HALO Context

Market context

Long-range 905 nm lidar sensor with public FOV, range, frame-rate and point-output figures.

  • Target environment: Autonomous vehicles, mobile machines, robotics perception stacks and aerial perception research
  • Workflow context: Long-range perception, point-cloud generation, object detection support and vehicle/environment mapping
  • Customer context: Teams comparing long-range lidar hardware for autonomy stacks that need published sensor-level figures.
  • Deployment model: Long-range lidar sensor supplied for integration into automotive, industrial-mobility and autonomous-system perception stacks.
  • Commercial maturity: Current MicroVision portfolio product with a durable official product sheet; the former product-page route now redirects to HALO.
  • Adoption constraints: Fit depends on perception software, calibration, mounting location, environmental validation and production supply terms.
  • Adjacent products: Hesai JT16, Ouster lidar families, Aeva Atlas Ultra, Livox Mid-360

Audience

Autonomy OEMs

Workflow

Long-range perception, point-cloud generation, object detection support and vehicle/environment mapping

Deployment environment

Autonomous vehicles, mobile machines, robotics perception stacks and aerial perception research

Specifications

  • Point Rate: 14 million points/s
  • Roi Resolution: 0.05 deg x 0.05 deg maximum resolution
  • Laser Safety: IEC 60825-1 Class 1
  • Wavelength: 905 nm
  • Bounding Box: 180 x 110 x 25 mm
  • Field Of View: 120° x 39°
  • Frame Rate: 1-30 Hz
  • Ip Rating: IP67 housing; IP69K window
  • Maximum Instrumented Range: 312 m
  • Minimum Instrumented Range: 0.5 m
  • Range Precision: <3 cm at 50 m and 10% reflectivity

Tags

  • Peer Group: 3D LiDAR sensors
  • Stack Layer: Sensing stack, Robot perception-sensor stack, LiDAR sensor hardware

Comparable Systems

View HALO overview