Superior winner in major test of moving boxes

Kaikki testatut muuttolaatikot. Kuva: Testfakta
Alle testede flyttekasser. Foto: Testfakta
Puristustestikone testaa laatikoiden kestävyyttä ja vakautta. Kuva: PZT
I en trykkprøvingsmaskin testes kassens styrke og stabilitet. Foto: PZT
Vaurioitunut muuttolaatikko puristustestin jälkeen. Kuva: PZT
Skadet flyttekasse etter trykktest. Foto: PZT
Ennen painetestiä laatikot kastellaan, jotta nähdään, miten ne kestävät kosteutta. Kuva: PZT
Før trykktesting sprayes kassene for å undersøke hvordan de tåler fuktighet. Foto: PZT
Rustan laatikossa on erityinen sulkumekanismi, jossa läpät lukittuvat kantokahvoihin. Kuva: Testfakta
Rustas kasse har en spesiell lukking der klaffene låses i håndtakene. Foto: Testfakta
Laboratorietest

Are you moving, or just tidying up the chaos? Testfakta’s test of moving boxes helps you find the best choice that can withstand both lifting and stacking. Only two boxes were approved – the rest did not meet all the requirements.

Laboratorietest
Editor: Malin Hefvelin Published: 2 Jan, 2026

When moving, the moving box is perhaps the most used, but also the most underestimated, aid. A good box should withstand heavy loads, be easy to carry, and not fail when it is stacked or lifted several times. At the same time, there are major differences in quality between different models on the market.
Testfakta had the independent laboratory PZT in Germany test 11 different moving boxes available on the Scandinavian market. To ensure a fair comparison, the strongest model from each manufacturer was selected where several variants were available. The laboratory assessed how well the boxes withstand the stresses that occur during a normal move. The focus was on strength, construction, and practical use – properties that in practice determine whether the box holds up from packing and transport to storage and possible reuse.
The tested moving boxes varied in thickness from 4 mm to 6.6 mm – something that affects strength.
“If the boxes are to be filled with heavy items, the material thickness is crucial,” says Thorsten Kutzner, test manager at PZT.
“Boxes with 4–5 millimetres of corrugated cardboard are generally less suitable for heavy loads. For sufficient stability during lifting and stacking, the cardboard should be at least 6 millimetres thick.”


The clear winner of the test was Rusta’s moving box Pro, made of 6.4 mm corrugated cardboard, with high load-bearing capacity and good carrying comfort.
“The Rusta box was very comfortable to carry even with a heavy load. The high material quality, a well-thought-out folding solution, and ergonomic handles clearly contributed to this,” explains Kutzner.
Rusta was also the only box that received a high score for opening and closing the lid flaps. It has a slightly different solution from the others, all of which were assessed as difficult to open and close.
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In addition, Jula Pro also received a good score for lifting comfort. Both models have sturdy flaps that fold in and protect the hands when lifting. Other boxes had varying degrees of uncomfortable handles – Shurgard and ÖoB stood out in particular with sharp edges that cut into the hands when the box was full.
In the compression test, the moving boxes were subjected to weight from above to simulate stacking in a basement or damp environment. Rusta’s moving box withstood a pressure of as much as 406 kg in dry condition before giving way, while Byggmax’s collapsed already at 199 kg. The boxes from Biltema, ÖoB, and Byggmax split on several sides as the pressure increased, while the rest merely deformed.
When exposed to moisture, all the boxes became weaker. It is important to remember that in real life, boxes are often stacked unevenly and therefore are likely to withstand lower loads than in the laboratory.


Testfakta’s review shows major differences in quality. Only two of the eleven boxes achieved approved results in all test elements:
Rusta Pro – Best in test
Jula Pro – Awarded the Verified Quality label for high quality in material and design


According to Thorsten Kutzner, choosing the right box provides better handling, fewer damages, and a safer move:
“There are major differences, and far from all boxes work well when they are filled heavily and stacked with 3–4 others on top. As a consumer, it is almost impossible to assess this in the store. The test results provide a good basis when choosing moving boxes, especially in terms of load-bearing capacity and stacking strength.”

Facts about the test

The PZT laboratory in Germany has tested eleven moving boxes from well-known retail chains and DIY stores in Scaninavia on behalf of Testfakta. Where several models were available, the strongest variant was selected.

Tested models:

  • Biltema Extra strong

  • Jula Pro

  • Rusta Pro

  • ÖoB Large, ekstra kraftig

  • Shurgard Flyttekasse

  • Byggmax Flyttekasse

  • Bauhaus Flyttekasse original

  • Dollarstore Proffens flyttekasse

  • Hornbach Proff Extra solid

  • Jem&Fix Senior

  • Clas Ohlson Flyttekasse large

The test consisted of five parts:

A. Maximum load and basic dimensions
Measurement of the stated maximum weight, corrugated cardboard thickness, number of layers, as well as internal dimensions and volume.

B. Lifting and placement with heavy load
The boxes were filled with 40 kg of wooden briquettes and lifted ten times by two people. Any damage and carrying comfort were assessed.

C. Opening, closing and durability of the lid flaps
The boxes were opened and closed 20 times. They were then lifted by the lid flaps with a 5 kg load, followed by a further 20 lifts 30 cm above the floor. Stability and wear resistance were assessed.

D. Stacking strength – dry box
Filled boxes were subjected to increasing pressure in a testing machine until the breaking point. Additional pressure was applied to study the type of damage.

E. Stacking strength – damp box
The same test, but after the boxes had been sprayed with water (28 sprays). The pressure at break was measured to assess moisture sensitivity.

TABLE OF TEST RESULTS