Eloro Resources Ltd. (TSXV: ELO) has launched Virtual Site Tour utilising the VRIFY Technology Inc. platform to showcase the Iska Iska silver-tin polymetallic project in the Potosi District of southern Bolivia.
The VRIFY platform will assist investors to better understand the scale and extent of Eloro’s major discovery at Iska Iska. In particular, the presentation highlights grade shell modelling in Leapfrog of the higher-grade feeder zone at Santa Barbara which has been the focus of recent drilling.
As the drilling programme progresses, Eloro will regularly update VRIFY to illustrate how new drilling results are advancing the project and leading to an inaugural NI 43-101 mineral resource estimate, expected in Q4 2022.
The 3D renderings, satellite imagery and 3600 drone footage amalgamated into the VRIFY platform provides Eloro with enhanced content for its website and corporate presentation. The VRIFY presentation provides property location, topography, infrastructure, geology and geophysical information. It showcases exploration activities including drilling, 3D models of polymetallic mineralisation and upside deposit potential.
VRIFY Technology Inc. is a cloud-based 3D presentation and collaboration technology platform used by companies to communicate with investors using 360° virtual tours of remote mining assets, 3D deposit models and interactive presentations. VRIFY can be accessed by website and with the VRIFY iOS and Android apps.
“We are excited to launch Iska Iska on the VRIFY platform, which has become widely used in the mining industry to enhance shareholders understanding of exploration and mining projects,” Tom Larsen, CEO of Eloro, said.
“The Iska Iska VRIFY presentation gives investors an excellent sense of the remarkable scale of Iska Iska and the major potential we see to outline a substantive polymetallic silver-tin polymetallic mineral resource.
“Furthermore, the 3D geological and geophysical models illustrate that we have explored only a small part of this immense porphyry-epithermal system which is open along strike, across strike and down dip at depth.”
For further information please visit: https://elororesources.com/
