
Flir C2 Compact Thermal Imaging Camera
The world’s first full-featured, pocket-sized thermal camera
The C2 Compact Thermal Imaging Camera from FLIR is the world’s first full-featured, thermal camera that fits in the pocket.
- Light and slim pocket-sized camera
- 3” intuitive touch screen with auto orientation for easy viewing
- MSX-enhanced thermal images
- Radiometric image stores 4800 pixels capable of capturing thermal measurements from -10°C to +150°C
- FLIR’s unique 2-10 warranty, covering parts and labour for two years and the detector for 10

Product Description
The C2 Compact Thermal Imaging Camera from FLIR is the world’s first full-featured, thermal camera that fits in the pocket.
It’s designed to help engineers and building professionals identify hidden heat patterns that clearly show where problems are, such as sources of energy waste, signs of structural defects, plumbing issues and more.
The C2’s high sensitivity 4800-pixel detector captures and displays subtle thermal patterns and small temperatures on a high resolution screen using FLIR’s patented MSX real-time image enhancement.
At 125×80×24mm (4.9×3.1×0.94”) and 130g (0.29lb), the sleek architecture and touchscreen operation, with auto orientation, make the C2 the most convenient, full-featured thermal camera available on the market.
MSX adds key details (captured by the onboard visible camera) to the C2’s thermal images so numbers, letters, texture and other features are clearly recognisable without compromising the thermal image.
A built-in worklight and flash help illuminate poorly lit areas common in building inspection environments. The extra illumination also ensures that a brighter visible photo is able to be captured along with the C2’s thermal image.
The point-and-shoot C2 can store radiometric JPEGs at the push of a button. The images can be downloaded later using the free FLIR Tools software that allows the user to adjust thermal image levels, isolate and add temperature measurements, change colour palettes, and create persuasive reports.