# How to plan shoe storage behind a front door

Canonical HTML: [How to plan shoe storage behind a front door](https://spacemadeuseful.co.uk/shoe-storage-behind-a-front-door/)

Practical guide · [Hallway](https://spacemadeuseful.co.uk/hallway-shoe-storage/) ·

Compare the full door sweep with loaded shoe storage footprints using scaled placement diagrams, moving-part envelopes and worked depth calculations.

Space Made Useful · Updated November 2026 ·

![A partly open navy front door with a clear swing area and shoe rack beyond it](https://spacemadeuseful.co.uk/assets/images/batch2-shoe-storage-behind-a-front-door.jpg)

The main decision

## Keep the full door swing clear

A space behind a front door works only if the door and handle can operate freely with the storage loaded. Map the complete swing and standing space first. Use another spot if the two footprints overlap.

## Trace the whole route of the door

Stand inside the hall and open the front door from closed to its normal fully open position. Watch where the far corner travels on the floor. The door can pass through a spot in the middle of its swing even when it misses that spot in both the fully closed and fully open positions.

Mark the travel temporarily with a few small pieces of suitable low-tack tape if your flooring permits it. Keep them flat and remove them when you finish. Where tape is unsuitable, sketch the shape on paper and use measured distances from the hinge and walls. Include the door edge, threshold and any existing stop. Leave the swing and hardware in their intended arrangement.

Look at the route through the open doorway. The area for someone to stand and turn can be larger than the bare gap beside the door. Think through bringing in shopping, a pushchair or other bulky items that are part of your household's routine. Make sure the door remains easy to operate from both sides.

## Why checking only open and closed positions can miss a collision

We drew three placements against the same illustrative 80 cm thin door leaf turning from 0° to 90°. The hinge is the origin: the closed door points right and the open door points up the plan. The shaded quarter-disc covers every intermediate leaf position. The first rectangle misses both end-position lines but lies inside that swept area.

A separate dashed 84 cm envelope shows how an additional moving-part allowance changes the comparison. This is a deliberately conservative illustration, not a measured handle trajectory or a recommended clearance. An actual handle follows its own path at its actual height.

Swipe to compare the three placements.

Illustrative rectangles, in centimetres from the hinge. Coordinates refer to the corner nearest the hinge; width runs right and depth runs up the plan.

| Placement | Nearest corner (x, y) | Width × depth | Nearest hinge distance | 80 cm leaf sweep | 84 cm envelope |
| --- | --- | --- | --- | --- | --- |
| 1\. Misses both end positions, crosses the swing | 20, 30 | 20 × 30 | 36.06 | Intersects | Intersects |
| 2\. Outside the leaf sector, inside the larger envelope | 2, 81 | 30 × 30 | 81.02 | Outside illustrated sector | Intersects |
| 3\. Beyond both illustrated sectors | 2, 90 | 30 × 30 | 90.02 | Outside illustrated sector | Outside illustrated sector |

**The main decision.** Placement 1 misses the closed and fully open leaf lines yet crosses the swept sector. Placement 2 clears the thin-leaf sector but overlaps the larger illustrative envelope. Placement 3 lies beyond both drawn sectors; it still needs the actual door, handle, storage opening and complete route assessed.

Plan view · placement 1

### Misses both end positions, crosses the swing

The rectangle’s nearest corner is 20 cm along the closed-door direction and 30 cm along the open-door direction. Its closest distance to the hinge is 36.06 cm.

**Intersects the illustrated leaf sweep.** The end positions alone cannot exclude this collision.

Front door placement 1: Misses both end positions, crosses the swingHingeClosed leafOpen leafLoaded rectangle 1

Same scale in each plan: 2 drawing units per centimetre. Gold: thin-leaf swept sector; dashed arc: separate illustrative envelope; green: loaded storage bounds at the chosen height. Standing space, walls and passage width are not drawn.

