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Resouro Strategic Metals Inc. Announces an Update to the Tiros Titanium and Rare Earth Elements Mineral Resource Estimate for the Central Project Block of the Company's Tiros Project in Brazil

Diamond drilling (HQ-size) by Resouro totalled 78 drill holes totaling 5,290 m with depths up to 110 metres. All holes were vertical and with depths below 110 m, therefore no trajectory measures were collected, and deviation of the holes is presumed to be negligible. Sampling and Sub-Sampling Techniques: Samples were taken from diamond, air core, and auger drill holes. All drilled material was sampled, with nothing being discarded. The sampling intervals were chosen based on geological description during logging of the drill core and pulverized cuttings. The samples were collected according to industry best practice procedures. Measures to ensure sample representativity, include setting up of a specific sampling procedure and having a dedicated-on-site full-time survey team. A QA/QC program was implemented across all drilling campaigns and in the resampling of air core holes. Best practices of drill core recovery and depth marker audits were adhered to during drilling and sampling. The diamond drilling recovery was verifying by matching the drill core lengths against the recoveries recorded in the core boxes. For auger and air core drilling, verification was undertaken by weighing chip bags using industry standard work procedures. Diamond drill core samples (HQ-size core), with an average length of 1.00 metre, were split in half using a spatula, and then in half again, with one quarter of the material sent for chemical analysis and the remaining three quarters stored in the secure core storage shed. The historical air core sample cuttings are from 1m long intervals, originally analysed with a portable XRF by Iluka-Vicenza Joint Venture, were re-analysed by Resouro sending 1.0 kg average weight samples to SGS laboratories in Belo Horizonte. Auger samples are all 1.0 metre long with all material being sent for analysis. The sampling and QA/QC were planned by the geologists and care was taken to avoid any contamination between neighbouring samples. Sample Analysis Method: All drilling and sampling data has been verified, validated and imported into a SQL Server cloud-based data management system, including data and meta-data on the collar, survey, lithology, alteration, density and assay samples. Information from all the drill holes in the resource area were used in the geological modelling and resource calculation, a total of 5,615 samples. The majority of the samples have been analysed in the SGS Geosol laboratories, using the laboratory method ICP95A for the major rock component elements and their oxides, and the laboratory method IMS95A for the rare earth elements ("REEs"): Ce, La, Nd, Pr, Sm, Eu, Gd, Tb, Dy, Er, Ho, Lu, Tm, Yb, and Y, as well as U and Th. For the purpose of evaluating their distribution and modelling, the REEs have been grouped by calculating and combining assay values for the heavy ("HREO") and light ("LREO") oxide factions and then summing these values to obtain a Total Rare Earth Oxide ("TREO"). The calculation of the HREO, the LREO and TREO is completed within the database and exported as three new columns ready for analysis and modelling. Below are the details of the formula used in calculating the HREO, LREO and TREO: HREO: ([Dyppm] 1.1477) + ([Erppm] 1.1435) + ([Euppm] 1.158) + ([Gdppm] 1.1526) + ([Hoppm] 1.1455) + ([Luppm] 1.1371) + ([Tbppm] 1.1761) + ([Tmppm] 1.1421) + ([Ybppm] 1.1386) + ([Yppm] 1.2699) - LREO: ([Ceppm] 1.1712) + ([Lappm] 1.1727) + ([Ndppm] 1.1664) + ([Prppm] 1.2081) + ([Smppm] 1.1596) - MREO: has been reported as a metal equivalent, using the calculation of: MREO: ([Prppm] 1.2081) + ([Ndppm] 1.1664) + ([Tbppm] 1.1761) + ([Dyppm] 1.1477) TREO: HREO + LREO. Estimation Methodology and Cut-off Grade Selection - The estimation of the mineral resource is broken down into the following stages: Validation of the information utilized in the resource and database compilation. Interpretation and 3D modelling of the lithology, oxidation and mineralization. Development of the estimation domains. Compositing of grade within the domains. Exploratory data analysis. Block model definition. Interpolation of grade within the defined domains. Review and model the variability in the rock density. Evaluation of confidence in the estimation. Model validation. Definition of reasonable economic extraction. Validation of the data and database compilation was completed using GeobankTM data management software. The interpretation and 3D geological modelling were completed using Leapfrog GeoTM software, statistical studies were performed using MicromineTM tools, and the block model, subsequent estimation and validation was carried out using the MicromineTM 2020 software. The geometry and stratigraphic location of the mineralised unit makes it suitable for extraction via open pit mining methods. A cut-off grade of 1,000 ppm TREO was selected based on other studies for similar deposits. A statistical review of the block model identified a marked drop or limit of mineralisation at 1,000 ppm that was then used as the basis of the block model statistics. Criteria Used for Classification: Classification of the mineral resources is based on the ranges observed in the search ellipsoids and the number of drill hole composites that went into estimating the blocks. Blocks were assigned a classification based on the statistical parameters, upon which the edges of the classification boundaries were smoothed to produce the final model. Mining, Metallurgy, and Other Material Modifying Factors: For a mineral deposit to be considered a mineral resource, it must show that there are "Reasonable Prospects for Eventual Economic Extraction" (RPEEE). This implies that mineral resources are reported at an appropriate cut-off grade that takes into account the potential costs of extraction scenarios and processing recoveries. The geometry and stratigraphic location of the mineralised unit makes this project suitable for extraction via open pit mining methods. However, as results for metallurgical test-work on the potential recoveries have not yet been concluded it has not been possible to define a break-even cut-off for an optimised pit. To define the portion of the resource that shows reasonable prospects for eventual economic extraction a cut-off grade of 1,000ppm TREO was selected based on other studies for similar deposits. In addition, statistical analysis of this deposit has identified that approximately 1,000ppm identifies a marked drop or limit of mineralisation. NEXT STEPS: Following the release of this updated MRE, the Company is on track to announce outcomes of metallurgical test works and commencement of a scoping study during this quarter.

