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Last update: 14:00, 9 Sept 2026
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Malo sits where the Leogra and Agno valleys meet the first pre-Alpine ridges of the Alto Vicentino. Rain here runs heavier than on the open Vicenza plain, roughly 1100-1300 mm a year spread across many rain days. A Malo rain radar has to track this valley-mouth effect directly, because standard city-level forecasts miss it. This is where hyperlocal radar earns its name: it shows what the valley is doing, not what the region is doing on average.
The mechanism is orographic lift. Moist air moves in from the S/SE off the Adriatic and hits the Schio-Valdagno-Thiene arc rising toward the Piccole Dolomiti. That lift squeezes more rain out of the air over Malo and its neighbors than falls on Vicenza to the south. Atlantic fronts arriving W/SW add a second storm track through the valley mouth. The Leogra stream, fed by the Livergone torrent between Malo and Isola Vicentina, carries this water through town and sets the local drainage pattern.
RainViewer draws on the Protezione Civile national radar network to show exactly where rain cells are forming against the ridge and how fast they're moving down the valley toward Malo. A forecast can tell you it will rain in the Alto Vicentino today. Only live radar can tell you whether the cell over Schio is heading for Malo in the next twenty minutes.
The standout wet season, driven by orographic lift against the pre-Alpine arc. The May 2024 Vicenza-area bad weather event, which triggered landslides, road closures and a bridge collapse in Malo, showed how fast valley rainfall concentrates here even outside the core autumn window.
Afternoon convective thunderstorms build as heated valley air rises against the foothills, frequently bringing hail. These cells form quickly and move through the Leogra-Agno corridor with little warning from a standard hourly forecast.
Snow settles at higher elevations in the Piccole Dolomiti and Alto Vicentino peaks above town, while the valley floor sees fog and cold-air pooling rather than heavy rain.
Malo's calendar runs on its textile and manufacturing industry rather than tourism or harvest — the Alto Vicentino's production cycles set the local rhythm more than the seasons themselves.
Heavy rain concentrating on the steep upper catchments funnels down through Malo and Isola Vicentina fast — the same valley system implicated in the May 2024 bridge collapse in Malo.
Malo's manufacturing sites, part of the wider Schio-Valdagno-Thiene textile district, need rain and hail timing to protect outdoor logistics and shipments moving along the SP46 corridor.
Daily traffic runs toward Schio, the Alto Vicentino's larger industrial centre, and toward Vicenza city — both routes cross ground exposed to sudden valley storms.
The valley's steeper flanks carry real landslide exposure during intense orographic rainfall, a risk worth checking before hiking or working on hillside land.
Freight and commuter traffic feeding the Valdastico autostrada benefits from knowing when a hail cell is crossing the corridor.
RainViewer draws radar data for Italy from the Dipartimento della Protezione Civile (Italian Civil Protection Department) national radar network, supplemented by regional radar systems from ARPA agencies including ARPA Veneto, ARPAE Emilia-Romagna, ARPA FVG, and ARPAL, updated every 5 minutes. Coverage spans the Italian mainland, Sicily, and Sardinia. Around Malo, the map also covers Schio, Thiene, Valdagno, and Vicenza city.
Check RainViewer's hyperlocal radar for Malo, which updates every 5 minutes using Protezione Civile data. The Alto Vicentino's valley-mouth position means rain can differ block by block from nearby Schio or Vicenza.
Use the live radar to see whether a convective cell is building over the Schio-Valdagno-Thiene ridge before it reaches Malo. Summer storms here form quickly, so checking closer to your event time matters more than the morning forecast.
Track the radar along the SP46 corridor toward Schio and the route into Vicenza before you leave. Valley storms can sit over one town and miss the next.
Yes — the Leogra-Agno valley system is prone to flash flooding, and heavy rain in May 2024 caused a bridge collapse and road closures in Malo. Watch the upstream catchment; local sky conditions alone will not show that risk.
Late spring and early summer offer the most stable weather, before the sharpest convective storm activity sets in. Autumn brings the heaviest rain of the year.
The town sits right where pre-Alpine relief begins, so orographic lift adds rain here that towns on the open plain to the south never see. A storm can strengthen the moment it crosses into the Leogra valley.
RainViewer's Malo radar refreshes every 5 minutes using the Protezione Civile network, showing storm cells moving through the Schio-Valdagno-Thiene arc in near real time.
Yes, set a location alert for Malo or the Leogra valley to get notified before rain or hail arrives, useful given how fast storms can form against the ridge.
Malo's textile district and the Leogra-Agno flood corridor both run on short-notice weather. A storm can build over the Schio ridge and reach Malo before an hourly forecast updates.
RainViewer shows the next 2 hours in 5-minute detail, sends rain alerts before a storm reaches your site in Malo, and marks the direction storms are arriving from — typically S/SE off the Adriatic or W/SW with Atlantic fronts through the valley mouth. Check 48 hours of radar history to see how the last flood-triggering rain event moved, and track Malo alongside Schio and Vicenza in one view.
A regional forecast says rain today. Only live hyperlocal radar shows whether that rain is over Malo or already past it.
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