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Geek+ Breaks Down RS Hyper Scheduling Capabilities and Previews Trade Show Appearance

2 reports · 1 sources

In a series of breakdown posts, Geek+ introduced the AI ultra-large-scale scheduling capabilities of the RMS scheduling system for RS Hyper. The company claims the system can support the coordinated operation of 5,000 robots, 50,000 square meters, and 3 million storage locations, with AI scheduling capability more than 20% ahead of the industry. In the rack area, only 2 columns are locked, and same-column dual-vehicle climbing is supported; the bidirectional high-density roadway network increases traffic efficiency by more than 30%. In testing, system throughput within 1,000 square meters reached 6,000 cases per hour. The Max workstation adopts a dual-point continuous robot case-supply mode, with processing efficiency exceeding 800 cases per hour, which the company claims is more than 30% above the industry. Geek+ then previewed that the RoboShuttle Hyper climbing robot will be exhibited at 2026 CeMAT Asia (November 3-6, Shanghai New International Expo Centre, Hall N1, Booth A3-2), disclosing a maximum climbing speed of 1.5 m/s and a maximum travel speed of 4.0 m/s, and reiterating parameters such as 6,000 cases per hour per 1,000 square meters and 800 cases per hour workstation efficiency.

Developments

  1. Geek+ RoboShuttle Hyper climbing robot to debut at CeMAT Asia 2026 · 1 reports
  2. Geek+ RS Hyper Top 10 Advantages Series Breakdown 5: AI Ultra-Large-Scale Scheduling · 1 reports

Report timeline

  1. Geek+ RoboShuttle Hyper climbing robot to debut at CeMAT Asia 2026

    Geek+ RoboShuttle Hyper climbing robot will debut at CeMAT Asia 2026 (November 3-6, Shanghai New International Expo Centre, Hall N1, Booth A3-2), with throughput exceeding 6,000 cases/hour per 1,000 m² and the Max workstation exceeding 800 cases/hour.

    New Strategy Robotics ·

  2. Geek+ RS Hyper Top 10 Advantages Series Breakdown 5: AI Ultra-Large-Scale Scheduling

    Geek+'s RS Hyper RMS scheduling system brings floor travel, rack climbing, and workstation handoffs into unified scheduling, supporting coordinated operation of 5,000 robots, 50,000 square meters, and 3 million storage locations. The rack area locks only 2 columns and supports two vehicles climbing in the same column, while the bidirectional high-density road network increases travel efficiency by more than 30%; in testing, system throughput within 1,000 square meters reached 6,000 cases per hour, Max workstation processing efficiency exceeded 800 cases per hour, and the company says its AI ultra-large-scale scheduling capability leads the industry by 20%+.

    New Strategy Robotics ·

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