Annonce • 23h
Traction Uranium Corp Announces Field Reconnaissance Program At Aurora Uranium Project Traction Uranium Corp. announced that it is planning a helicopter-supported field reconnaissance program at the Aurora Uranium Project, located in Saskatchewan’s Athabasca Basin region. Traction holds an option to acquire an 80% interest in Aurora from Cosa Resources Corp., the underlying owner and operator of the Project, subject to satisfying certain earn-in requirements. The Project covers approximately 17 kilometres of prospective strike along the southeastern margin of the Athabasca Basin. The planned field reconnaissance is expected to include a helicopter-supported review of the Project area, including visual inspection of priority target areas, assessment of access and logistical considerations, review of potential staging and landing areas, and evaluation of local terrain conditions that may influence future exploration work. The reconnaissance program is intended to support the upcoming airborne radiometric and magnetic survey previously announced by Traction, including the review of access, terrain, and logistical conditions across the Aurora Project. Information collected during the reconnaissance program is expected to assist with survey planning and field coordination, including the assessment of potential staging areas, helicopter access considerations, and priority areas for efficient survey execution. Annonce • May 11
Traction Uranium Corp Announces Survey Specifications For High-Resolution Airborne Radiometric And Magnetic Survey At The Aurora Uranium Project Traction Uranium Corp. announced further details regarding the planned airborne radiometric survey at the Aurora Uranium Project, located in Saskatchewan’s Athabasca Basin region. The survey is expected to consist of approximately 5,212-line kilometers of low-level, tight-drape, high-resolution radiometric and aeromagnetic surveying across the Project. The survey will be completed under the direction of Cosa Resources Corp., the underlying owner and operator of the Project. Traction holds an option to acquire an 80% interest in Aurora from Cosa, subject to satisfying certain earn-in requirements. The Aurora Project covers approximately 17 kilometers of prospective strike along the southeastern margin of the Athabasca Basin. The planned survey is expected to occur between June and July 2026 over an estimated 17-day operating period, subject to seasonal weather conditions, aircraft availability, equipment preparation, calibration, and other operational considerations. Field operations are expected to be based primarily from Points North Landing, Saskatchewan. The survey is designed to provide high-resolution radiometric coverage across Aurora, with traverse lines planned at 50-meter spacing and tie lines planned at 750-meter spacing. The survey will use a low-level tight-drape method, subject to safety and operating conditions, and will collect both spectrometer and high-resolution magnetic data. The planned survey configuration is intended to support the identification of radioactive anomalies, refine geological and structural interpretations, and help prioritize areas for follow-up exploration. SPI’s airborne radiometric system includes a 16-detector, Compton-shielded, thermally stabilized sodium iodide scintillometer array, supported by high-resolution magnetic acquisition, laser altimeter, Global Navigation Satellite System, inertial navigation, and onboard quality control systems. Preliminary data quality control and processing are expected to occur both on site and remotely, with final processing to be completed in Calgary, Alberta. Expected deliverables include leveled magnetic data, energy-calibrated radiometric data, digital elevation model data, preliminary survey products, and interpreted radiometric targets where warranted. The planned high-resolution airborne radiometric survey line layout at Aurora shows proposed 50-meter-spaced survey lines and the Key Lake powerline corridor. Annonce • May 03
Traction Uranium Corp Outlines 2026 Exploration Roadmap for Aurora Uranium Project Traction Uranium Corp. provided an update on its planned 2026 exploration program at the Aurora Uranium Project, located in Saskatchewan’s Athabasca Basin region. The 2026 exploration roadmap for Aurora is expected to include two principal work streams, including an airborne radiometric survey to evaluate the Project for any potential near-surface radioactive anomalies, followed by diamond drilling and radiometric prospecting designed to test priority uranium targets and advance additional areas for future follow-up. Cosa, as operator, is currently advancing final contractor selection and logistical planning for the airborne radiometric survey. The survey is expected to provide property-scale radiometric coverage across Aurora and to support the identification of radioactive anomalies that may warrant ground follow-up. Given Aurora’s location along the southeastern margin of the Athabasca Basin, where sandstone cover is interpreted to be shallow to locally absent in portions of the Project area, the survey is expected to be an important step in evaluating the Project’s potential for near-surface uranium targets. Following completion and interpretation of the airborne survey, the results are to be integrated with existing geological, geophysical, historical exploration, and remote sensing datasets to support target prioritization. The results will help guide follow-up radiometric prospecting and assist with refinement of drill targets for the 2026 field season and future exploration programs. Diamond drilling at Aurora is expected to commence in late summer or early fall 2026, subject to contractor availability, weather, logistical conditions, and final target prioritization. The planned drill program is expected to evaluate priority targets, including