VEGA radar sensors in Polish open-pit mine: reliability lessons for plant engineers
Reviewed by Joe Ashwell

First reported on Australian Mining
30 Second Briefing
VEGA radar level sensors are being deployed across the Tłumaczów open-pit melaphyre mine in Lower Silesia, with REGNARS using them to monitor crushers, silos and conveyor transfer points under heavy dust, vibration and temperature fluctuations. Non-contact 80GHz radar units provide continuous level measurement on rock stockpiles and crushed material bunkers, maintaining reliable signals despite build-up and irregular surfaces. For mine operators, the case shows radar’s robustness versus ultrasonic or mechanical systems in abrasive aggregate environments and its value for tighter control of feed rates into asphalt, concrete and rail ballast production.
Technical Brief
- Non-contact installation reduces wear compared with mechanical probes in high-velocity aggregate streams.
Our Take
VEGA’s use of rugged radar sensors at the Tłumaczów open‑pit mine lines up with our other coverage of VEGA kit operating in highly abrasive environments, such as the MINITRAC 31 radiometric density measurement on nickel–cobalt slurry pipelines in Madagascar, suggesting the company is targeting process‑critical roles where access is difficult or hazardous.
Melaphyre appears in only a handful of keyword‑matched pieces in our database, and REGNARS’ Polish quarry is one of the few examples, indicating that instrumentation case studies in this specific basaltic aggregate niche are still relatively rare compared with more common commodities like iron ore or copper.
The pairing of VEGA and REGNARS across both Australian and European trade coverage hints that this melaphyre operation in Lower Silesia is being positioned as a reference site for radar‑based level and pressure monitoring in hard‑rock quarrying, which other aggregate producers can benchmark against when upgrading legacy measurement systems.
Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.
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