Teledyne FLIR SIRAS

Hardware / Teledyne FLIR SIRAS

Teledyne FLIR SIRAS

Secure Thermal Imaging. Enterprise Ready.

The Teledyne FLIR SIRAS is a professional drone built for public safety, industrial inspection, and critical infrastructure monitoring. Featuring a powerful radiometric thermal and visual payload, open storage architecture, and no forced cloud connectivity, SIRAS offers a secure and flexible solution for high-stakes aerial operations.

Features & Benefits

  • Dual Imaging Payload: Equipped with a high-resolution radiometric thermal sensor and a 16MP visible camera with 128x zoom—ideal for identifying heat signatures and visual detail in a single flight.

  • Data Security First: No cellular module, no forced cloud sync, and removable storage—ensuring total control of data for sensitive operations.

  • Operational Flexibility: Features hot-swappable batteries and a 31-minute flight time, enabling more mission time and less downtime between flights.

  • Reliable Performance: IP54-rated and built to withstand real-world conditions, with a smart obstacle avoidance system and easy-to-use flight controls.

  • Quick Deployment: Lightweight and ready to fly within minutes—perfect for fast response in time-critical missions.

Real-World Applications Across Industries

  • Agriculture: Use thermal and visible sensors to assess irrigation efficiency, detect heat stress in crops, and monitor livestock conditions across wide areas.

  • Construction: Conduct inspections of roofs, facades, and equipment for thermal anomalies and structural issues—without manual access.

  • Public Safety: Ideal for fire services, law enforcement, and SAR operations—providing reliable thermal and zoom capabilities in low-light or hazardous conditions.

  • Utilities & Energy: Identify overheating components, inspect substations, and scan solar panels or wind turbines for faults using radiometric thermal imaging.

  • Education & Research: A valuable tool for technical education programs, environmental monitoring, and field-based research that requires thermal analysis and secure data practices.

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