The Ultimate Guide for Standard Pallet Racking Size
Whether you are built a warehouse or remodel commercial project for higher capacity , their size play a role in storage efficiency and load bearing.
Properly sized pallet racking not only enhance warehouse capacity fits your business growth, also as the huge factor to keep product and employee safe. Choosing right pallet racking dimension from the start helps avoid issues and high cost-efficiency.
Although there are a few factors to consider when built a pallet racking system, your warehouses is available in safety design that will help your bussiness grow in distance.
Read the guide below to learn about the standard size of pallet racking.
What's Standard Pallet Racking Size on Average? (H2)
Standard pallet racking is designed to fit the most common pallet size—typically 48" x 40" in North America. The most widely used rack dimensions are:
Upright Depth: 42" (to accommodate 48" deep pallets with a safe overhang)
Beam Length: 96" (8 feet, fits two standard pallets per level)
Upright Height: 8' to 24' (custom heights available for tall warehouses)
Upright Width: 3" (standard), 4" for heavy-duty applications
These dimensions provide a starting point, but adjustments are often made based on specific warehouse needs.
Racking Size for Palletized Load-1000-5000 KG/ Layer
When storing palletized loads (typically on 48" x 40" pallets):
Rack Depth: 42" is most common
Beam Length: 96" for 2 pallets, 144" for 3 pallets per level
Clearance: Allow 3" between pallet and upright, and 4" between pallets
This setup ensures safe, efficient storage and easy forklift access.
Racking Size for Units Load-< 800KG/layer
For unit loads (items not on standard pallets) :
Measure each unit's length, width, and height
Select rack depth and beam length to fit the largest unit load
Adjust upright spacing based on unit size and handling method
Custom racking may be required for unusually shaped or bulk items or non-palletized.
Choosing the Right Pallet Rack Size (H2)
To choose the right pallet rack size, especially for non-standard applications, follow these specialized guidelines based on warehouse requirements, pallet specifications, and safety standards:
Determained your pallet standard and capacity
Calculating frame depth
Determining the frame height
Choosing the beam size
Start by identifying the pallet dimensions (L × W × H) and maximum load weight. Knowing whether you use standard GMA pallets, Euro pallets, or custom sizes is crucial. The pallet weight determines both the beam capacity and structural integrity needed.
Common Size of Pallets
Pallet Type |
Dimensions (L × W) |
Region/Use Case |
GMA (Standard US) |
48" × 40" |
Most common in North America (Grocery, Retail, General Warehousing) |
Euro Pallet (EUR 1) |
1200 × 800 mm (47. 2" × 31. 5") |
Widely used in Europe and internationally |
Asia Pallet (JIS) |
1100 × 1100 mm (43. 3" × 43. 3") |
Common in Japan and Southeast Asia |
UK Standard (EUR 2) |
1200 × 1000 mm (47. 2" × 39. 4") |
Popular in the UK and Europe |
Australian Standard |
1165 × 1165 mm (45. 9" × 45. 9") |
Used across Australia |
Half Pallet |
24" × 20" or 600 × 400 mm |
For smaller loads or retail display |
Overwise, your pallet load capacity is important to safe storage. How heavy is your goods put on the pallets? Average and Maximum capacity. Going over the load capacity limit is a severe safety hazard, check the pallet capacity with your pallet supplier.
And the second factors you need to conside is rack depth. The depth of the frame should closely match the depth of the pallet.
For example, a standard 40" deep pallet usually pairs with a 42" deep frame to allow for a small overhang (typically 1" front and back). This overhang improves forklift access and reduces rack damage.
To aviod racking system damage and increase picking efficiency, keep the safe space design is essantial. Make sure to include space for pallet height, beam height, and clearance between levels. A common rule is to allow 6 inches of vertical clearance between the top of the load and the beam above it for safe operation.
Types of common pallet racking (H2)
Racking Type |
Best For |
Key Features |
Selective |
Diverse SKUs, easy access |
Most common, direct access to every pallet |
Double-Deep |
Higher density, fewer SKUs |
Two pallets deep, requires special forklifts |
Drive-In/Drive-Thru |
Bulk storage, few SKUs |
Forklifts enter rack, maximizes cube utilization |
Push-Back |
Medium turnover, LIFO inventory |
Pallets on carts, high density, last-in, first-out |
Pallet Flow |
FIFO inventory, high turnover |
Gravity rollers, automatic pallet movement |
Cantilever |
Long, bulky items (not palletized loads) |
No front posts, for lumber, pipes, furniture |
How to Choose the Right Pallet Racking(H2)
Step 1: Ensure Your Storage Needs and Warehouse Space
Before diving into the types of racking available, a thorough assessment of your specific requirements is paramount.
1. Analyze Your Inventory:
Pallet and Load Dimensions: Measure the height, width, and depth of your typical and largest pallets. Also, consider the overall height of the loaded pallet.
Load Weight: Determine the maximum weight of your heaviest palletized loads. This is crucial for calculating the required beam and upright capacity.
Inventory Feature : Are your products uniform in size and shape, or do you handle a variety of SKUs? If you has many different SKU, just choice the selective pallet racking or mezzanine racking for more flexible operation.
Do you have any long, bulky, or irregularly shaped items that won't fit on a standard pallet? If you storage pipes, tubes, timber, cantilever rack is better.
Inventory Turnover: Do you operate on a First-In, First-Out (FIFO) or Last-In, First-Out (LIFO) system? High-turnover items will require more accessible racking configurations.
