Pallet Calculator: Items Per Pallet, Ti-Hi Configuration & Pallets Needed
Calculate exactly how many items fit on a pallet, find your optimal Ti-Hi configuration, and determine total pallets needed for any shipment. Supports standard 48×40 GMA, 48×48, Euro (120×80cm), and custom pallet sizes. Free, instant, and used by 3,000+ warehouse managers to maximize pallet utilization and cut freight costs.
💡 Pro Tip: Optimizing pallet utilization by just 5% can reduce shipping costs by 10-15%. Calculate your exact Ti-Hi configuration to maximize space and minimize freight charges.
Pallet Calculator
Calculate how many items fit per pallet layer, optimal Ti-Hi configuration, and total pallets needed for your shipment.
Results
Enter your item and pallet dimensions, then click Calculate to see results.
Ti-Hi Configuration
Next Step: Calculate freight class for accurate shipping quotes.
Calculate Freight Class →Complete Guide to Pallet Loading & Ti-Hi Configuration
What is Ti-Hi in Pallet Loading?
Ti-Hi is warehouse terminology for pallet configuration. Ti (Tie) refers to the number of items per layer on the pallet surface, while Hi (High) refers to the number of layers stacked vertically. For example, a configuration of Ti 12 × Hi 8 means 12 items per layer, stacked 8 layers high, for a total of 96 items per pallet.
This notation is universal in warehousing and logistics. When a warehouse manager says "ship it Ti 10 Hi 6," they instantly communicate the exact pallet configuration without lengthy descriptions. Understanding Ti-Hi helps you optimize pallet space, calculate freight costs accurately, and communicate clearly with carriers and warehouse staff.
Standard Pallet Size Comparison
Different industries and regions use different pallet standards. Here's a comparison of the most common sizes:
| Pallet Type | Dimensions | Area | Common Use |
|---|---|---|---|
| 48×40 (GMA) | 48" × 40" | 1,920 sq in | North America standard, grocery, retail |
| 48×48 | 48" × 48" | 2,304 sq in | Drums, industrial, chemical, military |
| Euro (120×80cm) | 47.2" × 31.5" | 1,487 sq in | European standard, international shipping |
| 42×42 | 42" × 42" | 1,764 sq in | Telecommunications, paint, chemicals |
| 40×48 | 40" × 48" | 1,920 sq in | Military, cement (turned 48×40) |
Key Insight: The 48×40 GMA (Grocery Manufacturers Association) pallet is the most common in North America, accounting for 30% of all new pallets produced annually. Choosing this size ensures maximum compatibility with warehouses, trucks, and material handling equipment.
How to Calculate Items Per Pallet
Calculating items per pallet requires testing both orientations to find the optimal configuration:
Step-by-Step Calculation:
- 1. Measure your item: Get length, width, and height in inches. For boxes, measure the external dimensions.
- 2. Test lengthwise orientation: Divide pallet length by item length, divide pallet width by item width. Round DOWN to whole numbers. Multiply to get items per layer.
- 3. Test widthwise orientation: Rotate the item 90°. Divide pallet length by item width, divide pallet width by item length. Multiply to get items per layer.
- 4. Choose best orientation: Whichever orientation fits more items per layer wins.
- 5. Calculate Hi (layers): Divide max stack height (usually 72") by item height. Round DOWN. This is your Hi count.
- 6. Calculate total: Items per layer (Ti) × number of layers (Hi) = total items per pallet.
Real-World Example: Box Configuration
Scenario: Shipping 12" × 10" × 8" boxes on a standard 48×40 pallet
Lengthwise Test:
Across: 48" ÷ 12" = 4 boxes
Down: 40" ÷ 10" = 4 boxes
Per layer: 4 × 4 = 16 boxes
Widthwise Test:
Across: 48" ÷ 10" = 4 boxes
Down: 40" ÷ 12" = 3 boxes
Per layer: 4 × 3 = 12 boxes
Calculate Hi:
72" max height ÷ 8" per box = 9 layers
Final: Ti 16 × Hi 9 = 144 boxes per pallet
Result: Lengthwise orientation is optimal (16 vs 12 per layer). You can ship 144 boxes per pallet at Ti 16 × Hi 9.
