High-definition infrared imaging combines a 1280 × 1024 MWIR detector with calibrated radiometric data for precise measurement of distant targets.
FLIR RS8480 is designed for researchers, engineers, and scientists who need to capture detailed thermal imagery and extract accurate measurement data from distant objects. Combining a high-definition 1280 × 1024 midwave infrared (MWIR) detector with the proven RS-6780 chassis, the system delivers enhanced spatial detail for demanding scientific, aerospace, and range instrumentation applications.
Four Times the Pixels for Greater Detail
The RS8480 provides four times the pixels of standard VGA detectors, helping users detect, identify, and measure small or distant targets with greater confidence.
The system supports applications including outdoor scientific research, commercial space launch monitoring, aerospace system evaluation, and range instrumentation programs.
With calibrated radiometric data available from every pixel and every frame, the RS8480 enables detailed thermal analysis and quantitative measurement.
Key Features of the FLIR RS8480
- HD MWIR Imaging: A 1280 × 1024 detector captures high-resolution infrared imagery.
- Four Times the Pixels: Delivers four times the pixel count of standard VGA detectors.
- Continuous Metric Zoom: A 50–250 mm zoom lens supports flexible long-range observation and measurement.
- Extended Optical Reach: An optional 150–750 mm configuration is available with a 3× afocal multiplier.
- Radiometric Measurement: Provides calibrated measurement data from every pixel and every frame.
- RS-Series Integration: Uses the proven RS-6780 chassis and established RS-Series optics, workflow, and integration capabilities.
Applications Across Research and Aerospace
The FLIR RS8480 is suited to applications that require detailed thermal imaging and reliable measurement at long distances. Potential uses include scientific field research, commercial space launch monitoring, aerospace testing, and specialized range instrumentation.
By combining high-resolution MWIR imaging with radiometric measurement capabilities, the system supports the collection of detailed thermal data for analysis and evaluation.
FLIR, a brand of Teledyne Technologies, is a global provider of thermal imaging cameras, infrared sensors, and advanced sensing technologies. Its solutions support industrial inspection, scientific research, aerospace testing, defense, and security applications, helping professionals detect, measure, and analyze thermal data across diverse environments. Website: https://www.flir.com/
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Frequently Asked Questions (FAQs)
1. What Is the FLIR RS8480?
The FLIR RS8480 is a high-definition midwave infrared imaging system designed for long-range thermal observation and measurement.
2. What Is the Resolution of the RS8480?
It features a 1280 × 1024 MWIR detector, providing four times the pixel count of standard VGA detectors.
3. What Is the Zoom Range of the FLIR RS8480?
The system offers a 50–250 mm continuous metric zoom, with an optional 150–750 mm configuration using a 3× afocal multiplier.
4. What Applications Is the RS8480 Designed For?
Applications include scientific research, commercial space launch monitoring, aerospace system evaluation, and range instrumentation.
5. Does the RS8480 Support Radiometric Measurements?
Yes. The system provides calibrated radiometric measurement data from every pixel and every frame.