Drive-In Pallet Racking System

Heavy duty Drive-In Pallet Racking System manufactured by Zenithrack Industrial Equipment Co., Ltd.
Drive-in racking lane structure
Drive-in rack installation in cold room warehouse
High density pallet storage system
High-Density Warehouse Storage

High-Density Drive-In Pallet Racks

Engineered by Zenithrack Industrial Equipment Co., Ltd., drive-in pallet racking systems provide maximum storage density by eliminating conventional forklift aisles. Forklifts drive directly into the racking channels to load or retrieve pallets resting on continuous side rails.

Operating on the First-In, Last-Out (FILO) storage principle, drive-in racks are ideal for large quantities of uniform SKUs, cold storage environments, food processing, and bulk consumer goods. Cube utilization is improved by up to 90% compared to standard selective pallet racking.

Technical Specifications

Dimensions (L*D*H) Custom engineered based on warehouse ceiling height & pallet dimensions
Storage Levels 3 to 6 levels (Customizable up to 12m height)
Load Capacity 500 kg to 2,000 kg per pallet level
Steel Grade High-tensile Cold Rolled Q235B / Q355B Structural Steel
Surface Finish Duramix Epoxy Powder Coating / Hot-Dip Galvanized
Standard Colors RAL 5015 Blue, RAL 2004 Orange, Custom OEM colors
MOQ & Delivery MOQ: 10 sets | Estimated Lead Time: 15-25 Days
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Free Structural Engineering Services

Custom 2D & 3D Warehouse Layout Design

At Zenithrack Industrial Equipment Co., Ltd., our senior engineering team designs bespoke drive-in racking layouts customized to your pallet dimensions, forklift turning radiuses, and structural building columns.

2D CAD Layout Plans

Clear architectural CAD floor plans calculating aisle clearance, entry channels, pallet positions, and safety clearance factors.

3D Structural Renderings

Full 3D visualization showing vertical beam profiles, top bracing systems, and frame depth to assist facility managers before purchasing.

Seismic Load Analysis

Calculations verifying beam load limits, column buckling factors, and floor anchor stability according to FEM and RMI racking standards.

Quality Manufacturing Standards

Production Steps for Drive-In Racking

Zenithrack Industrial Equipment Co., Ltd. operates state-of-the-art roll forming and robotic welding lines to ensure tight tolerances and structural safety.

1

Precision Punching

Automated CNC punching machines create clean 50mm or 75mm pitch teardrop/diamond holes along upright profiles for adjustable rail height.

2

Cold Roll Forming

High-tensile steel coils pass through multi-station continuous roll-forming machines to craft robust omega-section upright columns and beam rails.

3

Robotic Welding

Precision robotic welding seams join top portal bracing, ground rails, and cantilever arm supports, eliminating structural weakness.

4

Powder Coating

Automated multi-stage wash pre-treatment followed by electrostatic epoxy powder spraying and 200°C baking ensures anti-corrosion resistance.

5

Export Packing

Heavy-duty strapping, air bubble protective wrap, steel corner protectors, and wood-palletized packaging safeguard cargo during ocean transit.

Seaworthy Shipping Protection

Export Packaging & Logistics Standards

To avoid damage and sea-moisture oxidation during long-distance transit, Zenithrack Industrial Equipment Co., Ltd. packages every consignment using industrial export standards.

Air Bubble Film

Multi-layer bubble wrap shields powder-coated uprights and top-bracing channels against abrasion.

Steel Pallet Strapping

High-tensile steel banding locks heavy components securely onto sturdy wooden or steel shipping skids.

Plywood Crate Cases

Small hardware accessories, bolts, baseplates, and safety pins are organized in fumigated wooden boxes.

Carton Protection

Reinforced corrugated cartons cushion pallet arm brackets and row spacers during sea transportation.

Industry Applications

Where Are Drive-In Racks Deployed?

Drive-in racking is recommended for operations requiring high-density bulk storage with limited SKU variation.

Cold Storage & Freezers

Maximizes expensive refrigerated warehouse volume by reducing open aisle space, lowering energy costs per pallet position.

Food & Beverage Distribution

Ideal for batch manufacturing, seasonal beverage stock, and bulk food items stored before outbound transport.

Chemical & Raw Material Warehouses

Heavy-duty steel construction safely holds palletized raw materials, resin bags, drum goods, and chemical containers.

Buyer Insights

Drive-In Racking FAQs

Direct technical answers from Zenithrack Industrial Equipment Co., Ltd. engineering specialists.

What is the main difference between Drive-In and Drive-Through Racking?
Drive-In racking utilizes a single entry/exit point per channel, operating on a First-In, Last-Out (FILO/LIFO) inventory system. Drive-Through racking has entry points at both ends of the lane, allowing forklifts to drive completely through the rack structure for First-In, First-Out (FIFO) stock management.
What warehouse parameters are required for a free CAD design drawing?
To generate a custom layout drawing, Zenithrack Industrial Equipment Co., Ltd. needs your warehouse floor area layout (CAD or sketch), available clear roof height, pallet dimensions (Width x Depth x Height with load), maximum pallet weight, and forklift model specifications (lift height and minimum turning radius).
How does Zenithrack ensure structural safety against forklift impact?
Drive-in racks experience forklift entry into the storage lane. Zenithrack provides heavy-duty ground-anchored guide rails, reinforced aisle upright protection guards, structural top portal bracing, and robust steel footplates to prevent column damage.
What steel grade and surface finish are used for cold storage drive-in racks?
For sub-zero cold room environments, Zenithrack Industrial Equipment Co., Ltd. uses high-strength Q235B or Q355B cold-rolled steel treated with hot-dip galvanizing or cold-resistant epoxy powder coating to prevent corrosion, flaking, and embrittlement.