How to Mount a Frame TV Yourself

Most of the guides on this are written by companies that mount televisions for a living, which makes them good on detail and structurally unable to tell you when you do not need them. So: for most people, on most walls, this is an ordinary afternoon's DIY. The parts that genuinely are not are named at the bottom, and they are worth taking seriously.

You probably do not need to buy a mount

Every Frame from 2021 onward ships with Samsung's Slim Fit wall mount in the box. That mount is the reason a Frame sits flat rather than standing off the wall like a normal television, and no third-party bracket will do the same job — a full-motion arm defeats the entire point. Check the box before you order anything.

How flat is disputed, oddly. Samsung's own copy describes roughly a 3 mm gap with The Frame; several retailers quote 7.5 mm. Either way it is a few millimetres against 25 mm or more for a conventional mount, and the practical consequence is the same one that matters.

The thing that is different about mounting a Frame

You get almost no chance to correct it afterwards. A normal TV bracket holds the set well off the wall, with slack to nudge and tilt it true. A Slim Fit mount holds it nearly flush, so if the wall plate goes on a degree out of level, the television is a degree out of level and there is nowhere to take it up.

Which means the wall plate is the whole job. Spend the time there — a proper spirit level across the plate, not a phone app, and check it again after the first fixing is tight, because tightening moves things.

Read your wall before you buy a single screw

This is the decision that determines everything else, and there are four common answers.

Worth knowing before you start: solid plastered interior walls are increasingly rare in newer British housing. Internal partitions in a new build are usually timber or metal stud lined with plasterboard, and where there is masonry — an external or party wall — it is often lined with dot-and-dab rather than plastered directly. So the answer can differ from wall to wall in the same room. Identify the wall you are actually mounting on, not the house.

Timber stud

Hollow, with vertical timbers usually at 400 or 600 mm centres in the UK, 16 or 24 inches in the US. Newer builds may use light-gauge metal studs instead, which a detector finds just as well but which will not take a woodscrew — they need fixings made for metal stud. Either way, fix into the studs, not between them. Find them with a detector and confirm by drilling a small pilot hole. If the mount's fixing points do not line up with two studs, do not improvise: fit a timber batten across two studs and mount to that.

Solid masonry

Brick or block, plastered. The most forgiving case. Use the right anchors for the substrate, drill with a hammer setting, and avoid fixing into mortar joints where you can — the brick holds better than the mortar between them.

Dot-and-dab plasterboard over masonry

Very common in UK homes and the one that catches people out, because it looks and sounds like a solid wall until you drill it. The plasterboard is stuck to the masonry on blobs of adhesive, leaving a cavity of roughly 10 to 25 mm behind it.

Fix straight through it and one of two things happens: the plug grips only the board and pulls out, or you tighten the bolt and crush the plasterboard into the cavity, cracking it and loosening the dabs around it. The fix is a fixing designed for the situation — a tubular spacer sized to the cavity, or a steel-cored fixing that spans the gap and transfers the load into the masonry behind. Products made for this quote working loads around 55 kg per fixing on dot-and-dab, which is the whole set on one bolt.

Plasterboard where you cannot reach a stud

Ordinary plasterboard plugs are rated for pictures and shelves and will not hold a television. Heavy-duty board fixings are a different product: they pass through the board and clamp behind it on expanding wings, spreading the load across a wide area instead of relying on the plug's grip in the board edge. The common UK ones are rated to around 113 kg in board of 9.5 to 15 mm, which is several times any Frame.

The condition attached to that rating is the one that matters, and it happens to suit a Frame perfectly. These fixings are rated for fixed brackets only — not cantilever, extending or full-motion arms, because a bracket that pulls the set away from the wall multiplies the leverage on every fixing. Samsung's Slim Fit mount is about as fixed and as flush as a television mount gets, so the Frame is the best case for this method rather than the worst.

Use four at minimum and six if the pattern allows, spread as widely as the plate permits. Hand-tighten them — no driver, no impact gun. And if the board is dot-and-dabbed rather than on studs, the fixing has to bridge the cavity behind it, which adds leverage again; pick the type made for that build-up rather than the plain board version.

None of which makes it the strongest option. If you can reach two studs, or fit a batten across them, do that instead — it is stronger, it is cheaper, and it does not depend on the board being sound. The fixings are what you use when the studs are genuinely not where the television needs to go.

Before you drill

Use a cable and pipe detector, and know that it can be wrong. Electrical cable runs to sockets and switches generally travel straight up, down or across from the accessory — so treat the zones directly above, below and beside every socket and switch as suspect, and stay out of them. A cable detector plus a moment's thought about what is on the other side of that wall costs nothing.

Weight, and whether you need a second person

The weights are not the hard part — the awkwardness is. A Frame is large, thin, and you are holding it at arm's length while trying to locate it onto a bracket you cannot see. Anything from the 55 inch up wants a second pair of hands regardless of what the number says.

The order that saves you taking it down again

1. Decide the height, and tape the outline to the wall for a day first — see how high to mount it.
2. Confirm the wall type and buy the right fixings for it.
3. Detect for cables and pipes, and mark the plate position.
4. Fix the wall plate. Level it. Tighten. Level it again.
5. Attach the brackets to the back of the television.
6. Route the One Connect cable before you lift. It is far easier to feed it now than with the set hanging in the way, and a cable pinched behind a flush-mounted Frame is a fault you will diagnose for an hour.
7. Lift on, locate, check level one final time.
8. Fit a retaining screw at the bottom centre — see below.

The retaining screw nobody tells you about

A flush mount holds the television on hooks at the top. The bottom is simply resting against the wall, which is what lets you tilt it out to reach the connections — and also what lets somebody pull it out by accident. A tug on a cable, a child, someone cleaning behind it, and the bottom edge swings away from the wall while the top stays hooked.

The fix is a small screw fitted at the bottom centre of the mount, underneath, once the set is on and level. It does nothing in normal use and stops the bottom being pulled off the wall. This is installer practice rather than anything in Samsung's instructions, and it takes a minute.

Two conditions. It goes through the bracket, never into the television — nothing about this involves drilling the set. And keep it removable, because you will want the bottom to tilt out again the next time anything changes behind the wall.

Where DIY stops

These are not caution for its own sake. They are the two ways this job goes properly wrong.

Mains wiring is not DIY. Adding a socket behind the television, or moving one, is electrical installation work — notifiable under Part P in England and Wales, and equivalent rules elsewhere. Get a qualified electrician. Running the low-voltage One Connect cable is a different thing entirely and is fine to do yourself.

The cable in the box is not rated to go inside a wall. This one catches people, because the supplied One Invisible Connection cable is thin, neat and looks made for the job. It is not CL2 or CL3 rated, and running unrated cable through a stud cavity is a fire-safety failure — one an insurer can point at if it ever matters. Samsung sells separate in-wall rated cables for exactly this; buy one, or run the supplied cable in surface trunking instead, which is a perfectly respectable answer.

Beyond that, use judgement. An 85 inch at 44 kg on a wall you cannot confidently identify is a reasonable time to pay somebody. A 43 inch on studs is not.

Once it is up, what goes on it is the next question — and rather less of the collection suits a 16:9 screen than the shops selling it will admit. We measured all one hundred.