Here is a report that was just published looking at the feasibility of a fixed transport link between Great Britain and Northern Ireland across the Irish Sea. It is part of a study known as the Union Connectivity Review, but according to the report, this idea has been floating around since at least the middle of the 1800's. This recent report claims to be the most rigorous of the bunch though.
What they discovered is that it would be -- you guessed it -- super expensive. Somewhere in the range of £209 billion for a tunnel crossing and £335 billion for a bridge crossing. And it would take some 30 years before something like this could be operational when you consider planning, design, construction, and the various legal processes that something like this would require.
So the recommendation was to stop and do nothing. But if any of you are curious about what it would take to build across the Irish Sea, here's your chance.
Here is a report that was just published looking at the feasibility of a fixed transport link between Great Britain and Northern Ireland across the Irish Sea. It is part of a study known as the Union Connectivity Review, but according to the report, this idea has been floating around since at least the middle of the 1800's. This recent report claims to be the most rigorous of the bunch though.
What they discovered is that it would be -- you guessed it -- super expensive. Somewhere in the range of £209 billion for a tunnel crossing and £335 billion for a bridge crossing. And it would take some 30 years before something like this could be operational when you consider planning, design, construction, and the various legal processes that something like this would require.
So the recommendation was to stop and do nothing. But if any of you are curious about what it would take to build across the Irish Sea, here's your chance.
We are living through an inflationary hard cost environment. In speaking with one of our cost consultants the other week, he was predicting that overall we could see another 9-10% increase next year here in the Toronto area. Now, who knows what will ultimately happen. But this is top of mind for everyone in the industry and it will continue to impact how and what we build.
One of the challenges with construction -- and this is will documented -- is that unlike the manufacturing industry, which has seen sustained productivity improvements over the years, the construction industry has seen relatively little productivity growth over the last half century. In fact, you could argue that it's been mostly negative in recent history.
The obvious thought is why not just apply what we've been doing in manufacturing to construction. There is, of course, a long standing tradition of trying to do this, with varying degrees of success. But at the end of the day, building a house remains different than building something like a car.
Probably the key difference is that every construction site has unique constraints and conditions and so the process is constantly changing. Whereas the innovations that Henry Ford pioneered were centered around interchangeable parts and a well-defined process that could be repeated millions of times to generate the exact same output.
From what I can tell, there seems to be two ways in which we can think about improving productivity. One, we can try to be more Ford-like and drive standardization. This means more off-site factory construction and more standardization. This is the typical "pre-fab" approach and companies like R-Hauz, as well as many others, are already successfully doing this. The trade-off is less design flexibility.
The second option has to do with better software and hardware. What if we had significantly better "digital twins" for our buildings such that we could see and experience it in 3D before it is physically built? I'm thinking strap on VR goggles and do a walkthrough with the team. This could allow us to pinpoint all of the issues before they actually happen on the job site.
In parallel to this, what if we had far better on-site automation and robotics to then execute on the above digital twin? Think 3D printing concrete instead of using traditional forms. This is all happening and being worked on, but it doesn't seem to be at a point where it is changing our industry. But it is exciting to think that it may one day.
We talk a lot on this blog about laneway housing and ADUs, including, of course, the one that Globizen built earlier this year. But beyond being exceedingly cool (see above), what has this policy change meant at the macro level? To what extent is it actually helping housing supply? Let's consider Toronto.
As a reminder, "laneway suites" became permissible in the former/old City of Toronto in 2018. The policies where then expanded to the entire city of Toronto in the summer of 2019. So we've had just over 2 years of this housing type being fully allowed city-wide.
Though it's worth keeping in mind that there are only so many laneways in Toronto (which is why "garden suites" are going to be important and may actually end up being more impactful):
We are living through an inflationary hard cost environment. In speaking with one of our cost consultants the other week, he was predicting that overall we could see another 9-10% increase next year here in the Toronto area. Now, who knows what will ultimately happen. But this is top of mind for everyone in the industry and it will continue to impact how and what we build.
One of the challenges with construction -- and this is will documented -- is that unlike the manufacturing industry, which has seen sustained productivity improvements over the years, the construction industry has seen relatively little productivity growth over the last half century. In fact, you could argue that it's been mostly negative in recent history.
The obvious thought is why not just apply what we've been doing in manufacturing to construction. There is, of course, a long standing tradition of trying to do this, with varying degrees of success. But at the end of the day, building a house remains different than building something like a car.
