Lunnon Metals Limited (the "Company" or "Lunnon Metals") reported on RC drilling results and the progress of ongoing deeper Diamond Drilling ("DD") on the Warren Shoot, at its Kambalda Nickel Project ("KNP"). Nickel sulphides have been confirmed both up and down plunge of the current Mineral Resource at Warren, highlighting the potential for these programmes to contribute to the Company's growth plans. Assay results from the initial first pass RC drilling at Warren, completed in the September quarter, have now been returned recording significant nickel intercepts, which include: 4m @ 3.44% Ni from 163m (WRN21RC_007 - channel position), 5m @ 0.78% Ni from 175m (WRN21RC_005 - channel flank), 4m @ 1.58% Ni from 58m (WRN21RC_004 - oxide), 4m @ 1.15% Ni from 42m (WRN21RC_001 - oxide). ARREN NICKEL CHANNEL - THE OPPORTUNITY: The initial Mineral Resource at Warren stands at 211,000 tonnes at 3.1% Ni for 6,400 tonnes of nickel metal1. The exploration programme at Warren is designed to test the channel and surrounding area for nickel sulphides, both up and down plunge of the historical workings and demonstrate that Warren can mirror the main Foster channel, in length and prospectivity. Foster has a current plunge length of 2.3km and runs parallel to Warren which is approximately 1.0km to the north-west. Foster produced over 60,000 tonnes of nickel metal from that 2.3km extent and has a current Mineral Resource of 32,600 tonnes of nickel metal. By comparison, the Mineral Resource at Warren comes only from a combined length of 600m. The opportunity is clear and Lunnon Metals believes Warren is under-explored and inadequately tested by the past WMC drilling. RC drilling by Lunnon Metals has hit nickel sulphides above the historical mining at Warren on the margins of the present Mineral Resource boundary. Significant intercepts include: - 4m @ 3.44% Ni from 163m (WRN21RC_007 - channel position, thicker, better grade than expected), 5m @ 0.78% Ni from 175m (WRN21RC_005 - test of flank position), 1m @ 0.99% Ni from 177m (WRN21RC_006 - channel position), 1m @ 0.65% Ni from 89m - (WRN21RC_002 - conceptual test, down flank contact, fresh). WRN21RC_007 hit the interpreted channel some 20m above WRN21RC_006. Analysis of these results and the nickel mineralisation in WRN21RC_007, which was thicker and better grade than predicted and outside the current Mineral Resource boundary, indicates a possible steeper orientation to the nickel mineralised shoots. This steeper orientation, angled across the main channel, was also seen in the upper levels at the Foster Mine where surface drilling alone could not define the orientation and number of shoots that were eventually mined. Recognising this is also the case at Warren enables the Company to plan follow up drilling with respect to the down plunge potential along these steeper trends which are open. A further objective of this first Warren RC programme was to track the channel up plunge to define the sulphide- oxide boundary. This was successfully achieved with the following results recorded in oxide and transitional sulphide zones which were slightly deeper than modelled and also indicated an overall steeper orientation to the nickel mineralised zones as discussed above. - 21m @ 0.74% Ni from 18m, including: 2m @ 1.19% Ni from 25m; plus, 9m @ 0.88% Ni from 40m including 4m @ 1.15% Ni from 42m (all WRN21RC_001 - oxide), 8m @ 1.14% Ni from 56m, including 4m @ 1.58% Ni from 58m (WRN21RC_004 - oxide), WRN21RC_003 drilled below the Mineral Resource boundary within the channel environment and returned no, significant assays. All results will be incorporated into the geological and mineralisation model to refine this oxide- sulphide boundary. The Company does not currently report oxide Mineral Resources.