Elite Azenco Dealer
Most Hamptons homes weren't built for an outdoor structure to be added later. The roofs are pitched, the elevations are layered, the side elevations interrupt themselves with bay windows and bump-outs. When a homeowner wants a motorized louvered roof out back, the first question isn't which product — it's how do we attach this to a building that wasn't designed to accommodate it.
That's the project we did in Southampton: a double-bay Azenco motorized outdoor roof attached directly to the home, with the second bay deliberately overlapping an existing bump-out, and a three-post drainage scheme that hides the runoff behind the architecture instead of routing it across the deck.
Before any metal arrived on site, the system was modeled, dimensioned, and signed off. Every Breslow project starts here: a finalized design rendering and a stamped shop-drawing package that walks all the way down to which 6063-T6 aluminum extrusion does what, and which anchor sits in which footing.
The Design — Presented Before a Single Post Was Set
The photoreal rendering produced after the site survey and signed off by the homeowners ahead of fabrication. Cedar-shingle elevation matched, raised stone-clad deck modeled in, two bays of motorized louvers laid out against the actual rear elevation. Every component visible here was committed to the shop drawing set before parts were ordered — clearances, post placement, deck stair geometry, and the way the structure terminates against the home's gable.
Our rendering workflow is designed to eliminate guesswork before construction begins. Using field measurements, patio geometry, architectural conditions, and structural layouts, we build highly detailed 3D visualization models that allow clients, designers, and installers to evaluate the project from every angle before fabrication starts. This process helps validate proportions, post locations, clearances, lighting integration, and overall spatial flow — ensuring the final installation aligns with both the architecture of the home and the realities of the build site.
The Finished Project, From the Pool
The double-bay louvered roof attached to the rear elevation, set against the shingled Hamptons home and the manicured hedge line. The pool sits in the foreground, the lounge furniture stays out year-round under the cover, and the louvers control the sun across the seating area.
Mid-Install Walkthrough
Filmed mid-build — structural posts in place, louver assembly wrapped against the elements, the back of the home behind — paired with shots of the finished project cut in alongside. The stage between “site visit” and “reveal photo” that most projects never show.
On Site, Mid-Install
Standing in front of the structure while the work was still happening — talking through the decisions that shaped it, with shots of the finished project cut in alongside. The double-bay configuration. The bump-out overlap. The three posts and where the drainage goes. Which way the louvers open and why. The rain sensor sitting quietly in the corner. This goes to show how expert craftsmanship and precision-based engineering can make all the difference when it comes to the aesthetics and performance for your commercial or residential outdoor space.
The Configuration — Two Bays, Attached to the House
The system is a double-bay Azenco R-Blade. Two structural bays of motorized aluminum louvers, attached to the rear elevation of the home rather than freestanding in the yard. House-attached installs solve a problem that freestanding pergolas can't — they extend the architecture instead of fighting it. The roofline reads as continuous from inside the house out to the new covered space — turning the existing patio from a fair-weather extension into a true outdoor space.
The complication on this project is the bump-out. Most rear elevations are flat; this one isn't. The home's existing footprint pushes out a few feet on one side, breaking up the wall plane the louvered roof needs to anchor against. Rather than design around the bump-out, we designed over it — intentionally overlapping the second bay so the louvered roof spans both the flat section and the projection. The result is a single cohesive cover instead of two separate structures fighting the same elevation.
The Bump-Out Overlap, Visualized
Left-elevation rendering. The bump-out is the section of the home that projects forward at the right side of the frame — this is the geometry the rear elevation hands you in real life, and it's what most designs would either build around or ignore. The second bay of the louvered roof intentionally extends over it. From every angle you'd photograph the back of the house, the structure reads as one continuous cover, not two pieces stitched together.
Foundation Plan — Posts Mapped to the Existing Patio
The plan that turns design intent into a buildable project. Two zones (one per bay), 17'-0" overall frame width, 18'-10" overall depth, and four structural posts indexed off the existing patio — not poured fresh, but mounted to the slab already in the ground. The hatched rectangle at the top of the drawing is the home's bump-out: every post location has to clear it, and the second bay's column line lands precisely where it can carry the overlap. The install crew didn't improvise locations on site; they followed this drawing.
Three Posts — Drainage Hidden in the Architecture
Every louvered roof has to handle water. The question is where it goes. Cheap pergolas dump it off the front edge in a sheet, soaking the deck and the people walking under it. Better systems route it internally and dump it somewhere visible at the post base. The best systems route it internally and finish the dump points as a design detail.
