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Modern armored vehicles operate in increasingly complex environments where threats can emerge from any direction. Urban combat, drone attacks, poor weather, smoke, and nighttime operations all reduce visibility and shorten the time crews have to react. Improving what vehicle operators can see has therefore become as important as improving armor or firepower.
A new family of electro-optical and thermal imaging systems by Teledyne FLIR Defense has been developed to address that challenge by providing high-definition vision around the vehicle while improving driver awareness and long-range observation capabilities.
According to NextGenDefense, the suite consists of three complementary systems, each designed for a different operational role.
The first is a situational awareness camera that provides a 90-degree field of view around the vehicle – ThermoVision Situational Awareness HD (SA90-HD). Combining electro-optical and infrared imaging, it allows crews to monitor nearby activity in daylight, darkness, rain, smoke, and other degraded visibility conditions. Low-latency video transmission helps operators respond more quickly to developing threats while maintaining visibility even as the vehicle’s turret or hull changes orientation.
A second system focuses specifically on the driver’s forward view – ThermoVision Driver Vision HD (DV55-HD). It combines visible-light and thermal sensors within a single camera, allowing both image streams to be fused into one display. This improves obstacle detection and terrain awareness in low-light and nighttime conditions while supporting safer vehicle movement across difficult terrain.
The third component is a long-range thermal imaging system intended for observation and target detection – MilSight LIRC III. Offering selectable wide and narrow fields of view, it allows operators to switch between broader situational awareness and more detailed observation of distant objects. Electronic zoom functions provide additional flexibility without requiring changes to the optical configuration.
The thermal imager also supports high-definition video transmission over Ethernet with very low latency, enabling integration into modern vehicle mission systems.
From a defense perspective, multi-sensor vision systems are becoming increasingly important as armored vehicles face a broader spectrum of threats. Crews must maintain awareness not only of conventional ground targets but also low-flying drones, concealed personnel, and rapidly changing battlefield conditions. Combining thermal and visible-spectrum imaging helps maintain operational effectiveness regardless of lighting or weather.
Together, the three systems create a layered vehicle vision architecture that improves navigation, observation, and close-range awareness. By integrating multiple sensor types into a high-definition suite, the platform aims to provide crews with a more complete understanding of their surroundings while reducing reaction times in demanding operational environments.
