Mr. Drew Zimmerman of Stallion reports

STALLION URANIUM ADVANCES SOUTHWESTERN ATHABASCA BASIN URANIUM PROJECT WITH GRAVITY SURVEY

Stallion Uranium Corp. has released the results of an airborne gravity survey over sections of the company's southwestern Athabasca basin JV project with Atha Energy Corp. in northern Saskatchewan. The survey results reveal promising gravity anomalies that are associated with possible uranium alteration and prospective rock types highlighting more prospective target areas for Stallion.

Darren Slugoski, vice-president, exploration, stated: "We are highly encouraged by the gravity survey results from our southwestern Athabasca basin joint venture project. The central gravity anomaly has a strong correlation with the uranium bearing Patterson Lake trend which adds to the prospectivity of targets of the stronger Northern and Southern gravity anomalies."

Key findings from the gravity survey:

• Significant correlation: The survey detected the central gravity low which correlates to the mineralized Patterson Lake trend which hosts the world-class Triple R and Arrow Deposits.
• Significant anomalies: The four anomalies were identified and correspond to subsurface zones that were previously identified as high priority areas.
• Future exploration plans: Based on these positive results, the company is able to further prioritize these targets in conjunction with other available datasets for further exploration.

The completed gravity survey is another step forward in the company's ability to prioritize prospective targets across its large land package. The information gained from the gravity survey builds further confidence in its targets as the company compares the targets to known deposits in the area that share similar gravity features and anomalies. The Northern and Southern gravity anomalies are the strongest and are associated with conductive corridors that were identified in the previous MobileMT survey. The gravity survey signals the density of the rock and the gravity lows may represent more alteration which are commonly associated with world class uranium deposits. This survey was an important survey in the discovery of NexGen's Arrow deposit on the nearby Patterson Lake trend.

The added data from the completed gravity survey furthers the company's understanding of the previously underexplored land package. All the compiled and modelled data provide valuable information for the next stages of exploration as the company continues to focus in on the very best target areas available, increasing the probability of a uranium discovery.

The gravity survey parameters

The gravity survey, conducted over a 637-square-kilometre area, was designed to identify subsurface density variations typically associated with uranium-bearing deposits. This non-invasive geophysical method was implemented to better define priority target areas and is a key indicator used in locating the world-class uranium deposits in the region.

Axiom Exploration Group carried out a high-resolution Xplorer NxT gravity survey, flown using the NxT helicopter gravimeter and magnetic system on an AS350B2 helicopter platform. NxT includes NRG's patented split ring laser gyro and NRG's patented active thermal control system (ATCS) greatly improves the drift characteristics and performance. The survey consisted of one block, totalling 4,277 line kiloemtres with a traverse line spacing of 200 metres (m) and tie line spacing of 2,000 m.

Qualifying statement

The foregoing scientific and technical disclosures for Stallion Uranium have been reviewed by Mr. Slugoski, PGeo, VP, exploration, a registered member of the Professional Engineers and Geoscientists of Saskatchewan. Mr. Slugoski is a qualified person as defined by National Instrument 43-101.

About Stallion Uranium Corp.

Stallion Uranium is working to fuel the future with uranium through the exploration of over 3,000 square kilometres in the Athabasca basin, home to the largest high-grade uranium deposits in the world. The company, with JV partner Atha Energy, holds the largest contiguous project in the western Athabasca basin adjacent to multiple high-grade discovery zones.

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