The deck would be inset into a 6 foot deep 14 foot wide u shaped space at the back of our house approximately 8 feet above the ground.
Building on granite bedrock.
The foundations are reinforced concrete strip foundations in fairly good weathered granite gravel soils.
The deck footings will be sitting on bedrock with about 18 24 of back fill because our house footings are also built on bedrock.
Indeed in some places the bedrock is exposed i am thinking.
Building a foundation on fill is no way stable enough to give me a secure solid feeling.
The area is on a bay and reasonably protected but the weather and the wind do kick up from time to time the ground is only a few inches deep literally before one hits bedrock.
I recently excavated my site for new construction and i m on exposed granite bedrock for the entire footprint.
Hi im building a house next summer in atlantic canada 700 200m from the ocean.
Posted in observatories.
I d say 3 trying to put a foundation in bedrock only creates a bathtub effect full of water.
The white arrows are pointing at green epoxy coated steel rebars 1 in diameter that are set in epoxy into drilled holes within the foundation lines.
They re also ideal in your case.
This is like macro dental work.
Here you can see that a wide footing area has been formed over bedrock.
The granite must be stable it cannot be flaking or crumbling away.
Having already spent time and money on.
The soil cover is somewhat thin perhaps only three feet deep at most.
Fortunately no blasting is required to dig into the rock.
If everything is solid and secure then you can set the concrete walls or concrete footings right on top of the rock.
We are currently building a long 60m double story building with two expansion joints at aproximately 20m.
Crawl spaces are not useful imo.
I d planned a full basement with 2 storeys above all icf walls up to the top plate.
The lot where i m building my new home is quite rocky.
This is called pinning the footings to the bedrock.
The problem i have.
What is the best way to build a pier on bedrock.
The bedrock vibrates a lot less than sediments because of its structure.
Buildings on solid bedrock tend to shake less than buildings on sediments or reclaimed lands because the bedrock itself shakes less than sediments or reclaimed land.