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Hesai Pandar128

About

About Hesai Pandar128

Hesai Pandar128 is an automotive-grade rotating LiDAR with 128 channels and a full 360-degree horizontal field of view. Its 40-degree vertical field and 0.125-degree vertical resolution produce dense panoramic geometry, while detection reaches 200 metres on targets with 10 percent reflectivity.

The sensor generates up to 3.456 million points per second in single-return mode and 6.912 million in dual-return mode. Its cylindrical enclosure measures 116 millimetres in diameter and 123.7 millimetres high. IP6K7 and IP6K9K protection supports vehicle and robot installations exposed to water, dust and high-pressure cleaning, while the rotating architecture maintains continuous surrounding coverage.

Timeline

  • TÜV Rheinland certifies Pandar128 to ISO/SAE 21434

    2023-10-31 - Regulatory - ISO/SAE 21434 covers cybersecurity engineering across a road-vehicle product's lifecycle. Pandar128 simultaneously held ASPICE capability-level-two assessment and ISO 26262 ASIL B functional-safety certification. The certificate applies to the exact lidar product and is not a cybersecurity approval for an entire autonomous vehicle.

    Source
  • SGS-TÜV certifies Pandar128 to ISO 26262 ASIL B

    2021-09-16 - Regulatory - The Pandar128 certificate was issued on 16 September 2021 and publicly announced on 22 September. The assessment covered functional-safety management, system and hardware development, production, support processes and safety analysis. Certification applies to the exact Pandar128 product and supports automotive perception use; it is not a vehicle deployment approval.

    Source
  • Hesai launches 128-channel Pandar128 lidar

    2020-09-01 - Product Launch - Pandar128 provides up to 0.1-by-0.125-degree resolution at 10 Hz and up to 6.912 million points per second. The stated detection range is 200 metres at 10% reflectivity, with IP6K9K ingress protection and a 1.63-kilogram mass. The launch described comprehensive testing and automotive-volume-production design, not a named vehicle deployment.

    Source

Context

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