AQUAIOT Radar | Smart Water Level Monitoring & Flood Prevention UK

AQUAIOT Radar – Advanced Water Level Monitoring for Flood Resilience

The AQUAIOT Radar is a precision smart water level sensor designed for UK utilities, councils, and industries tackling urban flooding, sewer overflows, and water storage management. Powered by 60GHz millimetre-wave radar technology, it delivers highly accurate, real-time monitoring across sewers, drains, tanks, and rivers.

Built for reliability, the AQUAIOT Radar is IP68-rated to withstand corrosive wastewater environments, heavy rainfall, and full immersion. With LoRaWAN® and LTE Cat-1 connectivity, it seamlessly integrates into smart water networks for flood prevention, early warning alerts, and efficient resource management.

Key Features

• Ultra-Precise Monitoring: ±2 mm accuracy with a range of 0.3m–12m.
• Maintenance-Free: Non-contact sensing, unaffected by foam, turbulence, or debris.
• Rugged & Durable: IP68-rated for sewers, drains, and harsh UK weather.
• Flexible Connectivity: LoRaWAN® or LTE Cat-1 options for urban and remote sites.
• Smart Modes: Custom settings for standard wells, storm drains, and sewage wells.
• Long Battery Life: Up to 7 years (LoRa) or 5 years (LTE Cat-1) without intervention.
• Secure Data: Encrypted transmission, fully compatible with AQUAIOT dashboards.

Applications

• Sewer Level Monitoring – detect blockages, fatbergs, and overflows before they cause incidents.
• Flood Prevention – monitor gullies, drains, and rivers for real-time alerts during heavy rainfall.
• Water Storage – manage tanks, reservoirs, and wells efficiently.
• Industrial Liquids – monitor harsh or corrosive media without risk of sensor damage.

Why Choose AQUAIOT Radar?

Engineered for the UK’s climate resilience needs, the AQUAIOT Radar empowers councils, utilities, and facility managers with data-driven flood prevention and water management. By reducing manual inspections and enabling predictive action, it safeguards communities, lowers costs, and supports sustainable infrastructure planning.