Golden Deeps Limited announced further, exceptional, copper-vanadium-lead-silver intersections from the second diamond drillhole at the Nosib Block ("Nosib") Prospect, located in the Otavi Mountain Land of northern Namibia. Diamond drillhole NSBDD002 tested the shallow, supergene, zone of mineralisation, producing exceptionally high-grade intersections from surface that include: NSBDD002: 20.85m at 2.0% Cu, 1.54% V2O5, 6.0% Pb, 7.7 g/t Ag (6.4% CuEq) from 0m, incl. 12.10m at 3.2% Cu, 2.54% V2O5, 9.8% Pb, 8.0 g/t Ag, (10.3% CuEq) from 0m, incl. 10.30m at 3.6% Cu, 2.82% V2O5, 10.5% Pb, 8.2 g/t Ag, (11.4% CuEq*) from 0m, incl. 3.00m at 6.3% Cu, 7.82% V2O5, 21.9% Pb, 6.4 g/t Ag, (25.9% CuEq) from 7.3m. This second diamond drillhole at the Nosib Prospect, tested between previous reverse circulation (RC) holes, NSBRC0102 and NSBRC0071, both of which intersected very high-grade copper, vanadium and lead mineralisation that was announced in June 2021. The highest-grade intersections of vanadium, copper and lead are from surface to 10.3m and associated with faulting and heavy oxidation with the supergene minerals mottramite (copper-lead- vanadate) and malachite (copper-carbonate) on fracture surfaces. Deeper in the hole there are patches of malachite and/or specs of bornite (copper sulphide) to 46.3m (46.3m thick zone from surface), where the hole was terminated short of the entire target zone due to several drill-rods not being able to be removed from the hole. The overall, incomplete, intersection from surface to end- of-hole in NSBDD002 is 45.7m at 1.0% Cu, 0.72% V2O5, 2.8% Pb, 4.0 g/t Ag (3.0% CuEq). In addition, diamond drillhole NSBDD004, a step-out hole to the northeast of NSBRC0071 (See Figure 2) has intersected "frequent pods and patches of malachite" (copper-carbonate) as well as copper- sulphide mineralisation from 24.5m to 46.5m (22m zone) with pXRF readings up to 4.4% copper. The intersection of mineralisation in NSBDD004 looks to have extended the shallow, high-grade, copper- vanadium-lead-silver zone, that remains open to the northeast. A larger capacity diamond drilling rig has been brought to site and has commenced deeper diamond drillhole, NSBDD005, that is testing down plunge of the previous intersection in NSBRC009? that included a 5m sulphide intersection grading 2.58% Cu, 18.8 g/t Ag from 61m2. This intersection indicates that copper-silver grades are improving with depth and that there is potential for a high-grade copper-silver sulphide zone down-plunge from the near surface supergene (Cu-V-Pb) zone. NSBDD005 is targeting the deeper copper-silver zone to the east of previous hole, NSBDD00311, that intersected pods and patches of malachite (copper-carbonate), after copper-sulphides, from 71.3m downhole followed by a zone from 82.66m to 101.9m (total >30m zone) of variably developed copper- sulphide mineralisation including occasional semi-massive bornite associated with chalcopyrite11. NSBDD003 has been logged and samples despatched for sample preparation in Namibia then processing and analyses at Intertek, Perth. Upon completion of the Nosib diamond drilling program and receipt of all results, selected samples of drill core will be submitted for metallurgical test work to determine amenability to gravity concentrate production as well as second stage leaching testwork. The leaching test-work program will be based on the outcomes of the current testing being conducted on the Abenab high-grade vanadium (lead, zinc +/- copper, silver) deposit5. The historical Abenab high- grade vanadium mine is located approximately 20km along strike to the east of the Nosib prospect (Figure 5) and has a current JORC 2012 Inferred Mineral Resource of 2.80Mt at 0.66% V2O5, 2.35% Pb, 0.94% Zn (0.2% V2O5 cut-off)10. Subject to receipt of results demonstrating continuity of the mineralisation and preliminary metallurgical test-work results, the Company will aim to generate a maiden Mineral Resource estimate for the Nosib, high-grade, copper-lead-vanadium-silver deposit. Following completion of the Nosib diamond drilling program, drilling is also planned at Khusib Springs deposit, located 15km to the southeast of Nosib (Figure 5). The program at Khusib springs is designed to test for a repeat of the very-high-grade Khusib Springs shoot, that produced approximately 300,000t at 10% Cu and 584 g/t Ag3 to only 300m depth from the 1990s, closing in 2003. The decline at this mine remains accessible for possible extension in the future.