Saga nears first Radar resource: grade, scale and offtake lens for mine planners
Reviewed by Joe Ashwell
First reported on MINING.com
30 Second Briefing
Saga Metals’ Radar project in Labrador has returned broad titanium-vanadium-iron intercepts at the Trapper target, with hole R-0055 cutting 97.6 metres from 320 metres depth grading 43.54% Fe2O3, 6.62% TiO2 and 0.277% V2O5, including 66 metres at 47.65% Fe2O3, 7.36% TiO2 and 0.317% V2O5. Additional holes R-0056 and R-0057 delivered 87.3 metres at 33.39% Fe2O3, 4.65% TiO2, 0.207% V2O5 and 101.7 metres at 38.65% Fe2O3, 5.60% TiO2, 0.249% V2O5 respectively, confirming continuity of oxide mineralisation. With more than 18,600 metres drilled across 50 holes, Saga expects to complete its maiden resource drilling in weeks, positioning Radar as a rare Canadian titanium-vanadium asset alongside Rio Tinto’s Lac Tio.
Technical Brief
- Radar project lies ~10 km south of Cartwright and ~390 km east of Happy Valley-Goose Bay.
- Drilling to date totals >18,600 m across 50 holes on the Radar property.
- Trapper is one of three defined targets at Radar, alongside Hawkeye and Falcon.
- Initial resource drilling campaign is expected to be completed within “coming weeks”, per Saga’s CGO.
- Saga Metals is listed on TSXV (SAGA) and US‑OTC (SAGMF), with ~C$41.2m market cap.
- Share price on the news was C$0.41, within a 12‑month trading range of C$0.22–0.98.
Our Take
Saga Metals’ move to secure the Garneau titanium property from Rio Tinto in eastern Quebec, alongside Radar in Labrador, suggests it is deliberately building a multi-asset titanium–vanadium–iron platform in Canada rather than a single-project story.
The off-take–linked US$80 million development prepayment facility tied to the Radar titanium–vanadium–iron project is unusually large for a company with a C$41.2 million market capitalisation, signalling that downstream buyers may be assigning more strategic value to secure titanium and vanadium units than equity markets currently do.
Across several titanium and vanadium pieces in our database, Radar’s iron–titanium–vanadium grades at Trapper compare well with other early-stage North American projects, which could matter if Western aerospace demand of 1.6 million tonnes of titanium by 2044 materialises and favours higher-grade, politically low-risk jurisdictions like Labrador and Quebec.
Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.
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