ᐅ Secure and Professional Installation of Ikea Metod Wall Cabinets on Drywall Panels

Hello everyone, I am planning to install several IKEA Metod wall cabinets on a drywall partition and want to ensure both safety and professional standards. My wall is a standard drywall with a metal stud frame, which is not load-bearing for very heavy weights without proper reinforcement. Therefore, I am looking for the best way to securely attach the cabinets without damaging the wall or compromising its stability. I am especially interested in which types of anchors or brackets are most suitable, whether additional reinforcements like wooden battens behind the drywall are advisable, and how to realistically estimate the weight of fully loaded Metod cabinets. Can anyone, ideally with experience assembling furniture on drywall partitions, provide tips on how to carry out the installation correctly and safely? I look forward to detailed advice, dimensions, load limits, or even step-by-step recommendations.

Hello Mauhermes, this is a very important and often underestimated question, especially when it comes to wall cabinets on drywall. First of all, it is important to understand that a conventional drywall without additional reinforcements can hardly support the weight of fully loaded Metod cabinet modules reliably.

- Depending on size and load, Metod wall cabinets can quickly weigh 30-40 kg (66-88 lbs) or more per cabinet.
- Drywall panels are usually only about 12.5 mm (0.5 inches) thick and have low load-bearing capacity, especially under point loads.
- Typically, metal stud profiles run behind the drywall at intervals of 60 cm (24 inches) (some are spaced at 40 cm (16 inches)). These provide good mounting points.

It is important to make use of the load-bearing capacity of the stud framework. For this, it is strongly recommended to mount the hanging rails of the Metod cabinet modules so that they are distributed exactly over two or more studs. This distributes the load more evenly.

If the studs are too far apart or the load will be higher, I strongly advise installing additional reinforcements, such as a cross bar or wooden board screwed behind the drywall between the studs.

Regarding anchors, special metal or toggle anchors designed for hollow walls are the best choice because they spread behind the panel and distribute the weight over a larger area.

Finally, a small tip for installation: especially in tight spaces, it is helpful to level the cabinets with a spirit level and have a second person assist to better distribute forces and align them precisely.

Do you have visible stud profiles, and what are the distances between them? Depending on that, I can provide further recommendations on the exact choice of anchors and reinforcements.

Hey Mauhermes, great topic! The Metod wall cabinets are excellent, but they can be really tricky to install on drywall (plasterboard) walls! 🙂 I also mounted mine on a wall like that, and my advice is: don’t rely solely on anchors—make sure to use reinforcements!

- Screwing wooden battens between the studs significantly strengthens the support.
- I also used special hollow wall anchors (cavity anchors) that hold really well.

Don’t worry, with the right preparation it’s not rocket science! I can only say that you’ll be really happy in the end when everything is securely mounted. Good luck, you’ve got this!

valerie-tr schrieb:
The Metod wall cabinets can quickly carry a load of 30-40 kg (66-88 lbs) or more per cabinet, depending on size and contents.

The weight alone doesn’t tell the whole story; what really matters is how exactly the load is transferred to the wall.

I wonder if this distribution through the metal studs is truly sufficient from a mechanical standpoint, considering that metal studs are generally designed for lightweight walls and not heavy-duty hangings.

Does anyone have concrete experience or evidence that a load of around 40 kg (88 lbs) per cabinet is safely supported by metal studs without deformation or fatigue issues?

I would also like to know if the original Metod hanging system for drywall is delivered with special brackets or if it relies solely on standard wall plugs and screws. That information would be very helpful for my assessment.

pinbo schrieb:
I wonder if this distribution across the metal studs is mechanically sufficient, considering that metal studs are generally designed for lightweight walls rather than heavy-duty mounts.

That is exactly my concern: I am somewhat familiar with the standards for metal stud profiles and know they are primarily intended for room divisions and light interior finishing. It is unclear to me whether they can sustain a permanent load of 40 kg multiplied by 3 or more (due to multiple cabinets).

valerie-tr schrieb:
However, if the studs are spaced too far apart or the load will be higher, I strongly recommend installing additional reinforcements, for example, a horizontal battens or wooden board screwed behind the drywall between the studs.

How exactly is the installation of these horizontal battens behind the drywall done? Do you have to remove the entire drywall panel or can it be added on top? I really don’t want to break open walls just to hang cabinets.

Regarding the support points: If you don’t want to remove the entire wall, another option is to install so-called lintel or reinforcement profiles on the front side. This means you screw a sturdy, thick wooden batten or plywood sheet onto the drywall and use it as a load-bearing surface for the Metod cabinet mounting.

Advantage: The load is distributed much better, the screws have deeper and more secure anchoring, and you save the effort of working inside the wall.

Additionally:
- Be sure to use high-quality metal hollow wall anchors (e.g., toggle bolts or metal expansion anchors), as these provide the best safety for drywall.
- Before installation, check all positions with a cable detector and stud finder.

One more point: The mounting height and spacing of the wall cabinets should be chosen to minimize mechanical stress from opening, closing, and loaded doors.

If you like, I can also put together a material list for the necessary reinforcements.