Condor Gold issues an Exploration update on the La India Project

Condor Gold {AIM: CNR} has issued an Exploration update on the La India Project, located in Nicaragua, Central America.

Condor have also announced a new addition to their geological team..



RNS Number : 8785C

Condor Gold PLC

01 July 2016



Exploration update on the La India Project


For the PDF with maps, please click HERE


Condor {AIM: CNR}, is pleased to provide an update on regional exploration activity at the La India Project, Nicaragua. Amongst the activities undertaken by Condor during the first half of 2016 are:



— Follow up field work on 33 exploration targets identified in a structural geology study and 13 exploration targets identified by the on-going soil survey as at the end of 2015

— Initial success highlights a 12.5 km mineralised corridor 9 km north of the main La India open pit resource with high grade rock chip of 53.9 g/t gold

— Soil survey expanded to cover the remaining 242 km(2) of La India Project to delineate further prospects and demonstrate the district scale gold potential

— Dr Warren Pratt has joined Condor as a senior geological consultant and will focus on the exploration upside. He is producing a detailed geological, stratigraphic and structural map of La India Project.



Mark Child CEO comments:

Following on from the successful structural geology study last year, which identified 33 new exploration targets, and a 71 km(2) soil survey that identified an additional 13 new exploration targets, Condor recently initiated a further 242 km(2) soil survey programme at La India Project aimed at identifying additional prospects and demonstrating the district-scale gold potential of La India Project. Recent work by Condor geologists has identified a 12.5 km long mineralised corridor 9 km to the north of La India open pit. A high grade rock chip of 53.9 g/t gold at the northern end of the Andrea-Limones mineralised corridor, some 6 km away from the nearest gold mineral resource, is highly encouraging. Follow up trenching is being planned in the area.

I am delighted that Dr Warren Pratt has joined Condor as a senior geological consultant. He will advise the Board on the exploration upside of La India Project. Earlier this month he spent two weeks at Mina La India and will lead the production of a detailed geological, stratigraphic and structural map across the entire District. Dr Pratt contributed to the due diligence ahead of the recent investment in the Company by Ross Beaty and strengthens the geological team.”



In 2015 Condor geologists completed a regional B-horizon 53 element ultra-trace soil geochemistry survey (a soil survey) comprising 6,156 samples covering 71 km(2). This included an initial phase of 5,767 samples over 55 km(2) on a 200m by 50m grid with some 100 m x 50 m infill sampling in La India South – Mojarra Area and a second phase of 389 samples over 16.3 km(2) collected on a 400 m by 100 m grid over the interpreted northwest strike extension of the El Tanque structure. A detailed review of the results identified thirteen exploration targets, including five priority targets with overlapping gold, upflow and high level indicators and a further seven targets with coincident gold and upflow indicators.


Also in 2015 senior consultant structural geologist Dr Tony Starling of Telluris Consulting Ltd completed a study on the structural geology of the La India Gold District. This work represented a stepwise improvement in our understanding of the structural evolution of the district geology and defined the favourable structural orientations that control the flow and deposition of epithermal gold. Dr Starling identified 33 exploration targets, 23 of which have known gold veining at surface (See RNS dated 15(th) September 2015).


Follow up of exploration of targets

Follow up geological mapping and prospecting has been carried out over the majority of the areas covered by the soil survey and structural geology study since the fourth quarter of 2015.


During this period a total of 114 rock chips were sampled (figure 1) of which 15 samples have come back with gold values of 1-5 g/t and 6 samples with gold values > 5 g/t, including a 53.9 g/t sample from a new site in the Los Limones area, at the very northwest end of the Andrea vein structure. This is significant when put into the context of the high level epithermal characteristics observed in this area, including opaline quartz, sinter and silicified wood fragments.


Some highlights of the follow up work are:

— Several rock chips with anomalous gold values identify a possible NW striking 1.5 km structure to the southeast of the El Tanque prospect. This structure was identified as a target in Dr Starling’s structural geology analysis. Rock chips have characteristic high level quartz textures and lie 70-140 m topographically above high grade samples in the main El Tanque prospect (figure 1), possibly indicating that mineralization at depth can be extended to the southeast.


— The soil survey identified a gold anomaly along a corridor that extends from the southernmost surface exposure of the Andrea vein down to the Cristalito prospect, approximately 4.5 km to the southeast. Prospecting to date has not been able to identify a surface expression of the continuity of the Andrea vein to the southeast, but high level textures and surface silica deposits identified recently, may represent the surface expression of a deeper level mineralized structure that connects the Andrea vein with the Cristalito prospect.


