QX Resources Commissions 3,250 Line Km Radiometric Survey at Madaba Project
QX Resources has contracted New Resolution Geophysics to conduct a detailed airborne radiometric survey at its Madaba Uranium Project in Tanzania, aiming to refine exploration targets ahead of maiden drilling in early 2026.
- Contract awarded to New Resolution Geophysics for helicopter-borne radiometric survey
- Survey to improve on historical data with 100m line spacing versus 1km previously
- Survey covers 3,250 line kilometres over high-priority Madaba project areas
- Historical drilling shows promising uranium grades, supporting exploration optimism
- Maiden drilling planned for first half of 2026 following survey and data integration
A New Chapter for Madaba Uranium Exploration
QX Resources Limited (ASX – QXR) has taken a significant step forward in its pursuit of uranium mineralisation at the Madaba Uranium Project in southern Tanzania. The company has engaged New Resolution Geophysics (NRG) to undertake a high-resolution helicopter-borne radiometric and magnetic survey, scheduled to commence early in 2026. This survey promises to deliver a quantum leap in data quality compared to the sparse government surveys conducted over four decades ago.
Why This Survey Matters
The historical radiometric survey flown by the Tanzanian government in the late 1970s and early 1980s used a line spacing of 1 kilometre, which, while sufficient to identify broad uranium anomalies, lacked the resolution needed to precisely define drill targets. QX Resources’ new survey will fly at 100-metre line spacings, providing a much finer scale picture of the subsurface. This enhanced resolution is expected to reveal subtle radiometric anomalies and geological structures that were previously undetectable, accelerating exploration efforts and improving the chances of discovering economically viable uranium deposits.
Building on Historical Successes
Madaba has a history of encouraging uranium assay results from past drilling and trenching, with standout intercepts including grades up to 2,465 parts per million of uranium oxide over several metres. These results, combined with the project's geological similarity to the nearby world-class Nyota Uranium Deposit; which boasts a resource of 125 million pounds of uranium oxide at 300 ppm grade; underscore the potential scale and quality of mineralisation at Madaba.
Strategic Integration of Data and Next Steps
Alongside the airborne survey, QX Resources is digitising historical drilling and trenching data to integrate with the new geophysical results. This combined dataset will enhance confidence in target generation and help minimise environmental disturbance by focusing drilling on the most prospective zones. The company plans to follow up the survey with confirmatory trenching and drilling programs in the first half of 2026, marking a critical phase in advancing the project from exploration towards resource definition.
Expertise and Local Engagement
QX Resources benefits from the expertise of Dr Joseph Drake-Brockman, a consultant geologist with direct experience from the original exploration era at Madaba. The company is also working closely with Tanzanian authorities to secure necessary permits, reflecting a commitment to responsible and compliant exploration practices in the region.
Bottom Line?
As QX Resources prepares to unlock Madaba’s uranium potential with cutting-edge geophysics, the market will be watching closely for the survey’s findings and the subsequent drilling results.
Questions in the middle?
- Will the high-resolution survey confirm extensions of known uranium mineralisation at Madaba?
- How will the integration of historical and new data influence drill targeting and project economics?
- What timeline and budget implications will the maiden drilling campaign have for QX Resources?
