Norfolk Metals Limited recently reported the downhole geophysical survey completed at the Orroroo Project which was considered successful having confirmed; Uranium occurrences in all three target zones (wells) of which the depths are potentially suitable for proven in-situ mining. Uranium peak reported at 650ppm pU3O8 within an interval of 192ppm pU3O8 over 0.5m from 112.59m via PFN in well 7P3; and, Uranium recorded from this survey at expected target depths obtained from historical holes supports the proposed "oxidized tails or interface zones" of roll-front uranium style mineralisation theory proposed by the Norfolk geology team. The Company has now made considerations regarding gravity, passive seismic and possibly ground penetrating radar to delineate the paleo channels in the Walloway Basin.

Norfolk has elected to contract Atlas Geophysics to conduct a gravity survey on 250m x 250m offset grid totaling 2,253 planned survey points. Once defined, the paleo channels will assist with planning for the maiden drill program. The survey will commence once all necessary stakeholders including but not limited to private landowners, native title representatives, council and main roads are aware and accommodating to the requirements of the survey.

It is noted that points and areas can be adjusted to suit some circumstances if necessary. Subsequent to the collection of the survey the Company will consider passive seismic surveys to assist in the depth of the paleo channels prior to engaging a drilling company for an intended road side drilling campaign. Roger River Exploration: Norfolk conducted geochemical analysis on its recent drilling to better understand the distribution of the native copper and determine the best suited analytical method to represent the grades in the core.

The main differences in the analytical methods are as follows: The original analysis (ME - MS 61r) was based on core samples pulverised but not sieved down to 0.25g sample mass (analysed for 61 elements using 4-acid digest with ICP-MS Finish). The second analysis ME-ICP44 was analysed using homogenised samples (not screened) pulverised down to 50g sample mass (analysed for 44 elements using 4- acid digest with ICP Finish). The third method involved initially screening the samples (0.5kg homogenised sample) passing through -75 microns to determine the coarse fractions and then analysing the total sample mass.

The screening method relies on separating all the metal contained in the sample pulp on top of a 75micron screen analysing it in its entirety and also analysing the minus fraction and bringing this into the calculations for Cu Total. To conclude from the above, the larger the mass analyzed the better the results, but sieving every sample would be laborious and costly. For practicality and cost effectiveness, it is the intent of the Company that future drilling whereby native copper has been observed in the core, the ME-ICP44 using 50g sample mass will be implemented as standard practice.

Depending on the native copper sections observed in the drill core, it is the Company's intent to send selected samples for Cu screening analysis.