This post describes a method for DIY readers to make and mount bespoke wooden Bed Headboard Wall Fixings, to my design, so that no bolts are visible and so the headboard can be removed by just lifting it vertically to allow for cleaning or horizontal adjustment. It gives a specific example. Other headboards will be different, but I hope anyone wanting to use this fixing method can work out how to do it with their headboard. I’m open to questions – just use the comment process.
Headboards are usually mounted on beds using parts supplied by the manufacturer but sometimes it’s best to mount them on the wall instead. The manufacturer’s wooden stalks and fixing bolts often protrude behind the bed. When the bed is pushed against the wall they can scratch the wallpaper and skirting board. They take up space and keep the bed away from the wall so that in a small room the space between the foot of the bed and the next object (furniture or wall) is too small. Without a headboard attached a bed can often be pushed up to the wall by another 20mm to 50mm and many headboards can then be mounted on the wall above the mattress level. Be aware that with a headboard mounted on the wall and the bed pushed up to the wall underneath it the length of bed available for sleeping may be reduced by 20mm to 50mm.
Bed Headboard Wall Fixings – The Method of Mounting Them
The Bed Headboard Wall Fixings I have designed are mounted towards the bottom of the headboard and allow two people (one at either side of the bed) to lift the headboard by 20mm minimum and remove it.
When the headboard is attached to the wall using my method it is rigid to the point that the top of the headboard cannot be pushed towards the wall any more easily that it could if mounted directly on a bed. In fact some beds have more wobbly headboard fixings than these. In this example the headboard doesn’t touch the wall at the top even though it is curved towards it. The gap at the top is 8mm minimum.
In the example I give here there are two pairs of fixings. Below – you can see them mounted on the back of a headboard laying across the bed:
Each pair of fixings has a piece that fixes to the headboard using the threaded M6 nuts embedded in the headboard for the original fixings. The other piece fixes to the wall using 75mm to 100mm long No.10 or No.12 screws. Below is a picture of one pair showing both pieces fixed in place with the headboard lying across the bed:
The design is such that the weight of the headboard presses the two angled surfaces together forcing the headboard back to the wall until the fixing mounted on the headboard is flat against the wall. As long as the wall is flat the broad area of the fixing attached to the headboard will lie flat against the wall. So if the headboard is pushed towards the wall at the top or pulled away from it then the only way it can move is if it is lifted against gravity at the same time. Consequently its own weight holds it firmly in place. It is therefore the shape of the fixings that enables this method to work.
Below is an engineering drawing in First Angle Projection of a pair of fixings. The thickness of timber used was 35mm in this case. It has to be sufficient to space the headboard from the wall by the desired amount. The other pair of fixings are a mirror image:
In my case the screws that came with the headboard (4 off M6 x 30mm countersunk CSK) were not suitable for attaching these alternate fixings to it because they weren’t long enough. I had to buy 4 off M6 x 50mm (CSK) zinc plated screws and shorten them to 45mm with a hacksaw, and then file off the burrs, while holding them in a vice. The large fixings were then firmly screwed to the headboard using the 45mm M6 screws and the M6 nuts embedded in the headboard by the manufacturer. DIY people be careful to shorten screws to meet your own requirements which will not necessarily be 45mm like mine.
The wall fixings were cut from the waste wood that came from making the headboard fixings. Their position on the wall was determined by laying the headboard down on its front and placing the wall fixings on the back of the headboard aligned in their assembled positions so that measurements could be taken and used to mark the wall (see diagram below). The 25mm horizontal gap between the side of the wall mounted fixing and the headboard mounted fixing allows for a 25mm horizontal adjustment to the left or the right.
The place on the wall where the bottom of the headboard had to be was determined and marked. Then a line was drawn above it against which the bottoms of the fixings were aligned using the distance measured on the laid out headboard as shown below. A spirit level and straight piece of wood were used to draw this line horizontally. Then the line was marked where the centre of the headboard should be. The distance between the two wall fixings was measured as they lay on the back of the headboard and halved. This measurement was then marked on the wall from the headboard centre mark, made earlier, in both directions along the horizontal line to the position of the edge of the wall fixings.
Each wall fixing had to be placed at its mark and squared up using the spirit level before pricking the wall with a thin screwdriver pushed through the holes. The wall was then drilled and plugged for the screws. The wall fixings were screwed to the walls with the aid of the spirit level and straight wood to check they were both level with each other before tightening the screws. Inaccuracies in their position could have been corrected by tapping the fixings with a hammer and a block of wood to overcome their friction with the wall before final tightening.
When drilling masonry the drill bit can wander about moving the hole away from the desired position. If a cross larger than the diameter of the drill bit is marked with a pencil over the prick in the wall, the drill operator can see when the bit wanders relative to the cross and apply sideways force on the drill in an attempt to correct it, or at least abandon drilling to consider the problem further.
If the bed is not in the way one person can ledge the headboard onto the wall fixings. Otherwise use one person on each side of the bed. It can be picked up and moved left or right, or just slid, until it is centralised.
Design Features of The Fixings
The headboard can be adjusted horizontally by +/-25mm.
These fixings utilized the headboard manufacturers embedded fixing nuts. So no new holes had to be drilled into the headboard. In particular this method didn’t require holes which pass all the way through the headboard making bolt heads visible.
Even though the headboard can be put in place or removed with little effort it cannot easily be pushed or pulled to or from the wall. Refer to the diagram below. The top of the Headboard can only be pushed towards the wall if point B of the Headboard Fixing slides up towards point C of the Wall Fixing whilst the Headboard Fixing pivots at point A where it touches the wall. This will only happen if the force applied is sufficient to lift the Headboard up. Similarly the top of the Headboard can only be pulled away from the wall if point B of the Headboard Fixing slides up towards point C of the Wall Fixing whilst the Headboard Fixing pivots at point D where it touches the wall. Again this will only happen if the force applied is sufficient to lift the Headboard up.
I haven’t treated my fixings with any paint or varnish mainly because:
- They aren’t visible.
- I don’t want their glossy clean painted surface to stick to the wall or the headboard.
- I don’t want the two parts of any fixing to stick to each other.
These are points to bear in mind by anyone considering treating wooden fixings of this type.