TV mount knowledge base: 50+ answers about VESA, installation & choosing the right one

A fixed mount generally provides the smallest distance from the wall. A tilt function helps correct the vertical viewing angle. A swivel arm offers the most flexibility, but requires more space behind and beside the screen. For large and heavy TVs, freedom of movement is not the only important factor: also check the load capacity, VESA range, and stability of the arm construction.

First check the VESA size and the weight of the TV. Then choose the mounting type: fixed for the smallest possible distance from the wall, tilting for higher mounting, or swiveling when the viewing angle needs to be adjustable. For large TVs, we recommend a sturdy dual-arm construction. For a recess or CineWall, the maximum extension distance is also important.

First determine where the screen is comfortably visible from your normal lying or sitting position. When the TV is mounted high, tilting it downward can improve the viewing angle. If you want to move the TV out of the way after use or view it from different sides, choose a model with sufficient arm reach and swivel range.

The maximum extension distance is not the only factor. Also check the load capacity, number of arms, pivot points, and VESA range. The farther a heavy TV extends from the wall, the greater the leverage on the mount and its fixings. Therefore, choose a model specifically designed for your TV's size and weight.

Use the weight from the official specifications of your TV model and compare it with the maximum load capacity of the mount. With an extendable mount, leverage on the wall mounting also plays a role. The load capacity of the mount is therefore not automatically the same as the load-bearing capacity of the complete installation on your wall.

Two TVs with the same screen diagonal can have a different VESA size and weight. The specified inch range helps determine which screen sizes the construction was designed for, while VESA determines whether the mounting holes fit. The maximum load capacity must not be exceeded either.

If you no longer have the type plate or manual for the mount, checking becomes more difficult. Measure the VESA range and see whether the maximum load capacity can still be determined reliably. Also check the bolts: the new TV may require a different diameter or length. If you are unsure about an unknown old mount, we would not install it based on assumptions.

Check four points before ordering: VESA size, actual TV weight without the stand, screen size and wall type. Then consider features such as swiveling, tilting and extending. Connections on the back can also be decisive: an open design or extra distance from the wall may be needed to keep HDMI and power connections accessible.

VESA 200x200 only indicates the four mounting holes on the back of the TV. It does not mean that every bracket rated for 200x200 is automatically a good choice. A small TV on a very heavy, long arm may technically fit, but it is not always logical. Conversely, a swivel bracket must also be able to support the weight properly when fully extended. If in doubt, include the TV's model number so we can check the combination.

400x400 is common on many televisions. If you measure it yourself, it is 400 mm horizontally and 400 mm vertically, center to center between the mounting holes. Then check the TV weight without the stand. If you want to swivel it far, also consider the width of the screen and the arm's extension length. The latter is often overlooked.

We regularly see this VESA size on larger televisions. With such a screen, we prefer not to look only at the holes on the back. A wide TV that also needs to swivel requires sufficient arm length and a sturdy construction. For fixed mounting, the distance from the wall is often more important. The exact TV model therefore makes the advice much more reliable.

Measure 800 mm horizontally and 600 mm vertically between the centerlines of the holes. Preferably also check the measurement in the TV manual. With large screens, a difference of a few kilograms or a different wall structure may determine which model we recommend. Give us the brand and model number if you are unsure; that way, we don't have to guess.

You can often find the VESA size in the TV manual or product specifications. You can also measure it yourself: measure center-to-center between the left and right holes, and then between the top and bottom holes. Together, these two measurements form the VESA size.

A manufacturer may specify a maximum mechanical swivel angle for the mount, but a wide TV may hit the wall sooner. To find out whether 90 degrees is feasible, compare half the TV's width with the available extension distance and the position of the pivot point. This geometry is especially important for corner mounting.

Measure the total width of the screen. To swivel the TV roughly perpendicular to the wall, there must be enough free space from the pivot point for the side to move along the wall. A larger TV therefore usually requires a longer arm. Baseboards, recesses, and adjacent walls can further limit the range.

Think, for example, of the sofa, kitchen, and dining table. Sit in those places and see roughly where the screen should point. Then you can determine how much swivel angle you need. With a wide TV, sufficient extension length is important; otherwise, the side will hit the wall before the desired angle is reached.

A heavy TV mounted close to the wall places different loads on the mounting than the same TV extended sixty centimeters forward. Due to this leverage effect, the forces on the wall and mounting points increase. That’s why, for heavy screens, we advise against focusing solely on the maximum kilogram rating. Wall type, arm construction, extension length, and mounting position should be considered as part of the same assessment.

