Willis Unveils Sensor-Based Parametric Flood Insurance Solution for UK Racecourses

Why It Matters

The product provides affordable, rapid‑settlement protection for racecourses that were previously uninsurable, reducing financial exposure and operational disruption. It also showcases how parametric insurance can be scaled to other high‑risk, low‑lying infrastructure sectors.

Key Takeaways

• Willis launches sensor‑based parametric flood cover for UK racecourses
• Royal Windsor becomes first ARC venue with automatic payout trigger
• Policy pays out based on water depth, not damage assessment
• Early sensor data offers real‑time flood warnings for operational response
• Solution could extend to other flood‑prone venues worldwide

Pulse Analysis

Flood risk is becoming a strategic concern for the UK’s leisure and sporting venues, especially racecourses built on river floodplains. Traditional indemnity policies often impose prohibitive premiums, high deductibles, or outright exclusions, leaving operators vulnerable to costly interruptions. By leveraging parametric insurance—where payouts are tied to objective triggers rather than loss assessments—Willis and its partners are redefining risk transfer for a sector that has long struggled to secure coverage.

The new Willis offering combines real‑time sensor technology from Previsico with bespoke underwriting from Descartes and capital backing by Generali. Sensors monitor water depth at critical points on each track, and once a pre‑agreed threshold is breached, an automatic claim is released. This eliminates lengthy loss‑adjuster visits and provides immediate liquidity for repairs, cleanup, and business‑continuity measures. Moreover, continuous monitoring delivers early‑warning alerts, enabling racecourse operators to activate flood‑mitigation protocols such as relocating equipment or securing vulnerable assets.

Beyond the immediate benefit to ARC’s 16 venues, the solution signals a broader shift toward data‑driven, parametric products across infrastructure sectors facing climate‑related hazards. Insurers can price risk more accurately, while clients gain transparent, scalable protection that aligns payouts with exposure. As flood‑related costs in the UK are projected to rise to roughly $4.6 billion by 2050, the Willis model could serve as a template for stadiums, ports, and utility sites seeking resilient, cost‑effective coverage in an increasingly volatile climate.