Angel Gold Geophysical Survey Identifies Anomalous 1200m X 200m System at Guayabales Prospect. Strong Chargeable Response Warrants Drill Testing

Vancouver, British Columbia – May 24, 2017 – Angel Gold Corp. (TSX-V: ANG – OTCQX: ANGCF) (“Angel” or the “Company”), is pleased to announce that the geophysical surveys at the Guayabales Prospect of the El Porvenir project in Antioquia, Colombia, has revealed a large zone of coincident magnetic, chargeability and resistivity anomalism that corresponds to a zone of sericite and silica alteration indicated from Angel’s geologic work. The coincidence of chargeability, resistivity and ground magnetics anomalies with geology and geochemistry is encouraging in the region where the company has identified breccia-hosted silver-gold mineralization in surface sampling.

Angel Gold Large Chargeability Anomaly Extends Out Into Sediments from Iguanacito Main Zone, Open in Three Directions. Stronger Specific Anomalies indicate Targets at Shallow Depths

Vancouver, British Columbia – May 15, 2017 – Angel Gold Corp. (TSX-V: ANG – OTCQX: ANGCF)(“Angel” or the “Company”), announces strong chargeability and resistivity responses were encountered within the sediment hanging wall to the Nus Fault in its recently completed Induced Polarization and Resistivity geophysical surveys. Anomalies in the Iguanacito Trend in the footwall intrusives were previously announced on May 1st, 2017.

Angel Gold’s El Porvenir Geophysical Surveys Refines Drill Targets at Iguanacito Prospect – Main Zone. Main Trend Contains Several Anomalies along 1600 Meter Length of Survey

Vancouver, British Columbia – May 01, 2017- Angel Gold Corp. (TSX-V: ANG – OTCQX:ANGCF) (“Angel” or the “Company”) is pleased to announce that Angel’s ground geophysical surveying at its Iguanacito Prospect within its El Porvenir Project in Antioquia, Colombia, has not only indicated significant extension to depth for the currently identified surface mineralization, but has also indicated other targets warranting of drill-testing, both along strike of the identified mineralization and within the adjacent sediment package