VTEM conductor picks identified by Cosa in 2024. The program is currently expected to comprise of up to six diamond drilling holes, with final meterage, drill collar locations, and program scope to be determined following completion of detailed planning and interpretation of available exploration datasets and budgetary review. In conjunction with the planned drilling program, radiometric prospecting of areas of interest identified through the airborne survey are to be completed. This work is intended to support the identification and ranking of target areas for additional exploration, which may include ground geophysics, direct drill testing, or other follow-up work in 2027 and beyond. The Company expects to provide further updates as contractor selection, survey planning, and drill program preparations advance. Jared Suchan, Ph.D., P.Geo., CEO and Director of the Company, and a Qualified Person within the meaning of National Instrument 43-101 – Standards of Disclosure for Mineral Projects, has reviewed and approved the scientific and technical contents of this news release. Annonce • Apr 29
Traction Uranium Corp Announces Spring Exploration Program At Aurora Project Traction Uranium Corp. announced its planned spring exploration program at the Aurora Project in Saskatchewan’s Athabasca Basin region, where the Company intends to complete an airborne radiometric survey across the project land package. The Company holds an option to acquire an 80% interest in Aurora from Cosa Resources Corp., the project’s underlying owner and operator, subject to the satisfaction of certain earn-in requirements. Aurora spans approximately 17 kilometres of prospective strike along the southeastern margin of the Athabasca Basin and is located about 16 kilometres east of the Key Lake uranium mill and past-producing mine, in an area where historical exploration indicates shallow to locally absent sandstone cover. The Company believes these characteristics support the potential for near-surface uranium discoveries and provide Aurora with strategic significance as an exploration project in proximity to existing regional infrastructure. The survey will be designed to evaluate the Project for radioactive anomalies at a property-wide scale and to support the prioritization of existing targets while also generating additional areas for follow-up. Results from the airborne program are expected to help refine the Company’s exploration focus for the remainder of the 2026 field season, including ground truthing and other potential follow-up work. This program builds on prior exploration completed on Aurora, including airborne Versatile Time Domain Electromagnetic (VTEM) surveying, Falcon gravity gradiometer surveying, remote sensing, and a subsequent soil gas program. Collectively, these datasets have contributed to target development across the project area and are being used to guide the next phase of systematic exploration aimed at identifying shallow uranium targets with attributes that may be supportive of future open-pit evaluation. The Company expects the airborne radiometric survey to be completed during the spring to early summer window, subject to contractor scheduling, weather, and operating conditions. Follow-up fieldwork is anticipated to be planned once results from the survey have been received and interpreted. In parallel with exploration planning, the Company continues to advance the project through ongoing engagement and permitting processes in support of its work programs. Jared Suchan, Ph.D., P.Geo., CEO and Director of the Company, and a Qualified Person within the meaning of National Instrument 43-101 – Standards of Disclosure for Mineral Projects, has reviewed and approved the scientific and technical contents of this news release. Annonce • Apr 28
Traction Uranium Corp. announced that it has received CAD 0.9 million in funding On April 27, 2026, Traction Uranium Corp has closed the transaction. Annonce • Jan 17
Traction Uranium Corp. announced that it has received CAD 0.5 million in funding On January 16, 2026, Traction Uranium Corp. closed the transaction. Annonce • Jan 03
Traction Uranium Corp. announced that it expects to receive CAD 0.5 million in funding Traction Uranium Corp. announced a non-brokered private placement of unsecured convertible debentures in an aggregate amount of CAD 500,000 on January 2, 2026. The Convertible Debentures will be sold in principal amounts of CAD 1,000 and will mature 12 months from the date of issuance(the “Maturity Date”). The Convertible Debentures will bear interest at a rate of 10% per annum, calculated quarterly in arrears and payable on the Maturity Date. The principal amount of each Convertible Debenture, plus any accrued interest thereon, will be convertible into units of the Company at the election of the holder on, or at any time prior to, the Maturity Date at a conversion price equal to the most recent closing price of the common shares of the Company on the Canadian Securities Exchange prior to the time at which the holder delivers notice of conversion to the Company (the “Market Price”). Each Unit shall be comprised of one Common Share and one Common Share purchase warrant, with each Warrant entitling the holder to acquire one Common Share at an exercise price equal to 110% of the Market Price for a period of 24 months from the date of issuance. The Offering is expected to close on or about January 16, 2026. All securities issued pursuant to the Offering will be subject to a statutory four month and one day hold period. Closing of the Offering is subject to the Company’s receipt of all necessary regulatory approvals, including approval of the Canadian Securities Exchange. Annonce • Jan 02
Traction Uranium Corp., Annual General Meeting, Feb 12, 2026 Traction Uranium Corp., Annual General Meeting, Feb 12, 2026. Annonce • Aug 19
