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SPACEFITFree spatial fit tool

Will your furniturefit?

FIG. 01
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Live geometry

Fig. 01 — Parametric bounding box, doorway aperture and measurement axes

Fixed example dimensions. Enter your own measurements in the fit tool.

Measure your furniture, check your doorway, and explore spatial fit in an interactive 3D environment. One geometry engine drives every number, every dimension line and every verdict.

  • No account
  • Free to use
  • Computed in your browser
Model
Rectangular bounding box
Units
mm · cm · m · in · ft
Engine
Shared geometry source
Access
No sign-up
Quick start

Check a fit in under a minute

Enter five measurements. We pass them to the full tool, where room size and orientation are added before any verdict is shown.

TOOL / 01
Furniture
mm
mm
mm
Doorway
mm
mm
Check Fit Your values are carried over, not evaluated on this page.

What this quick check decides

These fields only pre-fill the doorway section check. Room dimensions, posture and the six axis-aligned orientations are set in the full tool. No complete carrying-path conclusion is produced here.

Furniture types

Start with what you are moving

Pick a category to open the fit tool with that furniture type selected. The geometry is still driven entirely by the dimensions you enter.

Sofa — Wide seats and high backs near a narrow doorway.
01

Sofa

Wide seats and high backs near a narrow doorway.

Open fit tool →
Bed — Long frames that need a tall or tilted approach.
02

Bed

Long frames that need a tall or tilted approach.

Open fit tool →
Mattress — Flexible but bulky; thickness changes the projected height.
03

Mattress

Flexible but bulky; thickness changes the projected height.

Open fit tool →
Refrigerator — Deep appliances where depth becomes the blocking axis.
04

Refrigerator

Deep appliances where depth becomes the blocking axis.

Open fit tool →
Wardrobe — Tall boxes that often fail on clear height.
05

Wardrobe

Tall boxes that often fail on clear height.

Open fit tool →
Table — Flat tops and legs that change the bounding box.
06

Table

Flat tops and legs that change the bounding box.

Open fit tool →
Cabinet — Square volumes with little clearance to spare.
07

Cabinet

Square volumes with little clearance to spare.

Open fit tool →
Custom Furniture — Any rectangular item you can measure yourself.
08

Custom Furniture

Any rectangular item you can measure yourself.

Open fit tool →
How it works

From a tape measure to an honest answer

Five steps, one shared millimetre model. Nothing is inferred from a picture.

  1. 01

    Measure your furniture

    Record length, width and height of the smallest rectangular box that contains the item.

  2. 02

    Measure your doorway

    Use the clear opening width and height, not the outer frame or the door leaf.

  3. 03

    Set your space

    Add room width, length and height so a static volume check is possible.

  4. 04

    Explore the 3D fit

    Orbit a real scene rebuilt from those numbers, with dimension lines and the oriented bounding box.

  5. 05

    Review the result

    Read remaining clearance, conflicts, tested orientations and the stated limits of the model.

3D spatial demonstration

Six poses. Real geometry.

Switch an axis-aligned orientation and the engine recomputes the projected bounding box against the same doorway opening. Nothing is pre-rendered.

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Knowledge & guides

Measure it properly

Reviewed, bilingual guides with worked examples and explicit boundaries.

Clearance

Sofa Doorway Clearance

A worked section comparison with remaining clearance and an honest conditional result.

FAQ

A few things worth clearing up

Short answers to the questions that change how the result should be read.

Do I need an account to use the tool?
No. There is no registration, login, cloud profile or paid tier. The core tool runs directly in the browser and your measurements stay on the page.
Does a good-looking 3D scene mean the furniture will definitely get in?
No. The model uses rectangular bounding boxes and six axis-aligned orientations. Stair turns, door leaves, handrails and human handling are not modelled. When input is insufficient the result is CONDITIONAL and names what is missing.
Is this a full moving-path simulation?
No. It is a doorway section check plus a static room volume check. A complete carrying path is explicitly not modelled; the tool states this limitation in its result.