Pallet Weight and Load Capacity

Two different questions hide inside "how much can a pallet hold." One is what the pallet weighs. The other is what it will carry, which depends on the pallet design, its condition, how the load sits on it and whether it is moving, stacked or racked. The figures below are the published industry references for the standard designs. They describe the design, not any particular pallet in a yard, and the last section explains why that distinction matters when you buy used.

What a pallet weighs

Three things move a wood pallet's weight. Lumber species: hardwood pallets weigh more than softwood. Moisture: a pallet that has sat outside in Georgia humidity can carry several pounds of water, and a kiln dried one sits at the light end. Repairs: a used pallet with a replacement stringer or doubled boards weighs more than it did new. If you are pricing freight, the pallet's own weight counts toward your total, so 26 pallets at 37 lb is about 960 lb of tare before any product goes on.

The three load figures

Industry references quote capacity three ways, and they are not interchangeable.

Dynamic load is what the pallet carries while being moved on a forklift or pallet jack. The load is briefly supported only where the forks are, and the pallet flexes.

Static load is what it carries sitting on a flat floor, fully supported underneath. This is always the largest number and the least useful, because a pallet rarely spends its life on a flat floor.

Racked load is what it carries supported only at the ends on rack beams, with nothing under the middle. This is the hardest case and always the smallest number. If you rack, this is the only figure that matters.

For a standard 48 x 40 GMA wood pallet, industry references put the dynamic load at roughly 2,000 to 2,500 lb and the static load at roughly 4,600 to 5,000 lb. For the Euro pallet, EPAL states a safe working load of 1,500 kg (about 3,300 lb) and a static figure up to 5,500 kg.

Racked capacity for wood pallets is not published as a single industry number because it depends on the stringer or block design, the lumber species, the board thickness and the beam spacing. If you are racking, that is the figure to ask about for the specific pallet you are buying, and the honest answer from any supplier will be a conversation, not a number off a chart.

Why a grade is not a load rating

Grade A, B and C describe condition: how worn the pallet looks and whether boards have been repaired. They are not a tested class, and no industry body publishes a weight against them. The figures above apply to the GMA design in sound condition. A pallet with a cracked stringer carries less than any table says, whatever grade it was sold as, and a Grade B with a clean repair carries what the design carries.

That is why we do not put a weight figure on our grades. If your load is heavy, tell us the weight and how it will be handled, racked, stacked or moved on a jack, and we will talk it through before you order.

How the load sits matters as much as the pallet

The same pallet carries more when the weight is spread across the deck than when it is concentrated in the middle or on one edge. Drums and machinery with small footprints put point loads on two or three boards; that is when people add a sheet of plywood on top, or move to a heavier build. Stacking loaded pallets adds the whole upper load to the bottom pallet's static figure, so the bottom of a double stack is the pallet to buy in the best condition.

Choosing for heavy loads

For racked or automated handling, buy the best condition you can, which is usually Grade A pallets: sound stringers, no missing boards, square. For floor stacking and one way shipping, Grade B is normally enough and costs less for the same footprint. For anything near or over the published dynamic figure, look at a custom build or a block pallet rather than pushing a standard stringer pallet past what it was designed for.

Tell us the load and the handling and we will quote the right pallet: request a quote.