Plan view · placement 2

### Outside the leaf sector, inside the larger envelope

The rectangle’s nearest corner is 2 cm along the closed-door direction and 81 cm along the open-door direction. Its closest distance to the hinge is 81.02 cm.

**Intersects the larger envelope.** Clearing the thin leaf does not settle the moving-hardware question.

Front door placement 2: Outside the leaf sector, inside the larger envelopeHingeClosed leafOpen leafLoaded rectangle 2

Same scale in each plan: 2 drawing units per centimetre. Gold: thin-leaf swept sector; dashed arc: separate illustrative envelope; green: loaded storage bounds at the chosen height. Standing space, walls and passage width are not drawn.

Plan view · placement 3

### Beyond both illustrated sectors

The rectangle’s nearest corner is 2 cm along the closed-door direction and 90 cm along the open-door direction. Its closest distance to the hinge is 90.02 cm.

**Outside both illustrated sectors.** This is a result for the stated geometry, not approval for real storage at that position.

Front door placement 3: Beyond both illustrated sectorsHingeClosed leafOpen leafLoaded rectangle 3

Same scale in each plan: 2 drawing units per centimetre. Gold: thin-leaf swept sector; dashed arc: separate illustrative envelope; green: loaded storage bounds at the chosen height. Standing space, walls and passage width are not drawn.

### Use the loaded projection, then map the location

A separate depth calculation shows why a 30 cm-looking pocket is insufficient evidence. An illustrative 25 cm frame, installed 2 cm from the wall, with shoes extending 5 cm beyond the front reaches 32 cm from that wall. It exceeds a genuinely measured 30 cm pocket by 2 cm. The frame alone would appear to leave 5 cm; the loaded calculation shows the opposite result.

The 30 cm pocket must itself be measured outside the actual moving envelope at the relevant position and height. It is not the diagonal hinge distance in the table. A positive pocket-depth difference would still leave along-wall length, rear shoe overhang, the handle path and access to check.

For a cabinet, add its actual maximum opening envelope as another shape rather than assuming the closed rectangle represents it. Opening the front door and the cabinet separately is insufficient if their paths can meet during use. Use a different location where retaining either opening depends on moving shoes or restricting the door’s intended travel.

## Check the moving edge at several heights

A low tray can miss the handle and still catch the door leaf. A tall cabinet can clear the bottom corner but be struck higher up by the handle. Mark the path at the height of the furniture, the top of any stored boots and the door handle. Check bags or coats carried through the opening when these are part of daily use.

Measure from the actual installed wall position. Skirting can make a rack sit farther out than you first expect. If a cabinet requires mounting or anchoring, follow the maker's instructions for its position and clearances. Check how far its front reaches when open. An external depth quoted for a closed unit is not its maximum projection.

If the entrance has a second door, map that too. The front door and an inner porch door can open across the same area. Both need to work with the storage fully loaded. Check the natural path between them and keep emergency access clear. Use the [narrow hallway measuring guide](https://spacemadeuseful.co.uk/measure-narrow-hallway-shoe-storage/) if the adjacent wall or skirting is an additional constraint.

## Try the outline with shoes in their usual position

Mark the candidate furniture's real width and depth. Include toes that overhang the front and heels that need space behind the shelf. For a tray, check the position of the rim and any boots that sit close to it. Keep the outline on the storage side of the door's entire path.

Open and close the door again with the outline marked. Stand where you would put on shoes and where someone else would pass. Move through with the items you normally carry. Use a sketch or a flat outline rather than leaving temporary furniture or boxes where they could block an exit.

A location can look clear when empty and become awkward once the first pair comes off. Decide where muddy shoes will land immediately and where dry pairs will go later. Keep the everyday pairs to a number the position can hold without overflow into the route.

## Move the storage when the outline overlaps

Look beyond the door arc along the same wall. Sometimes a narrow rack with a shorter width can fit farther down the hall without changing its depth. Try the adjoining room if the hall has little clear floor, or move occasional footwear into a wardrobe so the entrance only needs a place for the pairs used every day.

