Wide FOV, compact, high resolution, blind spot detection, robotics, heavy equipment autonomy
$7,500.00
Wide FOV, compact, high resolution, blind spot detection, robotics, heavy equipment autonomy
Seyond Falcon K lidar features ultra-high resolution, ensuring precision in detection. With the ROI dynamic focusing feature, it flexibly adjusts the region of interest for better target tracking. In challenging road conditions, it achieves enhanced clarity and higher safety levels.
Falcon K lidar features ultra-high resolution, ensuring precision in detection. With the ROI dynamic focusing feature, it flexibly adjusts the region of interest for better target tracking. In challenging road conditions, it achieves enhanced clarity and higher safety levels.
As proven automotive grade, mass-produced LiDAR, Falcon K represents Seyond’s dedication to excellence. It has successfully passed a series of vehicle-standard reliability tests including tests for resistance to harmful gases, chemical corrosion, temperature and humidity variations, frost, thermal cycles, and impact resilience. Even in the most demanding environments, it delivers unwavering performance stability. With over 250,000 units already delivered, Falcon K1 is a testament to our commitment to quality and reliability.
The SEYOND Falcon K is an ultra long range LiDAR sensor designed for ADAS, autonomous driving, smart city infrastructure, highways, railways, ports, shipping, mining, and robotics. It is especially relevant for applications that need long distance object detection, high resolution perception, and early risk awareness.
SEYOND Falcon K is suitable for ADAS and autonomous driving because it can detect targets up to 500 meters away and detect 10 percent reflectivity objects at 250 meters. This gives the vehicle more time to identify risk, track objects, and respond earlier in high speed driving scenarios.
SEYOND Falcon K has a detection range of 1.5 m to 500 m, with 250 m detection at 10 percent reflectivity. This positions it as an ultra long range LiDAR for highway driving, intelligent transportation, rail, ports, mining, and autonomous mobility applications.
Falcon K uses a 1550 nm Class 1 laser. This wavelength is important because 1550 nm LiDAR enables long distance perception while maintaining eye safety, making it suitable for high performance automotive and infrastructure sensing applications.
ROI dynamic focusing allows Falcon K to adjust its region of interest and concentrate higher resolution sensing where target tracking matters most. This is useful for ADAS and autonomous driving because the system can focus perception on important road areas, distant vehicles, pedestrians, or potential hazards.
Falcon K provides image grade resolution by combining long range sensing with high resolution output. Its ROI resolution can reach up to 0.06°×0.06°, helping detect distant objects with greater clarity in complex environments.
Yes. SEYOND Falcon K is suitable for ADAS, autonomous driving, smart city infrastructure, highways, railways, ports, shipping, mining, and robotics. Its 500 m detection range and 120°×25° field of view make it relevant for long road segments, complex intersections, infrastructure monitoring, and transportation safety systems.
Yes. SEYOND Falcon K is designed for automotive grade and mass production use. It has passed extensive reliability validation, including resistance to harmful gases, chemical corrosion, temperature and humidity variation, frost, thermal cycling, and mechanical impact.
Falcon K is built for demanding outdoor environments. The official datasheet lists IP67 protection for the body and IP69K protection for the window, with an operating temperature range of minus 40°C to 85°C. This makes it relevant for automotive, transportation, port, mining, and industrial outdoor use cases.
A team should choose SEYOND Falcon K when it needs ultra long range LiDAR performance, 500 m detection capability, 250 m detection at 10 percent reflectivity, image grade resolution, ROI dynamic focusing, and automotive grade reliability. It is most relevant for ADAS, autonomous driving, highways, rail, ports, mining, robotics, and smart transportation projects where early risk detection is critical.
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