High-bay AGV Racking: Use Top Space

Goods-to-Person Pod High Density Storage

In the fulfillment game, floor space is the most expensive line item on your P&L. You are likely paying for 30 feet of vertical clearance but only utilizing the bottom six feet for manual picking. Our High-bay AGV Racking systems turn that “dead air” into active, revenue-generating inventory space, doubling your SKU density without expanding your footprint. Stop paying for air you don’t use.

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The Vertical Gap in E-commerce Fulfillment

If you are managing a Micro-Fulfillment Center (MFC) or a high-velocity 3PL warehouse, you face a brutal paradox: SKU proliferation is exploding due to the “Long Tail” effect of e-commerce, yet urban warehouse real estate is shrinking. Traditional static shelving limits you to human-reachable heights (approx. 1.8m) unless you employ slow, dangerous ladders or mezzanine structures that lock you into a rigid layout.

This results in a massive waste of cubic volume. Your facility has the ceiling height, but your picking strategy forces you to spread horizontally. Furthermore, during Peak Season, the inability to dynamically re-slot high-velocity SKUs leads to pickers walking marathon distances—up to 12 miles a day—slashing your units per hour (UPH) rates.

High Density Bin Rack for AGV

Engineering Rigidity for Moving Heights

Turning static high-bays into mobile units requires a complete rethinking of structural engineering. You cannot simply put wheels on a standard racking bay and expect it to survive. The dynamic forces exerted by an Underride AGV during acceleration, deceleration (braking at 0.5g), and cornering create significant torque, especially when the center of gravity (CoG) is elevated.

Spacedas addresses this with a Fully Bolted Structure using Q355 High-tensile Steel. Unlike welded frames that can develop fatigue cracks under constant vibration, or hook-and-slot designs that risk detachment during lifting, our rigid frame ensures that the verticality does not compromise stability. We utilize laser-cut components to ensure a millimeter-level fit, which is critical for the stability of your High Density Bin Rack.

Anti-Collapse & Safety Standards

Safety is paramount when moving tall structures autonomously. Our racks are designed in compliance with ISO 3691-4 standards for driverless industrial trucks. We conduct rigorous CoG simulations to ensure the tipping moment is never reached, even during an emergency stop (E-stop) scenario with an unevenly loaded rack (e.g., heavy items on top).

Multi-layer Automation Rack with AMR

Transforming Operations with Goods-to-Person (G2P)

By implementing our High-bay Goods-to-Person Pods, you fundamentally change the physics of your order fulfillment.

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Vertical Pouch System for Apparel

FAQ: High-Bay Mobile Racking

Q: What is the maximum height safe for a mobile AGV rack?
While it depends on the AGV’s payload and footprint, we typically engineer mobile racks up to 3.5 meters (approx. 11.5 feet) for standard Kiva-like robots. For higher reach, we use wider bases or specific AMR types to ensure stability metrics are met.
Q: How do you handle uneven loading (top-heavy) in a high-bay scenario?
Our WMS logic suggests slotting heavier items at the bottom. However, purely mechanically, our racks are tested to withstand worst-case loading scenarios. We also recommend AGVs with suspension systems that mitigate floor unevenness, which amplifies sway in high racks.
Q: Are these racks compatible with standard fire suppression systems?
Yes. For high-density storage, we can incorporate wire mesh shelving or flue spacers (vertical gaps) to ensure water from overhead sprinklers can penetrate to the bottom layers, satisfying fire code regulations.
Q: Can I mix hanging garments and bin storage in one high-bay rack?
Absolutely. We offer Modular Design options. You can have hanging bars for apparel on the top levels and standard bin locations on the bottom, maximizing utility for fashion fulfillment centers.
Q: What happens if an AGV crashes into a high rack?
Our racks feature a Fully Bolted Structure using high-tensile steel, which is significantly more resilient to impact than bent sheet metal. The rigid frame distributes impact energy, preventing immediate catastrophic collapse, protecting both your inventory and personnel.