Caspiche Water Test Confirms Potentially Significant Water Resource

VANCOUVER, BRITISH COLUMBIA--(Marketwired - Jun 24, 2014) - Exeter Resource Corporation (NYSE MKT:XRA)(XRC.TO)(EXB.F) - "Exeter" or the "Company" is pleased to announce that the first pump test on a production-diameter water drill hole has confirmed a potentially significant water resource. The hole was one of three water drill holes completed recently at the Company's water exploration concession (option for 90% interest)1 near Caspiche in northern Chile.

In May, 2014 Exeter announced that all three production sized drill holes had intersected potentially significant quantities of water based on preliminary evaluation using airlift testing. Down hole pump testing, a more definitive measurement technique to quantify water flow rates and the recharge rate, have now been completed on hole LV 03. Tests included a series of variable and fixed-speed pump tests. At each flow rate tested, the water table stabilized and recovered rapidly, suggesting favourable permeability and transmissivity. Flow rates of +40 litres per second ("l/s") were tested. Similar flow rates are expected from pump tests from the other water drill holes.

The test suggests that sustainable flow rates should be sufficient to meet the projected demand of a stand-alone oxide heap leach operation. An oxide heap leach operation is a probable first stage in the potential development of the Caspiche deposit. Once pump tests are completed on the remaining two holes later this year, the data and pump tests will be reviewed by independent external consultants. The data will then form the basis of an application to the Dirección General de Aguas, the Chilean water authority, for water rights.

Unfortunately, with the onset of winter weather conditions, drill contractors were only able to complete the LV-03 pump test. The Company expects to commence pump tests on drill holes LV-02 and LV-04 in late Q3/14.

Exeter's President/CEO Wendell Zerb states, "Test results from LV-03 confirm the discovery of a substantial, potentially sustainable and exploitable underground water resource. The flow rate from just one drill hole, (LV-03), is close to the total requirement for the 30,000 tonne per day standalone oxide gold operation outlined in the preliminary economic assessment announced on May 6, 2014. We are confident that with continued testing, this water concession has the potential to provide the total water resources required for the largest of the three development options under consideration for the Caspiche project."

On May 6th, 2014 Exeter released the results of a preliminary economic assessment ("PEA") for Caspiche. The PEA identifies three new low capital cost development options, each of which requires a modest quantity of water to support development. Current expectations, based on the PEA, is that the 30,000 tonne per day ("tpd") standalone oxide operation requires peak water requirements of less than 50 l/s; while a 60,000 tpd open pit combined with a 27,000 tpd gold-copper sulphide pit expansion requires peak water of less than 190 l/s. A 60,000 tpd open pit combined with a 27,000 tpd underground gold-copper operation requires peak water consumption of approximately 150 l/s. These requirements are very significantly less than forecast for the large scale open pit mining operation described in the Company's 2012 prefeasibility study. That study indicated a water requirement of approximately 1,000 l/s. See Exeter News Release NR 14-03 dated May 6th, 2014.