Rack System — Statewide Delaware
Drive-In Pallet Rack in Delaware
Maximum-density LIFO storage — forklift drives into the rack, pallets rest on continuous side rails, 2 to 10+ deep.
ENGINEERED — Drive-In Pallet Rack
Rack System — Statewide Delaware
Maximum-density LIFO storage — forklift drives into the rack, pallets rest on continuous side rails, 2 to 10+ deep.
Drive-In Pallet Rack supplied and installed across Delaware. Free, no-obligation quotes.
// Overview
Drive-in pallet rack is the highest-density pallet storage system outside of full automation. The forklift drives into the rack structure between heavy structural columns, traveling on floor-level wheel paths, and places pallets on continuous side rails that run the full depth of the lane. Pallets are stored 2 to 10+ deep, stacked 3 to 5 high, with every cubic foot inside the rack footprint converted to storage. The tradeoff is real — drive-in runs LIFO only, rack-damage exposure is the highest of any rack type because forklifts physically enter the structure, and every bay typically holds a single SKU. But for Delaware operators with homogeneous, bulk, lower-selectivity inventory — especially cold storage freezers and seasonal peak staging — drive-in delivers the lowest capital cost per pallet position of any serious rack system. Delaware Pallet Racking engineers drive-in installs for the Delaware wind load (ASCE 7, 110 mph 3-second gust) and anchors to the Delaware State Building Code (IBC-based) and RMI ANSI MH16.1-2023, with column-protector packages specified on every install to keep rack repair costs controllable over time.
// What you get
// Spec sheet
Vertical columns are set on a deep grid — wider than selective rack — and every load is transferred directly to these columns. There are no beams; uprights carry all vertical and lateral loads.
Instead of beams spanning front-to-back, drive-in uses horizontal side rails that run the full lane depth along the inside of each column line. Pallets rest on these rails at every level.
A forklift drives directly into the lane, between column lines, to place or retrieve a pallet. Loading starts at the back of the lane and fills forward; retrieval picks from the front.
// Fit check
// Where we install it
Delaware cold chain operators use drive-in for bulk homogeneous SKU freezer storage where every square foot of floor space costs significant refrigeration energy. Drive-in compresses footprint harder than pushback and pays back in utility bills within the first few years.
Regional distributors for Michelin, Goodyear, and major tire retailers run drive-in for identical-SKU bulk tire storage. A bay holding 40 identical passenger-car tire SKU cases is the textbook drive-in use case.
Paper roll distribution operations use drive-in for bulk roll stock and corrugated bundles where SKUs are homogeneous and pick frequency per bay is low.
Home Depot and Lowe's regional DC operations use drive-in for seasonal SKU peak staging — holiday product, patio furniture in spring, heating equipment in fall — where a SKU is in and out in a defined window and density beats selectivity.
Regional beverage distributor pre-shipment bulk staging uses drive-in in the zones where pallet rotation is controlled by shipping lane rather than FIFO code-date logic — letting the DC extract maximum cube from the footprint.
// Straight answers
Drive-in has a single aisle where forklifts enter and exit, which forces LIFO rotation. Drive-through has aisles on both ends of every lane, letting forklifts load from one side and pick from the other to achieve limited FIFO. Drive-through costs more (extra aisle space, more columns) but gives rotation flexibility — uncommon but used in some Delaware food and pharma applications.
Most Delaware drive-in installs run reach trucks or narrow-aisle trucks because the forklift has to maneuver between columns inside the rack. Sit-down counterbalance can work in wider-aisle designs but gives up some density. If your fleet is all counterbalance and you want density without fleet changes, pushback is usually the better choice.
Because forklifts physically enter the rack structure, every in-and-out cycle is a potential impact on a column or side rail. A distracted operator clipping an upright can total a column section and bring down pallets. Every serious Delaware drive-in install includes column-protector guards on the full column base, and most operations budget ongoing rack repair as a line item.
Both are LIFO and both gain density over selective. Drive-in goes deeper (2–10+ vs. 2–6 pallets) and costs less per position, but forklifts enter the rack so damage exposure is higher and you typically need reach or narrow-aisle trucks. Pushback keeps forklifts in the aisle, works with standard counterbalance, but costs more and caps out at about 6 deep. The tradeoff is density and cost vs. damage control and fleet flexibility.
Drive-in pays back when a single bay holds a single SKU (or very few SKUs) for extended periods. If you have 20 pallets of one SKU sitting for 2 to 8 weeks before shipping — perfect fit. If every bay needs to hold 3–5 unique SKUs and inventory cycles daily, drive-in is the wrong choice and selective or pushback wins.
Yes — and freezers are one of the most common drive-in applications in the Delaware cold-storage corridor (Port of Wilmington, Wilmington waterfront corridor, New Castle County). Drive-in lets the operator compress the refrigerated footprint, which directly cuts energy cost because refrigeration load scales with cubic footage. That density-to-energy math is often what makes drive-in pencil out in cold storage even when pushback would work operationally.
Drive-in rack materials run roughly $60–$80 per pallet position — close to selective — but installation runs heavier (up to 35% of material cost) because of the rail-and-upright structure forklifts drive through. It is usually the cheapest path to high-density storage for few-SKU, high-volume freight. Delaware Pallet Racking quotes drive-in after verifying your pallet and forklift specs.
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