Thermal Master Thor 001 Handheld Thermal Camera

￡499.17(Ex.VAT)

3.5” 640×480 IPS Hard Screen；
X³ Super Resolution 512×384；
±1.5°C (± 2.7°F)；
Double the Accuracy;
1022°F Pro High-Temp.

Description
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Thermal Master NV300 Car Thermal Camera System revolutionises nighttime driving safety by leveraging AI-powered life detection and a 300-yard detection range to minimise collision risks. Utilising a 512×384 thermal sensor, the Thermal Master NV300 Car Thermal Camera System delivers <50ms latency imaging, ensuring real-time hazard alerts even in total darkness or dense fog. Specifically, its shutterless zero-lag display eliminates motion blur during high-speed driving, while the IP69K-rated housing withstands extreme dust, heavy rain, and temperatures from -40°C to 85°C.

Importantly, the NV300’s deep learning algorithms differentiate between pedestrians, animals, and vehicles with 95% accuracy, reducing false alarms by 40% compared to traditional systems. When threats are detected within 300 yards, drivers receive multimodal warnings—audible alerts paired with visual indicators on the vehicle’s dashboard. Additionally, adaptive recognition technology dynamically adjusts exposure settings to environmental changes, such as sudden glare from oncoming headlights or foggy conditions.

Furthermore, the NV300’s ultra-low power design (under 1W) ensures minimal battery drain, supporting continuous 12-hour operation on a single charge. For seamless integration, the device features a plug-and-play design compatible with most vehicle types, and its compact housing (120×80×40mm) mounts discreetly behind windshields without obstructing driver visibility.

To enhance usability, the system includes a user-configurable interface, allowing drivers to prioritise alerts for specific object types (e.g., cyclists) or adjust sensitivity based on road conditions. Rigorous field tests demonstrate 99.8% reliability in urban and off-road scenarios, positioning the NV300 as an essential tool for both civilian and commercial nighttime operations.

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