Condor Gold Plc announced that the first 40 drill holes for a combined 2,170 m of diamond drill core have been completed on the La India Starter Pit infill drilling programme (see RNS announcements dated the 7 December 2020, 19 January and 9 March 2021). The primary objective of the drilling programme is to provide 25 m spaced drill sampling within the two, high-grade Starter Pits (up to 35 m deep) within the main La India Open Pit Mineral Reserve. As already announced, drilling on the Northern Starter Pit has been completed with 25 drill holes for 1,273 m, four of which have twinned existing RC drill holes. Drilling is nearing completion on the Southern Starter Pit with 15 holes for 897 m completed, also including four RC-twin holes. Drill results have now been received for a total of six drill holes which are all located at the northern end of the Northern Starter Pit, two of which (LIDC404 and LIDC405) have been previously reported. The drilling results received to date support, and add considerable confidence to, the geological model used in the mineral resource and reserve estimation and mine plan, and include two significant intercepts. LIDC406 intersected 17.90 m (17.4 m true width) at 3.27 g/t gold from 24.55 m drill depth, including 2.1 m @ 15.1 g/t gold from 36.0 m drilled depth. LIDC412 intersected 7.65 m (7.5 m true width) @ 3.55 g/t from 19.0 m drill depth. 40 drill holes for a combined 2,170 m of infill and RC replacement drilling completed within La India Starter Pits. Results have now been received for the first six drill holes which were all located at the northern end of the Northern Starter Pit. The results of the first two holes. The latest results include two drill holes that sampled the entire main mineralised structure. Both of these drill holes returned significant gold intercepts, confirming continuity of gold mineralisation in the La India structure and supporting the geological model used in the mineral resource and reserve estimation: Drill hole LIDC406. tested a zone where the main mineralized structure bifurcates into two close spaced vein stacks, both of which are strongly brecciated along the structure. Shallow level artisanal mining activity was intersected, but it has only stoped a 0.8 m width of the upper structure. Both mineralized structures have returned significant intercepts of 17.90 m (17.4 m true width) at 3.27 g/t gold from 24.55 m drill depth, including both 4.45 m (4.3 m true width) at 4.20 g/t gold from 24.55 m drill depth, and 9.35 m (9.1 m true width) at 4.20 g/t gold from 33.90 m drill depth, including 2.1 m @ 15.13 g/t. Drill hole LIDC412 which was drilled approximately 50 m along strike to the southwest of LIDC406 where the mineralization merges to form one single main mineralized structure. This hole also returned a significant drill intercept of 7.65 m (7.5 m true width) at 3.55 g/t gold from 19.00 m drill depth which is consistant with the geological model. The remaining two drill holes (LIDC407 and LIDC408) were both collared (started) within the surface expression of the main mineralised zone drilling. The Main Zone mineralisation has been interpreted as being eroded where LIDC407 was started, but an intercept of 4.40 m (4.3 m true width) at 3.20 g/t gold shows that there is gold mineralization in the footwall at grades that warrant further investigation. The drilling programme is constantly being assessed and adapted based on geological observations from core logging. Quartz veins and breccias have been identified within the footwall host rock, in some cases, 10 to 20 m below the Main Vein in both the Northern and Southern Starter Pits. Consequently, selected neighbouring infill drill holes are being extended beyond the originally planned depth to target the footwall quartz vein and brecias. The goal is to rapidly upgrade and potentially extend, (on the footwall targets) existing inferred mineral resources to the indicated mineral resource category, and their potential inclusion in the mine schedule. To-date approximately 2,120 m of diamond core drilling has been completed. It is anticipated that another 265 m of drilling will be required to complete the 25 m-spaced infill and RC-drill replacement drilling within and immediately adjacent to the two Starter Pits. Following completion of the drilling in the Southern Starter Pit, the next stage in the infill drilling programme is to twin drill an additional 14 RC drill holes (1,142 m of drilling) that are located within the La india mineral resource pit shell.