This install uses a three-post system. Each post is hollow — the louvers pitch micro-degrees toward the post line, water collects at the columns, runs down the inside, and exits at grade through stainless steel water outlets set into the base of each post.
"The water runs off the roof, down the post, and out these beautiful stainless steel water outlets." — Dana Breslow, CEO
That detail matters more than it sounds. The drainage is the part homeowners stop seeing the day after install — which is exactly the point. No exposed gutters on the roofline, no downspouts cluttering the column faces, no puddles on the deck after a storm. The architecture finishes itself.
How the Water Actually Moves
Walk up to a finished R-Blade and you'll see what the homeowner sees: clean columns finished to match the trim of the house — powder-coated aluminum on most installs, AZEK-wrapped on projects that call for it — clean overhead lines, and motorized louvers that swing from open sky to full closure in a few seconds. Look for a gutter. You won't find one.
That's not a mistake — that's how the system is engineered. Each louver is shaped with a profile that sends rain sideways when the roof is closed, not down through the seams. The louvers overlap into a continuous slope toward the perimeter. The perimeter beam is the gutter. Azenco designed the structural member that frames the roof to also carry the water — same aluminum doing both jobs, no separate channel bolted on. From the perimeter, water drops inside the hollow columns, runs down the vertical drainage shaft each post becomes, and exits at grade through the stainless-steel outlets — into a French drain, a gravel pit, or tied to the home's storm line depending on the site.
The whole drainage path is invisible because every piece of it is also doing structural work.
The Supergutter — Where the System Meets the House
A lot of R-Blade projects we do aren't standalone — they tie into a house, pool house, or existing roofline above. Which means the pergola often has to manage not only its own drainage, but runoff coming from the larger roof structure above it.
When additional water management is required, a supergutter is integrated at the transition between the home and the pergola. Wider and deeper than a standard residential gutter, it's designed to capture and redirect higher water volumes before they can overwhelm the system's integrated drainage.
On larger multi-bay installs, multiple supergutters may be used depending on runoff conditions and structural layout.
Like the rest of the system, the supergutter is color-matched to the frame and designed to visually disappear into the architecture. White system, white gutter, coordinated end-to-end. Most people would never notice it unless they knew exactly where to look.
The Accessory Schedule — What's Actually Specified
The as-built accessory layout. Two zones (one per bay), and every motor, light, fan, and drainage outlet positioned on the drawing before fabrication. Legend, top right: 4 motors, 4 ramp lights, 4 recessed lights, 2 fans, 3 drainage points. The drainage callouts at the bottom corners and bottom center mark the three stainless-steel water outlets at the base of the post line.
The trim package is documented on the same sheet: frame, louvers, and gutter all in white, with a double AZEK cornice running the right-side edge for a clean architectural termination against the home. Everything an installer would otherwise improvise on-site is locked into the drawing before parts ship.
A Finishing Touch That Makes It Stand Out Aesthetically
We designed a double AZEK cornice trim package that transforms your Azenco pergola from a backyard structure into a true architectural statement. Crafted from premium cellular PVC, the double cornice wraps the pergola's roofline with a clean, layered profile that mirrors the crown molding and fascia of your home — so it looks like it was always part of the design. Rot-proof. Paintable. Built to last. Built to impress.
Louver Orientation — Sun Into the House, Not Away From It
The single most-asked question on a house-attached louvered roof: "Will this make my house dark?"
The answer is no, but it isn't an accident — it's a design choice that has to be made at the time of install. Louvers can be oriented two ways. They can open toward the yard, letting sunlight into the covered space but blocking direct light from reaching the house. Or they can open toward the house, letting sunlight filter through the open louvers into the interior windows behind the structure.
We oriented this system the second way. When the louvers tilt open, they channel sunlight into the kitchen and living room behind the structure rather than away from them. The homeowners get full control: closed against direct overhead sun on a 92° July afternoon, fully open to flood the interior with morning light, anywhere in between for the rest of the day.
Across the post-install surveys we've done on house-attached systems, owners report little to no difference in interior light levels — especially with the louvers in any open position. The structures we install are not awnings, and they're not solid roofs. They have a layered system that lets you control shade and light, and the default is to let light through.
Rainproof — And It Decides for Itself
The second-most-asked question: "Are these rainproof?"
Yes. When the louvers close, the system seals into a continuous waterproof surface that drains through the integrated column system described above. We've stood under closed R-Blade roofs in active thunderstorms and stayed dry.