A [shallow cabinet](https://spacemadeuseful.co.uk/best-slim-shoe-cabinets/) can be suitable where the closed depth is the main constraint and the flap has a separate clear opening space. A [low open rack](https://spacemadeuseful.co.uk/best-shoe-racks-for-narrow-hallways/) makes the loaded footprint easy to inspect. Where fixing a wall unit is impractical, look at [storage intended for use without wall fixings](https://spacemadeuseful.co.uk/shoe-storage-without-wall-fixings/) in another clear position.

Finish by checking the route with the door open, the storage in use and the shoes returned to their normal place. If that routine depends on moving the unit or on opening the front door partway, use another location. A small, accessible storage area nearby is more useful than an awkward spot immediately behind the door.

## Questions before you choose

### Can a rack clear the open and closed door but still be struck?

Yes. A position can lie in the middle of the swept area while missing both end positions. Map the complete intended travel of the leaf and hardware at the heights of the storage and shoes.

### Does a low rack always clear the handle?

A low rack can sit below the handle and still meet the door leaf or shoes in its path. Check moving parts and loaded storage at their actual heights; a single floor outline cannot settle all height conflicts.

### What if the cabinet fits when both doors are shut?

Map the front door and the cabinet opening separately and together. Their moving envelopes can meet even where the closed rectangles do not. Do not use a layout that depends on restricting intended door travel.

### What belongs in the loaded footprint?

Include the actual installed wall gap, the complete frame, projecting shoes, handles and anything that opens. Count each allowance once. Check rear overhang, along-wall length, standing space and the whole route separately.

### Should I move a doorstop or use a shared landing to gain space?

Plan storage around the door’s intended operation and existing hardware. Keep shared escape routes clear and choose a suitable location inside your home that preserves access; do not create space by restricting the door.

## How we put this guide together

The diagrams and distances are illustrative and do not establish a minimum passage width. The route checks reflect London Fire Brigade guidance to keep escape routes clear. Check door operation in your own entrance.

Our comparison uses the inputs below and the stated formulas. Room dimensions and handling allowances are illustrative; named product dimensions are kept separate from them. Analysis prepared November 2026.

-   Loaded projection = installed wall gap + frame depth + front shoe overhang.
-   For the illustrated 0–90° thin-leaf sweep, nearest rectangle radius = √(x² + y²), using its corner nearest the hinge.
-   A rectangle wholly in the first quadrant intersects that swept sector when its nearest radius is no greater than the sector radius.

Calculations use unrounded inputs; displayed results are rounded to two decimal places where necessary.

-   All door, envelope and furniture dimensions are illustrative, not specifications for a named product.
-   Hinge is the origin. The closed leaf points right; the leaf turns through 90° towards the top of the plan. Coordinates are in centimetres from that hinge.
-   The leaf is an ideal thin radial segment of radius 80 cm. A separate 84 cm quarter-disc is an illustrative conservative moving-parts envelope, not an actual handle trajectory.
-   The shaded leaf area represents all intermediate positions, not the shape of the door at one instant.
-   The rectangles are loaded bounds at a chosen common height. Real leaf thickness, hinge offset, handle geometry, shoes at different heights and movement beyond 90° must be mapped separately.
-   Outside the drawn sector means only outside this bounded illustration. It does not approve an access route, installation, passage width or fire-safety arrangement.

Sources: [London Fire Brigade: keeping escape routes clear](https://www.london-fire.gov.uk/safety/the-home/bedtime-checks/).

[Download the inputs, calculations and assumptions (JSON)](https://spacemadeuseful.co.uk/data/front-door-placement-analysis.json)

[Read our source policy](https://spacemadeuseful.co.uk/source-policy/)

**Space Made Useful**

We compare documented dimensions, opening mechanisms and other details that help you choose storage for the space you have. [How we research our guides](https://spacemadeuseful.co.uk/editorial-policy/).