Why New Construction and Renovation Is the Best Time to Specify Retractable Screens

The photograph at the top of this post was taken during an active installation on a high-end renovation project. The marble kitchen island is unwrapped. The timber beam ceiling is freshly finished. The wide bifold glass wall system is open to the patio. And a motorized retractable screen is being installed across the full span of that opening before the homeowner moves in.

That sequence matters. A screen specified and installed during construction or renovation integrates into the architecture the way the architect intended. The housing sits flush against the finished soffit. The color matches the frame because it was selected alongside the frame finish. The electrical is run clean because the walls were still open. Nothing about the installation looks added on because it was not added on. It was part of the project from the beginning.

This blog is for homeowners in the planning stages of a new build or whole-home renovation, and for the architects and general contractors working with them.

The Difference Between Specifying and Retrofitting

Retractable screen installation is most effectively done during original construction, when the builder constructs the frame with the screen housing dimensions already accounted for. The screen installer coordinates directly with the framer and superintendent to ensure that soffits, header dimensions, and electrical rough-in are positioned correctly before surfaces are finished.

When a screen is specified during design, the result is an installation where the housing integrates into the soffit or ceiling with no visible gap, no surface-mounted hardware fighting against finished millwork, and no electrical conduit running exposed along a wall that was painted two weeks ago. The screen is part of the architecture.

When a screen is retrofitted after construction is complete, the installer works with whatever the finished space allows. Surface-mounted housings sit against finished surfaces. Electrical may require chasing through finished walls. Color matching is done against paint that has already cured and aged. The result is functional and professional, but it is not the same as a screen that was designed into the space from the beginning.

Retrofitting and renovating existing buildings now accounts for almost half of all US architecture billings, which means a significant portion of the projects that Phantom installs on are renovations rather than new construction. Both are opportunities to get screens right. The renovation is the more time-sensitive opportunity because once surfaces are finished, the window for a truly integrated installation narrows.

What the Construction Timeline Looks Like

For builders and general contractors, the process of incorporating retractable screens into a new construction or renovation project follows a specific sequence that keeps the installation clean and on schedule.

The first conversation happens before framing is complete. A Phantom specialist visits the site to review planned opening locations, discuss housing dimensions with the framing crew, and confirm electrical rough-in requirements for motorized systems. This visit produces the specifications the framer needs to leave the correct cavity dimensions in the soffit or header.

Final measurements are taken after the finished floor is installed. Floor pitch and slope affect the bottom bar fit of the screen, and measurements taken before the finished floor is in place will not account for those variables. This is one of the reasons professional on-site measurement at the right stage of construction produces a cleaner result than measurements taken from architectural drawings alone.

Installation happens after flooring and millwork are complete but ideally before the homeowner moves in. For a standard multi-opening renovation project, installation is typically a one-day process. The motorized system is calibrated on-site, smart home integration is confirmed with the home automation contractor, and the homeowner walks through the full system before the project closes.

Why Large Opening Homes Benefit Most

The trend in Southern California new construction and renovation is toward larger glass openings, wider bifold and sliding glass wall systems, and a more deliberate connection between interior living spaces and covered outdoor areas. The trend in modern architecture is indoor-outdoor living with walls of glass and wider doors and cleaner lines, and retractable screens that are invisible when not in use are specifically the screening solution that preserves those clean lines rather than interrupting them.

A fixed screen across a 16-foot bifold glass wall is a permanent visual presence that competes with the glass system the architect specified. A motorized retractable screen across the same opening deploys when needed and disappears when it does not. When the homeowner opens the bifold system completely on a cool evening, the screen is stored. When insects or afternoon sun require management, the screen deploys across the full span in seconds.

Phantom's Sure Fit motorized screen systems accommodate openings up to 40 feet wide, which covers the large glass wall configurations common in contemporary new construction across Beverly Hills, Brentwood, the Hollywood Hills, and the coastal communities of Orange County. Every screen is fabricated to the exact dimensions of your specific opening, not selected from a standard size range.

The Recessed Installation Advantage

The specific installation approach that new construction and renovation projects make possible is the recessed installation: the screen housing is built into the soffit or ceiling cavity rather than surface-mounted against a finished surface.

In a recessed installation, when the screen is stored, there is no hardware visible against the ceiling or soffit. The opening looks exactly as the architect designed it. The screen deploys from a fully concealed position and retracts back to invisible. For contemporary architecture where exposed hardware would conflict with the design intent, this approach is the appropriate choice and it is only fully achievable when the housing dimensions are accounted for during construction.

