V) underlain by the PGIS Ground Radiometric Survey results (cps) for the recently discovered East Ridge Showing.

To view an enhanced version of this graphic, please visit:
https://images.newsfilecorp.com/files/10583/307251_59c6d7fbb4e3fa4b_005full.jpg

Figure 5: Sample results (ppm U/V) underlain by the PGIS Ground Radiometric Survey results (cps) for the eastern mapping area of the Cross Bones Property.

To view an enhanced version of this graphic, please visit:
https://images.newsfilecorp.com/files/10583/307251_59c6d7fbb4e3fa4b_006full.jpg

Figure 6: Sample results (ppm U/V) underlain by the PGIS Ground Radiometric Survey results (cps) for the western mapping area of the Cross Bones Property.

To view an enhanced version of this graphic, please visit:
https://images.newsfilecorp.com/files/10583/307251_59c6d7fbb4e3fa4b_007full.jpg

Table 1: Results for the Spring 2026 Cross Bones Mapping Program. Samples returning above 80 cps (CT-007) were sent for Geochemical Analysis.

Sample #	UTM E	UTM N	Elev m	Elev ft	Lith	CPS Out-crop^t	CPS Sample^u	Instrument	Area^v	U ppm	V ppm
1	673449	4454666	1767	5797	Coal Shale	130	80	CT007	XBW	9.37	101
2	675536	4452649	1811	5942	Coal Shale	130	80	CT007	XBW	7.75	123
3	675583	4453933	1796	5892	Coal Shale	140	80	CT007	XBW	3.4	71
4	675905	4453746	1803	5915	Coal Shale	120	600	CT007	XBW	5.97	74
5	677473	4453690	1749	5738	Sandstone	120	80	CT007	XBW	5.15	86
6	678085	4453211	1755	5758	Mudstone	92	85	CT007	XBW	3.57	69
7	678285	4453319	1737	5699	Coal Shale	110	87	CT007	XBW	5.4	97
8	678518	4453793	1746	5728	Mudstone	115	85	CT007	XBW	4.32	51
9	678520	4453783	1746	5728	Coal Shale	140	100	CT007	XBW	3.94	97
10	678915	4454020	1738	5702	Coal Shale	130	86	CT007	XBW	13.6	69
11	679069	4453520	1756	5761	Coal Shale	110	85	CT007	XBW	4.78	77
12	689381	4456839	1745	5725	Sand/ Carbonaceous Material		500	CT007	BFW	26.3	60
13	689565	4456789	1729	5673	Coal	155		CT007	BFW	11.4	193
14	689918	4456548	1731	5679	Shale	1050		CT007	BFW	21.6	96
15	690007	4456489	1719	5640	Coal Shale	100	80	CT007	BFW	3.41	61
16	690354	4456393	1708	5604	Coal Shale	1020	250	CT007	BFW	110	157
17	690445	4456441	1711	5614	Coal Shale	110	90	CT007	BFW	7.91	56
18	690446	4456442	1713	5620	Fault Sandstone	110	85	CT007	BFW	2.99	71
19	690671	4456402	1715	5627	Coal	126	115	CT007	BFE	14.5	17
20	690795	4456392	1735	5692	Sandstone	119	120	CT007	BFE	42.9	26
21	690795	4456285	1728	5669	Sandstone	907		PGIS_02	BFE	22.4	45
22	690800	4456398	1732	5682	Coal	1200	250	CT007	BFE	356	50
23	690800	4456399	1736	5696	Sandstone	274	135	CT007	BFE	21.5	25
24	690801	4456279	1724	5656	Sandstone	400	150	CT007	BFE	4.43	114