With TVs 100 inches and larger, mounting errors are subjected to greater loads, and the screen is more difficult to handle safely. Therefore, check the exact product specifications and mounting surface in advance. Wolff Mount has heavy-duty solutions for very large screens, but the correct model must always be checked against the specifications of the specific TV.

Check the actual weight without the stand, the VESA size, and the wall’s mounting options. For a large swiveling TV, a sturdy dual-arm construction often has advantages because the load is distributed across the structure. Also consider the leverage effect when the screen is pulled far away from the wall.

98-inch TVs vary considerably in weight and VESA pattern. Therefore, never use screen size alone as a selection criterion. Also check the TV’s width if you want to swivel it: a very large screen requires a lot of extension space. For fixed mounting, a heavy-duty solution with a small wall distance may be more suitable.

Two 65-inch TVs can differ considerably on the back. That’s why, when advising, we prefer to ask for the brand and model number. For a fixed setup, a slim mount may be sufficient. If you want to watch from both the dining table and the sofa, a swivel arm makes more sense. When swiveling, also consider the screen width; it determines how much space you really need.

A 75-inch screen is approximately 1.65 metres wide, depending on the model. As a result, a mount may appear capable of swivelling sufficiently on paper, while in practice the edge of the TV already hits the wall. This is not an issue with a fixed mount. Wall type, cable space and access to connections are also taken into account in our advice.

An 85-inch TV is large enough to create substantial leverage when pulled far from the wall. That does not mean swivelling is impossible, but the entire installation must be right. When advising customers, we therefore look at the TV model, the wall and how many degrees it actually needs to swivel. Sometimes a shorter, heavier-duty dual-arm mount is a better solution than the longest arm.

Do not design a recess solely around the screen dimensions. Allow space for the mounting structure, cable bend radius, connections and access for servicing. With a swivel CineWall solution, the TV must first be able to extend far enough forward before its side can swivel past the recess.

Write down three measurements: the depth of the recess, the width of the TV, and how much free space remains on the left and right. Then we look at both the retracted and maximum dimensions of the mount. Being short by a few centimetres can mean that the TV can be mounted but is barely accessible afterwards. We regularly see this in practice with CineWalls.

With a CineWall, pay particular attention to the available recess depth, VESA size, TV weight and the required extension distance. A dual-arm mount provides extra stability for large screens. The Wolff Mount TVB-78 is a popular option for this type of installation due to its range and construction.

A false wall may consist of plasterboard, wood, metal studs, insulation and a solid wall behind it. The right solution therefore varies enormously. First determine its construction and thickness. Especially with a tilting mount, you need to know where the forces are transferred. If in doubt, send us a photo and details of the wall construction; we can then provide more targeted advice.

Aerated concrete has different properties from solid concrete. Due to the leverage effect, a tilting mount can place significantly higher loads on the fixing points when the TV is extended. Therefore, check not only the TV weight, but also the type of mount, wall thickness and specified fixings.

Not every masonry wall is the same. Solid concrete, solid brick and hollow brick require different fixings. Also check for pipes and determine the drilling position carefully. If you are unsure about the wall construction or load, use a suitable fixing solution from a fastening specialist.

First determine where the load-bearing studs or beams run. Do not screw solely into thin sheet material or decorative cladding. With wide wall panels, the load can be distributed across multiple fixing points. With a tilting mount, account for the additional load when the TV is positioned far from the wall.

Mounts may use locking screws, pull cords, clips, or an adapter plate. Never force the TV away from the wall. Disconnect the cables first if they can be safely reached, and protect the screen when laying it down. Do not attempt to remove large or heavy TVs alone.

First measure your eye level while sitting where you normally watch TV. Then use the screen height to determine the center of the television. In a bedroom or with a higher installation, a tilting mount may be more comfortable. Also take furniture, soundbar, power outlets, and cable routing into account before drilling.

Connections may face backward, sideways, or downward. With a very flat fixed mount, straight HDMI or antenna plugs may not have enough space. An angled adapter can sometimes help, but the best solution is to check in advance whether the mount leaves the ports accessible and provides sufficient distance from the wall.

Do not measure only the straight-line distance from the connection to the TV. Follow the route the cable takes along the moving arm and test all end positions. Leave a relaxed loop, but prevent cables from getting caught in hinges. This applies to power, HDMI, network, antenna, and any soundbar cables.

