Integra Resources Corp. (NYSE American: ITRG) announced drill results from its growth and expansion program at the Florida Canyon Mine in Nevada, identifying new gold mineralization targets within and adjacent to the existing mine footprint.

The company reported key intercepts from two areas. In the Central/Radio Tower Saddle, an inter-pit zone between active and historical open pits, drilling returned 1.30 grams per tonne (g/t) gold over 62.5 meters and 0.59 g/t gold over 167.6 meters, among other results. At the newly identified Madre Shear North Target, drilling returned 0.48 g/t gold over 54.9 meters.

The Madre Shear North Target represents the northern extension of a geologic structure previously mined by prior operators at its southern end. The northern portion had remained largely unexplored due to its location beneath the North Dump. Integra completed approximately 2,000 meters of reverse circulation drilling in the first phase at this target and plans an additional 2,000 meters to further evaluate it.

North Dump drilling results, which were incorporated into the company's updated mine plan filed in July 2026, returned intercepts including 0.40 g/t gold over 36.6 meters and 0.39 g/t gold over 45.7 meters.

To date in 2026, Integra has completed 30,140 meters of reverse circulation drilling at Florida Canyon. The company also plans 7,000 meters of drilling at the Standard Mine area, located 8 kilometers south of Florida Canyon.

President and CEO George Salamis stated: "The drill results reported today include some of the best gold intercepts drilled since Integra acquired Florida Canyon," adding that the results occur within or immediately adjacent to existing mine operations and infrastructure.

The announcements follow an updated technical report filed in July 2026, which outlined a 74% increase in mineral reserves at Florida Canyon. The scientific and technical content of the release was reviewed by Michael J. Murenbeeld, Integra's manager of geology and exploration, acting as a qualified person under NI 43-101.