Skip to content
Chinese robotics — Deployment discovery·· 1 days agoSignalEditorial score85

JD Logistics × Zhiyuan Robotics: Embodied Robot G2 Max Applied in Zhi Wang Warehouse

京东物流 × 智元机器人:具身机器人精灵G2 Max在智狼仓应用

Summary

Zhiyuan Robotics has deployed the G2 Max, an industrial-grade embodied robot, in JD Logistics' Zhi Wang warehouse for inbound handling tasks. The robot can carry up to 50kg with high precision, achieving over 99% operational success rate. This marks a real-world application of embodied intelligence, with JD Logistics emphasizing the importance of industrial scenarios for testing and refining such technologies.

Editorial context

The deployment of the G2 Max robot in JD Logistics' 'Zhi Wang' warehouse represents a significant step in real-world testing of embodied intelligence, demonstrating its ability to handle complex logistics tasks with high precision and reliability.

Source: Chinese robotics — Deployment discovery · Read original article ↗

English translation unavailable. Choose the original article to read it.

What the source reports

Publisher-reported claims, with original evidence. These results have not been independently verified by RoboSignal.

Reported numbers

  • load capacity

    20

    View original evidence
    作为行业率先实现长程、多任务作业的重载具身机器人,其单臂负载20kg、双臂峰值负载50kg,手臂重复定位精度≤±0.5mm,既“搬得动”也“放得稳”,载重与精细作业兼得;依托高精度腰部俯仰关节,G2 Max可主动调整机身姿态,适配原有工业产线,背后无需预留1.5米绕行空间,可持续、精准地料箱码放作业,每小时可实现拆垛80箱、码垛75箱,整体作业成功率超99%。
    Open source S4
  • load capacity

    50

    View original evidence
    作为行业率先实现长程、多任务作业的重载具身机器人,其单臂负载20kg、双臂峰值负载50kg,手臂重复定位精度≤±0.5mm,既“搬得动”也“放得稳”,载重与精细作业兼得;依托高精度腰部俯仰关节,G2 Max可主动调整机身姿态,适配原有工业产线,背后无需预留1.5米绕行空间,可持续、精准地料箱码放作业,每小时可实现拆垛80箱、码垛75箱,整体作业成功率超99%。
    Open source S4
  • repeatability accuracy

    0.5

    View original evidence
    作为行业率先实现长程、多任务作业的重载具身机器人,其单臂负载20kg、双臂峰值负载50kg,手臂重复定位精度≤±0.5mm,既“搬得动”也“放得稳”,载重与精细作业兼得;依托高精度腰部俯仰关节,G2 Max可主动调整机身姿态,适配原有工业产线,背后无需预留1.5米绕行空间,可持续、精准地料箱码放作业,每小时可实现拆垛80箱、码垛75箱,整体作业成功率超99%。
    Open source S4
  • unloading rate

    80

    View original evidence
    作为行业率先实现长程、多任务作业的重载具身机器人,其单臂负载20kg、双臂峰值负载50kg,手臂重复定位精度≤±0.5mm,既“搬得动”也“放得稳”,载重与精细作业兼得;依托高精度腰部俯仰关节,G2 Max可主动调整机身姿态,适配原有工业产线,背后无需预留1.5米绕行空间,可持续、精准地料箱码放作业,每小时可实现拆垛80箱、码垛75箱,整体作业成功率超99%。
    Open source S4
  • loading rate

    75

    View original evidence
    作为行业率先实现长程、多任务作业的重载具身机器人,其单臂负载20kg、双臂峰值负载50kg,手臂重复定位精度≤±0.5mm,既“搬得动”也“放得稳”,载重与精细作业兼得;依托高精度腰部俯仰关节,G2 Max可主动调整机身姿态,适配原有工业产线,背后无需预留1.5米绕行空间,可持续、精准地料箱码放作业,每小时可实现拆垛80箱、码垛75箱,整体作业成功率超99%。
    Open source S4
  • Reported success rate

    99%

    View original evidence
    作为行业率先实现长程、多任务作业的重载具身机器人,其单臂负载20kg、双臂峰值负载50kg,手臂重复定位精度≤±0.5mm,既“搬得动”也“放得稳”,载重与精细作业兼得;依托高精度腰部俯仰关节,G2 Max可主动调整机身姿态,适配原有工业产线,背后无需预留1.5米绕行空间,可持续、精准地料箱码放作业,每小时可实现拆垛80箱、码垛75箱,整体作业成功率超99%。
    Open source S4
  • storage efficiency

    6

    View original evidence
    其最大化利用12米的空间,存储效率较传统仓提升6倍,数百台机器人同时工作,出库拣选效率提升3倍。
    Open source S10
  • picking efficiency

    3

    View original evidence
    其最大化利用12米的空间,存储效率较传统仓提升6倍,数百台机器人同时工作,出库拣选效率提升3倍。
    Open source S10
  • paper: not_reported
  • code: not_reported
  • weights: not_reported
  • dataset: not_reported

What remains unknown

Not established in the collected evidence: Environment, Control, Data origin.

Reported performance applies to the described task. It does not establish general autonomy or deployment readiness.

Source excerpts and review record

Automatically extracted; no manual editorial approval recorded.

作为行业率先实现长程、多任务作业的重载具身机器人,其单臂负载20kg、双臂峰值负载50kg,手臂重复定位精度≤±0.5mm,既“搬得动”也“放得稳”,载重与精细作业兼得;依托高精度腰部俯仰关节,G2 Max可主动调整机身姿态,适配原有工业产线,背后无需预留1.5米绕行空间,可持续、精准地料箱码放作业,每小时可实现拆垛80箱、码垛75箱,整体作业成功率超99%。

Open source S4

其最大化利用12米的空间,存储效率较传统仓提升6倍,数百台机器人同时工作,出库拣选效率提升3倍。

Open source S10

Source:Chinese robotics — Deployment discovery · sohu.com

Timezone · UTC

Article dates follow your selected timezone. Briefing editions use Hong Kong time (UTC+8).