Porcentaje del salario del CEO	87.92%
Permanencia del CEO	4yrs
Participación del CEO	17.0%
Permanencia media de la dirección	3.5yrs
Promedio de permanencia en la Junta Directiva	2.8yrs

Fecha	Compensación total	Salario	Ingresos de la empresa
Dec 31 2025	n/a	n/a	-CA$4m
Sep 30 2025	n/a	n/a	-CA$4m
Jun 30 2025	n/a	n/a	-CA$5m
Mar 31 2025	CA$389k	CA$342k	-CA$6m
Dec 31 2024	n/a	n/a	-CA$6m
Sep 30 2024	n/a	n/a	-CA$6m
Jun 30 2024	n/a	n/a	-CA$5m
Mar 31 2024	CA$2m	CA$162k	-CA$4m
Dec 31 2023	n/a	n/a	-CA$4m
Sep 30 2023	n/a	n/a	-CA$3m
Jun 30 2023	n/a	n/a	-CA$3m
Mar 31 2023	CA$95k	CA$95k	-CA$4m

Nombre	Posición	Permanencia	Compensación	Propiedad
Christopher John Eager	Founder	4yrs	CA$389.32k	17.03% $ 4.2m
Sandra Evans	CFO & Corporate Secretary	3.5yrs	CA$137.70k	0% $ 0
Philippe Martins	Chief Legal Counsel & Executive Director	no data	CA$162.28k	0.47% $ 115.3k
Logan Francis	Chief Operations Officer	2.5yrs	CA$326.24k	sin datos

Nombre	Posición	Permanencia	Compensación	Propiedad
Philippe Martins	Chief Legal Counsel & Executive Director	3.3yrs	CA$162.28k	0.47% $ 115.3k
Simon Stilwell	Independent Non-Executive Chairman	less than a year	sin datos	0.70% $ 171.0k
Anne Landry	Independent Non-Executive Director	2.8yrs	CA$162.28k	0.31% $ 75.2k

Datos	Última actualización (huso horario UTC)
Análisis de la empresa	2026/05/23 08:25
Precio de las acciones al final del día	2026/05/21 00:00
Beneficios	2025/12/31
Ingresos anuales	2025/03/31

Resouro Strategic Metals Dirección

Dirección controles de criterios 3/4

Información clave

Actualizaciones recientes de la dirección

Resouro Strategic Metals Inc., Annual General Meeting, Mar 26, 2026

Resouro Strategic Metals Inc. Announces Resignation of Justin Clyne as Director

Resouro Strategic Metals Inc., Annual General Meeting, Jul 16, 2025

Resouro Strategic Metals Inc. Announces Chief Executive Officer Changes

Recent updates

Resouro Strategic Metals Inc., Annual General Meeting, Mar 26, 2026

Resouro Strategic Metals Inc. Announces Resignation of Justin Clyne as Director

Resouro Strategic Metals Inc. announced that it has received CAD 3 million in funding

Resouro Strategic Metals Inc. has filed a Follow-on Equity Offering.

Resouro Strategic Metals Inc. announced that it expects to receive CAD 2 million in funding

Resouro Strategic Metals Inc., Annual General Meeting, Jul 16, 2025

Resouro Strategic Metals Inc. Announces an Update to the Tiros Titanium and Rare Earth Elements Mineral Resource Estimate for the Central Project Block of the Company's Tiros Project in Brazil

Resouro Strategic Metals Inc. Announces Chief Executive Officer Changes

Resouro Strategic Metals Inc. has completed a Follow-on Equity Offering in the amount of AUD 8 million.

Resouro Strategic Metals Inc. has filed a Follow-on Equity Offering in the amount of AUD 8 million.

Resouro Strategic Metals Inc. announced that it has received CAD 1.5 million in funding

Resouro Strategic Metals Inc. announced that it expects to receive CAD 1.5 million in funding

Resouro Strategic Metals Inc. Provides an Update on Activities at the Tiros Rare Earths and Titanium Project in Brazil

Análisis de compensación del CEO

CEO

Equipo directivo

Miembros de la Junta

Análisis de la empresa y estado de los datos financieros

Fuentes de datos

Modelo de análisis y copo de nieve

Métricas industriales y sectoriales

Fuentes analistas

Paquete	Datos	Marco temporal	Ejemplo Fuente EE.UU. ^*
Finanzas de la empresa	10 años	Cuenta de resultados Estado de tesorería Balance	Formulario SEC 10-K Formulario SEC 10-Q
Estimaciones del consenso de analistas	+3 años	Previsiones financieras Objetivos de precios de los analistas	Informes de análisis Blue Matrix
Precios de mercado	30 años	Precios de las acciones Dividendos, escisiones y acciones	Datos de mercado ICE Formulario S-1 de la SEC
Propiedad	10 años	Accionistas principales Información privilegiada	Formulario SEC 4 Formulario SEC 13D
Gestión	10 años	Equipo directivo Consejo de Administración	Formulario SEC 10-K Formulario SEC DEF 14A
Principales avances	10 años	Anuncios de empresas	Formulario SEC 8-K