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Yes. Our full-color night vision system has been deployed in a variety of vehicle applications (passenger cars, trucks, and specialty vehicles) as well as on boats. The equipment features a dust- and rain-resistant design that can penetrate rain, fog, and dust, making it suitable for all types of extreme outdoor environments. Specific installation solutions can be customized based on your vehicle or boat model.
While traveling at high speeds, the system identifies potential hazards—such as obstacles ahead, unusual objects, and changes in road conditions—in advance by analyzing moving objects and their trajectories in real time within full-color video footage, thereby giving drivers or crew members more time to react. This represents the core of our technology—the transition from “seeing” to “anticipating”—and has been validated across a variety of vehicle scenarios.
Yes. Our devices are optimized for high-speed environments and can maintain stable, smooth footage without motion blur even while traveling at 120 km/h by land or sea. Combined with the AI hazard prediction feature, they enable a shift from “seeing hazards” to “anticipating hazards,” making them suitable for all types of high-speed vehicles and vessels.
The Lux rating is for reference only and does not reflect the actual image quality. We place greater emphasis on real-world performance: whether the camera can consistently output 1080p full-color video at 0.003 lux, whether motion blur occurs during fast-moving scenes, and how well it performs in rainy or foggy conditions. We recommend reviewing our real-world examples and tutorial videos to make an informed decision.
Our full-color night vision devices can produce 1080p full-color images in conditions as low as 0.003 lux. This figure is based on actual road and navigation tests, not laboratory maximum values. Actual performance may be affected by factors such as lens cleanliness, ambient contrast, and rain or fog conditions.
No. Our devices use purely passive optical imaging technology and do not rely on infrared lights or white light illumination at all. This ensures truly covert operation—they emit no visible or infrared light that could give away their location, while still delivering full-color images in moonlight or starlight conditions as low as 0.003 lux.
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