How to compare pegboard sizes with a wall zone

A pegboard can look compact on a product page and still compete with switches, shelves, doors or the objects you want to hang. A useful comparison starts with one measured wall zone and a short list of items, then keeps the arithmetic separate from the installation decision. You are deciding whether a labelled rectangle deserves a closer look, not proving that it can be fixed safely or that a particular arrangement will work.

This worksheet uses one IKEA UK product page as a real source of labelled dimensions and an invented wall zone for the calculations. It is not a product recommendation, installation guide or report of a HomeMojo test. Check the current product information, assembly documents and the requirements of your actual wall before buying or fixing anything.

Define a clear planning zone

Choose the part of the wall you are willing to consider and measure its clear width and height. Exclude the areas you intend to keep free around sockets, switches, handles, furniture edges and moving doors. Record those exclusions as boundaries on the sketch rather than silently subtracting them later.

Our hypothetical clear zone is 120 cm wide and 80 cm high. Those figures are invented. They do not describe a wall we have inspected, and they say nothing about wall construction, fixings or load. For a paper comparison, however, they give us one rectangle in which to place candidate rectangles.

Write the purpose beside the dimensions. For example: ‘Keep scissors, tape, labels and two small containers visible above the desk.’ This sentence is a planning prompt, not evidence that a particular accessory will hold those things. A purpose helps you reject a layout that fits numerically but puts the most-used items out of reach.

Copy the labelled product dimensions

The IKEA UK SKÅDIS pegboard page identifies item 503.208.05 as 36 cm wide and 56 cm high. It also shows 56 × 56 cm and 76 × 56 cm as other size choices. The page lists package measurements separately, so this worksheet uses the product width and height rather than the dimensions of its packaging.

Copy the exact size, item number and date checked into your notes. Do not assume that two products with similar names share dimensions. If you rotate a product in a sketch, mark that as a hypothetical orientation and confirm whether the real product and its fittings permit it; arithmetic alone cannot answer that question.

On a narrow screen, scroll the table sideways. Keyboard users can focus it and use the arrow keys.

Area is width multiplied by height. It provides a consistent way to compare the face of these labelled rectangles, but it is not usable storage capacity. Hooks, shelves, spacing between objects and access can make two layouts with the same area behave differently.

Test one board, then a row

Place one 36 × 56 cm rectangle inside the invented 120 × 80 cm zone. The simple differences are 120 − 36 = 84 cm horizontally and 80 − 56 = 24 cm vertically. Those are total differences across the planning rectangle, not recommended clearances and not instructions about where the board should sit.

Now test two of the same boards side by side. Their labelled widths total 2 × 36 = 72 cm, leaving 120 − 72 = 48 cm across the full row. Three total 108 cm, leaving 12 cm. The third calculation shows that the rectangles fit within the hypothetical width on paper; it does not establish space for gaps, edge access, fittings or nearby objects.

On a narrow screen, scroll the table sideways. Keyboard users can focus it and use the arrow keys.

If you want equal paper gaps for three boards, first decide how many gaps your sketch contains. Three boards with space only between them have two internal gaps; three boards with a margin at both outside edges have four gaps. Dividing the same 12 cm difference gives 6 cm for two internal gaps or 3 cm for four equal gaps. Neither result is a recommendation. It merely makes the assumption visible.

Map objects without promising capacity

Draw rough object envelopes on separate scraps of paper: the width and height of the scissors when hanging, the front face of a container, and the space needed to take an item off a hook. These are your observations, not dimensions supplied by the pegboard listing. Move the scraps around within the candidate rectangle before assigning accessories.

Use three labels: frequent, occasional and unresolved. Put frequent items in the easiest part of your paper plan, occasional items elsewhere, and leave unresolved items outside the count. If two envelopes overlap or an item crosses the edge, revise the arrangement rather than treating the labelled board area as proof of capacity.

The product page says accessories can be chosen to create a personal combination, but it does not establish that any imagined collection fits. Keep accessory dimensions and compatibility as separate questions for the current listings. A board-size comparison is complete even when it ends with ‘measure the container’ or ‘check the fitting instructions’.

Keep a pegboard comparison sheet

Finish by writing a sentence that separates the numerical screen from the practical decision: ‘Three labelled 36 cm widths occupy 108 cm of my 120 cm planning zone, leaving 12 cm in the sketch; I have not established gaps, accessory capacity or installation suitability.’ That record is more useful than a bare ‘fits’.

If the objects may be better served by drawers, use the drawer-zone worksheet before committing wall space. For a candidate box and shelf, the shelf-measuring worksheet keeps the entry route and orientation checks visible. Choose the planning method that matches the actual storage problem.