Move the mount through its full range before securing the cables permanently. Check both the fully retracted and maximally extended positions. Keep plugs and connectors free from strain and do not make the loops too tight. With a CineWall or recess, it is advisable to consider access to the connections during the design stage.

With a large TV, attaching it only to the plasterboard is usually not the right approach. Where possible, locate the underlying studs or supporting structure and distribute the load across sufficient mounting points. Always check both the TV's weight and the mount's weight. For specific situations, a plasterboard wall mount designed for this purpose may be suitable.

A socket directly behind a solid wall plate can be difficult to access. A thick plug can also press against the TV when using a very slim mount. Therefore, first hold the mount against the planned position or use the drilling template if one is available. Also take HDMI, network, and antenna connections into account; having one accessible socket does not mean all connections will remain accessible.

This often happens because of a stud, pipe, or existing drill hole. First measure where the wall plate can be safely attached and how far the TV will then need to be shifted sideways. Please note: if you use the arm asymmetrically, the available swivel range also changes. With a fixed mount, sideways adjustment is usually much more limited.

Measure or assess the temperature at the planned TV position during normal use and follow the minimum clearances specified in the TV and fireplace documentation. A high mounting position can also result in a less comfortable viewing angle. A tilting mount can improve the viewing angle, but it does not solve an excessively high ambient temperature.

Measure the TV's width, the distance to both walls and the bracket's pivot point beforehand. A large TV needs more clearance to rotate. A specific corner bracket or a long, sturdy arm can make positioning easier. Always check that the cables are long enough when the screen moves.

You may sometimes be able to prepare the bracket for wall mounting on your own, but hooking the screen onto it is a different matter. Large TVs are wide, difficult to hold and often vulnerable around the edges. Also follow the TV manufacturer's lifting instructions. Make sure the cables and safety locking mechanism are accessible beforehand, so you do not have to make adjustments while holding the full weight.

We mainly get this question when someone chooses a heavy universal bracket for a relatively small TV. The VESA fit may be technically correct, but that says nothing about what is visible from the side. Therefore, check the outside dimensions of the bracket and the position of the VESA holes on the TV. A photo of the back often helps.

The VESA strips must be mounted flat and without unwanted tension. With recessed holes, a curved back or protruding parts, suitable spacers can create clearance. Use bolts with the appropriate additional length. The combination of bolt and spacer must comply with the TV manufacturer's specifications.

TV manufacturers use different threads, and the required length may change when spacers are needed. Do not test a bolt by forcing it further into the TV. Check the TV manual, account for the thickness of the VESA strip and any spacers, and ensure that the bolt has sufficient thread engagement without touching internal components.

A ceiling mount must be able to transfer its forces to a structurally suitable part of the ceiling or beam. In a sloped situation, you must also check whether the mounting tube and TV can ultimately be aligned correctly. Have the structural suitability assessed if the construction is unclear.

Consider bedrooms, meeting rooms or situations where a screen needs to move from a higher position into the viewing position. Check the TV size, VESA, weight, range of motion, power supply and ceiling structure. Keep sufficient clearance around the TV, furniture and cables throughout the entire movement.

Check whether the ceiling structure is suitable for the total load and determine the desired viewing height in advance. Pay attention to the maximum TV size, VESA, load capacity, adjustment range and cable management. For sloped ceilings or beam constructions, the mounting method must specifically suit the structural situation.

OLED alone does not indicate which mount will fit. Check the exact TV model, as the electronics and VESA mounting holes are often located in the thicker lower section of the screen. Also check the accessibility of the connections and avoid putting pressure on the thin panel during installation. Lift a large OLED screen according to the manufacturer's instructions.

The Frame is designed for very flat wall mounting, and many versions are supplied with a specific wall solution. If you nevertheless want different functionality, such as swiveling or additional extension, check the official specifications to see whether your exact model has a usable VESA configuration and how the connections are implemented.

A soundbar attached to the TV moves with it when you rotate the TV, which can be convenient with multiple viewing positions. Check that the soundbar mount does not obstruct the VESA attachment, that the required bolt length is still correct, and that the total weight remains within the TV mount's specifications.

This is particularly relevant in rental properties, temporary spaces, or walls where drilling cannot be done safely. For a stand, also check the VESA, load capacity, screen size, and stability. A floor solution can also be convenient when the TV is regularly moved to a different position.

A slight deviation can be caused by the wall mounting, play in the arm, or a TV attachment that is not centered. Check the mounting with a reliable spirit level, all attachment points, and the TV plate's locking mechanism. Use any available leveling or rotation correction only as described in the mount's manual.