The harder question is what happens when nobody is there to close them. Every Breslow R-Blade ships with an integrated rain sensor mounted on the structure — placed as visually discreet as possible, tucked into the architecture rather than stuck on top of it. The moment the sensor reads moisture, it signals the motor controller and the louvers close — before the homeowner has time to look up from inside the house. If you've left the system open while you're at work and the sky turns, the roof shuts itself before the rain hits the cushions.
A standard R-Blade comes with the rain sensor, app control, a multi-channel remote, and a hard-wired wall control. Some installs add a temperature sensor on top of that, so the system can react to more than just moisture. The override always sits with the homeowner — if you want the louvers held open in a light summer rain because you like the sound, hold them open.
The point of the sensor isn't that it's clever. It's that you don't think about it. You stop tracking the forecast. You stop running outside to grab cushions when the sky changes. The pergola handles weather as a background process.
It's the feature most homeowners overlook at the design stage and can't imagine living without by the end of the first season.
What's Actually Holding This Up
The reason a louvered roof on a Hamptons rear elevation lasts through the ocean wind, salt air, and three seasons of weather isn't the louvers — it's the structural system underneath them. The high-grade, powder-coated aluminum the homeowner sees is the tip of a much deeper engineering effort — built for years of weather, fade-resistant, finished to last. Underneath it sits the work that makes the visible part trustworthy: every connection, every anchor, every load path spec'd, drawn, and stamped before any of it ever reaches the site.
21 Structural Parts — Documented, Spec'd, Stamped
Page three of the shop-drawing set. Twenty-one individual structural components — the blade extrusion, the main beam, the connection plates, the corner angles, the fan beam channels — every one of them spec'd in 6063-T6 aluminum alloy, dimensioned to the eighth of an inch, and paired with the exact connector hardware that ties it to the rest of the system. This is what gets reviewed against local code and PE-stamped before a single post is set. It's the part of the project a homeowner shouldn't have to think about — but it's the part that determines whether the structure is still standing in twenty years.
Why It Matters — The Cushion Math
Louvered roofs get pitched for plenty of reasons — year-round outdoor living, the architectural upgrade, expanded usable square footage, integrated lighting and automation, improved shade and heat control, protection from unpredictable weather, and the ability to make a patio feel like a true extension of the home. One thing that rarely makes the brochure but matters a lot in the lived experience: what it does for your outdoor furniture.
Without a louvered roof, an outdoor dining set or sectional needs covers every night, storage bins for the off-season, and a Saturday-morning ritual of dragging cushions in and out depending on the forecast. The cushions wear out faster anyway from UV exposure even when they're covered. Most owners eventually buy cheaper outdoor furniture because the nice stuff doesn't survive a few seasons outside.
A motorized louvered roof with a rain sensor changes that calculus. Cushions stay where you left them. Covers move into the garage and don't come back out. The off-season storage bin disappears. The furniture you buy can be the furniture you actually wanted instead of the disposable version of it.
The Furniture That Doesn't Move
Interior rendering of the lived-in space — the sectional, the dining table, the fire-pit table, the ceiling fan, the recessed lights. The pieces shown here are designed to stay in place year-round. No cover-on-cover-off ritual, no off-season storage, no scramble during a thunderstorm. That's the point of the rain sensor and the motorized louvers above — the room behaves like a room.
It's a smaller thing than the architecture and a bigger thing than the homeowners expect.
The Finished Project — In Use
How the structure reads day to day, photographed from the deck, the pool, and the garden line.
The Hamptons — Why House-Attached Systems Work Here
Hamptons projects are some of the most rewarding we get to work on. The homes are built to a high standard, the properties are carefully kept, and homeowners typically want the outdoor space to feel like a natural extension of the architecture and the landscape it sits in. House-attached systems work especially well in this setting because they let the structure inherit the home's existing lines — but the right configuration always depends on the property, the surrounding views, and how the homeowner actually wants to use the space.
The R-Blade is one piece of a larger system. R-Shade retractable screens add lateral weather and privacy protection at the perimeter of any covered space. R-Breeze opens up vertical airflow and side-screen options that work alongside the louvered roof. Combine them and the possibilities expand quickly — a covered dining area that closes off in a Northeast wind, a poolside lounge that screens out the late-afternoon sun, an outdoor kitchen that stays private from the neighboring property line. House-attached double-bay, freestanding single-bay, covered standalone, screened-in extension — each has its place, and the design conversation starts with what fits your home, your property, and how you want to use the space.
