The drill is back at VR’s Reveille property in Nevada to test the jasperoid breccia-pipe gold target named G1 - Seite 2

The geochemical attributes of the jasperoid and the soil anomaly are characteristic of a Carlin-style fluid system. It developed on the same overall regional fault complex and caldera margin setting which accommodated the silver-copper CRD fluid system that was responsible for the historic workings in the hills to the east of G1 (Photo 1). That is, the silver-copper and gold fluid systems are superimposed, which speaks to the strength of both the system driver and the host structure at Reveille.

Context
VR is exploring the covered valley on the western flank of the range because it has never been previously explored or drilled as the potential source and overall driver of the high-grade silver-copper mineralization at Reveille during the past 140 years of prospecting which has focused on the high-grade showings exposed in the hills of the Reveille range to the east.

VR is focused squarely on targets for proximal, high temperature mineralization that represents the core to the overall CRD mineral system and source to the showings in the hills at Reveille, and the superimposed gold-

arsenic-antimony-mercury-barium jasperoid anomaly, based on an array of new geochemical data and element ratio vectors which point to the western range flank and covered valley as the source area.

Comment
From VR’s CEO Dr. Michael Gunning, “Committing to the diamond drill rig you see in Photo 1 at the G1 pad as it was on it’s way north to another job speaks to our conviction on both the definition and the amplitude of the gravity and multi-element geochemical anomaly, and to the upside potential of this jasperoid breccia body to our shareholders.

Obtaining drill core as opposed to RC chips will give us stronger geological logs, better data from hyperspectral scanning for mineral alteration, valuable high definition photography of the entire hole, and stronger control for geochemical sampling and interpretation of data in the context of detailed geological logs.

Hyperspectral scanning on the first four RC holes completed last month is nearly complete now, and more than 800 geochemical samples from continuous sampling of each of the first four holes in their entirety are through the preparation lab and are in the queue for final analysis. Overall, we hope to have all geochemical data from the initial 4 holes by earliest May.

To be clear, our intent is to lay out a Phase II drill program at Reveille using the new geochemical data from the first five holes, in addition to the final inversion models from the 3D-array DCIP geophysical survey that was also completed in February, and for which we have seen preliminary results.