If your home has a wall of windows reaching up toward a vaulted ceiling, you already know the problem. The light is gorgeous until it is not, and the shades you would need to tame it sit fifteen feet off the floor. I meet Des Moines area homeowners every week who have simply given up on covering their tallest windows.
Motorized shades solve this without ladders, poles, or acrobatics. I handle motorized blinds and shades across the metro, and tall windows are the single most common reason people call me about them. Here is what I have learned from years of measuring and installing them.
The two-story window problem
Two-story foyers and great rooms are everywhere in the newer neighborhoods around the Des Moines metro, and builders love filling those tall walls with glass. The result is beautiful, but it comes with real problems. Western sun pours in on summer afternoons and heats the whole space. Hardwood floors, rugs, and furniture fade in patches you cannot rearrange around. And at night, that same glass turns into a giant uncovered opening that everyone driving by can see through.
Most homeowners live with it because the alternatives feel worse. You cannot reach the shades to raise and lower them daily, so they either stay closed and waste the view or stay open and cook the room. I have walked into plenty of homes where a beautiful bank of windows had one lonely shade stuck halfway for years because nobody could reach it.
That is the exact situation motorized shades were built for. One press of a button moves every shade on that wall, no matter how high it sits.
Why motorization beats a pole
When people call me about tall windows, some have already tried the extension pole approach. There are wand-tilt poles and hook poles made for exactly this, and I will be honest, they work poorly. Twisting a wand at the top of a ten-foot pole is clumsy, and lifting a heavy shade with a hook takes more shoulder strength than most of us want to spend every morning.
Poles also take a toll on the treatments themselves. Fabric shades get grabbed and tugged unevenly, which stretches them over time. Cordless lift systems, which are wonderful at normal heights, need you to touch the bottom rail. That is simply not happening on a window nine feet up.
A motor removes every bit of that friction. The shade travels smoothly at the same speed every time, stops exactly at its programmed limits, and never gets yanked or skipped. You operate it from a remote, a wall switch, or your phone while your feet stay on the floor where they belong.
Great rooms and vaulted ceilings
Great rooms are where motorization earns its keep. These spaces usually have a bank of standard windows at eye level and a second row above, sometimes with arched or angled shapes tucked under the roofline. I install a lot of these in newer two-story homes in Johnston and the surrounding suburbs, and the pattern is almost always the same. The lower shades get used constantly while the upper ones have never moved once.
With motorization, the whole wall works as one system. You can group shades so a single button lowers the upper row while the lower row stays put, or drop everything together when the afternoon sun gets serious. Set a schedule and the shades handle it themselves, closing during the hottest hours and opening back up in time for the evening.
The difference in comfort is immediate. Rooms that used to be off-limits at four in the afternoon stay usable, the air conditioner runs less, and the view is still there whenever you want it.
Skylights and transoms
Skylights might be the hardest windows in any house to cover, and they are often the ones that need it most. A skylight aims straight up at the summer sun, so it collects heat all day long. Bedrooms and bonus rooms under a skylight can run noticeably warmer than the rest of the house. A motorized cellular shade made for skylights rides in side tracks, seals against the opening, and moves with a remote just like any other shade.
Transoms are the smaller cousins of this problem. Those decorative windows above doors and larger windows let in nice light, but they also leak privacy and glare at odd angles. Most were never meant to be covered at all, so there is no practical way to operate anything installed on them by hand.
Motorization makes both of these window types genuinely usable. I measure them the same way I measure everything else, in person, because skylight openings are rarely as square as they look from below.
Battery vs hardwired power
Every motorized shade needs power, and there are two good ways to get it. Battery powered shades are the workhorse of my installs. The battery is a rechargeable wand that hides inside or behind the headrail, and on a typical shade it runs months between charges. When it does run low, charging works like a phone, and for tall windows I can often position the charging port so it is reachable without a ladder.
Hardwired shades draw power from the house itself, either through low-voltage wiring or a nearby outlet. Once they are in, you never think about power again. The catch is getting wire to the window, which is easy during construction and harder in a finished wall.
For windows that get strong direct sun, a small solar panel can trickle-charge a battery shade so it stays topped up on its own. My honest guidance is simple. Existing homes usually call for battery power, new builds should consider wiring, and I will tell you plainly which fits your situation when I see the windows.
Planning motorized shades for a new build
If you are building a home anywhere in the metro, this is the one part of this post I hope you remember. The best time to plan for motorized shades is while the walls are still open. Running low-voltage wire to the window headers during framing costs very little, and it gives you clean, permanent power for every shade with no batteries to charge, ever.
You do not need to pick fabrics or colors yet. You just need power in the right spots, and that takes a short conversation. I can look at your window schedule, flag the openings that will be hard to reach, and tell your electrician exactly what to rough in. Builders around here are used to the request.
Whether your home is under construction or was built eighty years ago, the process starts the same way. Reach out for a free in-home consultation and I will bring samples, measure everything myself, and walk you through the options without any pressure. I answer the phone seven days a week.
Have a question I did not cover? Call (515) 850-9700 or request your free in-home estimate and I will give you a straight answer for your exact windows.