25	690802	4456279	1723	5653	Coal	4000	250	CT007	BFE	294	622
26	690804	4456280	1726	5663	Sandstone	3000	400	CT007	BFE	179	1640
27	690813	4456278	1724	5656	Sandstone	575		PGIS_02	BFE	19.9	123
28	690815	4456384	1735	5692	Sandstone	150	111	CT007	BFE	13.7	35
29	690838	4456321	1717	5633	Sandstone	115	84	CT007	BFE	9.46	46
30	690874	4456289	1720	5643	Sandstone	350	140	CT007	BFE	45.3	24
31	690977	4456330	1728	5669	Sandstone		2200	PGIS_02	BFE	307	78
32	690981	4456332	1714	5623	Shale	385	195	CT007	BFE	12.8	111
33	691046	4456276	1716	5630	Sandstone	150	100		BFE	18.2	17
34	691060	4456189	1712	5617	Sandstone	2000	350	CT007	BFE	120	25
35	691062	4456190	1701	5581	Fault in Sandstone	1700	200	CT007	BFE	16	58
36	691078	4456288	1713	5620	Sandstone	350	150	CT007	BFE	11.4	39
37	691090	4456291	1726	5663	Shale	567		CT007	BFE	62.8	270
38	691092	4456290	1729	5673	Sandstone	500	177	CT007	BFE	31.8	293
39	691096	4456293	1730	5676	Sandstone	140	150	CT007	BFE	4.06	55
40	691108	4456143	1712	5617	Sandstone	393		PGIS_02	BFE	2.12	33
41	691145	4456158	1717	5633	Sandstone	1400		PGIS_02	BFE	8.22	41
42	691197	4456418	1729	5673	Sandstone	120	105	CT007	BFE	11.6	35
43	691289	4456102	1727	5666	Coal	179	103	CT007	BFE	297	46
44	691372	4456173	1737	5699	Sandstone	298	208	CT007	BFE	15	16
45	691372	4456172	1750	5741	Sandstone	155	100	CT007	BFE	6.56	17
46	691373	4456176	1759	5771	Sandstone	350	260	CT007	BFE	18.5	29
47	691373	4456177	1749	5738	Coal	470	250	CT007	BFE	65.6	44
48	691374	4456177	1757	5764	Sandstone		2200	CT007	BFE	1820	24
49	691477	4456314	1746	5728	Siltstone	650	150	CT007	BFE	44.6	58
50	691477	4456314	1746	5728	Sandstone	900	100	CT007	BFE	16.9	164
51	695297	4455408	1673	5489	Sandstone	1280		CT007	ERS	106	41
52	695321	4455404	1683	5522	Sandstone	1500	200	CT007	ERS	6.1	23
53	695322	4455406	1682	5518	Coal	1800		CT007	ERS	231	75
54	695387	4455399	1678	5505	Sandstone	450	104	CT007	ERS	6.08	12
55	695733	4455366	1687	5535	Sandstone	2300	250	CT007	ERS	115	257
56	695737	4455365	1682	5518	Sandstone	2300	300	CT007	ERS	111	82
57	695785	4455352	1675	5495	Sandstone	3400	900	CT007	ERS	166	237
58	700450	4454565	1744	5722	Coal Shale	120			XBE	6.74	92
*All UTMs are in NAD83 Zone 12N. List does not include duplicates. ^tOutcrop cps denotes radioactive readings obtained at the outcrop before the rock sample was collected for analysis ^u Sample cps denotes radioactive readings obtained from a rock sample collected from the outcrop and the sample radioactivity was measured away from the influence of the outcrop ^v XBW – Cross Bones property, West; BFW – Blue Flame area, West; BFE – Blue Flame area, East ; ERS – East Ridge Showing; XBE – Cross Bones property, East.