For renovation projects where the soffit depth allows a recessed installation, the same result is achievable even in existing construction. The determining factor is soffit depth at the opening, which the Phantom specialist confirms during the initial site visit.

Smart Home Integration Planned From the Start

For new construction and major renovation projects where whole-home automation is part of the design, specifying motorized retractable screens as part of the initial automation scope produces a cleaner and more integrated result than adding them to an existing system later.

Phantom motorized screens integrate with Somfy, Lutron, Crestron, Alexa, and Google Home. When the home automation contractor and the screen installer coordinate during construction, the screen motor wiring is run clean during rough-in, the communication protocol is confirmed before walls are closed, and the screens are programmed into the home's scenes and schedules before the homeowner moves in. On move-in day, the screens respond to voice commands, wall switches, and automated schedules the same way every other automated system in the home does.

Sun and wind sensors added during installation allow screens to respond to real-time conditions automatically. Santa Ana events occur 10 to 25 times annually in Southern California, and a wind sensor configured during construction means the screens manage themselves during those events without requiring the homeowner to monitor conditions or remember to retract manually.

For Architects and General Contractors

Retractable screens are increasingly specified during the design phase of Southern California luxury residential projects rather than treated as a homeowner addition after construction closes. Architects working on large glass wall systems, covered outdoor living areas, and indoor-outdoor flow projects specify screens alongside the glass systems specifically because a screen that is designed into the opening produces a different result than one installed against a finished surface.

The coordination requirements are straightforward. Phantom provides housing dimension specifications to the framing crew at the appropriate stage of construction. Electrical rough-in for motorized systems follows standard low-voltage wiring practices that any qualified electrician handles during rough-in. The screen installer returns for final measurement after flooring is complete and for installation after millwork is finished.

For projects where the homeowner is not yet engaged with screen selection during the design phase, the general contractor can note the screen housing location and dimensions in the construction documents so the option remains available without requiring a retrofit approach later.

At Phantom Retractable Screens, our factory-trained local team works directly with builders, architects, and general contractors on new construction and renovation projects throughout Los Angeles, Orange, and Ventura Counties. Every project begins with an on-site consultation at the appropriate stage of construction to confirm housing dimensions, electrical requirements, and smart home integration scope. Our Sure Fit Technology maintains consistent spring tension across any opening size, and our systems accommodate openings up to 40 feet wide for the large glass wall configurations common in contemporary construction. Every installation is backed by a limited lifetime component warranty, a 7-year motor warranty, and a 24-month labor warranty. Screen mesh is not included under the component warranty, but it can always be repaired or replaced if needed.

Request a consultation and one of our specialists will coordinate with your project team at the right stage of construction to ensure screens are integrated into the architecture rather than added to it.

Frequently Asked Questions

When in the construction process should retractable screens be specified? The first conversation with a screen specialist should happen before framing is complete so housing dimensions can be communicated to the framing crew. Final measurements are taken after the finished floor is installed. Installation happens after flooring and millwork are complete. Getting the screen specialist involved before framing is the step that makes a fully integrated recessed installation possible.

Can retractable screens be recessed into an existing soffit during a renovation? Yes, provided the soffit depth at the opening accommodates the housing dimensions. A Phantom specialist confirms this during the initial site visit before any work is planned. If the existing soffit depth does not allow a fully recessed installation, a surface-mounted installation with custom color matching is the appropriate approach.

How do motorized screens integrate with the home automation system during new construction? Motor wiring is run during electrical rough-in and the communication protocol is confirmed before walls are closed. The screen is then programmed into the home automation system alongside lighting, climate, and other managed systems during commissioning. Phantom's installation team coordinates directly with your home automation contractor to confirm integration requirements before rough-in.

Can Phantom work directly with our architect or general contractor? Yes. Phantom works directly with architects, general contractors, and home automation contractors on new construction and renovation projects. We provide housing dimension specifications for framing coordination, electrical rough-in requirements, and installation scheduling that fits within your project timeline.

What is the lead time for custom fabrication on a new construction project? Lead time varies based on opening dimensions, mesh type, and motor configuration. Your Phantom specialist will confirm fabrication lead time during the initial consultation so installation can be scheduled within your project timeline without creating a critical path delay.