Warehouse Storage Equipment Drive-In Racking

item No: DPR-004
Racking height: 8~15 meters
Racking depth: 3~6 rows
Aisle width: 1.6~2.2 meters
Pallet size compatibility: 800×1200 mm ~ 1000×1500 mm
Column specifications: 80×60×1.8 mm ~ 150×100×2.5 mm
Beam specifications: 100×50×1.5 mm ~ 120×80×2.0 mm

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Collections: Warehouse Racking System > Drive in Pallet Racking

DESCRIPTION

Packaging & Shipping

FAQ

Warehouse Storage Equipment Drive-In Racking is a high-density storage solution designed to maximize warehouse space utilization. Allowing forklifts to drive directly into the racking system for loading and retrieval optimizes storage efficiency, particularly for bulk storage with low turnover rates.

1. Structure & Design

Aisle Configuration

Warehouse Storage Equipment Drive-In Racking consists of vertical uprights and horizontal beams arranged to form multiple parallel storage lanes. Forklifts enter these lanes to load and retrieve pallets. The aisle width is slightly larger than the combined width of the forklift and load, minimizing wasted space.

No Individual Pick Locations

Pallets are stored in a Last-In, First-Out (LIFO) or First-In, Last-Out (FILO) manner. Within the same lane, pallets are stacked sequentially in depths typically ranging from 3 to 5 levels, or even deeper in some cases.

Support Structure

The system includes guide rails or bracing at the rear to enhance stability and prevent pallets from toppling due to accidental impacts during forklift operations.

2. Ideal Applications

Suitable Goods

Best suited for large-volume, low-SKU inventory, such as beverages, food products, and chemical raw materials. Goods must be standardized (e.g., uniform pallet sizes and weights).

Turnover Rate

Ideal for low-turnover or seasonal goods. Since access efficiency is lower, frequent picking can reduce operational effectiveness.

Warehouse Requirements

Requires warehouses with high clear heights (typically ≥8 meters) and specialized forklifts, such as counterbalance or reach trucks, for efficient operations.

3. Key Advantages

High Space Utilization

Reduces the number of aisles, increasing storage density by 40%–60% compared to Selective Racking. Ideal for regions where land costs are high.

Cost Efficiency

Lower storage cost per unit, making it highly economical for bulk, long-term storage.

Scalability & Flexibility

Modular design allows for easy adjustments in racking depth or height based on evolving storage needs.

4. Comparison with Other Racking Systems

vs. Drive-Through Racking

Warehouse Storage Equipment Drive-In Racking allows access from one side, following a LIFO storage pattern.

Drive-Through Racking permits entry from both ends, enabling First-In, First-Out (FIFO) storage, making it more suitable for medium-to-high turnover inventory but requiring more aisle space.

vs. Push-Back Racking

Push-Back Racking utilizes rolling carts or tracks to facilitate pallet movement, also following a LIFO system.

While offering similar storage density, it has higher costs and is better suited for medium-to-high turnover operations.

vs. Selective Racking

Selective Racking provides direct access to each pallet position, improving flexibility.

However, it has a lower storage density, making it more appropriate for warehouses handling diverse SKUs with frequent picking.

5. Installation & Maintenance

Professional Installation

Requires customized design based on warehouse floor load capacity, pallet weight, and forklift specifications to ensure structural stability.

Maintenance Focus

Regularly inspect beam deformation, upright alignment, and bolt tightness.

Promptly replace any damaged components to maintain system integrity.

6. Safety Considerations

Aisle Markings

Clearly label entry points and height limits to prevent operational errors.

Load Stability

Ensure pallets are stacked neatly to avoid tilting.

Reinforcement techniques, such as pallet strapping, are recommended for deep-lane storage.

Operator Training

Forklift drivers should receive specialized training to understand racking structures and safe operating procedures, reducing collision risks.

7. Typical Applications

Cold Storage Warehouses

Ideal for storing large quantities of frozen goods, as its high-density storage complements the low turnover nature of cold chain logistics.

Manufacturing Raw Material Storage

Suited for bulk storage of uniform raw materials like metal coils or plastic pellets.

Beverage Industry

Commonly used for standardized palletized storage of bottled drinks, reducing storage costs through high-density layout.

Conclusion

Warehouse Storage Equipment Drive-In Racking strikes a balance between space utilization and storage cost, making it ideal for warehouses handling large volumes of low-turnover inventory. Businesses should assess product characteristics, turnover frequency, and operational safety when selecting this system. Additionally, integrating automation technologies such as AGV forklifts can further enhance efficiency.

Do you offer samples available?

Yes, samples are available. Sample lead time 3-5days generally.
Do you offer custom design?

Custom design is surely available. we have very rich experience in customizing shelves.
What is the term of payment?

Regularly, 30percentTT in advance,70percent against the copy of B/L.
What is your delivery time?

Usually: 1*20' GP container, around 15 days; 1*40'GP container, around 20days; For some urgent orders,will adjust as your requirement accordingly.
Are you manufacturer or trading company?

We are manufacturer. Our factory has been specializing in warehouse storage equipments for years. We warmly welcome you to visit our factory at anytime.