2. Evaluate Your Warehouse Layout:
Available Space: Measure the total square footage, ceiling height, and any potential obstructions like columns, doors, and sprinkler systems. Remember to account for vertical space to maximize storage density.
Aisle Width: The type of material handling equipment you use (forklifts, reach trucks, etc. ) will dictate the necessary aisle width. Ensure your chosen racking system is compatible with your equipment's turning radius and lift height.
Dock and Staging Areas: Consider the flow of goods from receiving to storage and from storage to shipping. Your racking layout should facilitate a smooth and efficient workflow.
Determine Your Budget:
Initial Investment: Pallet racking systems vary significantly in price. While it might be tempting to opt for the cheapest option, a more durable and efficient system can offer a better return on investment in the long run.
Step 2: Choose the Right Types of Pallet Racking
Once you have a clear understanding of your needs, you can explore the various types of pallet racking systems available. Here is any common racking type and applications:
Racking Type |
Description |
Best For |
Inventory System |
Selective Racking |
The most common and versatile type, offering direct access to every pallet. |
Warehouses with a high number of SKUs and low pallet counts per SKU. |
FIFO |
Double-Deep Racking |
Similar to selective racking but with two rows of racks placed back-to-back, increasing storage density. |
Operations with a moderate number of SKUs and a need for increased storage. |
LIFO |
Drive-In/Drive-Thru Racking |
Allows forklifts to drive directly into the racking structure to store and retrieve pallets, creating very high-density storage. |
Storing large quantities of similar products with low turnover. |
LIFO (Drive-In), FIFO (Drive-Thru) |
Push-Back Racking |
Pallets are placed on a series of nested carts that slide on inclined rails. When a new pallet is loaded, it pushes the others back. |
High-density storage with a need for more selectivity than drive-in racking. |
LIFO |
Pallet Flow Racking |
Utilizes gravity to move pallets on inclined rollers from the loading aisle to the picking aisle. |
High-volume, fast-moving inventory. Ideal for date-sensitive products. |
FIFO |
Cantilever Racking |
Designed with arms extending from vertical columns to store long, bulky, or irregularly shaped items like lumber, pipes, and furniture. |
Storing non-palletized, oversized items. |
N/A |
Carton Flow Racking |
Uses a gravity-fed system with rollers to move individual cartons or boxes from the stocking side to the picking side. |
High-volume order picking of smaller items. |
FIFO |
Step 3: Determine the Right Racking Dimensions and Capacity
Calculating Beam and Upright Dimensions:
Beam Length: This is determined by the width of your pallets and the desired clearance. A common configuration is to store two pallets per beam level. To calculate the required beam length, add the widths of the pallets and the necessary clearance between the pallets and between the pallets and the uprights (typically 4-6 inches total).
Upright Depth: The depth of the upright frame should be your pallet depth minus a few inches to allow for a slight overhang of the pallet on the front and back beams. A common rule of thumb is to have a 3-inch overhang on each side. For a standard 48-inch deep pallet, a 42-inch deep upright is often used.
Upright Height: This depends on your ceiling height, the height of your loaded pallets, the required clearance between beam levels (at least 4-6 inches), and the maximum reach of your forklift. Ensure you leave adequate clearance for sprinkler systems (typically 18-24 inches from the top of the load to the ceiling).
Calculating Load Capacity:
Beam Capacity: This is the maximum weight a pair of beams can safely support. This information is provided by the manufacturer. You must ensure the beam capacity is greater than the total weight of the pallets you intend to store on that level.
Upright Capacity: This is the total weight the entire upright frame can support. This is a more complex calculation that depends on the vertical spacing between beams (the "unsupported span"). The greater the distance between beam levels, the lower the upright capacity. Always consult the manufacturer's load capacity charts for your specific configuration
Why Choose HEDA Racking?
Choosing standard pallet racking sizes streamlines the design and installation process, providing cost savings, faster picking, and fit to multi-SKU.
These pallet racking are compatible with most warehousing requirement for load more, less space, making them ideal for most industrial projects within a reasonable budget.
Additionally, standard sizes make cost estimation easier and help avoid delays. For those with specific needs, custom racking system are available to meet unique requirements.
If you're looking for high-quality pallet racking for your warehouse project, contact heda racking today to explore a range of standard pallet racking sizes that match your needs and design preferences. Our expert team is here to help you find the perfect fit for your space.
FAQ (schema tag)
What is the size of a standard Pallet Racking?
Standard pallet rack depths typically range from 42 to 48 inches, with beam lengths from 96 to 144 inches. Heights can vary widely, from 8 feet for smaller operations up to 30 feet or more for high-capacity warehouses. Common upright depths are 42 inches (for standard 48" deep pallets) and 48 inches (for larger pallets).
What is the most common pallet size, and how does it affect rack sizing?
The most common pallet size in the U. S. is 48 inches deep by 40 inches wide. Pallet racks are generally designed to accommodate this standard, with a 42-inch deep upright providing a 3-inch overhang on each side for proper weight distribution and safety.
How many pallets fit on a typical rack beam?
A standard 8-foot (96-inch) beam can hold two standard 48 x 40 pallets side by side, with a 3-inch gap between the pallet and the upright and a 4-inch gap between pallets. A 12-foot (144-inch) beam can hold three standard pallets.
What aisle widths are standard for pallet racking systems?
Wide aisles: 12–13 feet
Narrow aisles: 8–10 feet
Very narrow aisles: around 6 feet
Aisle width depends on your forklift type and warehouse layout
Can pallet racks be customized?
Yes, We offer custom sizes and configurations are available to fit non-standard pallets, unique warehouse layouts, or specific storage needs. Contact us for free design.