UAV LOW-LIGHT
NAVIGATION
CAMERA MODULE

Immervision’s Low-Light Navigation Camera Module is designed for the autonomous and semi-autonomous navigation of UAVs (Unmanned Aerial Vehicles) in all environments, with high performance in low-light conditions, and offers a 190° field of view (FoV).

KEY FEATURES AND BENEFITS

  • High performance in low-light conditions, allowing secure navigation.
  • Wide-angle panomorph lens with smart pixel management, providing enhanced image quality.
  • IP67 rating and front lens element in glass for usage in various environments, outdoors and indoors.
  • Off-the-self solution, ready for implementation.
  • Small footprint and light weight for low impact on battery consumption.
  • Easily customizable to other platforms.
  • Well suited for other navigation applications such as land vehicles, water vessels, robots, etc.

MAXIMIZING BOTH LOW-LIGHT SENSITIVITY
AND IMAGE QUALITY

Platforms equipped with this innovative technology can operate from dusk-to-dawn, both outdoors and indoors. It is suitable for use by human operators and/or the artificial intelligence (AI) and machine learning (ML) systems used in fully autonomous vehicles.

NAVIGATION AND OBJECT AVOIDANCE

GPS, when available, works well for localization and route planning. However, GPS is not precise enough for inspection of structures such as bridges and buildings where proximity allows for a better analysis. To augment GPS, in addition to a drone’s inertial navigation systems in the form of accelerometers, gyroscopes, and magnetometers, the best all-round performer regarding navigation and object avoidance is a visual camera system.  

OFF-THE-SHELF AND OUT-OF-THE-BOX

 

This camera module is driver ready for industry’s leading robotic platform and flight controller. The plug-and-play solution gives access to Immervision’s image processing software capability directly ported on the platform.

CUSTOM DEPLOYMENTS

Although its initial target is UAV and sUAS platforms, Immervision’s low-light navigation camera module is applicable to a wide range of applications, including robots, land vehicles, and water vessels. The module has been designed to be quickly and easily customized

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