Pallet specifications tend to argue about footprint, grade and board count. The details below cost almost nothing to specify, almost never appear on a purchase order, and each one changes how a platform behaves every single day it is in service.
The chamfer
An angled cut along the edge of the bottom deck boards. Its entire purpose is to let a pallet jack wheel or a fork tine climb aboard without catching on a square edge. On an unchamfered platform, every entry involves a small snag; over thousands of entries that snag becomes a torn board, and in the meantime it slows every single movement by a second.
It costs a fraction of a cent per board at manufacture. It is the highest-return detail on this list and it is omitted from most economy builds. If you buy nothing else from this article, specify chamfered bottom boards.
Wings
Deck boards that overhang the outer stringers. A single-wing pallet overhangs on the top deck, a double-wing on both. The overhang exists so that bar-lifting equipment and certain clamp attachments can get under the deck board edge.
If you do not use that equipment, wings are a liability: they are unsupported cantilevers that break easily, they catch on racking and doorways, and they make the platform wider than its nominal footprint, which quietly breaks your trailer loading arithmetic. Flush is correct for almost everybody.
Notch geometry
Not whether there are notches, but their shape. A shallow notch with a sharp internal corner concentrates stress precisely where the stringer is already weakest, and a break at the notch is the classic structural failure — twenty-six percent of what reaches our bench. A deeper notch with a radiused corner distributes that stress.
Most buyers never specify notch dimensions and inherit whatever the builder uses. If you are seeing stringer breaks at the notches, this is the conversation to have.
Lead board width
On a standard GMA deck the two outer boards are wider than the interior five — typically five and a half inches against three and seven-eighths. That extra width is not decorative: the lead boards take the fork tines and the dock plate impacts, and a wider board spreads that abuse across more fibre.
Economy builds sometimes use uniform narrow boards throughout, which saves a little lumber and dramatically increases lead board failure, which is already the single most common repair in the industry. It is a false economy and it is easy to spot once you know to look.
The one-line fix
Add this to your spec: "chamfered bottom boards, flush deck, wide lead boards, radiused notches". Eleven words. It will add a few cents per platform and remove a meaningful fraction of your damage, your handling friction and your repair bill.
What each detail costs at manufacture
Indicative, and the point is the ratio rather than the price. A chamfer on five bottom boards is a single pass on a saw: fractions of a cent. Radiusing a notch corner is a tooling choice, not an added operation: effectively free once the tooling exists. Wider lead boards cost the difference in lumber across two boards: a few cents. Specifying flush instead of wing costs nothing at all and saves a little lumber.
Total for all four, on a recycled platform: somewhere in the range of a nickel. Against which you are setting lead board failures at 41% of all repairs and notch breaks at 26%, the two largest categories by a wide margin.
Wings, and the loading arithmetic nobody checks
A double-wing 48 × 40 with a one-inch overhang each side is physically 50 inches across the deck. Load it two wide in a 98-inch trailer and you have 100 inches of deck in 98 inches of space, which does not fit — and the loader discovers this on the dock rather than in the specification.
More commonly the overhang is smaller, it does fit, and it quietly eliminates the clearance that made the tight orientation work. The trailer arithmetic that gave you 30 positions was done on nominal footprint and the real one gives you 26. Nobody connects the two facts.
Notch geometry in more detail
A notch removes material from the member carrying the bending load, at a point partway along its span. A square internal corner is a stress raiser: the load path has to turn abruptly, and stress concentrates at the corner in proportion to how sharp it is. A radius spreads that turn over a curve.
Depth matters too, and in the opposite direction to intuition: a shallow notch leaves more material but forces the tine to enter higher, and in practice shallow notches get widened in service by tines forcing their way in. A properly dimensioned notch with a radiused corner is both stronger and less likely to be damaged by the equipment using it.
The four lines, ready to paste
- Bottom deck boards chamfered on the outer two edges.
- Flush deck — no wing or overhang — unless bar-lift or clamp handling is in use.
- Lead boards wider than interior deck boards, minimum 5½ inches nominal.
- Stringer notches radiused at the internal corners, dimensioned for hand pallet jack wheel entry where jacks are in use.
Four lines, about a nickel, and a measurable reduction in the two biggest failure categories in the industry. It is the least glamorous advice on this website and probably the best value.
Jonah, millwork · Pallets Recycle, 1113 Ingram Ave, Richmond VA · published March 24, 2026 · 903 words. Corrections welcome — tell us if we have this wrong.