December 20, 2012
Indico Resources Ltd.: Additional Drill Results From Phase 2 Drilling Campaign, Ocana Porphyry Cu-Mo-Au Project
Best hypogene drill intersection to date:

OCA010 with 300 metres of 0.70% CuEq

- including 57 metres of 1.53% Cu Eq
VANCOUVER, BRITISH COLUMBIA--(Marketwire - Dec. 20, 2012) - Indico Resources Ltd. ("Indico" or the "Company") (TSX VENTURE:IDI)(OTCQX:IDIFF) is pleased to provide additional encouraging drill results from the Phase 2 drilling campaign at the Ocana Cu-Au-Mo porphyry in Arequipa Region, Southern Peru. In Phase 2, a total of 4733 metres were drilled in 19 holes; the additional significant assay results from holes received since the last news release are shown in Figure 1 and Table 1, and all significant intersections are listed in Table 2.

The northeastern-most hole drilled, OCA010, intersected the highest-grade primary (hypogene) mineralization yet encountered within the diorite breccia. This hole assayed 300 metres of 0.49% copper and 0.17 g/t gold, or 0.70% CuEq(i), and including 57 metres of 1.11% copper and 0.21 g/t gold. The hole ended at 300.5 metres within mineralization grading greater than 0.3% copper (Figure 2). To the south, within the diorite and diorite breccia, hole OCA011 intersected 103 metres of 0.53% copper, 0.28 g/t Au (0.81% CuEq) before entering dacite breccia, which returned 122 metres of 0.21% copper. Assays are pending for hole OCA014 drilled perpendicular to the southwest from the same platform. Holes to the west are similarly mineralized with significant gold grades accompanying the copper (Figure 3: OCA004 intersected 264 metres of 0.36% copper and 0.15 g/t gold (0.55% CuEq), including 39 metres of 0.69% copper and 0.20 g/t gold (0.94% Cu Eq).

A primary aim of the Phase 2 programme was testing the thickness and grade of sulphide and oxide supergene mineralization intersected by two holes in Phase 1. This supergene mineralization will be the initial focus for resource definition, as it is amenable to low-cost, acid heap-leaching, based on soluble copper tests on core sample pulps from two Phase 1 drill holes. The supergene target was successfully tested by six vertical holes along the crest of the southern ridge (see Figure 1) and expanded into the centre of the system by three angled holes and one vertical infill hole (OCA016). Results from holes OCA003, 7, 12, and 13 indicate that the supergene blanket is consistently approximately 50 metres thick, and consists of copper oxide and sulphate minerals near the top, grading down into dominantly chalcocite at the base, where it transitions sharply to hypogene chalcopyrite mineralization (Figures 2 - 4). In Table 1, intersections within the mixed zone should be amenable to acid heap leaching. The blanket dips to the west subparallel to the ridge crest, and has an east-west dimension of over 700 metres, with a width over 200 metres at the west end, increasing to 400 metres on the east end. Under the central part of the system the blanket averages about 30-45 metres thick and thins to the east as the slope steepens.

        Table 1. Additional Significant Phase 2 intersections(ii).                                                                                  --------------------------------------------------------------------------            From     To  Inter-    Cu   Mo     Au   Ag   CuEq             Drill Hole    (m)    (m)   val      % (ppm)   g/t  g/t     (i) Zone       --------------------------------------------------------------------------OCADH008       0  68.65  68.65      -    -      -    -      -  overburden             71.5    355  283.5  0.263   62  0.024  1.4  0.326  hypogene   including    163    241     78  0.376   70  0.030  1.9  0.452  hypogene   --------------------------------------------------------------------------OCADH009      54    295    241  0.342   97  0.058  1.3  0.446  mostly                                                                    hypogene   including     54   63.8    9.8  1.438   79  0.054  1.8  1.536  mixed      and          112    295    183  0.339  104  0.060  1.5  0.450  hypogene   --------------------------------------------------------------------------OCADH010     0.5  300.5    300  0.487  119  0.168  2.9  0.699  mostly                                                                    hypogene   including   13.2   29.5   16.3  0.474   86  0.099  2.0  0.609  mixed      and        146.5  176.5     30  1.650  407  0.321  7.8  2.167  hypogene   or         146.5  203.5     57  1.105  426  0.213  5.7  1.532  hypogene   --------------------------------------------------------------------------OCADH011      25  250.3  225.3  0.352  182  0.148  1.8  0.569  hypogene   including     25    128    103  0.527  110  0.279  2.3  0.809  hypogene   including    128  250.3  122.3  0.205  243  0.038  1.3  0.367  hypogene   --------------------------------------------------------------------------OCADH012      22   69.5   47.5  0.678   61  0.022  1.6  0.741  mixed                  69.5  80.35  10.85  0.325   49  0.019  1.8  0.382  hypogene   --------------------------------------------------------------------------OCADH013      32     83     51  0.569  147  0.022  1.4  0.673  mixed                    83  201.1  118.1  0.237   93  0.020  1.2  0.311  hypogene   --------------------------------------------------------------------------                                                                          (i) Copper equivalent calculations represent the total metal value for eachmetal, multiplied by the conversion factor, summed and expressed in         equivalent copper percentage. These results are exploration results only andno allowance is made from recovery losses that may occur should mining      eventually result. These equivalent grades should not be interpreted as     actual grades since the conversion rations vary with the volatile prices of Cu and Mo and the economic recoveries of Cu and Mo can vary significantly inactual extraction and processing. However, it is the company's opinion that elements considered here have a reasonable potential to be recovered. The   three-year, moving-average metal prices used for the purposes of the        equivalency calculations are copper $US3/pound, gold $US1500/ounce,         molybdenum $US15/pound and silver $US21/ounce.                                                                                                          (ii) Results preliminary pending QA/QC review of re-assayed intervals.
 
