Seyond Falcon K Ultra-Long Range Lidar Sensor
Automotive-Grade Lidar with 500m Range for Advanced Autonomous Driving
Falcon K Ultra-Long Range Lidar Sensor is an automotive-grade lidar sensor developed by Seyond, offering an ultra-long detection range of up to 500 meters, with the capability to detect objects with 10% reflectivity at distances up to 250 meters. It features image-grade ultra-high resolution and a flexible, adjustable region of interest (ROI) for enhanced target tracking. Operating at a 1550 nm laser wavelength, Falcon K ensures better eye safety. The sensor has been rigorously tested for environmental adaptability, including resistance to harmful gases, chemical corrosion, temperature and humidity variations, frost, thermal cycles, and impact resilience, ensuring stable performance even in demanding conditions. With over 250,000 units delivered, Falcon K is ready for mass production, supporting applications in autonomous driving, intelligent transportation, robotics, and smart infrastructure.
Falcon K Ultra-Long Range Lidar Sensor Technical Specifications
Range | 1.5 - 500m |
Detection Range (10% Lambertian reflectivity @ 10 Hz | 250m @100klx sunlight, POD>90% |
Detection Range Accuracy | ± 5 cm for Lambertian targets ± 10 cm for retroreflectors |
Detection Range Precision (10% Lambertian reflectivity) | 2 cm (50 m@1sigma) |
Detection Range Resolution | 0.5 cm |
Vertical Scanning Lines | 1520 lines/sec |
FOV in non-ROI (H×V) | 120°×25° |
FOV in ROI (H×V) | 40°×4.8° |
Angular Resolution in non-ROI (H×V) | 0.18°×0.24° |
Angular Resolution in ROI (H×V) | 0.09°×0.08° |
Angular Accuracy | ± 0.1° |
Frame Rate | 10 FPS (configurable: 5 to 20 FPS) |
Mechanical/Electrical | |
Power | 12V/30W |
Operating Voltage | 9 to 34V DC |
Dimensions (H×W×D) | 58.9mm×228mm×149.6mm |
Weight | 1.75 kg |
Why Choose the Falcon K Ultra-Long Range Lidar Sensor?
500m ultra-long detection range, image-grade ultra-high resolution
Flexible and adjustable ROI
1550nm laser wavelength enables better eye-safety
Greater environmental adaptability and longer product life
Mass production of automotive-grade robust products is ready
What Is the Falcon K Ultra-Long Range Lidar Sensor Used For?
Typical applications of the Falcon K Ultra-Long Range Lidar Sensor include:
Autonomous vehicles, robotaxis and shuttle perception systems
ADAS development, validation and data collection vehicles
Mobile robotics, AGVs, AMRs and delivery robots
Smart infrastructure, V2X and roadside perception units
HD mapping, surveying and digital-twin data acquisition
Frequently Asked Questions
What is the Falcon K Ultra-Long Range Lidar Sensor?
Falcon K Ultra-Long Range Lidar Sensor is an automotive-grade lidar sensor developed by Seyond, offering an ultra-long detection range of up to 500 meters, with the capability to detect objects with 10% reflectivity at distances up to 250 meters. It features image-grade ultra-high resolution and a flexible, adjustable region of interest (ROI) for enhanced target tracking.
Is the Falcon K Ultra-Long Range Lidar Sensor suitable for autonomous vehicle projects?
Yes. The Falcon K Ultra-Long Range Lidar Sensor produces real-time 3D point cloud data used for object detection, obstacle avoidance and localization in autonomous driving and robotics stacks, and it integrates with common perception frameworks such as ROS-based pipelines and Autoware.
Where is the Falcon K Ultra-Long Range Lidar Sensor available?
The Falcon K Ultra-Long Range Lidar Sensor is available through Leo Drive in the following region: Turkey. For other regions, please contact Leo Drive.
How can I get the datasheet and technical documents for the Falcon K Ultra-Long Range Lidar Sensor?
The datasheet, user manual and other technical documents for the Falcon K Ultra-Long Range Lidar Sensor are available on the manufacturer’s website. You can also contact Leo Drive for documentation and integration support.
Explore More at Leo Drive
The Falcon K Ultra-Long Range Lidar Sensor is part of the Lidar Sensors range at Leo Drive. Browse all autonomous vehicle sensors and components, or talk to our engineering team about integration in your project.