Traction Uranium Corp. Appoints Paul Sparkes as Director Traction Uranium Corp. announced the appointment of Paul Sparkes as Director of the Company. Mr. Sparkes is an accomplished business leader and entrepreneur with over twenty-five years of experience in media, finance, capital markets and Canada’s political arena. Mr. Sparkes spent a decade as a leader in the broadcast and media industry as CTV Globemedia’s Executive Vice President, Corporate Affairs. He also held senior positions in public service, including with the Government of Canada as Director of Operations to Prime Minister, Jean Chretien, and as a senior aide to two Premiers of Newfoundland and Labrador. Mr. Sparkes was a Co-Founder and executive vice chairman at Difference Capital Financial and serves on a number of private and public boards. He is currently President of Otterbury Holdings Inc., and Chief Executive Officer of Integral Metals Corp, AlphaGen Intelligence Corp., and Vortex Energy Corp. Annonce • Jul 26
Traction Uranium Corp. announced that it expects to receive CAD 0.8334 million in funding Traction Uranium Corp. has announced a private placement of 2,777,777 units for gross proceeds of CAD 833,400 on July 25, 2025. Each unit comprising one common share and one share purchase warrant. Each warrant will be entitling the holder to purchase one share at a price of 24 cents during the period between the date that is 60 days from the closing and the date that is 24 months from the closing. The transaction is expected to close on August 8, 2025. Annonce • Aug 13
Traction Uranium Corp. Announces Resignation of Faizaan Lalani as Director Traction Uranium Corp. announced the resignation of Faizaan Lalani as a Director of the Company. Mr. Lalani has been a Director of Traction since 2020. Annonce • Jun 13
Traction Uranium Corp. and Forum Energy Metals Corp. Commence Airborne MobileMT Survey on the Grease River Project, Athabasca Basin Traction Uranium Corp. and Forum Energy Metals Corp. announced they have commenced a helicopter-borne airborne MobileMT (Mobile MagnetoTellurics) survey on the Grease River Project, located along the north rim of the Athabasca Basin, Saskatchewan. The survey is being completed by Expert Geophysics based out of Aurora, Ontario. A total of 1,781 line-km will be surveyed at a 100 metre line spacing and will collect high resolution magnetic and VLF data. The survey will be conducted over the entire Grease River claims totaling 10,528 hectares along the Grease River Shear Zone. Data delivery is expected within eight weeks from completion of the survey from Expert Geophysics and will be interpreted for follow-up exploration. This additional airborne geophysical survey will help resolve conductors and fault zones to a greater depth for future drill targeting that were not easily imaged by the Xcite™? Time Domain Electromagnetic System flown in 2023. In particular, a shallow conductive layer in the Athabasca sandstone masked the electromagnetic signal at depth on the western block so this survey aims at penetrating it and resolving the basement structures to a greater degree. The high-resolution magnetic data is also important to highlight important fault zones or corridors that could host uranium mineralization. Mobile MagnetoTellurics (MobileMT) is the latest innovation in airborne electromagnetics and the most advanced generation of airborne AFMAG technologies. The patent pending MobileMT technology utilizes naturally occurring electromagnetic fields in the frequency range of 25 - 20,000 Hz. Thunder storms release energy, some of which is converted into electromagnetic fields that propagate through the ionosphere-Earth interspace. The EM fields and currents induced by these fields in the subsurface are used in MobileMT to identify variations in subsurface electrical resistivity. The MobileMT system records two mutually orthogonal electrical components of MT field on the stationary base station and three mutually orthogonal dB/dt components in the towed bird sensors. The MobileMT processing program merges the records into one file. The signal processing is basically the same as in the classical ground MT methods. The program applies FFT to the records and calculates the matrices of the relations between the magnetic and electrical field signals on the different time bases and in different frequency bands. The module of the determinant of each matrix is a rotation invariant parameter which is used as a geophysical parameter for the mapping. Physically it represents a relation between the field powers in the points of flight and base station. This method is free of the bird motion distortions and does not require the problematic bird attitude corrections. Each electrical component on the base station is registered independently from two grounded lines - signal and reference - which is utilized to eliminate the data bias distortions. This feature was not available in the previous generations of the AFMAG system. The final products include processed EM data for each selected frequency, a resistivity-depth inversion of the EM data, and magnetic field data and its transformations. The closest community is the hamlet of Fond-du-Lac, which is located between the two claim blocks. The southern claim block rests within the Athabasca Basin and the northern claim block is outside the Athabasca Basin. Dashed line is the Grease River Shear zone, a major shear system that extends for over 400 km. Unconformity uranium deposits are structurally controlled, fluids from under the Athabasca sandstone basin carrying uranium along the faults.um and Traction see this structure as a possible major fluid conduit that has the potential to host a significant uranium deposit. The technical content of this news release has been reviewed and approved by Ken Wheatley P. Geo., who is a Qualified Person as defined by National Instrument 43-101, Standards of Disclosure for Mineral Projects. The information provides an indication of the exploration potential of the Property but may not be representative of the Property. The information provided an indication of the Property but may not been representative of the Property. Annonce • Mar 23
