# 16.06.2026 Troilus Drills 1.15 g/t AuEq Over 37 M, Including 3.84 g/t AuEq Over 5 M, at Connector Zone, Extending High-Grade Mineralization Within Current Mine Plan Area

Source Brief: https://evesgoldminers.com/research/source-briefs/troilus-mining-corp-16-06-2026-troilus-drills-1-15-g-t-aueq-over-37-m-including-3-5c355ead
Original source: https://troilusmining.com/news-and-media/news-releases/troilus-drills-115-gt-aueq-over-37-m-including-384-gt-aueq-over-5-m-at-connector-zone-extending-high-grade-mineralization-within-current-mine-plan-area
EGM generated: 2026-09-27
Company: Troilus Mining Corp. (TLG)

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## Extracted Document Text

# 16.06.2026 Troilus Drills 1.15 g/t AuEq Over 37 M, Including 3.84 g/t AuEq Over 5 M, at Connector Zone, Extending High-Grade Mineralization Within Current Mine Plan Area

Source: https://troilusmining.com/news-and-media/news-releases/troilus-drills-115-gt-aueq-over-37-m-including-384-gt-aueq-over-5-m-at-connector-zone-extending-high-grade-mineralization-within-current-mine-plan-area
Fetched: 2026-09-12T07:11:34.562+00:00
Source artifact: 5c355ead-e4ca-411b-be62-e7888d7edf0c
Normalizer input: text

## Content

*1.15 G/T AUEQ (0.91 G/T AU, 3.23 G/T AG, 0.13 % CU), INCLUDING 3.84 G/T AUEQ (3.21 G/T AU, 9.76 G/T AG, 0.34 % CU) OVER 5 M
June 16, 2026, Montreal, Quebec – Troilus Mining Corp. (“Troilus” or the “Company”, TSX: TLG; OTCQX: CHXMF; FSE: CM5) is pleased to announce results from the Connector Zone (“Connector”) as part of its ongoing 2026 Exploration Program ( see March 31, 2026 press release ) at its Troilus Project located in north-central Quebec, Canada.
The now completed Connector drill program was designed to support mine plan optimization by targeting inferred mineralization within the reserve pit areas and testing up-plunge extensions of previously identified high-grade trends between the formerly mined Z87 and J open pits. The latest results continue to demonstrate the presence of higher-grade mineralization within the Connector area and support the Company’s objective of evaluating opportunities to improve future mine planning, including potential resource conversion, pit sequencing, strip ratio optimization and early-year mill feed.