XT-M120 Mini Solid-State Flash LiDAR 20m Detect Range FOV 106° x 80°

Specifications

Scanning Method: Solid-State Flash LiDAR
Measurement Principle: Time-of-Flight (ToF) LiDAR
Light Wavelength: 940 nm
FOV (Horizontal Image View): 106 deg
FOV (Vertical Image View): 80 deg
FOV (Mechanical View) X Span: 120 deg
FOV Vertical (Mechanical View): 94 deg
Average Power: 12 – 12 W
Accuracy: 1 – 3 %
Angle Resolution (H): 0.33 deg
Angle Resolution (V): 0.66 deg
Measurement Distance Outdoor (50% Reflectivity): 20 m
Measurement Distance Indoor (50% Reflectivity): 0.3 – 25 m
Frame Rate: 1 – 30 Hz
Working Temperature: -40 – 85 degC
Lines: 120
Laser Safety Class: Class 1
Certification: CB certification
Standard: EN60825
M Series: Middle Range
ECCN: EAR99
HTS: 9015.10.4000
Approximate Delivery Time To USA: 5 to 7 days
Estimated Tariff In USA (Based On Section 301 Tariff List): 25%
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Features


  • Advanced Solid-State Flash Lidar: The XT-M120 Mini features 120 lines of solid-state flash lidar technology, offering high-resolution and reliable performance for various applications.

  • Class 1 Laser Safety: Certified to meet EN60825 standards, this lidar is safe for human eyes during normal operation, ensuring peace of mind in diverse environments.

  • Seamless Operation: The XT-M120 Mini begins operation as soon as power is connected, eliminating the need for a power switch and simplifying usage.

  • Robust Design: Built to withstand challenging conditions, the XT-M120 operates effectively in environments with high/low temperatures, strong vibrations, and heavy fog.

  • High-Temperature Warning: Avoid direct contact with the product's shell during and immediately after operation to prevent burns or damage.

  • Comprehensive Support: Access the latest user manual and technical support by contacting ToFFuture's sales or technical teams at info@toffuture.com.

  • Safety Precautions: Avoid direct viewing of the laser, especially through magnifying equipment, to ensure user safety.

Applications


  • Autonomous Vehicles: Enhance navigation and obstacle detection for self-driving cars.

  • Robotics: Improve spatial awareness and object recognition in industrial and service robots.

  • Mapping and Surveying: Generate high-resolution 3D maps for urban planning and construction.

  • Security and Surveillance: Monitor and detect intrusions in restricted areas with precision.

  • Agriculture: Assist in crop monitoring and management through precise field mapping.

  • Smart Cities: Facilitate traffic management and infrastructure monitoring.

  • Virtual and Augmented Reality: Enhance user experience with accurate environmental mapping.

  • Environmental Monitoring: Track changes in natural landscapes and ecosystems.

  • Logistics and Warehousing: Optimize inventory management and automate material handling.

  • Disaster Management: Aid in search and rescue operations by providing real-time situational awareness.