Traction Uranium Corp. Announces the Completion of Single Sonic Drill Hole At the Hearty Bay Property Traction Uranium Corp. announced the completion of a single sonic drill hole at the Hearty Bay Property ("The Property") and the early suspension of the drill program due to deteriorating ice conditions on Lake Athabasca. The use of a track mounted sonic drill has resulted in the recovery of till for the first time under the lake in the up-ice direction from the high grade boulder trains on Isle Brochet and resulted in the recovery of a complete intersect of the underlying glacial till. Initial interpretation of this unit is favorable and suggests less post depositional disturbance than assumed, supporting the theory that the glacial till in which the historic high grade boulder trains on Island Brochet occur, does extend up ice under the lake towards a source location. Importantly, this suggests that it will be possible to use the subglacial till sampling method to trace the disturbance of uraniferous till under the lake, and thus directly back to the source of the historic Isle Brochet high grade boulder trains. The two previous sub glacial till programs completed by the geomorphological experts at Palmer Environmental Consulting in 2023 demonstrated a uranium geochemistry signature in the sub glacial till, a reliable sampling medium inv vulnerable to the effects of wave action, below the historic high grade boulder trains located on surface on Isle Brochet. The discovery of this 2.3 m thick till under the lake provides strong support for additional sub glacial till sampling to ultimately lead directly to the source from which the radioactive boulder trains on Isle Brochet originate. Traction and F3 Uranium Corp. ("F3") have also engaged Convolutions Geoscience to complete a constrained addition of the ground gravity data collected in January and the ground VLF EM data collected in 2022. Anversion based structural interpretation will then be included for drill planning for the next program on the Property. Annonce • Mar 07
Traction Uranium Corp. and F3 Mobilize Drill to Hearty Bay to Test New Targets At Head of Uranium Boulder Field Traction Uranium Corp. announced that the 2024 winter drill program at the Hearty Bay project is underway with the arrival of the Boart Longyear drill crew on site. The program is designed to find the source of glacially dispersed uraniferous boulders and anomalous till geochemistry samples on Isle Brochet. The glacially dispersed material in combination with the recently completed gravity survey provides new, reliable targets for the program that were not tested in previous and historic drill programs. A total of approximately 2,000 metres of drilling is planned using a Boart Longyear sonic rig that can recover and sample both overburden and bedrock. This is anticipated to trace anomalous overburden under the lake to the proposed source areas, which may be defined by one of the gravity low targets defined by this winter’s survey. The program should be completed by the end of March, dependant on ice conditions. Boart Longyear is the drill contractor, overburden experts are provided by Palmer Geotechnical Consultants Inc., while F3 Uranium Corp. is the program operator; technical guidance will be given by Rock U Consulting (Ken Wheatley), Technical Advisor to Traction Uranium. The technical content of this news release has been reviewed and approved by Ken Wheatley, M.Sc, P. Geo., who is a Qualified Person as defined by National Instrument 43-101, Standards of Disclosure for Mineral Projects. The information provides an indication of the exploration potential of the Company’s properties but may not be representative of expected results. Annonce • Jan 08
Traction Uranium Announces Mobilization of Gravity Crew to Hearty Bay Project Traction Uranium Corp. announced mobilization of a gravity crew to the company’s Hearty Bay Project. Traction will be conducting a gravity survey on Hearty Bay prior to diamond drilling to maximize targets for this winter’s program. The Hearty Bay Project is an ice-road program and suitable ice thickness must be achieved prior to mobilizing drilling equipment over the ice. The gravity survey crew is currently mobilizing to Fond du Lac as ice thickness is enough to allow snowmobiles to access the project. Technical Details of Program: The gravity survey will cover approximately 16 square km with stations spaced at 100m, the grid located north and east of the two boulder trains. The survey is being conducted by MWH Geo-Surveys Ltd. and should take approximately 1 month to complete. Any gravity lows defined by the survey, in conjunction with EM conductors, magnetic lows and faults /structures will be considered as targets for the follow-up drill program. Once the gravity survey has been completed and interpreted, and the ice thickness of Lake Athabasca is thick enough, a drill program will be initiated to test the targets mentioned above, and will also investigate the contact of the northern extent of the Athabasca Basin sandstone with the underlying basement rocks. The Hearty Bay Project surrounds the historic Isle Brochet radioactive boulder trains. Boulder prospecting by Fission 3.0 (“Fission”) on Isle Brochet in 2019 led to the discovery of another 45 radioactive boulders with assay values up to 8.23% U3O8 with over 24% of them returning assay values of >1% U3O8. A source has never been found for these boulders. A marine seismic survey completed in the up-ice direction to the northeast in 2019 was interpreted to indicate multiple basement structural and lithological