Upgraded HaiPick Climb Aims to Make the Aisle Obsolete

Key Takeaways

• Double-deep storage fits 45,000 totes in 10,764 sq ft
• Delivery cycles under 120 seconds, 4,000 picks per hour
• Compact design eliminates need for additional aisles
• Handles cartons and eaches without manual decanting
• Supports inbound, outbound, mixed workflows in one system

Summary

Hai Robotics has upgraded its HaiPick Climb system to support double‑deep storage and sub‑120‑second delivery cycles, enabling up to 4,000 tote deliveries per hour. The compact design can hold 45,000 totes within 10,764 sq ft, boosting inventory density without expanding warehouse footprints. Robots bring both inventory and order totes directly to operators, eliminating aisle walking and manual decanting. The solution is positioned for inbound, outbound, and mixed‑workflow operations and will be demonstrated at major industry shows worldwide.

Pulse Analysis

Warehouse operators are under pressure to squeeze more inventory into existing real estate while maintaining rapid order fulfillment. Double‑deep storage, once limited to static shelving, is now viable thanks to agile robotics that can retrieve items from both sides of a narrow lane. By removing traditional aisles, HaiPick Climb creates a denser, aisle‑less layout that maximizes cubic footage and reduces the floor space required for material handling equipment. This shift aligns with the broader trend toward goods‑to‑person systems that prioritize speed and accuracy over manual traversal.

Performance metrics are a key differentiator in the automated fulfillment market. Hai Robotics claims sub‑120‑second delivery cycles and a capacity of 4,000 tote deliveries per hour, figures that rival or exceed many conveyor‑based solutions. The ability to handle cartons and eaches in their original packaging eliminates costly decanting steps, while the robot‑orchestrated workflow maintains consistent pick rates during peak demand. For operators, these efficiencies translate into higher order throughput, lower labor expenses, and a faster return on automation investments.

Strategically, the upgraded HaiPick Climb strengthens Hai Robotics’ foothold in the Americas and positions the company for broader global adoption. By showcasing the system at events like MODEX and LogiMAT, the firm signals confidence in its scalable, flexible architecture. Future enhancements are likely to integrate AI‑driven inventory analytics and predictive maintenance, further reducing downtime. As retailers continue to chase faster delivery windows, solutions that combine dense storage with rapid, aisle‑free picking will become a benchmark for next‑generation fulfillment centers.