Assay results for holes OCA013 to OCA019 are pending.

Bob Baxter, President and CEO commented, "As the results of our Phase 2 program continue to deliver excellent results, not only do the supergene results to date look like they have the potential to support a mid-size SX-EW copper project, but we also see a higher-grade centre in the hypogene taking shape, which we will continue to follow-up in a future campaign."

Based on the successful Phase 2 results, Indico plans to continue with a Phase 3 program of about 30 short (100 metre) infill drill holes at about 100-metre spacing to further delineate the supergene blanket. This programme is expected to start in early 2013.

  Table 2. Significant Phase 2 intersections from previous news release.                                                                            --------------------------------------------------------------------------            From     To  Inter-    Cu   Mo     Au   Ag   CuEq             Hole          (m)    (m)   val      % (ppm)   g/t  g/t     (i) Zone       --------------------------------------------------------------------------OCADH001    27.4   56.3   28.9  0.187   20  0.021  0.6  0.217  mixed                    89    440    351  0.231   83  0.030  1.0  0.304  hypogene   including     89    146     57  0.240  190  0.032  0.8  0.366  hypogene   --------------------------------------------------------------------------OCADH002      87    294    207  0.219  151  0.091  0.9  0.370  hypogene   including    168    195     27  0.291  557  0.083  1.6  0.645  hypogene   and          234    294     60  0.348  102  0.157  1.3  0.528  hypogene   --------------------------------------------------------------------------OCADH003     1.3     27   25.7  0.207   79  0.051  1.5  0.299  oxide                    27     78     51  0.491   71  0.049  1.9  0.582  mixed                    78  366.1  288.1  0.226   68  0.026  1.1  0.290  hypogene   including    200    272     72  0.297   95  0.031  1.3  0.380  hypogene   --------------------------------------------------------------------------OCADH004       4   37.5   33.5  0.509  121  0.115  1.1  0.665  mixed      including      4     24     20  0.694  124  0.087  1.1  0.831  oxide                  37.5 301.45 263.95  0.360  112  0.153  1.8  0.546  hypogene   including     94    133     39  0.689  160  0.198  2.9  0.943  hypogene   and          184 301.45 117.45  0.400  120  0.149  2.3  0.569  hypogene   --------------------------------------------------------------------------OCADH005       7   33.5   26.5  0.626  130  0.104  1.2  0.779  mixed                  33.5    145  111.5  0.501  118  0.121  2.6  0.675  hypogene   including     59   94.8   35.8  0.659  101  0.177  3.3  0.872  hypogene                145 300.25 155.25  0.203   80  0.020  1.0  0.267  hypogene   --------------------------------------------------------------------------OCADH006      11     61     50  0.646  115  0.171  2.7  0.856  mixed      including     26     44     18  1.211  199  0.224  3.6  1.511  mixed                   114    299    185  0.251   67  0.076  0.9  0.349  hypogene   including    114    177     63  0.356   71  0.183  1.0  0.535  hypogene   --------------------------------------------------------------------------OCADH007      34   87.6   53.6  0.809  108  0.046  1.9  0.916  mixed                   108 250.05 142.05  0.151  103  0.014  0.7  0.220  hypogene   --------------------------------------------------------------------------(i) Copper equivalent calculations represent the total metal value for eachmetal, multiplied by the conversion factor, summed and expressed in         equivalent copper percentage. These results are exploration results only andno allowance is made from recovery losses that may occur should mining      eventually result. These equivalent grades should not be interpreted as     actual grades since the conversion rations vary with the volatile prices of Cu and Mo and the economic recoveries of Cu and Mo can vary significantly inactual extraction and processing. However, it is the company's opinion that elements considered here have a reasonable potential to be recovered. The   three-year, moving-average metal prices used for the purposes of the        equivalency calculations are copper $US3/pound, gold $US1500/ounce,         molybdenum $US15/pound and silver $US21/ounce.
 
