Mid-360S LiDAR Sensor

About

About Mid-360S LiDAR Sensor

Mid-360S produces 200,000 points per second across a 360-by-59-degree field of view. It detects targets with 10% reflectivity at approximately 40 metres, has a 0.1-metre blind zone and packages the scanner and IMU inside a 65-by-65-by-60-millimetre, 265-gram enclosure.

Ethernet output, PTP and GPS time synchronisation and anti-interference functions support multi-sensor and multi-lidar systems. IP67 protection and low power consumption suit AMRs, delivery robots, autonomous equipment and mapping platforms. Livox supplies SDKs, manuals and point-cloud tools for SLAM and perception integration.

Supply

Supply / Components

  • Mid-360S LiDAR Sensor

    Imu - sensing_perception - TDK-InvenSense - Livox Mid-360S integrates a TDK InvenSense ICM40609 IMU - source: livoxtech.com

    Source

Context

Market context

Mid-360S is Livox's compact 360-degree 3D LiDAR sensor for intelligent mobile robots, mapping systems, and short-range autonomy perception.

  • Target environment: AMRs, mapping systems, service robots, field robots, inspection platforms, and mobile autonomy stacks needing wide 3D coverage.
  • Workflow context: 3D perception, mapping, localization input, obstacle detection, SLAM support, and near-field environmental sensing.
  • Customer context: Mobile-robot OEMs, autonomy developers, mapping-system integrators, research labs, and industrial robotics teams.
  • Deployment model: LiDAR module integrated with robot compute, navigation software, mechanical mounting, power, and perception middleware.
  • Commercial maturity: Commercial Livox LiDAR product positioned for compact mobile-robot and mapping applications.
  • Adoption constraints: Adoption depends on range, point rate, environmental durability, software support, mounting, field of view, and cost against other LiDAR options.
  • Market position: Compact LiDAR component for mobile robotics perception.
  • Adjacent products: JT16 Mini 3D LiDAR, UST-10LX Scanning Rangefinder, Apollo 4Sight Flex LiDAR

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