features which have defined drill targets. Traction acquired a 50% interest in the Hearty Bay Project through (i) cash payments to Fission of C$650,000, (ii) the issuance to Fission of 6,042,952 common shares of Traction, and (iii) and a commitment to complete $3,000,000 in exploration work on the Hearty Bay Property spread out over two years. Fission retains a 2.0% NSR. Traction retains the option to increase its interest in the Hearty Bay Project to 70% by making additional cash payments totalling $350,000 and completing an additional $3,000,000 in exploration work on the Hearty Bay Property on or before the date that is three years following the date of the Hearty Bay agreement. The work program’s aim is to discover the source of high-grade uranium boulder trains on Isle Brochet. The Company also announces that it has terminated its option to earn up to a 75% interest in the ?Key Lake South Project pursuant to the terms of the option agreement (the “Option Agreement”) ?with UGreenco Energy Corp. dated August 15th 2022. Following termination of the Option ?Agreement, the Company plans to increase its focus on its other prospects, including the Hearty ?Bay Project.? For additional information regarding the scientific and technical information contained in this press release, including the Company’s data verification, collection and compilation information and QA/QC procedures, please refer to the technical report titled NI 43-101 Technical Report - Report On 2023 Diamond Drilling Program, Key Lake South Project, prepared for the Company. The technical content of this news release has been reviewed and approved by Ken Wheatley, M.Sc, P. Geo., who is a Qualified Person as defined by National Instrument 43-101, Standards of Disclosure for Mineral Projects, and is the Chair of Traction’s Technical Committee. The information provides an indication of the exploration potential of the Company’s properties but may not be representative of expected results. Annonce • Nov 02
Traction Uranium and Forum Energy Metals Identify New Conductive Trends from Airborne Geophysical Survey on the Grease River Project, Athabasca Basin Traction Uranium Corp. and Forum Energy Metals Corp. announced they have completed an initial review of an airborne magnetic, electromagnetic (EM) and radiometric survey on Forum's 100%-owned Grease River Project, located along the north rim of the Athabasca Basin, Saskatchewan. The survey was conducted over the entire Grease River claims totaling 10,528 hectares along the Grease River Shear Zone. East Block: The total domain EM data has outlined several prospective conductive trends along and north of the Grease River shear zone. New data highlights the main fault orientations and offsets; this survey has developed targets that can be the focus for future exploration programs. West Block: New magnetic and EM data has provided better resolution on the basement geology beneath this underexplored part of the Athabasca Basin. From May 11th to June 23rd, 2023, Axiom Exploration Group Ltd. carried out a helicopter borne 30Hz Xcite™ TDEM survey and collected time domain EM, magnetic and radiometric data simultaneously. A total of 1,421 line-km (613 line-km on the West block and 808 line-km on the East Block) were surveyed at a 100 m line spacing and a 1,000 m tie-line spacing. Annonce • Sep 28
Traction Uranium Corp. announced that it expects to receive CAD 1.5 million in funding Traction Uranium Corp. announced a non-brokered private placement of up to 6,818,181 units at a price of CAD 0.22 per unit for aggregate gross proceeds of up to CAD 1,500,000 on September 27, 2023. Each unit shall consist of one common share in the capital of the company and one share purchase warrant, whereby each warrant shall entitle the holder thereof to purchase an additional share at an exercise price of CAD 0.30 for a period of 24 months from the date of issuance. Closing of the private placement is anticipated to occur on or about the week of October 31, 2023, and is subject to certain conditions, including, but not limited to, the receipt of all necessary regulatory and other approvals. The securities issued in connection with the transaction will not be subject to resale restrictions in accordance with applicable Canadian securities laws. Annonce • Aug 11
Traction Uranium Corp. Announces Completion of Technical Report on Key Lake South Project Traction Uranium Corp. announced, further to its press release dated May 17, 2023, thaturora Geosciences Ltd. has completed a Technical Report in respect of the Key Lake South Property ("KLS Property") pursuant to National Instrument 43-101, Standards of Disclosure for Mineral Projects. The 2023 program was comprised solely of an 1,838 m diamond drilling program in 12 holes, covering numerous widely spaced targets in the northeastern area of the property. At each hole, a down-hole gamma ray survey was performed to test for gamma radiation, including readings through overburden, to test for glacially transported or other surficial radioactive material. Summary of the Technical Report: The majority of anomalous thorium (Th) intercepts are associated with rare earth elements (REEs), locally returning strongly anomalous values. Many of these intercepts are pegmatite-hosted, although amphibolite and structurally-hosted intercepts also occur. The northwestern property area, including hole KLS23-007, is the most favourable area for Uranium and REE mineralization. The area around KLS23-007 is along trend of the structural feature underlying the Key Lake deposits to the northeast, extending to anomalous Th-REE mineralization drilled in 2008 to the SW. Hole KLS23-008, collared southwest of KLS-007, pierced the contact of Upper Wollaston Group orthogneiss with underlying Lower Wollaston Group metapelites. A short interval of anomalous Thorium-REE values occurs directly below the