The One Residential High Rise
Building Canada’s Tallest Residential Tower Without Letting Weather, Wind, or Height Take Control
Building a luxury residential skyscraper in the middle of a dense urban core is already complicated.
Now try doing it hundreds of feet in the air…
while battling wind exposure,
tight site logistics,
leading-edge safety risks,
and a schedule that absolutely cannot slip.
That was the reality on The One Residential—one of the most ambitious high-rise construction projects in North America and the tallest residential building in Canada.
This wasn’t just another tower build.
This was a high-rise construction project where:
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safety mattered more
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coordination mattered more
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weather mattered more
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and schedule pressure never let up
Because when you’re building vertically in the heart of a major city, every floor changes the jobsite environment.
And the higher you go…
the harder the conditions become.
Industry
Hotel & Residents
Main Purpose
Protect the building under construction and the surrounding streets while keeping crews safe at extreme heights.
Project Timeline
2015-2028
Inside Look
Located in the middle of a busy urban environment, The One Residential is a landmark high-rise development redefining luxury residential construction in Canada. Rising above surrounding buildings and city streets, this massive skyscraper project required advanced planning, aggressive scheduling, and constant coordination across multiple trades.
This wasn’t a standard residential build.
It was:
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a large-scale high-rise concrete construction project
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a mixed-use residential tower build
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a dense urban construction site with constant public exposure
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a project operating at extreme heights during multiple construction phases
And when projects reach this level of complexity, temporary protection systems stop being optional.
They become mission critical.
Because on high-rise construction projects:
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wind conditions intensify with elevation
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leading-edge exposure increases
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falling debris risks grow
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productivity becomes harder to maintain
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and weather delays can cripple schedules
Traditional tarps and temporary barriers simply weren’t designed for this kind of environment.
RWES was.
The Challenge
Let’s call it what it is:
High-rise construction gets brutal the higher you climb.
As The One Residential continued rising above downtown Toronto, crews faced:
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extreme wind exposure
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open floor conditions
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leading-edge fall hazards
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material containment concerns
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public safety risks below
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constantly changing environmental conditions
And on a project surrounded by active streets, pedestrians, traffic, and neighboring structures…
there’s zero room for failure.
Because in residential tower construction:
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debris containment matters
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worker safety matters
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schedule consistency matters
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public protection matters
The challenge wasn’t simply keeping workers safe.
The challenge was creating a controlled, reliable, repeatable work environment at extreme heights while the building continued climbing skyward.
That’s where RWES changed the game.
The Solution
RWES deployed a fully engineered Reusable Weather Enclosure System specifically designed for high-rise construction environments.
Unlike disposable tarps or poly sheeting, RWES delivered:
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engineered wind resistance
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controlled drop protection
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dependable weather containment
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leading-edge safety integration
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reusable modular deployment
Most importantly…
the system climbed with the structure as construction progressed upward.
That meant crews maintained consistent protection across multiple floors and active work zones throughout the build.
RWES integrated directly with:
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edge guard wall systems
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safety rail systems
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high-rise leading edge protection systems
Creating a safer, more controlled jobsite environment for crews working at extreme heights.
This wasn’t temporary construction plastic flapping in the wind.
This was engineered high-rise jobsite protection built for one of the largest residential tower construction projects in the country.
The Game Changing Benefits for the Client
1. Improved High-Rise Construction Safety
Safety becomes exponentially more critical as buildings rise.
RWES helped:
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reduce leading-edge exposure
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improve worker protection
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support controlled drop performance
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create safer perimeter work zones
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improve confidence for crews working at elevation
Because on skyscraper construction projects, safety systems can’t be an afterthought.
They have to be built into the workflow itself.
2. Wind Protection at Extreme Heights
Wind conditions intensify dramatically during high-rise construction.
RWES helped stabilize working conditions by reducing wind intrusion across active floors and open structural areas.
That meant:
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safer material handling
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fewer disruptions
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improved crew efficiency
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more predictable working conditions
And when you’re operating several stories above street level, predictability matters.
3. Increased Productivity Across Trades
When crews aren’t fighting weather and exposure, work moves faster.
RWES helped support:
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more efficient sequencing
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uninterrupted installations
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improved trade coordination
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reduced weather-related downtime
Which translates directly into:
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schedule consistency
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reduced delays
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improved labor efficiency
On a high-rise residential project, even minor schedule disruptions create massive ripple effects.
RWES helped keep momentum moving upward.
4. Urban Construction Site Protection
Building in the middle of a major city introduces another layer of complexity:
the public.
RWES helped support controlled site conditions while helping reduce risk to surrounding streets, sidewalks, and neighboring infrastructure.
That’s a major advantage on dense urban construction projects where public-facing safety is under constant scrutiny.
5. Reusable High-Rise Protection System
Unlike disposable site protection methods, RWES is engineered for long-term performance and multiple deployment phases.
That means:
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reduced material waste
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improved durability
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repeatable use throughout project progression
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better long-term value for contractors
On large-scale residential tower construction projects, reusable systems create both operational and financial advantages.
Why It Matters
The One Residential isn’t just another condominium tower.
It’s one of the most recognizable high-rise construction projects in Canada.
Projects of this scale demand:
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aggressive schedules
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advanced safety systems
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controlled environmental protection
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dependable high-rise containment solutions
Because once construction reaches extreme heights…
You either control the environment,
or the environment controls your schedule.
RWES helped deliver that control.
The Real Takeaway
The One Residential team didn’t settle for temporary fixes.
They implemented a high-performance weather enclosure and safety system built specifically for the realities of modern high-rise construction.
Because successful skyscraper construction isn’t just about building taller.
It’s about:
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protecting crews
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maintaining momentum
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reducing risk
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controlling conditions
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and keeping projects moving efficiently from ground level to final floor
RWES helps make that possible.
Building a High-Rise Residential Tower, Mixed-Use Development, or Urban Skyscraper Project?
Stop letting weather, wind, and exposure slow down your project.
RWES helps high-rise construction teams:
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improve safety
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control environmental conditions
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reduce downtime
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support leading-edge protection
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and keep schedules moving upward
Book a demo.
See RWES in action.
And take control of your high-rise jobsite.
Industry
Hotel & Residents
Main Purpose
Protect the building under construction and the surrounding streets while keeping crews safe at extreme heights.
Project Timeline
2015-2028