Table 2: Drill Locations for the 2025-2026 Coyote Basin Drill Program.

Hole ID	Dip	Azimuth	Depth m	Depth ft	UTM E	UTM N	Elev m	Elev ft
CB-RC-0023	-90	0	341.38	1120	4454332	733453	1844	6050
CB-RC-0024	-90	0	249.94	820	4454299	733288.7	1835	6020
CB-RC-0025	-90	0	146.3	480	4454299	733088	1819	5968
CB-RC-0025A	-90	0	365.76	1200	4454305	733076	1811	5942
CB-RC-0026	-90	0	213.36	700	4454300	732892	1824	5984
CB-RC-0027	-90	0	170.69	560	4454301	732761	1824	5984
CB-RC-0028	-90	0	164.59	540	4454298	732493	1811	5942
CB-RC-0029	-90	0	91.44	300	4454102	732492	1812	5945
CB-RC-0030	-90	0	109.73	360	4454098	732690	1820	5971
CB-RC-0031	-90	0	109.73	360	4454099	732890	1845	6053
CB-RC-0032	-90	0	132.59	435	4454101	733094	1822	5978
CB-RC-0033	-90	0	161.54	530	4454097	733293	1835	6020
CB-RC-0034	-90	0	193.55	635	4454126	733462	1856	6089
CB-RC-0035	-90	0	193.55	635	4453887	733413	1859	6099
CB-RC-0036	-90	0	128.02	420	4453903	733291	1847	6060
CB-RC-0037	-90	0	114.3	375	4453901	733088	1840	6037
CB-RC-0038	-90	0	102.11	335	4453901	732889	1839	6033
CB-RC-0039	-90	0	106.68	350	4453902	732689	1811	5942
CB-RC-0040	-90	0	100.58	330	4453905	732484	1809	5935
CB-RC-0041	-90	0	100.58	330	4453699	732491	1811	5942
CB-RC-0042	-90	0	109.73	360	4453706	732700	1817	5961
CB-RC-0043	-90	0	121.92	400	4453702	732890	1835	6020
CB-RC-0044	-90	0	131.06	430	4453699	733090	1839	6033
CB-RC-0045	-90	0	121.92	400	4453702	733294	1853	6079
CB-RC-0046	-90	0	137.16	450	4455902	731918	1786	5860
CB-RC-0047	-90	0	129.54	425	4456023	732085	1820	5971
CB-RC-0048	-90	0	249.94	820	4456361	732585	1736	5696
CB-RC-0049	-90	0	228.6	750	4456245	732408	1829	6001
CB-RC-0050	-90	0	167.64	550	4456187	732241	1831	6007
CB-RC-0051	-90	0	181.36	595	4456411	732306	1800	5906
CB-RC-0052	-90	0	152.4	500	4456318	732156	1837	6027
CB-RC-0053	-90	0	109.73	360	4456175	731999	1783	5850
CB-RC-0054	-90	0	86.87	285	4455852	732195	1794	5886
CB-RC-0055	-90	0	202.69	665	4456183	732709	1841	6040

*All UTMs are in NAD83 Zone 12N.

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To view the source version of this press release, please visit https://www.newsfilecorp.com/release/307251

FAQ

What uranium grades did Homeland Uranium (OTCQB: HLUCF) report at Cross Bones on July 30, 2026?

Homeland Uranium reported surface rock samples up to 1,820 ppm U, equivalent to 2,146 ppm U3O8. According to Homeland, these highest grades came from the Blue Flame Area near the outcropping Cross Bones Uranium Deposit and were accompanied by elevated vanadium values.

What is the East Ridge Showing at Homeland Uranium's HLUCF Cross Bones project?

The East Ridge Showing is a newly discovered target about 5 km east-southeast of Cross Bones. According to Homeland, surface sampling of sandstone and coal outcrops over ~500 m strike returned anomalous uranium values ranging from 106 to 231 ppm U with associated vanadium.

What does the planned maiden drill program mean for Homeland Uranium (HLUCF) shareholders?

Homeland plans an inaugural drill program at Cross Bones in fall 2026. According to Homeland, drilling will twin selected historical holes, test mineralization continuity in parts of the Cross Bones Uranium Deposit, and refine geological controls, aiming to support future expansion and delineation drilling.

What drilling results did Homeland Uranium report from the 2025-2026 Coyote Basin program?

Homeland reported final results from 25 reverse circulation holes at Coyote Basin. According to Homeland, nearly all analyzed samples were ≤30 ppm U, with one interval in hole CB-RC-0042 intersecting 1.52 m of 67 ppm U between 44.2 m and 45.72 m depth.

How were samples analyzed for Homeland Uranium's Cross Bones and Coyote Basin projects?

Cross Bones rock grab samples were analyzed by Paragon Geochemical using multi-acid digestion and ICP-MS. According to Homeland, Coyote Basin drill chips were analyzed by SGS via sodium peroxide fusion and ICP-OES, with both labs operating under ISO-accredited QA/QC procedures and blanks, standards, and repeats inserted.

Does Homeland Uranium's Cross Bones sampling confirm uranium mineralization across multiple targets?

Yes. According to Homeland, May 2026 surface sampling confirmed uranium and vanadium mineralization at the Cross Bones Uranium Deposit (Blue Flame Area), the newly identified East Ridge Showing, and areas of Cross Bones West, providing multiple follow-up targets for the upcoming drill program.

What commodities is Homeland Uranium (HLUCF) targeting at Cross Bones in Colorado?

Homeland is primarily targeting uranium with associated vanadium at Cross Bones. According to Homeland, sandstone-hosted uranium deposits on the Colorado Plateau commonly contain vanadium, and recent sampling returned up to 1,820 ppm U and 1,640 ppm V from surface outcrops.