contact. Anomalous Th-REE values from the 2008 drilling are hosted by pegmatites within metapelites. Uranium, Th-REE mineralization may provide an alternate exploration target at Key Lake South. Phase 1 surface soil geochemical program is recommended to test for overburden-hosted mineralization identified from down-hole gamma ray probe testing of KLS23-007. The objective will include testing its lateral surface extent up-ice from the drill collar. This program should be combined with further geological mapping in areas of bedrock or rubblecrop exposure. The KLS Property is located approximately 6 kilometers to the southwest of the Key Lake uranium mill and in close vicinity to modern uranium mining facilities and all-weather highway transportation in northern Saskatchewan. Geologically, it sits at the southeastern edge of the Proterozoic Athabasca Basin. Recent discoveries of the Triple R and Arrow deposits have demonstrated further potential for high-grade uranium prospects along the edge of the basin. The Key Lake property is located along the south-east margin of the Athabasca Basin within the Hearne province of the Canadian Shield. In the Key Lake area, Hearne province basement rocks include the Wollaston domain, comprised of the lower and upper Wollaston groups. The lower Wollaston group, which underlies the Key Lake mine, comprises mainly metasedimentary gneisses (metapelites), whereas the upper Wollaston group comprises mainly metasedimentary rocks to the southeast. In the Key Lake South area, the prospective deposit setting is Basement-hosted Uranium, as there are no underlying Athabasca Group sandstones. Basement-hosted uranium-hosted uranium mineralization. The majority of anomalous thor lithium (Th) intercepts are related with rare earth elements (REE's), locally returning strongly anomalous value. Many of these intercepts is pegmatite-hosted uranium intercepts are pegmatite - although amphibolite and struct structurally-hosted intercept's also occur. The northwestern property areas, including hole KLS23 -007, is the most favourable areas of overburden-hosted uranium deposition. The area around KLS 23-007 is along trend of The structural feature underlying the Key Lake deposit setting is Basement- hosted uranium deposits to the northwest from metagranitic rocks to the southeast. In The prospective deposit setting is Basement - Basement-hosted uranium, as there are no underlying athabasca Group sandstones. Annonce • Jun 29
Traction Uranium Corp. and Forum Energy Metals Corp. Complete Airborne Geophysical Survey on the Grease River Project, Athabasca Basin Traction Uranium Corp. and Forum Energy Metals Corp. announced they have completed an airborne magnetic, electromagnetic (EM) and radiometric survey on Forum's 100%-owned Grease River Project, located along the north rim of the Athabasca Basin, Saskatchewan. A total of 1,353 line-km were surveyed at a 100 metre line spacing using a New Resolution Geophysics specially designed Xcite™? Time Domain Electromagnetic System. The survey was conducted over the entire Grease River claims totaling 10,528 hectares along the Grease River Shear Zone. Traction entered into an option agreement with Forum whereby Traction is entitled to acquire a 51% interest in the Property by paying an aggregate of $250,000, issuing an aggregate of 1,625,000 common shares and funding an aggregate of $3 million in exploration expenditures on the Property by December 31, 2025. Forum is the Operator during this First Option Period. Traction has the further option to earn up to 100% interest in the project by making $1.7 million in cash payments, 5.5 million share payments and $6 million in exploration up until December 31, 2028. Forum would retain a 2% Net Smelter Return Royalty and $8 million in milestone payments. The Grease River Project is located within the north-central margin of the Athabasca Basin near the community of Fond du Lac. The Grease River Project consists of two separate claim blocks situated along the NE-trending Grease River Shear zone, a major intracontinental shear zone greater than 400 km long. The nearby Fond du Lac uranium deposit was previously discovered within the shear zone by Amok Ltd. ("Amok") and Eldorado Nuclear Ltd. ("Eldorado") in the 1970s and a historical resource estimate was included which was not prepared in accordance with the requirements of National Instrument 43-101 - Standards of Disclosure for Mineral Projects ("NI 43-101"), of one million pounds uranium at an average grade of 0.25% U3O8. While the Company believes the historical estimate to be relevant and reliable?, given the extensive exploration work completed by Amok /Eldorado, experienced mineral resource companies, and the quality of the ?historical work completed?, a qualified person has not completed sufficient work to verify and classify the historical estimate as a current ?mineral resource and the Company is not treating the historical estimate as a current mineral. As such, ?the historical estimate should not be relied upon. The Company further notes that the Grease River Project claims are located along trend of the deposit to the southwest and northeast. Limited exploration has been conducted in the Grease River Project area. Annonce • Jun 09
