West Wits Mining Limited announced the results of the first phase of its Uranium Drilling Program with the objective to confirm historical information on the Company's Uranium Exploration Target. HIGLIGHTS: 3 diamond-hole assay results from Phase 1 Uranium Drilling Program at the Witwatersrand Basin Project ("WBP") underscore the Bird Reef Central areas potential to be a uranium /gold project Assay results highlighted by: 1.59m @ 835ppm U and 1.46g/t Au from 85.11m (PH1B - Middle Reef), including 0.96m @ 1,321ppm U and 2.30g/t Au from 85.74m. 1.20m @ 108ppm U and 5.45g/t Au from 104.61m (PH1B - White Reef), including 0.49m @ 226ppm U and 12.15g/t Au from 105.32m.

1.26m @ 221ppm U and 0.38g/t Au from 77m (PH1C - Middle Reef), including 0.5m @ 456pm U and 0.80g/t Au from 77.76m. SUMMARY: West Wits successfully completed the first phase of its Uranium Drilling Program at the Witwatersrand Basin Project ("WBP") on the Exploration Target. The Company is highly encouraged by the grades and widths of the intercept results which confirm consistent uranium mineralisation over approximately 3.3km of the identified strike along the WBP's Bird Reef Central area, which includes the Monarch Reef, Middle Monarch Reef and White Reef zones.

The Company has identified a potential strike of more than 7km along the targeted Bird Reef Sequence within the broader WBP mining right area. This phase of in-fill drilling was designed to focus on the drilling of three holes at shallow depths (<120m below surface) in known areas of mineralisation. A summary of the results for each drillhole intersecting the Upper Monarch Reef, Middle Monarch Reef and White Reef.

The drilling program comprised of three diamond drilled holes with a total number of metres of 291.3m. All three drillholes intersected the complete Monarch and White Reef Sequence between depths of 54m to 106m below surface. Drill core (47.6mm in diameter) was not oriented, no deflections were drilled and drillholes were collared at a -60 degree below the horizon to enable near perpendicular intersections when traversing the stratigraphy.

Uranium and Gold assays /analysis were performed by ALS Laboratory Services in Johannesburg, South Africa. A Quality Assurance/Quality Control ("QA/QC") program formed part of the drilling, sampling and assay program. Site visits were conducted by the MSA Competent Person to monitor adherence to procedures and to verify drillhole collar positions, significant intersections, and logging and sampling of field records against the digital project database.

Work continued to identify zones of anomalous uranium mineralisation within the previously defined Exploration Target area. The style of mineralisation conforms with regional historical trends in being located within conglomerate zones of the Bird Reef Sequence. In places, mineralisation is often contained within the Basal Unit of the Bird Reef Sequence also containing concentrations of gold, which presents the potential for dual uranium and gold extraction scenarios.

The White Reef, in particular, also contains a variable amount of gold mineralisation. The information presently in hand is insufficient to undertake Mineral Resource Estimation modelling. However, the results justify advancing the next phases of work focussed on arriving at JORC 2012 levels of confidence.

The results from the three drillholes confidently confirm continued uranium mineralisation located in the Bird Reef stratigraphy area. Further exploration will flesh out an improved geological understanding of the various zones of mineralisation, their lateral continuity and will also serve to upgrade mineral resource confidence levels. Next Steps: The current results underpin the Company's uranium strategy and allows for West Wits to prepare a detailed Phase 2 in-fill drilling schedule aimed at delineating a potential JORC 2012 compliant Inferred Mineral Resource.

A final decision to proceed with phase 2 will be evaluated. The Company also remains keen to test mineralisation at greater depths in its Phase 3 of the Exploration Programme.