Fujikura Technology Europe
Cameras, LiDAR, and ultrasonic sensors degrade or fail entirely in real-world conditions.
01 / 04
Cameras lose contrast. LiDAR scatters. GPS drifts.
Conventional sensors are effectively blind in heavy snow, unable to distinguish objects from the environment.
02 / 04
Optical sensors saturate. LiDAR range collapses by 50%+.
Water droplets create noise across the entire optical spectrum, degrading detection reliability when it matters most.
03 / 04
Visibility drops below 50m. Cameras and LiDAR fail completely.
Fog is the most challenging condition for conventional perception — micro-droplets scatter light in all directions.
04 / 04
Objects overlap. Sensors cannot separate closely spaced targets.
Low angular resolution merges multiple vehicles into a single return, eliminating the ability to track individual objects.
Without reliable perception, autonomous systems cannot operate safely — limiting deployment to ideal conditions.
Multiple overlapping sensors drive up system cost and integration complexity.
Systems shut down when visibility degrades — exactly when perception matters most.
The Answer
Our photonics-based radar delivers 10× finer angular resolution than conventional systems — enabling autonomous platforms to operate continuously and safely.
~0.1°
Angular Resolution
10× finer than conventional radar.
Engineered for environments where reliability is non-negotiable.
Traffic perception, autonomous driving, highway monitoring systems.
Mining, quarries, autonomous vehicles in dust and contamination.
Perimeter security, counter-drone, air defense, critical infrastructure.
Obstacle detection, human-robot interaction, degraded-visibility navigation.
Discover how high-resolution radar transforms perception in your domain.
