It is the first question a professional buyer asks, and the hardest one to get answered. Most suppliers reply in cubic metres, which is useless for building a landed cost. Here are piece counts, format by format.
The real container, not the brochure one
A 40ft high cube measures 1203 by 235 by 269 centimetres internally, which is 76 cubic metres gross. That is not the usable volume.
In practice you load around 68 cubic metres. The eight missing cubic metres are stacking loss: cartons that do not divide evenly across the width, dunnage, access to load. Any calculation based on the theoretical 76 overstates capacity by roughly 12 percent.
That is why a good supplier answers in pieces rather than volume. Volume is a forwarder's number. Piece count is a buyer's number.
The figures, format by format
On our range, loading a single format: 485 Cloudy armchairs, 309 Cloudy sofas, 400 Luneo Bubble seats, 272 Luneo two seater sofas and 206 Luneo three seater sofas.
On a mixed load, which is what a first container actually looks like, expect 230 to 300 pieces. The spread depends on how many large pieces the order carries.
These numbers come from our factory and we recalculated them. The method is at the end of this article and lands within five percent.
Why compressed changes the order of magnitude
An assembled three seater sofa takes about 2.23 cubic metres. The same sofa compressed into a carton fits in 0.27.
The ratio is eight. That is not an improvement, it is a different business: where a container carries around thirty assembled sofas, it carries more than two hundred compressed ones.
The effect on landed cost follows directly. Container freight is a fixed amount, around 74 dollars per cubic metre on a China to North Europe routing. Divided by two hundred pieces instead of thirty, the freight line per sofa is not reduced, it becomes negligible.
Weight is never the constraint
Many buyers worry about payload. On upholstered furniture it is never reached.
A 40ft high cube takes roughly 28 tonnes. Our heaviest reference at full load weighs 14, half of that. Even mixing heavy pieces, you fill the volume long before the weight.
There is a useful practical consequence: you can mix formats freely without watching the scale.
Work it out yourself, it is doable
Take the carton dimensions and test the six possible orientations inside a space of 1203 by 235 by 269. For each orientation, divide every container dimension by the matching carton dimension, round down, multiply the three. Keep the best result.
Then divide by the number of packages a single piece ships in: many corner models arrive in two or three cartons, which changes everything.
Applied to the figures our factory gave us, this method lands between 95 and 112 percent of reality. The gap comes from compressed foam cartons settling slightly, which no geometric calculation captures. So quote five percent below your own figure and you will never be caught out.