How many units fit in a 40ft container?

The short answer: take the container's usable volume and divide by the carton's CBM. A 40' high-cube holds about 76.3; allowing ~85% stow efficiency, cartons per container ≈ (76.3 × 0.85) ÷ carton CBM, rounded down.

The method

  1. 1. Find the export carton's CBM = L × W × H in metres.
  2. 2. Take the container's usable volume: a 40' HQ ≈ 76.3 m³ × 0.85 stow.
  3. 3. Cartons ≈ usable volume ÷ carton CBM, rounded down.
  4. 4. Units = cartons × units-per-carton (volume usually fills before weight).

Worked examples from our live range

Figures are indicative and confirmed on quote. Each example is the best-shipping model in its category.

Frequently asked

How many cartons fit in a 40ft high-cube container?

A 40' high-cube container has roughly 76.3 m³ of internal volume. In practice you can't fill 100% of it, so we apply a stow efficiency of about 85% to allow for gaps, pallet voids and securing. Cartons per container ≈ (76.3 × 0.85) ÷ carton CBM, rounded down.

What is CBM and why does it matter?

CBM (cubic metres) is the packed volume of an export carton: length × width × height in metres. It's the single most important number for ocean freight, because containers are usually filled by volume long before they hit a weight limit. Lower carton CBM means more units per container and a lower freight cost per unit.

Are these counts exact?

They're close planning estimates. Real loads depend on whether goods are floor-loaded or palletised, carton orientation and mixed-SKU stacking. We confirm the exact per-order container plan on the quote. Figures here are indicative and confirmed on quote.

Can I mix products in one container?

Yes. MOQ is by the container, and base models can be mixed to fill one — useful for launching a small range rather than a single SKU. We help plan the mix so the container fills efficiently.

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