40hc gma pallet load
Learn about the payload limits, dimensional weight, and floor slots of a 40HC container with GMA pallets. Ensure efficient planning for your shipping needs.
Formula SSC-2026.1
Floor grid · SSC-2026.1
Pallets on the floor
20
One level
Pallets in the box
20
1,440 cartons
Cargo volume
54.37 m³
1,920 ft³
Payload
44,000 lb
19,958 kg · limit 58,422 lb
Billable weight
44,000 lb
DIM 20,017 lb · actual 44,000 lb
Freight cost
$4,621.31
$3.21 per carton
Each rectangle is one pallet slot on the floor. A second level uses the same footprint when the stackable toggle and the internal height both allow it.
| Item | Net | Waste | Order | Unit price | Line total | Source Spec Material / Tool |
|---|---|---|---|---|---|---|
| US GMA 48×40 in pallets | 20 floor | single height | 20 pallets | Tare is included in payload | 800 lb | Source Spec Material / Tool |
| Cartons | 9 per layer | 8 layers | 1,440 cartons | 30.0 lb each | 43,200 lb | Source Spec Material / Tool |
| Freight | 54.37 m³ | DIM vs actual | 44,000 lb | USD | $4,621.31 | Source Spec Material / Tool |
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| Container | Floor slots | Pallets | m³ | ft³ | Payload | Limit | Freight |
|---|---|---|---|---|---|---|---|
| 20 ft dry | 9 | 9 | 21.41 | 756 | 17,370 lb | 62,170 lb | $1,819.64 |
| 40 ft dry | 20 | 20 | 47.57 | 1,680 | 38,600 lb | 58,863 lb | $4,043.65 |
| 40 ft high cube | 20 | 20 | 54.37 | 1,920 | 44,000 lb | 58,422 lb | $4,621.31 |
| 53 ft US trailer | 30 | 30 | 81.55 | 2,880 | 66,000 lb | 45,000 lb | $6,931.96 |
Show the deterministic formula
Floor slots are a non-overlapping grid. The count is the better of one orientation, two orientations side by side, or repeated columns across the internal width. Euro 1200×800 mm resolves to 11 slots in a 20 ft dry container and 25 in a 40 ft dry container.
Cartons per pallet are the same grid on the pallet deck, times the layers that fit above a 150 mm deck and below the internal height, with 50 mm of clearance. Stackable freight uses two levels only when both levels fit.
Cargo volume is the carton cube. Volumetric weight is 167 kg per cubic meter. Billable weight is the greater of actual payload, including pallet tare, and volumetric weight. A per-cubic-meter rate uses the carton cube. A per-tonne or per-pound rate uses the billable weight. Payload limits are planning figures, not a carrier scale ticket.
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This sheet is an estimate for ordering and layout discussion. It is not a sealed design. Confirm the quantities with a licensed local professional and the authority having jurisdiction before you buy or build.
Engineering notes
The 40HC container is designed for optimal space utilization, but understanding its payload capacity and dimensional weight is crucial for effective shipping. With a dimensional weight of 167 kg per cubic meter, it’s important to calculate your cargo's weight and volume to avoid overloading.
When using GMA pallets in a 40HC container, note that they are not stackable, which impacts how you arrange your cargo. Floor slots must be considered to maximize space while adhering to safety regulations.
Code reference
Refer to the International Maritime Organization (IMO) guidelines for container shipping and weight regulations.
Field questions
- What is the dimensional weight of a 40HC container?
- The dimensional weight of a 40HC container is 167 kg per cubic meter, which is used to calculate shipping costs based on volume rather than just weight.
- What does it mean that GMA pallets are not stackable?
- Not stackable means that GMA pallets cannot be placed on top of each other, which affects how you load the container and the overall payload capacity.
- What is the payload limit for a 40HC container?
- The payload limit is a planning figure that should be calculated based on the weight of the cargo and the dimensional weight, ensuring it does not exceed the container's maximum capacity.
- How do I calculate the payload for my cargo?
- To calculate the payload, consider both the actual weight of the cargo and the dimensional weight. Use the formula: Dimensional Weight = (Length x Width x Height) / 1000000, and compare it to the actual weight to determine which is greater.