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- 14 Aug 2019
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Sigh... I thought this was going to be easy.
A portion of my kitchen (about 4m wide by 2m long) is a pitched roof lean-to type construction (that continues down from the main roof) with trusses every 600mm. These trusses appear to be completely independent from the main roof on the rest of the house.
I was planning to install 550mm velux windows between the trusses and box them in with light shafts. However I hadn't taken into account the cross members between the trusses, which I now see after opening a nice ugly hole in the ceiling and getting my head in there!
There is one cross member horizontally that I might be able to work around with smaller windows than planned, but there are also what look like 1x4 members running diagonally across the whole (small) roof.
Is there anything I can do within the realms of DIY to cut and replace these cross members or is everything a non-starter without a structural engineer? I'm trying to keep costs as low as possible.
In addition to the costs of the engineer, I expect any solution might involve opening up the entire space to replace all the trusses, which sounds expensive.
A portion of my kitchen (about 4m wide by 2m long) is a pitched roof lean-to type construction (that continues down from the main roof) with trusses every 600mm. These trusses appear to be completely independent from the main roof on the rest of the house.
I was planning to install 550mm velux windows between the trusses and box them in with light shafts. However I hadn't taken into account the cross members between the trusses, which I now see after opening a nice ugly hole in the ceiling and getting my head in there!
There is one cross member horizontally that I might be able to work around with smaller windows than planned, but there are also what look like 1x4 members running diagonally across the whole (small) roof.
Is there anything I can do within the realms of DIY to cut and replace these cross members or is everything a non-starter without a structural engineer? I'm trying to keep costs as low as possible.
In addition to the costs of the engineer, I expect any solution might involve opening up the entire space to replace all the trusses, which sounds expensive.