Qb2

With its rugged IP67 ingress protection, the Qb2 withstands harsh environments. Its high point cloud density and noise filter ensure accurate volume and profile measurements, even in the presence of dust particles. The sensor's on-device WiFi eliminates the need for additional network cabling, simplifying installation for seamless volume monitoring.

The Qb2 LiDAR sensor is well-suited for intelligent transportation systems. With its large area coverage, high resolution, and accuracy, it enables reliable object detection, tracking, traffic monitoring, and pedestrian safety. Its Power over Ethernet capability eliminates the need for additional cabling, and its robust design ensures effective operation even in challenging weather conditions.

Edge processing enables real-time data analysis, while its scalability allows for integration of multiple sensors. The sensor ensures privacy by capturing no personal identifiable information, offering end-to-end tracking with unique IDs. Additionally, its inconspicuous design, noiseless operation, and sleek aesthetics make it an unobtrusive choice for crowd analytics applications.

With its high accuracy, resolution, and wide field of view, the Qb2 enables precise mapping, obstacle detection, and environmental analysis. Its low power consumption extends flight times and enhances operational efficiency, ensuring accurate mapping, obstacle avoidance, and situational awareness during aerial operations.

The Blickfeld Qb2 reliably detects obstacles and maps surroundings, with a wide field of view for efficient navigation in dynamic environments. Its compact and lightweight design enables seamless integration, while high resolution and on-device processing provide precise and real-time perception data. With low power consumption, WiFi connectivity, and standard communication protocols, the Qb2 simplifies integration and enhances overall efficiency.

Blickfeld 3D LiDAR, with its on-device processing capabilities, eliminates the need for extra computing units and allows for real-time intrusion detection. It functions effectively in diverse lighting conditions, being ambient light agnostic. Featuring disruptive technology, it provides a new level of low false alarm rates, ensuring accurate and reliable security monitoring across sites.