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FLIR 436-0019-00S Vue Pro R Radiometric Thermal Camera - Microbolometer Sensor - Color - Fixed 6. 8mm Lens - Wired
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Product Features
Technical Overview
This thermal camera leverages a microbolometer image sensor, which operates without active cooling, reducing power consumption and physical size. The sensor captures thermal radiation and converts it into visible color imagery, supporting both qualitative observation and quantitative temperature measurement.
The fixed lens design ensures optical stability and reliability in dynamic environments, with a 6.8mm focal length optimized for aerial surveillance distances. Wired connectivity provides a stable data link for real-time video streaming and control integration.
This section brings together practical product details such as Image Sensor Type, Color Supported, Lens Type, Maximum Focal Length, so buyers can judge configuration, deployment fit, and day-to-day suitability with less guesswork.
Key Product Advantages
The Vue Pro R combines advanced thermal imaging with practical deployment features for aerial surveillance. Its radiometric functionality allows users to extract temperature data from thermal video, adding analytical value beyond standard security monitoring.
Compact Sensor Technology
The microbolometer sensor is smaller, lighter, and more power-efficient than cooled alternatives, making it ideal for payload-sensitive sUAS platforms without compromising thermal sensitivity.
- Reduced size and weight
- Lower power consumption
- Cost-effective thermal imaging
Radiometric Capability
Supports temperature measurement across the image, enabling detailed thermal analysis for applications like infrastructure inspection, search and rescue, and environmental monitoring.
- Precise temperature data
- Quantitative thermal analysis
- Enhanced situational awareness
Deployment / Use Cases
This camera is engineered for integration with small unmanned aerial systems, providing aerial thermal surveillance for both residential/SMB security and professional inspection workflows. Its design balances performance with the size and weight constraints of drone platforms.
Typical applications include perimeter security monitoring, rooftop and infrastructure inspection, agricultural health assessment, and emergency response operations. The wired connectivity ensures reliable video transmission to ground stations or recording systems.
Aerial Security Surveillance
Deploy on sUAS for wide-area monitoring of properties, borders, or critical infrastructure, leveraging thermal imaging for night-time and low-visibility operation.
- Night and day operation
- Wide-area coverage
- Real-time thermal video
Professional Inspection & Analysis
Use for detailed thermal inspection of solar panels, electrical systems, building envelopes, or industrial equipment, with radiometric data supporting maintenance decisions.
- Temperature measurement
- Non-contact inspection
- Data-driven maintenance
Highlights
- Radiometric thermal camera for temperature measurement and analysis
- Microbolometer sensor for compact, efficient thermal imaging
- Color thermal imaging enhances detail recognition
- Fixed 6.8mm lens provides consistent field of view
- Wired connectivity ensures stable data transmission
- Designed for integration with small unmanned aerial systems (sUAS)
- Suitable for security surveillance and professional inspection
- Lower power consumption supports extended flight times
Specifications
| Specifications | |
|---|---|
| Manufacturer | FLIR Systems GmbH |
| Manufacturer Part Number | 436-0019-00S |
| Brand Name | FLIR |
| Product Line | Vue Pro |
| Product Name | VUE PRO R Radiometric Thermal Camera for sUAS |
| Product Type | Surveillance Camera |
| Display & Graphics | |
| Image Sensor Type | Microbolometer |
| Color Supported | Color |
| Lens | |
| Lens Type | Fixed |
| Maximum Focal Length | 6.8 mm |
| Network & Communication | |
| Connectivity Technology | Wired |
User Manual
FAQ
What is a radiometric thermal camera?
A radiometric thermal camera measures temperature values for each pixel in the thermal image, allowing precise temperature analysis across the scene. Unlike standard thermal cameras that only show heat patterns, radiometric models provide quantitative data that can be used for inspection, monitoring, and diagnostic applications.
What are the advantages of a microbolometer sensor?
Microbolometer sensors do not require active cooling, making them smaller, lighter, and more power-efficient than cooled thermal sensors. This reduces overall system size and power draw, which is critical for drone-mounted applications where weight and battery life are key considerations.
What does 'fixed lens' mean for this camera?
A fixed lens has a permanent focal length that cannot be adjusted. The 6.8mm focal length on this camera provides a specific field of view optimized for typical aerial surveillance distances. This design offers optical stability and reliability, with no moving parts that could fail in vibration-prone environments.
How is this camera powered and connected?
The camera uses wired connectivity for both power and data transmission. This ensures a stable, reliable link for real-time video streaming and control, which is essential for aerial operations where wireless interference or latency could impact performance.
What types of drones is this camera compatible with?
The FLIR Vue Pro R is designed for integration with small unmanned aerial systems (sUAS), typically consumer or professional drones that support payload mounting and have compatible power/data interfaces. Specific compatibility depends on the drone's mounting system and interface capabilities.
Can this camera be used for night surveillance?
Yes, thermal cameras like the Vue Pro R are ideal for night surveillance because they detect heat signatures rather than visible light. This allows them to operate effectively in complete darkness, through smoke, fog, or light foliage, providing 24/7 monitoring capability without additional illumination.
| Qty | Price | Available |
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