Whatever configuration fits the property — house-attached or freestanding, single bay or multi-bay, roof-only or paired with R-Shade screens and R-Breeze side panels — every Breslow install is built on PE-stamped Azenco engineering rated for the wind and snow loads the Northeast actually delivers. The system flexes to the site, not the other way around.
Every property is its own puzzle, and that's the part of the work we like best. Whatever your rear elevation looks like — flat wall, bump-out, layered roofline, sloped grade — the design conversation always starts with your home and how you want to use the space. The engineering handles the rest.
The Story From the Job Site
Dana on the site mid-install, talking through what's being built — with cuts from the finished system edited in alongside the in-progress footage. The narration is the design conversation; the b-roll is the result.
Dana On Site — Mid-Install Narration, Finished-Project Cuts
Dana explaining what's being installed while the work was happening, edited together with shots of the completed louvered roof. The closest thing to a single piece of footage that shows both why the project was designed this way and what it turned into.
Breslow's History as a Family Business
Breslow has been a family business for 103 years. Founded in 1924, passed from generation to generation, and still hands-on with every install we ship. Dana runs the company today — the third generation to do so. PJ, the fourth. Both of them were on the deck for this project's water demonstration, walking the system together before it changed hands. Same standard the business has been built on since 1924.
The Water Demo — Dana & PJ On Site
Dana (3rd generation, owner) and PJ (4th generation) running a water demonstration on the finished louvered roof — showing the homeowners how the closed louvers shed water sideways into the perimeter beam and out through the column drainage. A 103-year-old business at scale, still walking every project personally.
How a Project Like This Starts
Every Breslow project — residential or commercial, single-bay or seventeen — starts the same way: a complimentary design consultation booked through the website. From there:
- Consultation. A Breslow specialist reviews your space, your use case, and your design goals, and helps you figure out which type of project and system best fits your budget and your property. No fee, no obligation. This is the conversation where most of the wrong-fit projects ruled themselves out and the right-fit ones get scoped.
- Site survey. No tape measures, no clipboards, no guesswork. We arrive with a Matterport 3D scanner and capture your entire property as a millimeter-accurate digital twin — every wall, doorframe, elevation change, drainage path, sun angle, and existing condition rendered into a navigable 3D model our team can step into virtually. The architects design inside your actual site. The engineers run loads against your actual structure. By the time your project hits fabrication, the model has been walked, measured, and stress-tested hundreds of times — before anyone has shown up on your deck.
- Design + Proposal. A custom-designed outdoor shade system visualized against your actual home, coordinated to your finishes and layout, and documented through detailed renderings, structural plans, and a clearly defined build proposal.
- Engineering + permitting. Structural calcs, PE-stamped shop drawings, local code review and permit filing — all handled in-house. Nothing you have to chase down.
- Fabrication. Once the shop drawings are signed off, we send the order to Azenco — the manufacturer builds the components to spec in their facility, cut, drilled, powder-coated, and kitted. When the project calls for something outside the standard configuration — a bump-out overlap, a non-typical column line, a custom trim termination, or a custom color that isn't in stock — we modify and customize the parts in-house before they ever reach the site. If the spec calls for it, we make it happen. Parts arrive ready to install, not improvised on the lawn.
- Installation. Breslow's own crews, supervised on site by a dedicated project manager — not a subcontracted team passing through. Every install runs to full OSHA compliance: harnesses and fall protection any time crew is off the ground, hard hats, eye protection, gloves, and the rest of the regulated PPE on every member, every day. Existing finishes get covered before the first post is set, and the site gets cleaned at the end of every workday before the crew leaves — no leftover packaging, no metal shavings, no surprises in the morning. Minimal disruption to the property, maximum precision on the build.
- Final walk & handoff. Water test, motor calibration, sensor pairing, owner training. The moment the project changes hands.
- Lifetime service. One phone number for the life of the system. We run service calls when something breaks or needs fixing, and scheduled maintenance for seasonal cleaning and change-over — spring open-ups, fall winterizations, anything in between. Same company, same family, same standard the project was built to.
The starting point is the consultation. Everything else follows from it.
Related Projects & Resources
- Residential Portfolio — Other Breslow installs across the Northeast.
- Custom Pergola Styles — House-attached, freestanding, transitional, modern.
- Accessories & Smart Controls — Rain sensors, wind sensors, heating, lighting.
- Motorized Pergola Installation: What to Expect — Blog.
- Azenco R-Blade Maintenance Guide — Blog.
- Top 5 Pergola Designs for Northeast Homes — Blog.