Infrared thermal imaging night vision device for vehicle installation
According to global data, 60% of traffic accidents occur at night and in adverse weather conditions, mainly due to poor visibility while driving. Especially when driving at night on roads without streetlights and with severe haze, there are safety hazards due to the limitation of the distance illuminated by car headlights.
Using an infrared thermal imager as a visual assistance driving system, drivers can clearly observe the information in front of the vehicle in low visibility or darkness, as well as see areas that the car headlights cannot reach, pedestrians and vehicles in strong light shadows. The illumination distance of general car headlights is about 100m, while infrared thermal imagers can see unexpected road condition information at 450m.
At present, more and more car manufacturers are beginning to develop and use in car night vision systems with infrared thermal imagers as the core. Due to price reasons, major domestic and foreign car manufacturers only use in car infrared thermal imagers in their luxury models. In the near future, with the development of technology and the reduction of production costs for infrared thermal imagers, in car night vision systems will be widely adopted.
The above is a car mounted infrared night vision device that provides drivers with clear and visible infrared night vision images, greatly improving the safety of night driving. The vehicle mounted infrared thermal imager can clearly see people, animals, and objects in harsh environments such as all black, smoke, dust, rain, and snow. The effective visible distance at night is three times that of light. The thermal imager probe can be installed at the front end of the air intake, and is a built-in design with functions such as removing strong light, breaking fog, driving deviation warning, pedestrian warning, and driving recorder. It also has the characteristics of small size, light weight, and easy installation, and can be installed on various vehicle models.
