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Ondis24 4250627281016

A plastic tub with a metal axle and a reinforcing strut — and a listing that calls its own figures guide values.

Wheelbarrow with plastic tub and metal frame

Ondis24 4250627281016

A plastic tub with a metal axle and a reinforcing strut — and a listing that calls its own figures guide values.

Volume
About 100 litres
Load
250 kg; unqualified as to moving or standing
Tray material
Plastic, on a metal frame; an additional metal strut is stated to reinforce the construction
Wheel
Pneumatic, on a metal axle; no diameter published
Frame
None — the listing states that dimension and weight figures are guide values · wheel: Pneumatic, on a metal axle; no diameter published
Weight
Not published
Amazon reference
B0BR7PB4YC (one reference across 3 Amazon marketplaces)
EAN
4250627282136
  • A plastic tub, which cannot rust where steel tubs are scraped bare by a shovel
  • A metal axle rather than a plastic bearing, which is where cheap barrows fail
  • No dimensions at all, and a disclaimer in place of them

Best for: Garden work where a rust-free tub matters more than a published specification

Check price on Amazon

Specifications

Volume
About 100 litres
Load
250 kg; unqualified as to moving or standing
Tray material
Plastic, on a metal frame; an additional metal strut is stated to reinforce the construction
Wheel
Pneumatic, on a metal axle; no diameter published
Frame
None — the listing states that dimension and weight figures are guide values · wheel: Pneumatic, on a metal axle; no diameter published
Weight
Not published
Amazon reference
B0BR7PB4YC (one reference across 3 Amazon marketplaces)
EAN
4250627282136

The line at the end of the listing

“Dimension and weight figures are guide values.”

A reasonable disclaimer in itself — and this listing publishes no dimensions and no weight at all, so there is nothing for it to qualify.

Which matters more on a wheelbarrow than on most things

Because of where a barrow lives and how it is stored.

Width decides whether it goes through a gate, along a path between beds, and through a shed door. On this shelf the published widths are 50 cm and 58 cm, and those are a genuinely different proposition in a terraced garden with a side passage.

Length becomes height in storage, because a barrow is stood on its nose against a wall. One barrow here is 142 cm long, which is taller than most shed walls are clear.

Empty weight is what you lift over a step, and it is subtracted from what you can carry. One barrow on this shelf publishes 11.2 kg and it is the only such figure in the family.

Two barrows here publish all three overall dimensions. This publishes a capacity, a load rating and a disclaimer.

The metal axle, which is the right thing to name

“A stable pneumatic wheel with a metal axle for easy movement on any surface.”

Small, specific, and it identifies the component that ends cheap barrows.

Everything a barrow carries turns on one axle. The whole load — tub, soil, water, a person leaning on the handles — passes through a single bearing surface a couple of centimetres across.

A plastic bushing in that duty wears oval. The wheel develops play, then it leans, then it rubs against the frame, and then it stops turning freely and the barrow feels heavy no matter how well the tyre is inflated.

A steel axle in a steel or bearing-fitted hub does not, and it can be greased.

One barrow on this shelf goes further and specifies ball-bearing wheels. Another publishes an axle length of 17 cm, which is the figure that lets you buy a replacement wheel in five years.

The additional metal strut

“An additional metal support reinforces the construction and ensures lasting stability with regular use.”

Worth explaining, because it addresses a real weakness of the plastic-tub arrangement.

A steel tub is a structural part. Formed sheet steel is stiff in itself, and the tub contributes to holding the frame square.

A plastic tub is not. It is a container bolted to a frame, and it carries almost no load between the frame members. So a plastic-tub barrow’s frame has to be stiff on its own — which is why a brace across it is not decoration.

Without one, the two legs and the two handles can rack: the barrow twists under a side load, the tub flexes at its bolt holes, and eventually the holes tear.

Another plastic-tub barrow on this shelf makes the same argument by publishing a 33 mm powder-coated steel tube frame, welded and bolted.

Plastic, and the honest trade

What it gains: it cannot rust.

That is a bigger advantage than it sounds, because of what happens to steel tubs. A barrow tub is scraped by a shovel on every use — a steel blade dragged along the bottom and up the front lip, dozens of times a load. No coating survives it.

One barrow on this shelf has a painted tub, which leaves bare steel holding wet soil. Two are galvanised, which leaves zinc that corrodes in preference to the steel — the correct answer for a steel tub.

Plastic simply has nothing to corrode. Left out in the rain full of wet leaves all winter, it is unchanged.

What it loses: cold and sunlight.

Polypropylene and PVC go brittle below freezing and chalky under UV. A plastic barrow stored outdoors for five summers and then loaded with rubble on a frosty February morning is the one that cracks at a bolt hole.

And a shovel corner used carelessly can split a rim, where steel would dent.

The figure that would settle it is wall thickness, and one plastic barrow on this shelf publishes about 3 mm. This one does not.

“Optimally aligned centre of gravity”

The second feature line, and it is the one genuine ergonomic claim on this shelf.

It is also the thing that most separates a good barrow from a bad one, and it is almost never specified.

The wheel position relative to the tub decides how much of the load you carry. A wheel set well forward means the load sits over it and your hands hold very little; a wheel set back means you are lifting a share of 100 kg the whole way.

There is a limit in the other direction — too far forward and the barrow tips over its own wheel when tipped to empty, and it steers badly.

Nothing on this shelf publishes a wheel position, and a claim about the centre of gravity is at least pointing at the right property.

The 250 kg, unqualified

Like four other barrows here.

One barrow on this shelf publishes its rating as two figures — 150 kg dynamic and 250 kg static (not in motion) — and that distinction applies to every barrow ever made.

A static figure is what the frame holds standing still. A dynamic figure is what it holds while being pushed, tipped, run over a step and set down, which is the only condition a barrow is used in. On the one product that splits it, the gap is 40 per cent.

For scale: 100 litres of wet soil weighs roughly 130 to 150 kg. A full tub of it is a serious load on anything on this shelf.

What goes unpublished

No wheel diameter. Across this shelf the wheels run 38 cm, 40 cm, 400 mm solid PU, and a pair of unstated pneumatics. Diameter is what decides whether a barrow rides over a lawn edge, a root or a paving joint or stops at it.

No tyre pressure. One barrow here publishes 2 bar, and an under-inflated tyre is the commonest reason a barrow feels heavy — five minutes with a pump is the highest-value maintenance in this family.

No spare tube. One barrow on this shelf includes one, which is the honest acknowledgement that a pneumatic tyre punctures on thorns, screws and sharp stones.

Availability

Around 60 €, read at the German Amazon store on the day of the survey.

Listed and unsold: the Italian and Spanish Amazon catalogues hold the reference with nobody behind it.

Nothing came back from the American, British and French Amazon stores at all; the buy button there runs a search rather than opening an empty page.

Taken from Keepa on the day this page was last revised; stock and prices move without notice.

Prices quoted in this text were read on 26 September 2026. The live price is at the top of the page.

All wheelbarrows