Probably the key difference is that every construction site has unique constraints and conditions and so the process is constantly changing. Whereas the innovations that Henry Ford pioneered were centered around interchangeable parts and a well-defined process that could be repeated millions of times to generate the exact same output.
From what I can tell, there seems to be two ways in which we can think about improving productivity. One, we can try to be more Ford-like and drive standardization. This means more off-site factory construction and more standardization. This is the typical "pre-fab" approach and companies like R-Hauz, as well as many others, are already successfully doing this. The trade-off is less design flexibility.
The second option has to do with better software and hardware. What if we had significantly better "digital twins" for our buildings such that we could see and experience it in 3D before it is physically built? I'm thinking strap on VR goggles and do a walkthrough with the team. This could allow us to pinpoint all of the issues before they actually happen on the job site.
In parallel to this, what if we had far better on-site automation and robotics to then execute on the above digital twin? Think 3D printing concrete instead of using traditional forms. This is all happening and being worked on, but it doesn't seem to be at a point where it is changing our industry. But it is exciting to think that it may one day.
We talk a lot on this blog about laneway housing and ADUs, including, of course, the one that Globizen built earlier this year. But beyond being exceedingly cool (see above), what has this policy change meant at the macro level? To what extent is it actually helping housing supply? Let's consider Toronto.
As a reminder, "laneway suites" became permissible in the former/old City of Toronto in 2018. The policies where then expanded to the entire city of Toronto in the summer of 2019. So we've had just over 2 years of this housing type being fully allowed city-wide.
Though it's worth keeping in mind that there are only so many laneways in Toronto (which is why "garden suites" are going to be important and may actually end up being more impactful):
Between the introduction of laneway suites and June 2021, the City of Toronto received 306 permit applications to construct, of which 238 were associated with a unique address (the same address can have multiple permit applications).
During this same time period, 183 permits were issued. 107 were still under review at the time this report was written. 15 were refused. And 1 was classified as "unknown", which I guess means it got lost in the ether or under someone's desk.
Some of you will probably argue that this isn't enough new housing for a city of 3 million people with high home prices, high demand, and high immigration. And I would agree.
But it's still early days, there will be an adoption curve, and the policies are still being tweaked to further remove some of the barriers associated with delivering this housing type. Of the 238 unique addresses that submitted a permit application, just over a quarter of them had an associated minor variance application, which means that they did not fully conform to the current laneway suite by-law.
The most common obstacles appear to be the 1.5m laneway setback, the soft landscaping requirements, and the required fire access. But I know that there are others too. I could have used another foot or two in height on mine.
But as I mentioned before, there are more areas in this city without laneways than with. And so garden suites are going to be an integral component of city-wide ADUs. This will certainly help the adoption curve.
I continue to believe that these are all steps in the right direction and that this is an exciting time for Toronto. We are in the midst of transforming our laneways. But we're not done yet. We're going to have to make many other tough decisions in order to further increase housing supply. I'm positive we'll get there.
Between the introduction of laneway suites and June 2021, the City of Toronto received 306 permit applications to construct, of which 238 were associated with a unique address (the same address can have multiple permit applications).
During this same time period, 183 permits were issued. 107 were still under review at the time this report was written. 15 were refused. And 1 was classified as "unknown", which I guess means it got lost in the ether or under someone's desk.
Some of you will probably argue that this isn't enough new housing for a city of 3 million people with high home prices, high demand, and high immigration. And I would agree.
But it's still early days, there will be an adoption curve, and the policies are still being tweaked to further remove some of the barriers associated with delivering this housing type. Of the 238 unique addresses that submitted a permit application, just over a quarter of them had an associated minor variance application, which means that they did not fully conform to the current laneway suite by-law.
The most common obstacles appear to be the 1.5m laneway setback, the soft landscaping requirements, and the required fire access. But I know that there are others too. I could have used another foot or two in height on mine.
But as I mentioned before, there are more areas in this city without laneways than with. And so garden suites are going to be an integral component of city-wide ADUs. This will certainly help the adoption curve.
I continue to believe that these are all steps in the right direction and that this is an exciting time for Toronto. We are in the midst of transforming our laneways. But we're not done yet. We're going to have to make many other tough decisions in order to further increase housing supply. I'm positive we'll get there.
