The Guide PR410 is an industrial thermal camera specially developed for firefighters. It can quickly produce clear, fine and detailed thermal images without focusing, so users can easily navigate even in smoky environments.

Visualized temperature up to 2000 ℃
The temperature distribution of the measured object is intuitively visible. The maximum measured temperature is up to 2000℃. It supports functions such as temperature analysis, temperature correction, and overheating alarms (vibration, screen flash, sound), etc.

Easy to use even with gloves
It is operated with three large buttons and a photo/video button, specially designed for comfortable use with gloves. The management interface is so intuitive and clear that it allows firefighters to focus more on on-site firefighting operations.

Fully functional for up to 5 minutes at 260°C
In case of fire, it can break through the limitations of harsh environments such as high temperature, high humidity and heavy smoke, and can work at a high temperature of 260℃ for up to 5 minutes. The soft plastic part (body shell) is silicone rubber, has excellent heat resistance and resists thermal oxidation. The hard plastic part (photo button) is PPSU, which has excellent high temperature resistance, chemical corrosion resistance and wear resistance.

Solid and durable
The PR410 is designed for harsh firefighting conditions with excellent 2m drop performance; IP67 waterproof and fully functional for up to 5 minutes at 260°C.

Photo and video 128GB large memory
It has one-click photo and video function without delay or affecting the real-time detection screen, and 128GB memory capacity to store more than 20,000 images to meet user needs.

OTA online update to the latest system version
It supports device firmware upgrade by connecting to TargetIR APP for high efficiency.

Multiple picture modes for different applications
By simulating and analyzing the application requirements for different fire incidents, users can conveniently change the image mode at any time according to the current situation, thus helping firefighters to quickly identify the environment, thus ensuring the accurate and fast location of people trapped inside the building.