Traction Uranium Corp. Announces the Final Analytical Results of the Winter 2023 Diamond Drilling Program At the Key Lake South Property Traction Uranium Corp. announced the final analytical results of the winter 2023 diamond drilling program at the Company's Key Lake South Property. The KLS property is located in northern Saskatchewan, approximately 6 kilometres southwest of Cameco's Key Lake Uranium Mill and along the south flank of the Athabasca Basin. Traction has entered into an option agreement to earn an initial 51% interest in the property from UGreenco Energy Corp, to be increased to 75% following satisfactory completion of further exploration requirements. Highlights of 2023 Geochemical Results: All 2023 drill holes contained trace amounts of uranium averaging 4.33 ppm over 419 samples. Most holes returned anomalous values for Th and for REEs. Although anomalous intercepts for REEs are listed for cerium (Ce), lanthanum (La), neodymium (Nb) and praseodymium (Pr), intercepts of anomalous values were also returned for most of the other 13 REEs at various locations within the 2023 program area. The majority of anomalous intercepts, including elevated REE values, were returned from intervals of pegmatite and pegmatoidal rocks. However, several intercepts originated from structural zones such as fault and shear zones, as well as near amphibolite dykes. The deepest intercept in hole KLS23-008, grading 239.00 ppm Th and 10.70 ppm U with anomalous Ce, La, Nd and Pr values, was taken from a quartz-rich zone within basement metasediments directly underlying the contact with overlying granitic orthogneiss. The anomalous intercepts in hole KLS23-011 are all associated with zones of fracturing or brecciation. Core samples were submitted to the Saskatchewan Research Council (SRC) Geoanalytical Laboratories in Saskatoon. The SRC facility is ISO/IEC 17025:2005 accredited by the Standards Council of Canada (scope of accreditation #537). The samples are analyzed using partial and total digestion inductively coupled plasma (ICP) methods, for boron by Na2O2 fusion, and for uranium by fluorimetry. Annonce • Jun 08
Traction Uranium Corp. Reports KLS Winter Drill Program Analytical Results Traction Uranium Corp. announced the final analytical results of the winter 2023 diamond drilling program at the Company’s Key Lake South Property (the “KLS Property”). The KLS property is located in northern Saskatchewan, approximately 6 kilometres southwest of Cameco’s Key Lake Uranium Mill and along the south flank of the Athabasca Basin. Traction has entered into an option agreement to earn an initial 51% interest in the property from UGreenco Energy Corp, to be increased to 75% following satisfactory completion of further exploration requirements. The anomalous intercepts in hole KLS23-011 are all associated with zones of fracturing or brecciation. These are hosted both within orthogneissic and pegmatitic units, indicating structural control may play a role in mineralization along the south flank of Zimmer Lake. Analytical results indicate that the majority of basement-hosted elevated gamma ray “counts per second” (cps) originated from anomalous thorium (Th) values. Most holes returned elevated to anomalous values for “Rare Earth Elements” (REEs), typically, although not exclusively, associated with thorium. Table 1 lists the significant intervals of thorium, uranium and select REEs. Anomalous values for Th and REEs were returned from throughout the drilled area. The northwest property corner near Zimmer Lake, including the collar locations for KLS23-007, KLS23-008 and KLS23-011, may have higher mineral potential. These holes were collared along the previously interpreted contact of granitic orthogneiss to the southeast with basement-hosted metasedimentary rocks to the northwest. Hole KLS23-007, which returned a 52.80-metre intercept of anomalous basement-hosted cps readings, also returned the longest significant intercept to date, of 52.80m grading 113.99 ppm Th, 4.87 ppm U, 193 ppm neodymium (Nd), 420 ppm cerium (Ce), 54.86 ppm praseodymium (Pr) and 194 ppm lanthanum (La). This long intercept included four sub-intercepts within pegmatitic units, returning grades up to 277.29 ppm Th, 13.57 ppm U, 498.5 ppm Nd, 1,096 (0.11%) Ce, 140.40 ppm Pr and 496 ppm La across 1.17m. At this time, the source and mineralogy of overburden-hosted anomalous CPS values in holes KLS23-007 and KLS23-009 have not been determined. DDH KLS23-007: down-hole gamma ray probing intersected 2 zones of anomalous radioactivity: Zone 1; 6 metres (1.6 m to 7.6m) within overburden, with values up to 1,254 cps; DDH KLS23-009: downhole probing detected an approximately 69-centimetre interval of anomalous radioactivity within overburden, extending from 0.023 metres to 0.716 metres with values ranging from 121 to 236 cps. An overburden testing program is currently being developed to sample and test the shallow, near surface overburden anomalies at KLS23-007 and KLS23-009. This will be designed to determine the geochemical signature of overburden-hosted mineralization causing the radioactivity detected by down-hole probing. Also, it has not been determined whether bedrock intercepts throughout the 2023 drilling represent true widths of mineralized zones. Core samples were submitted to the Saskatchewan Research Council (SRC) Geoanalytical Laboratories in Saskatoon. The SRC facility is ISO/IEC 17025:2005 accredited by the Standards Council of Canada (scope of accreditation #537). The samples are analyzed using partial and total digestion inductively coupled plasma (ICP) methods, for boron by Na2O2 fusion, and for uranium by fluorimetry. Analytical results listed here were determined by total digestion ICP. Annonce • May 12
Traction Uranium Corp. announced that it has received CAD 3.75994 million in funding On May 11, 2023, Traction Uranium Corp., closed the transaction. The company has has issued 5,644,312 flow through units on an oversubscribed basis at a price of CAD 0.45 per flow through unit for gross proceeds of CAD 2,539,940.40. Each flow through unit consists one common share and one-half (1/2) warrant, whereby each whole warrant is exercisable into one share at an exercise price of CAD 0.55 until May 9, 2025, being the date that is 24 months from the date of issue. As a part of transaction, the company will pay an aggregate cash finder’s fees of CAD 125,399.41 and issued a total of 271,966 finder’s warrants. Each finder’s warrant is exercisable into one share at an exercise price of CAD 0.55 until May 9, 2025, being the date that is two years from the date of issue. All securities issuable in connection with the second and final tranche are subject to a statutory hold period, in accordance with applicable securities laws, of four months and one day from the date of issue, expiring September 10, 2023. Annonce • Feb 01
