Block landing · wall mirror cad block
Free wall mirror CAD blocks in DWG and DXF
By Sumana Kumar · Published 16 Sept 2022 · Updated 26 May 2026
A wall mirror is one of the few furniture items that barely registers in plan but does real work in elevation. Hung flat against a wall, it has almost no depth to show from above — its whole presence is on the vertical face, where it reflects light, adds a focal point and visually doubles a space. This page collects free wall mirror CAD blocks in DWG and DXF — round, rectangular and decorative mirrors — drawn face-on for interior elevations and ready for AutoCAD 2004 or later. Every file is free for personal and commercial use, with no signup, no watermark and no attribution required.
Use these blocks to dress interior elevations of hallways, bedrooms, bathrooms, dressing areas and reception walls. Because a mirror's job is on the elevation, the block is mostly about getting the frame shape, the size and the hanging height right against the wall and the furniture below it.
Why a mirror is an elevation block
Most furniture earns its place on a plan, where its footprint governs the layout. A wall mirror is the exception: hung flat to the wall, it projects only a few millimetres into the room, so in plan it's little more than a line. Its real contribution is on the elevation, where the frame shape, the size and the position relative to the furniture below define the look of the wall.
That's why these mirror blocks are drawn face-on, for interior elevations and presentation sheets. The block carries the frame outline — round, oval, rectangular or arched — at true size, ready to place above a console, a dressing table, a basin or a fireplace. On a plan you might show the mirror as a thin line on the wall with a note; the design work happens when you switch to elevation.
Wall mirror sizes to design around
Use these as your reference. A hallway or statement mirror commonly runs 600–900 mm wide and 800–1200 mm tall (or the same diameter for a round mirror). A dressing-table or vanity mirror is smaller, around 500–700 mm. A bathroom mirror above a basin typically matches the basin or vanity width, 500–900 mm. Full-length mirrors run roughly 400–600 mm wide by 1400–1800 mm tall.
Hanging height is the figure that makes a mirror read correctly in elevation. A general rule places the mirror's centre at around eye level — roughly 1500–1600 mm from the floor — or sized and centred over the piece below it. Above a console or basin, leave a sensible gap of 150–300 mm between the furniture top and the mirror's bottom edge. The scaled block lets you set those heights precisely on the elevation.
Composing a mirror over the furniture below
A wall mirror almost never hangs alone — it pairs with whatever sits beneath it, and the composition is the design. Over a hallway console, the mirror is usually centred on the console and roughly its width or a touch narrower, creating a balanced vignette. Over a dressing table, the mirror is the functional centrepiece, positioned for the seated user. Over a basin, it aligns with the vanity and the lighting.
Drawing the mirror and the furniture below as scaled blocks on the same elevation lets you get that alignment right: centre the mirror, set the gap above the furniture top, and check it against any wall lights or shelving. The block's true-size frame means the proportion you see on the drawing is the proportion you'll get on the wall.
Inserting and placing the block
These blocks are drawn full size in millimetres. Insert at scale 1 in a millimetre drawing, 0.001 in a metre template, or set INSUNITS to millimetres so AutoCAD rescales on insertion. Run INSERT or drag the DWG in, and on an interior elevation pick a point on the frame — the centre or a bottom edge — so you can set the hanging height accurately against the floor line.
If you need the mirror in plan as well, drop it as a thin element on the wall line, on its own layer, so it reads as a fitting without cluttering the layout. As a single block reference, a mirror copies easily into repeated rooms — useful for hotel bathrooms or a row of vanity stations. Keep mirrors on a fittings or furniture layer so they freeze and thaw cleanly.
Where wall mirror blocks are used
Wall mirror blocks appear on interior elevations of hallways, bedrooms, dressing rooms, bathrooms, reception areas, restaurants and retail fit-outs. In residential work they add light and a focal point to a wall and complete a console or dressing-table vignette. In commercial and hospitality work they make spaces feel larger and dress lobby and washroom walls.
They pair with consoles, dressing tables and basins, so reach for the console table and dressing table blocks in the furniture category when you compose the elevation. The same scaled mirror carries from a concept elevation to a finished presentation drawing, keeping the wall composition consistent across the set.
Using mirrors to read light and space
Beyond decoration, a mirror is a spatial device, and showing it on the elevation communicates design intent that a plan can't. Placed opposite a window, a large mirror bounces daylight deep into a room; placed at the end of a corridor, it makes a tight hallway feel longer; placed across from a feature, it doubles the view. Drawing the mirror to scale on the elevation lets a reviewer see those effects being deliberately set up rather than left to chance.
It's worth coordinating the mirror with the lighting and the sightlines as you place it. A mirror that reflects a blank wall or a ceiling spotlight straight into the eye is a missed opportunity or a nuisance; one that reflects a window, a planted courtyard or a styled vignette earns its place. Because the block is a simple, scaled frame, you can move it around the elevation, test what it would reflect against the plan, and lock it where it does the most for the light and the sense of space. Pair it with the console and dressing-table blocks to render the full wall.
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Browse the full library — DWG & DXF, no signup.
Questions
Frequently asked
Why does a wall mirror barely show on a plan?+
Because it hangs flat against the wall with almost no depth, a mirror reads as little more than a line in plan. Its design work happens on the interior elevation, which is why these blocks are drawn face-on at true size.
How high should a wall mirror be hung?+
Generally with its centre around eye level — roughly 1500–1600 mm from the floor — or centred over the furniture below it with a 150–300 mm gap above the top. The scaled block lets you set those heights precisely on the elevation.
What size mirror goes over a console or dressing table?+
Usually centred on the piece below and a similar width or slightly narrower — often 500–900 mm for a console or vanity mirror. The blocks are drawn to true size so the proportion on the drawing matches the wall.
Are the wall mirror blocks free for commercial use?+
Yes. Every block downloads free in DWG (and DXF where available) with no signup, no watermark and no attribution requirement, cleared for commercial project use.
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