Block landing · skirting profile detail cad block dwg
Skirting profile detail CAD block for AutoCAD
By Saumyajit Maity · Published 22 May 2022 · Updated 29 Jan 2025
A skirting profile detail CAD block gives you the skirting board's moulded section — the profile that runs along the bottom of a wall where it meets the floor — so you can detail the wall-to-floor junction without redrawing the moulding curves each time. This free DWG is drawn full-size in millimetres and opens in AutoCAD 2004 or later. It is free for personal and commercial work, with no signup, no watermark and no attribution requirement.
The skirting (or baseboard) is detailed in section because, like a cornice, it is a moulding profile run along the wall. The block carries the board height, the moulded top edge, and the way the skirting sits against the wall and meets the floor finish, ready to drop into a wall section or an interior detail. Scale it to your room and it slots straight into the detail set.
What the skirting profile shows
The block is a vertical section through a skirting board — the moulding you would see if you cut across the wall at floor level. It carries the back face that sits against the wall, the moulded top edge (an ogee, bullnose, chamfer or torus depending on the style), the front face, and the bottom where the skirting meets the floor finish. Many versions show the wall and floor lines so you can read how the skirting laps the plaster and covers the floor edge.
It is editable linework, so you can change the height, swap the top moulding, or add a shadow gap or a scribed bottom edge. Because it is real geometry you can hatch the timber or MDF, dimension the height and projection, and keep the wall, floor and moulding on separate sub-layers.
Views and how it relates to the cornice
This is the section view — the only view that describes a skirting fully, because the skirting is a constant profile run along the wall. It is the floor-level counterpart to the cornice at the top of the wall, so the two blocks pair: detailing a classical room, you would relate the skirting profile and the cornice profile so the room's top and bottom mouldings share a character.
Keep the skirting on its own detail layer so you can show it in the wall section and reference it from the room elevation. The same profile, run along the wall, is also what you would sweep in 3D and what defines the mitre at internal and external corners, so the section block is the master from which corners, returns and the door architrave's plinth block all follow.
Typical sizing to design around
Skirting heights vary with room style and ceiling height. Modern skirtings often sit in the rough range of 70–150 mm tall; period and classical rooms with high ceilings use taller skirtings, frequently 150–250 mm and sometimes more, because a tall room needs a deeper base to look balanced. The thickness off the wall is usually modest, commonly around 12–25 mm, enough to carry the moulding and stand proud of the plaster.
The rule of thumb is that taller rooms and richer schemes take taller skirtings, and the skirting often relates in scale to the door architrave and the cornice in the same room. Treat these as design ranges, scale the profile to your room, and confirm the material thickness and fixing method against the wall build-up and the floor finish you are detailing into.
Inserting and detailing in AutoCAD
The block is full-size in millimetres. Insert at scale 1 in a millimetre drawing, 0.001 in metres, or set INSUNITS to millimetres in an imperial template so AutoCAD rescales on insertion. Snap the insertion point to the wall face at the finished floor level and align it with your wall section.
Because the skirting is a run profile, the section is what you place in a 2D detail; in 3D you sweep this profile along the wall base. Dimension the height and the projection, show how the skirting laps over the floor finish and under the plaster, and keep it on its own layer. If you refine the profile, save it with BEDIT or WBLOCK it so the same skirting runs throughout the project, and mitre it at corners by mirroring about the corner line so the moulding stays continuous.
Where the skirting detail is used
Skirting details appear on virtually every interior drawing set: residential rooms, hotels, offices and shops, and the restored or reproduction interiors of period buildings. Interior designers and architects draw them on wall sections, room elevations and junction details; joiners work from them to machine the moulding; restoration teams record existing skirting profiles to match new lengths to old.
The same idea scales down to furniture — the plinth moulding of a cabinet or wardrobe is a skirting profile in miniature. Because the block is licence-clear, it suits student detail sheets and competition boards with no sourcing concern. Combine it with the cornice, pilaster and entablature blocks from the same family to detail a complete classical room from floor to ceiling.
Adapting and mitring the profile
A skirting profile is quick to tailor. For a plain modern look, keep a simple chamfered or bullnose top; for a classical room, build up an ogee or a torus-and-fillet moulding and increase the height. A shadow-gap detail at the top, or a scribed bottom edge to follow an uneven floor, are common variations you can add to the section.
Keep each moulding element on a sub-layer so lineweights plot cleanly at detail scale. Once the profile is set, reuse it as a single block so every skirting in the project matches the cornice and architrave it sits with. At corners, mirror the profile about the corner line for internal mitres and external returns, and remember the skirting usually dies into door architraves with a small plinth block, which you can draw from the same profile.
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Questions
Frequently asked
Why is the skirting drawn in section?+
Because a skirting is a moulding profile run along the wall, its section is what fully describes it — the height, the moulded top edge and how it meets the wall and floor. In elevation it just reads as a band along the bottom of the wall.
How tall should a skirting board be?+
It depends on the room. Modern skirtings often run 70–150 mm tall, while high-ceilinged classical rooms use 150–250 mm or more for balance. Scale the profile to your room and relate it to the door architrave and cornice.
How do I handle skirting at corners?+
Mirror the section profile about the corner line — internal corners are mitred or scribed, external corners returned. The skirting usually dies into door architraves with a small plinth block drawn from the same profile.
Is the skirting profile detail block free to use?+
Yes. It downloads free in DWG with no signup, no watermark and no attribution requirement, cleared for commercial, personal and student use.
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