Lexington Gold announced assay results received in respect of the completed surface exploration and trenching sampling programme at its Argo Project (the "Argo Project" or "Argo"). The Company has received 440 multi-element assay samples returned from trench channel and rock sampling at the Argo Project. Channel samples were taken from 13 trench lines totaling 844m of combined trench length.

30 additional rock samples were taken in portions of trenches with prospective geology and were also taken during field mapping of the property. Analysis of multi-element assays and detailed trench mapping data have defined complex mineralised vein arrays. Trench assay results confirm that gold is present at surface at the Argo Project: Trench AT-04: 24m @ 1.10 g/t Au from 14m to 38m including: 2m @ 7.50 g/t Au from 14 m to 16m; o 2m @ 2.51 g/t Au from 26m to 28m; Trench AT-07: 8m @ 0.61 g/t Au from 16m to 24m including: 2m @ 1.24 g/t Au from 22m to 24m; Trench AT-13: 8m @ 0.34 g/t Au from 24m to 32m; Rock samples from trenches and outcrops show local high grade ore shoots: ARRK-016: 12.65 g/t Au from trench wall of AT-07; ARRK-017: 2.89 g/t Au from trenchwall of AT-07; AR RK-011: 2.70 g/t Au from trench walls of AT-06; ARRK-014: 1.21 g/t Au from historic waste dump; ARRK-024: 43.30 g/t Ag from surface outcrop.

Additional Trenching and Assay Information for the Argo Project The Company's trenching and surface sampling campaign at the Argo Project intersected gold mineralisation at surface and defined three vein systems. Prior to this trenching campaign at Argo, the Company had commissioned aerial geophysics to supplement the lack of pre-existing exploration information available for this property. Aerial geophysics, 27 reconnaissance rock samples, and historic workings identified from LiDAR images were used to generate the trench targets at Argo. Trenches were designed to bisect historic workings in order to better understand ore grade and the nature of the mineralisation at Argo.

Sampling occurred along continuous channels situated at the bottom of each trench. All channel sample material was collected in 2m intervals. Additional rock samples were taken in portions the portions of trenches with prospective geological, and were also taken during field mapped of the property.