Frontier Resources Limited announced that a fieldcrew has been remobilised to the Kimono gold prospect to focus on a followup trench sampling program in the KimonoTassy vein areas to define drilling targets. Regional mapping and sampling are also planned along the northern section of Kimono which consist of a group parallel veins interpreted to be around 2040m wide occurring along the eastern boundary of the Tolukuma Mining Lease ML104. Kimono is defined by mineralised zones extending for about 4.0km encompassing the Kimono Central, Kimono North, 120 vein, Dudu vein and Tassy vein. The best sampling results by Frontier were from Kimono Central and included rock chip values of 101 g/t Au and 13.2 g/t Au and rock float values of 80.9 g/t Au and 52.7 g/t Au, indicating this is a highgrade segment of the Kimono Vein. Hand trenching carried out by Frontier in October/November 2020 returned results including: Kimono Vein: KC01: 10.0m @ 1.99 g/t Au, including 2m @ 3.46 g/t Au; KC06: 3.0m @ 4.46 g/t Au; KC08: 2.1m @ 24.68 g/t Au, including 1.1m at 42.70 g/t Au; and KC09: 5.0m @ 1.14 g/t Au. Tassy Vein: KT06: 4.0m @ 4.78 g/t Au, including 1.0m at 15.50 g/t Au; KT11: 1.0m @ 0.66 g/t Au; and KT12: 1.0m @ 2.59 g/t Au. Best rock chip results at Tassy include 2.13 g/t Au and 1.15 g/t Au. During the current fieldwork program, Frontier will also undertake a geological mapping and rock sampling program along the northern section of the Kimono vein (Figure 2) to relocate mineralised zones for additional trench sampling. Historical rock sampling between years 19992000 by Tolukuma Gold Mines along this section of the Kimono vein include: 5.90 g/t Au in Outcrop #1; 6.68 g/t Au in Outcrop #2; 4.58 g/t Au in Outcrop #3; and 12.90 g/t Au in Outcrop #4. The Kimono vein structure has gold mineralisation associated with quartz veining, silicification and crackle breccia controlled by steeply dipping NWNNW trending structures. In Lower Holsiga Creek, a 1.15 g/t Au sample of a 10m wide breccia zone contains clasts of quartz vein and altered rock fragments in a sulphiderich matrix.