Straight-line wind continues to drive significant homeowners losses, and volatility remains difficult to manage. Pricing structures often reflect broad geographic exposure rather than property-level structural differentiation that materially influences loss outcomes.
Wind loss outcomes are driven not only by the property location but how a specific structure responds to wind. Variations in structural and surrounding characteristics can materially influence how similar wind exposure affects individual homes. Failure to capture those differences can leave elevated vulnerability embedded within the portfolio—contributing to wind-driven loss volatility and inconsistent segmentation.
LOCATION® Wind helps insurers identify elevated straight-line wind risk earlier and manage volatility more precisely across underwriting, pricing, and portfolio strategy.
Use the integrated wind risk score to distinguish properties that are structurally more susceptible to wind damage – even when exposed to comparable wind conditions.
Incorporate integrated property-level wind risk differentiation into rating strategies to strengthen pricing alignment and segmentation precision.
Identify structural characteristics and surrounding property context that increase wind susceptibility before loss emerges.
Evaluate how wind risk distribute and cluster across regions and books of business to better understand structural concentration and volatility drivers.
As part of Verisk’s LOCATION suite, LOCATION Wind translates complex structural and localized wind dynamics into a clear, property-level wind risk score to support underwriting, pricing, and portfolio management.
A property-level wind risk score from 1 (lowest relative risk) to 100 (highest relative risk) enables differentiation by capturing how structural vulnerability interacts with localized wind exposure.
Attribute-level visibility into the drivers of wind risk, supporting transparency, interpretation, and confident decisions.
Take on a range of location-specific perils with purpose-built tools.
Assess the age of a structure’s roof using deep industry experience and advanced data science.
Uncover risks and bring application data to life with high-resolution aerial imagery.
Capture the full scope of hail risk with advanced modeling that helps track hail’s destructive path across time and location.
Analyze and manage address-level wildfire risk and assess community mitigation.
Capture address-level risk implications of community fire protection.
Keep homeowners better protected with replacement cost estimates built on real-world claims and multisource data.