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Last update: 08:00, 15 Aug 2026
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Strzelin sits on the Olawa River south of Wroclaw, in the Sudetes foothill zone of the Bohemian Massif, where July brings the region's heaviest rain at around 97mm against an April low near 45mm. A Strzelin rain radar matters most at the town's granite quarry — Europe's deepest at 123m — where a hyperlocal radar shows a heavy-rain cell building well before it reaches the below-grade site.
The mechanism is Sudetes foothill proximity adding orographic lift to marine-influenced Lower Silesia storms. That foothill lift gives Strzelin a rain profile distinct from the flat-lowland Silesian towns further east, and Lower Silesia as a whole documents recurring heat waves, thunderstorms, droughts, and heavy rain year-round. Regional flood-risk forecasts have cited daily totals of 50–120mm during risk episodes on Sudetes-fed rivers like the Olawa.
RainViewer draws its Strzelin feed from IMGW, refreshed every 5 minutes, so the map reflects the newest radar scan rather than a forecast written hours earlier. What a live map shows and a forecast cannot: whether a rain cell over the Sudetes foothills is tracking toward the granite quarry or breaking apart before it arrives.
July is the wettest month regionally at around 97mm, with Sudetes foothill lift adding to the convective pattern typical of Lower Silesia. This is the period when the granite quarry's below-grade drainage is most tested.
April brings the lowest rainfall at roughly 45mm, a reliable window for outdoor quarry and sugar-plant logistics work. It sits just ahead of the summer convective buildup.
Lower Silesia documents heat and cold waves, thunderstorms, droughts, floods, and strong wind through every season, more than most flat Silesian regions. Strzelin's foothill position means no single season is fully free of weather risk.
Strzelin's granite quarry, operated by Mineral Polska as part of the Strabag concern, runs 123m deep across 19.5 hectares — Europe's deepest, and a below-grade site with its own drainage and water-accumulation risk during heavy rain. Site operators use the radar to time work around a building storm rather than reacting after water starts collecting.
Sudzucker Polska, producer of the Cukier Krolewski brand, runs local transportation operations tied to its sugar production. Weather-sensitive outbound loads benefit from a radar update every 5 minutes rather than a daily forecast.
Sievert Polska manufactures interior finishing, exterior facades, and adhesives at its Strzelin site, work that depends on dry conditions for outdoor curing and loading. Checking the radar before a production run helps avoid a rain delay.
Railway Line 273 runs from Wroclaw Glowny through Strzelin toward Miedzylesie and on to Prague, an internationally important rail corridor. Travelers checking the radar before departure can see whether a Sudetes-fed storm is building over the route.
RainViewer draws radar data for Poland from the Institute of Meteorology and Water Management (IMGW) via danepubliczne.imgw.pl, updated every 5 minutes. Coverage is comprehensive across the country. Strzelin sits close enough to Wroclaw that storms tracking off the Sudetes foothills toward the city are visible on the same map before they reach the quarry.
The fastest way to know is a live hyperlocal radar, since Sudetes foothill lift can turn a regional Lower Silesia storm into a heavier local event around Strzelin. RainViewer pulls fresh IMGW radar scans every 5 minutes, showing current conditions rather than a forecast written hours earlier.
The quarry runs 123m deep, and its below-grade design means heavy rain can collect faster than at surface-level sites. Checking the radar before a shift shows whether a storm cell is building over the Sudetes foothills toward Strzelin.
The line runs from Wroclaw Glowny through Strzelin toward Miedzylesie and Prague, crossing Sudetes foothill terrain prone to sudden rain. Checking the radar before departure shows whether a system is over the route.
Lower Silesia is flagged among Polish regions with recurring floods on Sudetes-fed rivers like the Olawa, with regional forecasts citing daily totals of 50–120mm during risk episodes. No specific historical flood date is documented for Strzelin itself, but the river's Sudetes-fed flow keeps the risk regional.
April is the driest month regionally at around 45mm, well below the July peak near 97mm. Visitors and site logistics teams should watch the summer window most closely given the added Sudetes foothill lift.
Strzelin's position in the Sudetes foothill zone adds orographic lift to marine-influenced Lower Silesia storms, a mechanism flat-lowland Silesian towns further east don't have. A regional forecast cannot show that added lift — only a live radar tracking the actual cell can.
Yes — RainViewer's hyperlocal radar for Strzelin draws directly from IMGW, refreshing every 5 minutes with new scans instead of a periodic forecast update. The map covers the wider Lower Silesia region, so systems building over the Sudetes are visible before they reach town.
Yes — RainViewer's rain alerts can be set for a specific point like the granite quarry or the Sudzucker sugar plant, so site staff get a notification as a cell approaches. That advance window lets outdoor work pause before the rain arrives.
Granite quarry operators and Sudzucker plant logistics teams both work outdoors in a town where Sudetes foothill lift can turn a regional storm heavier than forecast. The quarry's 123m below-grade design makes drainage timing especially sensitive to a building rain cell.
A generic forecast says scattered showers for Lower Silesia this week. RainViewer's live hyperlocal radar shows it is already raining over the quarry while the rail line stays dry — that is the call a site manager makes before pausing outdoor work.
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See whether a cell building over the Sudetes foothills reaches the quarry within the next two hours.
Set an alert for the granite quarry or the Sudzucker plant and get notified before a system reaches it.
See whether a storm is tracking in from the Sudetes or breaking apart before it reaches Strzelin.
Review the last 48 hours to see how a Lower Silesia storm system built and moved.
Track the granite quarry, the Sudzucker plant, and the Railway Line 273 corridor at the same time.