— To the northwest of the Andrea vein, several rockchips with anomalous gold values and boiling textures were collected in an area previously not sampled that connects the Andrea vein to the Los Limones area, where high grade veins have been sampled, including a 53.9 g/t Au. These findings indicate that the NW mineralised corridor possibly extends for 12.5 km from the Cristalito prospect northwest to Los Limones area.



District wide soil sampling

During the first week of June 2016, Condor initiated a district wide soil sampling survey to cover the remaining areas of Condor Gold’s concession package in La India project, not covered by the 2015 survey. An estimated total of 6,300 samples will be collected covering an approximate area of 242 km2.


The fine-fraction B-horizon soil samples will be analysed for 53 elements at ultra-trace detection limits at Bureau Veritas Laboratories in Vancouver using standard ICP-MS method.


The survey will be carried out using three different sampling spacings (figure 2). A core area covering the main area of known veins in La India concession will be sampled using a grid of 200 x 50 m. The northwest mineralized corridor within the El Rodeo concession will be sampled with a grid of 400 x 100 m. The rest of the areas within the concession package will be sampled at a wider spacing of 400 x 400 m.


Sampling and interpretation of results is planned to conclude by the end of 2016. Infill sampling of geochemical anomalies in the widely sampled areas will be conducted in 2017 to better define the prospects.


Geological mapping

Condor has engaged Dr. Warren Pratt of Specialised Geological Mapping Ltd. as a senior geological consultant who, together with Condor geologists, will carry out detailed geological, stratigraphic and structural mapping of La India District. Dr. Pratt will also train Condor’s geologists and establish a methodology for mapping and core logging in order to standardise data collection and interpretation procedures.


Dr. Pratt (BSc Geology, Hull, 1986; PhD Structural Geology, University of Wales, 1990) is the founder of Specialised Geological Mapping Ltd. and has a decade of British Geological Survey field experience and extensive world-wide field mapping experience in a great variety of geological terrains. Since 1995 he has worked extensively in gold, silver and copper exploration, including consulting on some World Class mineral deposits. These include Navidad (Argentina) and Ventana Gold (Colombia). Dr Pratt has a track record of generating gold/copper targets in under-explored areas, including the Cañicapa high sulfidation gold project, discovered during a World Bank program in Ecuador. He is also part of the team that recently discovered the Igor gold/silver epithermal deposit (Peruvian Precious Metals Corp) in Peru.]


Competent Person’s Declaration

The information in this announcement that relates to the mineral potential, geology, Exploration Results and database has been reviewed by Peter Flindell, Senior Geological Consultant, who is a Member of the Australian Institute of Geoscientists and Australian Institute of Mining and Metallurgy, and a geologist with thirty years of experience in the exploration and definition of precious and base metal mineral resources. Peter Flindell is a Non-Executive Director of Condor Gold plc and has sufficient experience which is relevant to the style of mineralization and type of deposit under consideration, and to the type of activity which he is undertaking to qualify as a Qualifying Person as defined in the June 2009 Edition of the AIM Note for Mining and Oil & Gas Companies. Peter Flindell consents to the inclusion in the announcement of the matters based on the information in the form and context in which it appears and confirms that this information is accurate and not false or misleading.


