HEGERLS Warehouse Automation Solutions & High-Density Storage Systems
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HEGERLS Drive-In Racking System is a high-density pallet storage solution designed for warehouses requiring maximum storage capacity and efficient space utilization.
By eliminating most forklift aisles and allowing pallets to be stored continuously in depth, the system significantly increases warehouse storage density compared with traditional selective pallet racking.
Designed for large-volume, low-SKU inventory storage, HEGERLS Drive-In Racking is widely used in food & beverage warehouses, cold storage facilities, chemical industries, and manufacturing logistics centers where storage density is a priority.
HEGERLS Drive-In Racking System adopts a continuous frame structure that allows pallets to be stored one after another along the depth direction.
The system consists of upright frames, support rails, entry guides, and reinforced structural accessories to ensure safe and stable pallet storage under intensive forklift operations.
Main Components:
Upright Frames
Horizontal & Diagonal Bracing
Top Beams
Back Bracing
Support Rails
Single & Double Cantilever Brackets
Guide Rails
Column Protectors
Safety Accessories
Drive-In Racking removes most operating aisles and combines storage space into continuous rack blocks.
Compared with conventional pallet racking, the system can significantly increase storage capacity and achieve up to 90% space utilization under optimized warehouse layouts.
Designed for warehouses with:
Large quantities of the same products
Limited SKU variety
Standardized pallet sizes
The system provides efficient storage for batch inventory management.
Drive-In Racking is especially suitable for cold rooms and frozen warehouses where maximizing storage capacity is critical due to high construction and operating costs.
The reinforced frame structure uses multiple connection components, including support rails, top braces, and back braces, ensuring safe pallet storage during forklift operations.
The system supports single-entry and double-entry configurations:
Single-entry design: suitable for wall-side storage
Double-entry design: suitable for central warehouse areas
Storage depth can be customized according to pallet quantity and warehouse requirements.
HEGERLS provides customized solutions according to:
Pallet dimensions
Pallet weight
Forklift specifications
Warehouse height
Storage density requirements
Temperature conditions
|
Parameter |
Specification |
|
Product Type |
Drive-In Pallet Racking System |
|
Storage Mode |
LIFO (Last In First Out) |
|
Application |
High-Density Pallet Storage |
|
Pallet Access |
Forklift Operation |
|
Storage Density |
Up to 90% Space Utilization |
|
Recommended Height |
Customized |
|
Pallet Load Capacity |
Customized |
|
Storage Depth |
Single / Double Entry |
|
Structure Material |
High-Strength Steel |
|
Surface Treatment |
Powder Coating |
|
Application Temperature |
Normal Temperature / Cold Storage |
Incoming pallets are transported to the warehouse storage area and prepared for rack storage.
The forklift enters the rack channel and places pallets onto support rails.
Pallets are stored continuously along the rack depth, maximizing available warehouse space.
Forklifts retrieve pallets according to operational requirements, typically following the LIFO storage principle.
Drive-In Racking is a high-density pallet storage system where forklifts enter rack aisles to place and retrieve pallets stored deep inside the rack structure.
Drive-In Racking focuses on maximizing storage density by reducing aisles, while pallet racking provides direct access to every pallet position.
Drive-In Racking is commonly used in cold storage, food & beverage, chemical, manufacturing, and logistics warehouses.
Drive-In Racking typically operates using the LIFO (Last In First Out) method. For FIFO requirements, Shuttle Racking or other automated solutions may be more suitable.
Compared with traditional pallet racking, Drive-In Racking can significantly improve warehouse space utilization, with optimized layouts achieving up to 90% storage density.