7 Warehouse Loading Best Practices
1. Always Test Both Orientations
Never assume the "obvious" orientation is best. A 12×10 box might fit better widthwise on some pallets. Always calculate both ways—our calculator does this automatically.
2. Account for Slight Overhang
Items can extend 1-3 inches beyond the pallet edge if properly secured. This often adds one more item per layer. Carriers allow this as long as total load width stays under 102 inches (truck width).
3. Don't Exceed 72" Standard Height
While some warehouses handle taller loads, 72" is the safe standard maximum. Going higher risks instability, forklift clearance issues, and carrier rejection. Prioritize safety over capacity.
4. Secure Each Layer Properly
Use stretch wrap every 2-3 layers for tall stacks. For Hi 8+, consider intermediate layers of cardboard between sections. This prevents shifting during transport and reduces damage claims by 40%.
5. Optimize for 85%+ Utilization
Pallet utilization below 70% wastes money. If your configuration is inefficient, consider: (1) rotating items, (2) choosing a different pallet size, or (3) adjusting packaging dimensions slightly to fit better.
6. Consider Weight Distribution
Pallets should be loaded with heavier items at the bottom, lighter on top. A pallet can handle 2,500-4,000 lbs static load, but forklifts typically max at 2,500 lbs. Check your forklift capacity before loading.
7. Document Your Ti-Hi Standard
Once you determine optimal Ti-Hi for a product, document it in your warehouse management system (WMS). This ensures consistency across shifts and prevents workers from re-calculating every time. Include photos for reference.
Understanding Pallet Utilization Percentage
Pallet utilization measures how efficiently you're using available pallet space:
Optimal space usage. Minimal wasted area. Perfect or near-perfect fit.
Good but could improve. Some wasted space. Consider repositioning.
Inefficient. Significant waste. Rethink orientation or pallet size.
Cost Impact: Improving utilization from 70% to 90% can reduce your pallet count by 22%. For a shipment of 100 pallets, that's 22 fewer pallets to transport—potentially saving $500-2,000 in freight costs per truckload.
Frequently Asked Questions
How many items fit on a standard 48x40 pallet?
The number of items that fit on a 48x40 pallet depends on item dimensions. For example: 12x12 inch boxes fit 12 per layer (3 lengthwise × 4 widthwise), 6x6 inch items fit 48 per layer (8 × 6), and 24x18 inch cases fit 4 per layer (2 × 2). Use our calculator to find the exact count for your specific item size.
What is Ti-Hi in pallet loading?
Ti-Hi refers to pallet configuration: Ti (tie) = items per layer, Hi (high) = number of layers. For example, Ti 12 × Hi 8 means 12 items per layer stacked 8 layers high = 96 total items per pallet. This notation helps warehouse managers communicate pallet configurations quickly.
What is the difference between 48x40 and 48x48 pallets?
A 48x40 pallet (GMA standard) is rectangular with 1,920 square inches of space. A 48x48 pallet is square with 2,304 square inches - 20% more space. The 48x48 is better for square items or when you need maximum capacity, but 48x40 is the industry standard and fits better in trucks and warehouses designed for standard pallets.
How do I calculate pallets needed for my shipment?
First, calculate items per pallet using the pallet calculator. Then divide your total item quantity by items per pallet. Example: You have 500 boxes, and 25 fit per pallet. 500 ÷ 25 = 20 pallets needed. Always round up to account for overhang or odd quantities.
What is pallet utilization percentage?
Pallet utilization is the percentage of pallet surface area covered by items. 100% means items perfectly fill the pallet with no gaps. 85-95% is excellent (some overhang is acceptable). Below 70% means you're wasting space and should reconsider item orientation or pallet size. Higher utilization = lower shipping costs per item.
Can items overhang the pallet edge?
Yes, slight overhang (1-3 inches) is acceptable and common. Carriers typically allow items to extend beyond the pallet edge as long as they're properly secured and don't exceed truck width (102 inches). However, excessive overhang increases damage risk. Our calculator notes when overhang occurs.