ᐅ Are there ways to make an IKEA Besta unit even more stable when used as a lowboard?
Created on: 19 Apr 2016 14:23
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homergoHello everyone,
I recently purchased the IKEA Besta system as a lowboard and am really happy with its appearance and storage capacity. However, I have noticed that the construction feels somewhat unstable, especially when it is slightly loaded or if I gently wobble it.
Therefore, I would like to know if there are any proven methods or tricks to make the Besta lowboard more stable without completely rebuilding it or making very extensive modifications.
I am thinking, for example, of additional bracing, alternative fastening methods, or maybe special materials that I could add.
Does anyone have experience with stabilizing the Besta lowboard – especially considering the weight of TVs or other devices placed on top?
I look forward to any tips and a discussion about what has worked well!
I recently purchased the IKEA Besta system as a lowboard and am really happy with its appearance and storage capacity. However, I have noticed that the construction feels somewhat unstable, especially when it is slightly loaded or if I gently wobble it.
Therefore, I would like to know if there are any proven methods or tricks to make the Besta lowboard more stable without completely rebuilding it or making very extensive modifications.
I am thinking, for example, of additional bracing, alternative fastening methods, or maybe special materials that I could add.
Does anyone have experience with stabilizing the Besta lowboard – especially considering the weight of TVs or other devices placed on top?
I look forward to any tips and a discussion about what has worked well!
Hey homergo!
Great that you brought up this topic, because I also reinforced my Besta. 😄
What worked best for me was installing additional metal brackets inside the corners. They really add a lot of stability! I also attached a sturdy wooden panel from the back, which improves the overall structure.
If you want, I can share more tips on how to make it really strong. You can do it!
Great that you brought up this topic, because I also reinforced my Besta. 😄
What worked best for me was installing additional metal brackets inside the corners. They really add a lot of stability! I also attached a sturdy wooden panel from the back, which improves the overall structure.
If you want, I can share more tips on how to make it really strong. You can do it!
Hello homergo,
to make your IKEA Besta lowboard more stable in the long term, a systematic approach is recommended. Generally, the load-bearing frame parts of the Besta are relatively delicate since IKEA uses lightweight construction with particleboard and MDF panels. The load capacity is therefore limited, although usually sufficient for most televisions.
An effective way to improve stability:
- Replace the back panel with a plywood or MDF board at least 8 mm (0.3 inches) thick and fix it internally with screws. This significantly reduces shear forces.
- Reinforce corner joints with metal brackets; galvanized brackets with edges around 40 mm (1.6 inches) are suitable as they provide resistance against tension and compression.
- In the area where the TV rests, adding a thin plywood panel can help distribute the load stress.
- It is also important to secure the unit to the wall using appropriate fittings to prevent tipping.
Could you please provide more details on how the lowboard is currently constructed? Is it free-standing or wall-mounted? What size and weight is the TV that the unit supports? This information will help to determine the right reinforcements.
to make your IKEA Besta lowboard more stable in the long term, a systematic approach is recommended. Generally, the load-bearing frame parts of the Besta are relatively delicate since IKEA uses lightweight construction with particleboard and MDF panels. The load capacity is therefore limited, although usually sufficient for most televisions.
An effective way to improve stability:
- Replace the back panel with a plywood or MDF board at least 8 mm (0.3 inches) thick and fix it internally with screws. This significantly reduces shear forces.
- Reinforce corner joints with metal brackets; galvanized brackets with edges around 40 mm (1.6 inches) are suitable as they provide resistance against tension and compression.
- In the area where the TV rests, adding a thin plywood panel can help distribute the load stress.
- It is also important to secure the unit to the wall using appropriate fittings to prevent tipping.
Could you please provide more details on how the lowboard is currently constructed? Is it free-standing or wall-mounted? What size and weight is the TV that the unit supports? This information will help to determine the right reinforcements.
I would support the suggestions from FAZAR. It is important to have a sturdy back panel, ideally made of plywood instead of the thin cardboard back panel supplied by IKEA. This provides the cabinet with the necessary torsional rigidity.
If you want to be on the safe side, you should also use brackets inside. This prevents any shifting under load.
Additionally, wall mounting is recommended, even if the manufacturer states the lowboard is freestanding. This provides extra stability.
If you want to be on the safe side, you should also use brackets inside. This prevents any shifting under load.
Additionally, wall mounting is recommended, even if the manufacturer states the lowboard is freestanding. This provides extra stability.
A few practical tips in a brief step-by-step guide:
- First, completely disassemble the lowboard and remove the back panel.
- Cut a new back panel from MDF or plywood at least 8 mm (0.3 inches) thick.
- Attach the new back panel inside the cabinet using screws of sufficient length (always pre-drill!).
- Screw metal brackets inside the corner joints. Make sure the brackets fit closely to the connection points.
- Optional: Reinforce the support surfaces for heavier equipment with thin plywood sheets.
- To ensure safety, secure the finished piece to the wall using appropriate wall mounting hardware.
Common mistakes:
- Attaching the back panel only with nails – this does not hold for long.
- Choosing brackets that are too small, resulting in low stability.
- Overdriving screws – wood can tear out.
- First, completely disassemble the lowboard and remove the back panel.
- Cut a new back panel from MDF or plywood at least 8 mm (0.3 inches) thick.
- Attach the new back panel inside the cabinet using screws of sufficient length (always pre-drill!).
- Screw metal brackets inside the corner joints. Make sure the brackets fit closely to the connection points.
- Optional: Reinforce the support surfaces for heavier equipment with thin plywood sheets.
- To ensure safety, secure the finished piece to the wall using appropriate wall mounting hardware.
Common mistakes:
- Attaching the back panel only with nails – this does not hold for long.
- Choosing brackets that are too small, resulting in low stability.
- Overdriving screws – wood can tear out.
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