To view Figures 1, 2, 3 and 4 please click on the following link: http://file.marketwire.com/release/ISI1220.pdf
Qualified Person

John Drobe, P.Geo., Indico's Chief Operations Officer and a qualified person as defined by National Instrument 43-101, has reviewed the scientific and technical information that forms the basis for this news release. Mr. Drobe is not independent of the Company as he is an officer and a shareholder.

Diamond Drilling and Sampling Procedures

The diamond drilling was completed using exclusively HQ core size. Core recovery was estimated to be greater than 95% for any given hole. Core was evenly split with a diamond saw, with one half collected for sample preparation and analysis, and the other half retained for future reference. Samples were collected on a 2.0m and 3.0m sample interval. Indico on-site personnel rigorously mark, collect, and track samples which are then security sealed and shipped to Acme, Lima, Peru for preparation. Pulps are then forwarded to Acme's analytical lab in Santiago, Chile.

Analytical accuracy and precision are monitored by the analysis of reagent blanks, certified reference material, and duplicate (coarse rejects and quarter core) samples. Indico inserts blind certified reference material at regular intervals (1 in 20) into the sample sequence by field personnel in order to independently assess analytical accuracy. In addition, representative blind duplicate samples are routinely forwarded to Acme for additional quality control (1 in 20 coarse rejects, and 1 in 40 quarter core). Quality control is further assured by the use of certified reference material inserted 1 in 20 samples. Multi-elements were assayed using Acme's 1E package which includes 4-acid digestion and ICP-ES finish; samples with greater than 1% copper are reassayed using an atomic asorption (AA) finish. Lower detection limits are as follows: Cu greater than 0.001%, Mo greater than 0.001%, Ag greater than 0.5g/t. Gold is assayed by fire assay, in which fusion of a 30-gram aliquote is followed by AA finish; with a lower detection limit of 0.005 g/t. Acme has an 9001:2008 and 17025 International Standard Organization rating.

The geochemical results were compiled and reviewed by John Drobe.

About Indico Resources Ltd.

Indico Resources Ltd. is a resource exploration company focused in the discovery and exploration of porphyry copper-gold deposits in South America. The Ocana Porphyry Project is the Company's primary exploration project and is currently the main focus of exploration activities. Recently, the Company entered into a Memorandum of Understanding to acquire 51% initially and up to 100% eventually by fulfilling the conditions set out in the press release dated 22 October, 2012 of the Maria Reyna Cu-Mo porphyry-skarn project in the Andahuaylas-Yauri Belt, Cusco Region. This belt hosts several significant deposits, including the Las Bambas porphyry-skarn cluster (1.7 billion tonnes of 0.60% Cu), Haquira (690 million tonnes at 0.59% Cu), and the neighbouring Constancia porphyry deposit (reserves of 450 million tonnes at 0.36% Cu). For more information, please visit our website at www.indicoresources.com; follow us on Twitter: @indicoresources and Facebook: Indico Resources Ltd.

The technical information provided in this news release was reviewed and approved by Robert. W. Baxter (FAusIMM), a director of the Company and a qualified person for the purposes of National Instrument 43-101.

On behalf of Indico Resources Ltd.,

Robert Baxter, President and Chief Executive Officer

Cautionary Statement Regarding Forward-Looking Statements

This press release contains "forward-looking statements" within the meaning of the United States Private Securities Litigation Reform Act of 1995 and "forward looking information" within the meaning of the British Columbia Securities Act and the Alberta Securities Act. Generally, the words "expect", "intend", "estimate", "will" and similar expressions identify forward-looking information. By their very nature, forward-looking statements are subject to known and unknown risks and uncertainties that may cause our actual results, performance or achievements, or that of our industry, to differ materially from those expressed or implied in any of our forward looking information. Statements in this press release regarding Indico's business or proposed business, which are not historical facts, are forward-looking information that involve risks and uncertainties, such as estimates and statements that describe Indico's future plans, objectives or goals, including words to the effect that Indico or management expects a stated condition or result to occur. Since forward-looking statements address events and conditions, by their very nature, they involve inherent risks and uncertainties. Actual results in each case could differ materially from those currently anticipated in such statements. Investors are cautioned not to place undue reliance on forward-looking statements, which speak only as of the date they are made. All of the Company's Canadian public disclosure filings may be accessed via www.sedar.com and readers are urged to review these materials, including the technical reports filed with respect to the Company's mineral properties. The foregoing commentary is based on the beliefs, expectations and opinions of management on the date the statements are made. The Company disclaims any intention or obligation to update or revise forward-looking information, whether as a result of new information, future events or otherwise.
Neither TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in the policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release.
 
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