Oculus Rare Earth Project (Labrador)
The Oculus Rare Earth Project is located in Central Labrador within a highly prospective critical rare earth element district.
The Oculus Rare Earth Project is located in Central Labrador within a highly prospective critical rare earth element district.
The project spans approximately 2,550 hectares, positioned ~110 km northeast of Churchill Falls and ~20 km east of the Orma Lake hydro access road, which connects to the Trans-Labrador Highway.
With strong geological indicators, historical sampling, and no prior drilling, Oculus represents a compelling early-stage rare earth discovery opportunity in Canada.
Oculus Project Highlights
Located in Proven Labrador Critical Minerals District
The Oculus Project is located in Central Labrador in an area associated with the Letitia Lake Group and Red Wine Intrusive Suite, the same broader geological setting that hosts Red Wine district prospects including Two Tom Lake, Mann #1 and Merlot.
Historical High-Grade Rare Earth Samples
Historical surface rock sampling on the Oculus Project returned Total Rare Earth Oxides (“TREO”) values up to 5.67% TREO and 4.55% TREO, with 9 samples exceeding 1.0% TREO* (Eaton, S. and Morgan, J.A. 2008).
Eaton, S. and Morgan, J.A. (2008). First and Second Year Assessment Report, Partridge River and Stormy Lake Properties, Central Labrador, NTS 13K/2, 3, 13L/2, Prospecting, Lake Sediment, Geological Mapping and Technical Reports. Prepared for Crosshair Exploration & Mining Corp., Belmont Resources Inc. and International Montoro Resources Inc. Geological Survey No. LAB/1520.
Favourable Heavy Rare Earth Oxide Signature
Historical surface rock samples greater than 1.0% TREO show a favourable Heavy Rare Earth Oxides (“HREO”), with HREO distribution ranging from 3% to 41% and averaging 11%.
Strong Thorium Vectoring Defines Clear Initial Targets
Elevated thorium radiometric anomalies, an important pathfinder for rare earth mineralization in Labrador, coincide with historical high-grade TREO samples, providing clear first-pass exploration targets across underexplored portions of the Oculus Project.
Large Upside with No Historical Drilling
Despite compelling geological and geophysical indicators, the Oculus Project has seen no historical drilling, leaving all the targets untested.
Historical Uranium-Focused Exploration
Previous uranium-focused exploration identified elevated thorium on the Oculus Project, but did not systematically assay for rare earth elements, leaving the Rare Earth Element (“REE”) potential largely untested.
Right Place, Wrong Commodity
In 2006, Belmont Resources Inc., a Uranium focused exploration company conducted an airborne magnetic survey over a portion of the Oclus Project.
During the exploration program, Belmont noted high levels of thorium but did not assay for Rare Earth Metals.
Thorium is used as main vector for REE’s discoveries in Labrador.
Rare Earth Elements
The highlighted samples of >1.0% TREO show favorable Heavy (more valuable) to Light (Less valuable) ratio with some very high results.
Specifically encouraging is Rare Earth Metals observation:
“Samples taken from along the Partridge River have a HERO distribution that ranges from 3% to 41% and an average of 14%”, nothing the higher HERO content on the Oculus Project.
Samples also had good values of Praseodymium, Neodymium and Dysprosium and other Magnet Rare Earths.
Samples are also low in deleterious elements such as uranium.
.webp)
Limited Follow Up Work in 2010/11
In 2010, 13 samples were collected on the Oculus project as part of a regional exploration program conducted by Rare Earth Metals*.
“Samples taken from along the Partridge River have a HERO distribution that ranges from 3% to 41% and an average of 14%”, these HERO values are significantly above the program average and is extremely positive.
In 2011, Rare Earth Metals conducted another regional exploration program which included a grab sample of 5.67% TREO on target #2.
No follow up work has been conducted on the project.
*Penney, G. and Nielsen, P. (2011). Assessment Report on Prospecting Activities on Mineral Licenses of the Red Wine Project, Letitia–Shallow Lake–Bessie Lake Areas, Labrador. Prepared for Rare Earth Metals Inc. Work Year 2009–2010. Geological Survey No. 013L/0144.
Geological Setting
The project lies within Labrador’s Central Mineral Belt, near the northern margin of the Grenville Structural Province — a region known for hosting rare earth and rare metal systems.
Mineralization at Oculus is associated with:
Peralkaline volcanic and porphyritic rocks of the Letitia Lake Group
Alkaline to peralkaline intrusions of the Red Wine Intrusive Suite
At Partridge River, mineralization is spatially linked to the contact between silica-undersaturated gneisses of the North Red Wine Alkaline Plutonic Suite and peralkaline intrusive rocks — a geological setting considered highly prospective for rare earth element enrichment.
Historical radiometric surveys identified thorium-bearing zones, while later sampling confirmed these zones also carry elevated Total Rare Earth Oxides (TREO) with a meaningful heavy rare earth component.
.webp)
.png)
Investment Thesis
Oculus combines several key attributes of a high-impact rare earth exploration asset:
District-scale land position in a proven geological setting
Surface mineralization
Favourable heavy rare earth distribution
Strong radiometric targeting tools
No historical drilling
This positions the project as a compelling, early-stage discovery opportunity aligned with growing demand for secure, non-Chinese sources of magnet-critical rare earth elements.
Phase 1
➀ Data compilation from all previous exploration and regional work conducted on the property.
➁ Field work: grab samples, regional mapping, channel sampling.
➂ Target #1: Southern edge with no airborne survey data and high TREO samples.
➃ Target #1: High Thorium Counts with high HERO content, which remain untested.
➄ Target #2: Samples across target.
➅ Petrography in order to understand the mineralogy and bench testing to understand processing.
Phase 2
➀ Airborne survey to fill in gaps of existing data and to confirm extent of target #1 (potentially connected to target #2)
This website contains forward-looking statements within the meaning of applicable securities laws. Forward-looking statements may include, but are not limited to, statements regarding the Company’s exploration plans, development objectives, future operations, market opportunities, and potential project outcomes. These statements are based on management’s current expectations, estimates, assumptions, and beliefs as of the date such statements are made. Forward-looking statements are subject to a variety of known and unknown risks, uncertainties, and other factors that could cause actual results, performance, or achievements to differ materially from those expressed or implied herein. Such factors include, without limitation, exploration and development risks, commodity price fluctuations, financing requirements, regulatory approvals, market conditions, and general economic, geopolitical, and industry-related risks. Readers are cautioned not to place undue reliance on forward-looking statements, as actual results may differ materially from those expressed or implied. Additional information regarding risks and uncertainties affecting the Company and technical information on Burnt Pond and Oculus Rare Earth are available in the Company’s public disclosure documents filed on SEDAR+ at www.sedarplus.ca. The Company undertakes no obligation to update or revise any forward-looking statements, except as required by applicable securities laws.
.svg)
.svg)