#China #Yantai #Raytron #Geely #LEVC L380

Enhancing Nighttime Driving Safety with Raytron's Technology

Driving at night poses inherent risks, particularly due to poor visibility conditions. Statistics from the NHTSA reveal that the likelihood of fatal accidents triples during nighttime hours compared to the daytime. To address this pressing safety concern, Geely has incorporated Raytron’s advanced automotive thermal imaging camera into its premium electric multi-purpose vehicle, the LEVC L380. This sophisticated integration aims to significantly minimize nighttime accidents by enhancing driver awareness and vehicle safety capabilities.

Key Features of Raytron's Thermal Imaging Technology

The LEVC L380 is equipped with a robust suite of 28 perception sensors, with the core component being an advanced infrared night vision system (NVS). This cutting-edge technology employs a powerful thermal imaging camera developed by Raytron that penetrates darkness, fog, and glare—conditions under which traditional optical cameras typically fail.

1. Long-Range Detection

The thermal imaging system boasts an effective detection range of up to 300 meters, far exceeding that of conventional headlights. This extended detection capability grants drivers valuable additional reaction time by identifying potential hazards on the road well in advance.

2. Wide Field of View

Raytron's system features a horizontal coverage of approximately 10.5 meters, extending its reach across at least three lanes of traffic. This broad coverage significantly reduces blind spots, thereby enhancing safety during lane changes and on winding roads.

3. High Detection Accuracy

With a pedestrian detection rate surpassing 95% and a vehicle detection accuracy exceeding 98%, Raytron’s thermal imaging technology excels in identifying the heat signatures of living beings. Its highly sensitive infrared module gives it an unparalleled advantage in maintaining accurate situational awareness.

The Role of Raytron in Automotive Safety Innovations

Raytron has emerged as a key player in the automotive sector, providing thermal imaging modules to an increasing number of leading car manufacturers, including BYD, Zeely, GWM, and Dayun. This trend signifies a pivotal shift in the adoption of thermal imaging technology, transitioning from luxury vehicles to mainstream models. At the heart of Raytron’s innovation is the world's first uncooled 8-micron infrared detector, with a resolution of 1920 × 1080. This state-of-the-art technology utilizes smaller, denser pixels to produce clearly defined and detailed thermal images.

Moreover, Raytron's automotive thermal camera employs a shutterless algorithm, effectively eliminating image interruptions that mechanical shutters typically introduce. Coupled with the Matrix IV Super-Resolution Algorithm, the native resolution of 640 × 512 is scaled up to near 1080p clarity. This enhancement is instrumental in providing accurate target classification and reliable pedestrian detection during nighttime driving.

Conclusion

As driving under low visibility continues to be a substantial risk factor on our roads, the introduction of Raytron's thermal imaging technology in vehicles like the Geely LEVC L380 represents a significant leap in automotive safety measures. By enabling better detection of obstacles and enhancing driver situational awareness, Raytron's advanced infrared systems are paving the way for safer nighttime travel. The collaboration between Geely and Raytron exemplifies a proactive approach to reducing traffic fatalities and improving overall road safety.

For more information about Raytron and its innovative automotive technologies, visit Raytron Technology.