Used Drive-In Racks

Manufacturers design drive-in racking systems for large stock and a few product types, but they offer plenty of advantages over other forms of pallet storage racking. The deep lanes used in drive-in systems help reduce space limitations and cut costs for storage. Drive-in systems also eliminate the need for multiple access aisles, freeing up even more precious floor space.

When we are talking about drive-in racking, we are often referring to a system of storing pallets in a last-in/first-out (LIFO) configuration. Workers will load pallets and retrieve them from the front side. In this system, the last pallet loaded becomes the first pallet that is accessible.

For drive-through racking, workers will use a first in/first out (FIFO) configuration for pallet storage. Workers load pallets on one side of the rack, while the other side is for unloading. This ensures you have access to the oldest product first.

A drive-in racking system uses a single entrance for forklifts and other lift equipment. The driver can drive into the racks to place pallets or retrieve them. Instead of beams blocking access, a unique system of set arms holds pallets while providing enough space for a forklift to pass in and out.

Yes. When used correctly, drive-in racking reduces the number of needed aisles and increases overall storage capacity by allowing palletized loads to be optimally stored while still allowing forklift access. Of course, you’ll need to pair the right racking with an optimized warehouse layout for the best results.

Drive-in racking is LIFO or Last-in-First-out. In this system, the last pallet placed in the rack is the first retrieved by forklift operators. If you’re looking for a FIFO, or First-in-First-out system, drive-through rack is the system you need to consider.

Yes, drive-in racks are a great choice for freezer and cold storage environments. In temperature-controlled spaces where square footage is typically limited., drive-in racks can offer some much needed vertical storage space. And many drive-in racks are built with materials and coatings that resist corrosion from cold and humid conditions.

Not usually. Older racks might show earlier signs of wear, but because we inspect our used inventory so closely, there is very little risk of any extra maintenance being necessary. But keep in mind that regular maintenance, such as checking for damage, ensuring bolts are secure, and addressing wear and tear, is essential for both used and new racks

Yes, you can relocate and reconfigure drive-in racking relatively easily. Because of its modular design, adjustments like adding or removing bays, changing aisle widths, or modifying rack heights are fairly straightforward.

However, relocate or reconfigure drive-in racking carefully to maintain structural integrity and your compliance with safety standards. It's often a good idea to work with professionals like our team who can disassemble, transport, and reinstall the racks properly.

Drive-in racking needs a flat, level, and stable concrete floor to ensure safety and proper functionality. Your floor should have sufficient load-bearing capacity to support the weight of the racks, stored products, and equipment like forklifts. Anchoring the racks securely to the foundation is key to preventing shifting or instability during use.

If you have any doubt whatsoever, consult with a professional to evaluate your floor’s suitability for drive-in racking systems.

Yes, you can integrate drive-in racks with other racking systems to create a hybrid storage solution tailored to your facility's unique needs. For example, you could combine drive-in racks with selective or pallet flow racks to accommodate a mix of high-density storage and easy access for frequently picked items.