Rare Earths Americas (REA) reported drilling results expanding Homer-A’s known mineralized footprint by more than 60% at its Brazilian exploration project. The footprint reached approximately 3.5 km², versus 2.15 km² in September 2026, while its longest dimension increased to approximately 4.3 km from 2.1 km. All eight new holes intersected rare earth mineralization; 19 of 20 assayed holes within the primary anomaly exceeded the reported cut-off.
South-eastern holes returned heavy rare earth oxides exceeding half of total rare earth oxides plus scandium across their main intervals. Individual samples reached 8.7% dysprosium and terbium oxides. Assays are pending for more than 100 additional holes. Approximately 11,800 meters of the planned 15,000-meter program had been drilled by October 30, 2026. The company expects completion by year-end and targets its first mineral resource estimate in 2027.
Rare Earths Americas (REA) reported approximately 40% laboratory leach recovery of rare earths excluding cerium at its Alpha project in Brazil. SGS testing exceeded the prior technical report’s 27% assumption, a 48% relative improvement, but used different test conditions. Recovery measures the leaching stage, not final saleable product recovery, and comes from one composite sample.
Alpha’s Initial Assessment is over 80% complete, with release targeted for Q1 2027. Ammonium sulfate was selected as the preferred leach reagent; further optimization, variability testing and downstream evaluation are planned. Alpha hosts an inferred resource of 202 million tonnes grading 1,520 parts per million total rare earth oxides. The assessment is expected to evaluate potential production, costs and economics, not constitute a construction decision. No construction or first-production date has been established.
Rare Earths Americas (REA) has commenced an Initial Assessment at its Constellation rare earths project in Brazil, targeting completion in mid-2027.
The study will expand existing technical work to include an initial mine plan and preliminary economics, alongside production potential, metallurgy, infrastructure and permitting reviews. Constellation hosts an inferred resource of 266.2 million tonnes at 2,637 parts per million total rare earth oxides, using a 1,000 ppm cut-off. Neodymium-praseodymium and dysprosium-terbium represent approximately 21% and 1% of those oxides, respectively. Its economic potential remains subject to the assessment and future studies.
REA also anticipates completing Alpha's assessment in early 2027 and is conducting drilling to upgrade its resource classification. Homer-A remains at the exploration stage, with metallurgical testing underway and an initial resource estimate targeted for 2027.
Rare Earths Americas (REA) reported initial 2026 drill results from the Homer-A rare earth project in Goiás, Brazil, with assays from about 1,250 meters, or 8% of a fully funded 15,000-meter program, confirming widespread, near-surface clay- and saprolite-hosted rare earth mineralization across an approximately 2.15 km² footprint.
Mineralized intervals average nearly 20 meters thick and include multiple zones above 2,000 ppm total rare earth oxides (TREO) over more than 10 meters. Higher-grade intervals above 4,000 ppm TREO show more than 70% combined neodymium-praseodymium and heavy rare earth oxides, with dysprosium-terbium exceeding 4.5% in some cases. Standout holes include RC-TGA-0010 (22 m at 2,298 ppm TREO+Sc from 5 m) and RC-TGA-0004 (13 m at 2,392 ppm TREO+Sc), alongside polymetallic intercepts with up to 1,452 ppm Nb₂O₅ and scandium grades up to 644 ppm Sc₂O₃. Drilling has been doubled to four rigs, with more than 6,500 meters completed and an initial mineral resource estimate targeted for 2027.
Rare Earths Americas (REA) is advancing geological and permitting work at the Alpha Heavy Rare Earths Project in Bahia, Brazil, which currently hosts an inferred 202 million tonnes at 1,520 ppm TREO in ionic adsorption clays.
Updated modeling suggests the resource was limited by historical auger drilling that averaged 16.5 meters, while mineralization and heavy rare earth enrichment, including Dy and Tb, remain open at depth. A 13,400-meter reverse circulation drilling program is testing potential resource expansion and upgrading to Indicated and Measured categories. Environmental baseline studies have started to support an Environmental Impact Assessment and a targeted Preliminary License application by year-end 2027.
Rare Earths Americas (TSX-V:REA) is formalizing the Foothills Rare Earths District in Georgia, uniting its Shiloh flagship, the adjacent Liberty Peak property and three large target areas. The district covers about 408,000 acres, roughly 18.5x the original 22,000-acre Shiloh target footprint.
Liberty Peak drilling has intercepted monazite-bearing sands similar to Shiloh more than 50 km away, with initial highlights including intervals above 0.2–0.3% TREO. Recent Shiloh holes returned up to 0.95% TREO over short widths. REA’s active land position under agreements reached 4,254 acres at 2Q26, up 53% quarter-over-quarter, with a further 11,500+ acres under short-term access and exploration agreements.
For 2026, the company plans over 8,000 m of drilling at Liberty Peak in addition to a 20,000 m program at Shiloh, plus airborne surveys and surface work over Targets 1–3. According to Rare Earths Americas, approximately $15 million will be invested in 2026 to advance the district and move toward a maiden resource at Shiloh.
Rare Earths Americas (REA) reported exploration results from its 100%-owned Homer-A rare earth-niobium target in Goiás, Brazil. Multiple datasets outline a >35km² ring-shaped alkaline-carbonatite magnetic anomaly over 6.5km, with shallow drilling intersecting rare earth and niobium mineralization that commonly increases with depth and remains open.
Auger holes returned intervals above 2,000ppm TREO and 400ppm Nb₂O₅, while RC drilling indicates over 120m of continuous weathering. A 15,000m RC and diamond drill program, budgeted at about US$5 million, began June 17, 2026. Homer remains an early-stage project with no SK 1300-compliant resources.
Rare Earths Americas (REA) reported Q1 2026 drilling and surface sampling results from the Shiloh rare earths project in Georgia.
Thirteen rock chip samples at Newbill and Pipeline graded 17%–44.5% TREO, and multiple drill holes at Lazer Creek, Pig Trail, Newbill and Pipeline intersected monazite-bearing rare earth mineralization.
The project remains at an early exploration stage with no mineral resource estimate; over 20,000m of drilling is planned in 2026 to assess continuity, scale, and potential for future resource delineation.
Rare Earths Americas (REA) awarded the Alpha Initial Assessment (IA) contract under S-K 1300 to Hatch, a global engineering consultancy with rare earth and Brazilian IAC experience. The IA covers mine planning, metallurgy, infrastructure, permitting overview, and project economics.
The first phase should finish in 6–8 weeks, with the full IA targeted for early 2027. REA also plans 13,400 meters of in-fill drilling at Alpha in 2026 to upgrade resources and accelerate work toward a potential Pre-Feasibility Study.
Rare Earths Americas (NYSE: REA) closed an upsized initial public offering of 3,333,331 shares, raising approximately $63.3 million in gross proceeds on May 6, 2026. Shares began trading on the NYSE American under the ticker REA.
Net proceeds will fund land acquisition, drilling, metallurgical test work, permitting and SK-1300 technical report summary preparation at Shiloh; exploration and studies at Alpha and Constellation; evaluation of non-material projects; and general corporate purposes. Cantor and Stifel led the offering.