Traction Uranium Provides Hearty Bay Research Program Update Traction Uranium Corp. provided the following progress update on the Hearty Bay research program (the " Research Program") currently being conducted by the Company's research team on the Hearty Bay core samples collectedfrom 14 diamond drill holes punched in the winter 2022 diamond drill program (see Traction's previous news release dated August 30(th), 2022). The main purpose of the Research Program is to assist the Company in determining whether there are uranium-bearing fluids within a target area and to help Traction's team define and trace the conduit(s) of any such uranium-bearing fluids. The data from the work examines quartz degradation caused by radiation emitted from decaying uranium as another vector to add to the Company's exploration program. Progress Update: Allelecected core samples from the Hearty Bay Property (a total of 85 samples from 14 diamond drill holes) have been split into two halves. One-half was made into polished thin sections for petrographic observations and the other half was then crushed, sieved, and cleaned for the separation of quartz. The purest grains were handpicked under a binocular microscope and then cleaned again before powdering. To date, 60 samples from 10 of the 14 diamond drill holes are ready for EPR measurements and interpretation. Quartz separation for the remaining 25 samples from the last four boreholes is underway. Technical Overview: The Research Program is a collaboration betwe the University of Saskatchewan and Traction, and aims to make use of radiation-induced defects in quartz as a new vector for uranium exploration at the Company's Athabasca Basin properties. The Research Program is based on the discovery of some radiation-induced defects in quartz formed from the bombardment of alpha particles emitted from the decay of uranium (and thorium) isotopes. The amounts of these radiation-induced defects in quartz often record the quantity/duration of uranium-bearing fluids that existed in that area in the past. This method started from research on the Key Lake and McArthur River mines and has been applied to the Maw Zone, the Phoenix Deposit, and the Arrow Deposit. The main analytical techniques used for the Research Program are cathodoluminescence ("CL") imaging and electron paramagnetic resonance ("EPR") spectroscopy. The former technique visually detects radiation-induced defects in minerals but is less sensitive, while the latter is more sensitive and allows quantitative estimations of radiation-induced defects. The Research Program will start with a systematic sampling of drill cores from the Company's properties and is followed by careful sample preparations and data analyses (polished thin sections for CL imaging and mineral separates for EPR). The anticipated results from this Research Program are in the form of a detailed documentation on the distribution (both 2D and 3D) of radiation-induced defects in quartz at both the Company's properties, which can be integrated with data from other techniques (e.g. geophysics and geochemistry) to guide the exploration program (i.e., narrowing down targets for further exploration). Annonce • Jan 25
Traction Uranium Focuses on High Grade Uranium Discovered in Key Lake South “Black Soil” Traction Uranium Corp. announced that it will be shifting its focus from the previously announced “Monazite Beneficiation Study” on the Monazite hosted Rare Earth Elements at Key Lake South Project to the high grade uranium discovered by the Company’s team during the Fall 2022 field program. The study is to be conducted by the Saskatchewan Research Council. The main purpose of the Study to be conducted by SRC is to determine the most efficient beneficiation route for the concentration of the U308 encountered in the Key Lake South “black soil”. SRC’s services are being supported in part through funding from the National Research Council of Canada Industrial Research Assistance Program (“NRC IRAP”). Chemical analysis and characterization of the as-received feed ore sample, including Inductively Coupled Plasma (ICP) Spectroscopy; Comminution of the as-received feed ore sample, including sample preparation, particle size distribution and heavy liquid separation; and Preliminary beneficiation tests comprising of Gravity, Magnetic Separation, and Flotation. Phase 1 Diamond Drilling is planned with 2,000 metres, targeting areas with extreme surface uranium anomalies including the “black soil” anomaly, the “radioactive swamp” and the “Athabasca Sandstone” mapped in 1973 (AR 74H04-0013). Most of the drill targets are situated at the edge of the broad gravity-lows identified in the ground gravity survey of 2022. Samples for the study will be collected during the winter drill program to conduct the study. Annonce • Jan 18
Traction Uranium Secures Drill Camp Area for Upcoming Key Lake South Drill Program Traction Uranium Corp. announce receipt of access and permission from the Saskatchewan Ministry of Highways allowing the Company to utilize a lease located near the Key Lake South Project (KLS) to use as a temporary drilling camp beginning February 1, 2023 to July 3, 2024. Phase 1 Diamond Drilling is planned with 2,000 metres, targeting areas with extreme surface uranium anomalies including the “black soil” anomaly, the “radioactive swamp” and the “Athabasca Sandstone” mapped in 1973 (AR 74H04-0013). Most of the drill targets are situated at the edge of the broad gravity-lows identified in the ground gravity survey of 2022.