Technical Glossary
B-horizon The organic-poor soil horizon consisting
soil of typically brown coloured completely
weathered rock material with no primary
textures. This horizon often occurs
beneath the organic-rich A-horizon and
contains some organic material such
as roots are usually present.
———————— —————————————————
Assay The laboratory test conducted to determine
the proportion of a mineral within a
rock or other material. Usually reported
as parts per million which is equivalent
to grams of the mineral (i.e. gold)
per tonne of rock
———————— —————————————————
Geochemistry The study of the elements and their
interaction as minerals to makeup rocks
and soils
———————— —————————————————
Geophysics The measurement and interpretation of
the earth’s physical parameters using
non-invasive methods such as measuring
the gravity, magnetic susceptibility,
electrical conductivity, seismic response
and natural radioactive emissions.
———————— —————————————————
Hydrothermal Hot water circulation often caused by
heating of groundwater by near surface
magmas and often occurring in association
with volcanic activity. Hydrothermal
waters can contain significant concentrations
of dissolved minerals.
———————— —————————————————
ICP-MS (Inductively A technique that measures the concentrations
Coupled Plasma of elements in a substance, such as
Mass Spectrometry) a rock, by dissolving the substance
in a solution, typically an acid, ionizing
a sample and separating the ions to
measure the relative concentrations
based on their mass-to-charge ratio.
The technique is capable of measuring
very low concentrations with high precision.
———————— —————————————————
Magnetic (aeromagnetic) The measurement of the magnetic properties
survey of the earth surface as controlled by
the concentration and distribution of
magnetic minerals, particularly magnetite,
in the rock. Rocks containing higher
levels of iron, such as mafic igneous
rocks or some sedimentary rocks will
have a higher magnetic susceptibility
than felsic igneous rocks, siliciclastic
and carbonate sediments and their metamorphic
———————— —————————————————
Mineral Resource A concentration or occurrence of material
of economic interest in or on the Earth’s
crust in such a form, quality, and quantity
that there are reasonable and realistic
prospects for eventual economic extraction.
The location, quantity, grade, continuity
and other geological characteristics
of a Mineral Resource are known, estimated
from specific geological knowledge,
or interpreted from a well constrained
and portrayed geological model
———————— —————————————————
Mineral Reserve The economically mineable part of a
Measured and/or Indicated Mineral Resource.
It includes diluting materials and allowances
for losses, which may occur when the
material is mined. Appropriate assessments
and studies have been carried out, and
include consideration of and modification
by realistically assumed mining, metallurgical,
economic, marketing, legal, environmental,
social and governmental factors. These
assessments demonstrate at the time
of reporting that extraction could reasonably
be justified. Ore Reserves are sub-divided
in order of increasing confidence into
Probable Ore Reserves and Proved Ore
———————— —————————————————
Radiometric Also known as gamma ray spectrometry,
is the measure of natural radiation
on the top 30-45cm of the earth’s surface.
The abundance of the three naturally
occurring radioactive elements, potassium
(K), thorium (Th) and uranium (U), is
proportional to the abundance of minerals
containing those elements. This information
can be used in mapping the surface geology
including the definition of areas of
potassium enrichment related to hydrothermal
———————— —————————————————
Rock chip A sample of rock collected for analysis,
from one or several close spaced sample
points at a location. Unless otherwise
stated, this type of sample is not representative
of the variation in grade across the
width of an ore or mineralised body
and the assay results cannot be used
in a Mineral Resource Estimation
———————— —————————————————
Stockwork Multiple connected veins with more than
one orientation, typically consisting
of millimetre to centimetre thick fracture-fill
veins and veinlets.
———————— —————————————————
Strike length The longest horizontal dimension of
an ore body or zone of mineralisation.
———————— —————————————————
Vein A sheet-like body of crystallised minerals
within a rock, generally forming in
a discontinuity or crack between two
rock masses. Economic concentrations
of gold are often contained within vein
———————— —————————————————

– Ends –


For further information –


Condor Gold plc ,
Mark Child  Chairman and CEO non executive
020 74932734

About Condor Gold plc:

Condor Gold plc was admitted to AIM on 31st May 2006.


The Company is a gold exploration and development company with a focus on Central America.


Condor completed a Pre-Feasibility Study (PFS) and two Preliminary Economic Assessments (PEA) on La India Project in Nicaragua in December 2014. The PFS details an open pit gold mineral reserve of 6.9M tonnes at 3.0g/t gold for 675,000 oz gold producing 80,000 oz gold p.a. for 7 years. The PEA for the open pit only scenario details 100,000 oz gold production p.a. for 8 years whereas the PEA for a combination of open pit and underground details 140,000 oz gold production p.a. for 8 years. La India Project contains a total attributable mineral resource of 18.4Mt at 3.9g/t for 2.33M oz gold and 2.68M oz silver at 6.2g/t to the CIM Code.


In El Salvador, Condor has an attributable 1,004,000 oz gold equivalent at 2.6g/t JORC compliant resource. The resource calculations are compiled by independent geologists SRK Consulting (UK) Limited for Nicaragua and Ravensgate and Geosure for El Salvador.



Neither the contents of the Company’s website nor the contents of any website accessible from hyperlinks on the Company’s website (or any other website) is incorporated into, or forms part of, this announcement.

This information is provided by RNS

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