Mr. Kieran Downes reports

TROYMET IDENTIFIES NEW COPPER AND GOLD SOIL ANOMALIES AT REDHILL

Troymet Exploration Corp. has provided additional positive results from a geochemical soil sampling program on the Redhill copper-gold-zinc-silver volcanogenic massive sulphide (VMS) project in British Columbia. Troymet completed a B-horizon soil sampling program over the Alpha and Alpha South zones in September, 2015. Results from the Alpha zone have been reported (news release dated Oct. 20, 2015). The Alpha South zone is centred on a prominent hill approximately 600 metres south of the Alpha zone. The two zones are similar geologically. The intervening valley contains till and alluvium and is not amenable to soil sampling.

The Alpha South zone sampling program overlapped a 1993 B-horizon soil sampling grid (approximately 19 per cent) and extended the area of sampling to the north. The purpose of the approximate 19-per-cent overlap of the two grids was to allow confirmation and verification of previous results. The two data sets are qualitatively comparable given the ages of the data sets, the different analytical procedures used and the variable amount of surface disturbance in the intervening period. The line spacing was 100 metres with sample stations at 50 m. Troymet's samples were collected from the nearest undisturbed soil closest to the sample station co-ordinate.

Copper-in-soil, zinc-in-soil and gold-in-soil show the distribution of anomalies of these metals. The plots use the same or similar ranges for the distribution of metal values as were used in the maps for copper-, zinc- and gold-in-soil on the Alpha zone (news release dated Oct. 20, 2015) so the two zones can be directly compared. There is a strong concentration of anomalous copper values in the northwest quadrant in an area of approximately 400 m by 250 m. Two smaller clusters of anomalies are also present -- one in the southeast and one in the south of the zone. Zinc largely mimics copper. A similar relationship between copper and zinc was previously noted on the Alpha zone.

In contrast, gold anomalies are distributed along the west side of the zone/hill and immediately southeast of the summit of the hill. Elevated to anomalous gold values along the west side of the zone are distributed over a distance of approximately 900 m, maximum width of approximately 250 m, with the strongest clustering occurring over 400 m. The anomaly partially overlaps the copper anomaly. The gold anomaly southeast of the summit is a coherent and well-developed anomaly on three lines with good lateral extent. The anomaly (approximately 250 m by 225 m) overlaps the southern copper anomaly.

The copper, zinc and gold anomalies at Alpha South lie approximately 1,200 m southwest of the Alpha zone anomalies. They appear to be separate and distinct trends related to separate structures or mineralized horizons. In aggregate, the anomalous gold and copper geochemical trends extend over approximately 3,500 m.

Troymet plans a mapping program to establish the geological and structural controls on the copper-, zinc- and gold-in-soil anomalies. No deep penetrating fixed-loop transient EM surveys have been conducted on the Alpha South zone so it is unknown at this time if there are EM conductors associated with the anomalies, as in the Alpha zone. Given the geological and structural similarities between the Alpha and Alpha South zones it seems likely the controls on mineralization will be the same. However, it is possible the gold anomalies are controlled by a currently, unrecognized mineralized structure(s).

Only two percussion holes have been drilled on the Alpha South zone, based on available records. Both holes, drilled in 1981, were shallow angle holes (less than 85 m) that tested a small geochemical anomaly near an old adit. Hole S81-5 intersected mineralization in the last 6.1 m that assayed 0.48 per cent zinc, including 0.92 per cent zinc over 1.52 m. The hole bottomed in mineralization.

Kieran Downes, president and chief executive officer of Troymet, comments: "The Alpha and Alpha South anomalous zones cover a large area that with high discovery potential that has seen very limited drilling. The gold anomalies in particular are impressive in their dimensions and may well be rooted in currently unrecognized mineralized structures."

Troymet's soil samples, including duplicates and blanks, were analyzed at ALS Global, Vancouver. Copper and zinc were analyzed by aqua regia extraction with an inductively coupled plasma -- atomic emission spectroscopy (ICP-AES) finish. Gold was analyzed by aqua regia extraction with an inductively coupled plasma -- mass spectrometry (ICP-MS) finish in order to have a one-part-per-billion (ppb) detection limit. The 1993 soil sampling program was managed by experienced professionals and appears to have been handled in an acceptable manner. The 1993 soil samples were analyzed at Acme Analytical, Vancouver, by aqua regia extraction with inductively coupled plasma -- atomic emission spectroscopy (ICP-AES) finish. Gold was determined by instrumental neutron activation analysis method (INAA) where the detection limit was one ppb versus the then detection limit of two ppm by ICP-AES.

Troymet is currently permitting a diamond drilling program on the Alpha, Alpha South and Beta zones. Troymet may undertake additional EM surveys on the Alpha zone, prior to drilling, to test for extensions to the prospective TEM conductors and to follow up soil geochemical anomalies.

Kieran Downes, PGeo, a qualified person as defined by National Instrument 43-101, has reviewed and verified the technical information provided in this release.

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