Lexington Gold announced assay results from the recent gold exploration drill programme at its Jennings-Pioneer Project, located in South Carolina, USA. Assay results from 495m of drill core from three drill holes confirm the along strike and down plunge continuation of the Barite Hill Trend gold mineralisation onto the Jennings-Pioneer Project. All three target zones of the Barite Hill Trend were successfully intersected, namely the Middle Ore Zone, the Foot Wall Ore Zone and the Red Hill Ore Zone.

Massive sulphides, semi-massive sulphides and associated quartz barite veins were found in all three holes. Significant intercepts from drill core gold (Au) and Tellurium (Te) assays include: Hole JP24-2: 23m at 1.14 g/t Au from 127m to 150m including: SS 10m at 2.11 g/t Au from 127 m to 137m SS 2m at 5.66 g/t Au from 133m to 135m o Hole JP24-3: 39m at 0.80 g/t Au and 60.49 ppm (60.49 g/t) Te from 14m to 53m including: SS 11m at 1.03 g/t Au and 79.54 ppm (79.54 g/t) Te from 42m to 53m. Potential by-product intercepts from drill core Ag, Cu, and Zn assays include: Hole JP 24-1: 10m at 1.33% Zn, 22.17 g/t Ag and 0.11 g/t Au; Hole JP24-2: 6m at 0.52% Cu, 13.16 g/t Ag and 0.,35 g/t Au.

Multi-element assays, geologic logs and core photos from the drill programme have been used to update and expand the Company's explicit geologic model for the Barite Hill Trend. Au assays have been used to update the Company's implicit grade shell target model for the Barite Hill trend. Additional Information Assays from the 495 metres of diamond core recently drilled at Jennings-Pioneer indicate that the Barite Hill Trend gold Mineralisation continues along strike to the northeast of the historic Barite Hill Main open pit gold-silver mine.

Three ore lenses comprise the Barite Hill Trend: the Red Hill Zone, the Middle Zone and the Foot Wall Zone. Due to site constraints of an adjacent creek, this hole was drilled obliquely to the mineralised zone. This intercept had the highest tellurium value for the drill programme (11m at 79.54 g/t Te).

The near surface location and lack of known dikes near this ore zone make this prospective target for future follow-up work.