Why I Cut the 5-Foot Tangled Cords Off My blinds 23 x 64

If you live in a house built before the mid-century modern era, you know the specific architectural torture of the sidelight window. They are tall, they are narrow, and they are usually positioned exactly where you don't want people peeking in. I spent three years tripping over the massive piles of cordage trailing from my blinds 23 x 64 before I finally snapped. Waking up to a tangled nest of nylon string that looked like a deep-sea fishing accident was the final straw.

• Safety Hazard: Long cords on narrow windows are a magnet for pets and toddlers.
• Visual Clutter: 5 feet of cord pooled on the floor ruins the lines of a clean room.
• The Fit: 23-inch headrails are notoriously difficult to motorize due to space constraints.
• The Solution: Moving to a cordless, motorized fabric shade opens up the window and eliminates the mess.

The Absurd Pull-Cord Problem on Tall, Narrow Windows

Let's talk about the physics of a 23x64 window. It is a weird geometry. Because the window is 64 inches tall, the pull cord has to be long enough for you to reach it when the blinds are fully raised. This means when the blinds are closed—which they usually are on a ground-floor sidelight—you have over five feet of string dangling down. In a narrow 23-inch wide frame, that cord doesn't just hang; it dominates the space.

In my home, these windows flank the front door. Every time I opened the door, the draft would catch those 23 x 64 blinds cords and whip them around. I tried those little plastic cleats you screw into the trim, but wrapping five feet of string every morning is a chore no one actually does. It looked messy, felt cheap, and frankly, it was a liability. I’ve seen my cat get 'the zoomies' and nearly clothesline himself on these things more times than I care to admit.

The real issue is the ratio. On a standard 36x36 window, the cord is manageable. But on a 23x64, the drop is nearly triple the width. You end up with a 'tail' that is longer than the window is wide. It’s a design flaw inherent to manual 23 x 64 mini blinds that we’ve just collectively accepted for decades. I decided I was done accepting it.

Why I Finally Ditched My Manual 23 x 64 mini blinds

The breaking point came during a vacuuming session. The vacuum sucked up the dangling cord of the left-side blind, nearly ripped the headrail out of the drywall, and left me standing there with a frayed mess of string. That was the day I started looking into the Blog Why Choose Smart Blinds to see if there was a way to retroactively fix my sanity. I realized that the clutter wasn't just the cords; it was the tilt wand, too. In a 23-inch space, having a plastic wand on one side and a cord loop on the other makes the window look like it’s wearing too many accessories.

Beyond the aesthetics, the safety factor is real. The CPSC has been pushing for cordless standards for years because these long loops are genuinely dangerous. When you have a 23 x 64 size, the 'loop' created by the pull and the lift strings is large enough to be a serious hazard. Transitioning to a motorized setup didn't just make my living room look like a tech-forward sanctuary; it removed a literal trap from my floor plan.

I also realized that I never actually adjusted them. Because the manual cords were such a pain to deal with, I just left the 23 x 64 blinds closed all day. I was sacrificing natural light because I didn't want to deal with the 'spaghetti' on the floor. That’s a terrible way to live in a house you pay a mortgage for.

The Trick to Fitting a Smart Motor in a 23-Inch Headrail

Here is where things get technical. If you’ve ever tried to DIY a motor into a 23-inch headrail, you’ve probably run into the 'space wall.' Most standard battery-powered motors are about 10 to 12 inches long. That sounds fine for a 23-inch window, right? Wrong. You also have to account for the tilt mechanism, the mounting brackets, and the signal receiver. If you’re using an external battery wand, you’re looking at another 15 inches of hardware.

When I was looking at how to Automate 29 X 64 Faux Wood Blinds A Retrofit Guide, I noticed that those extra six inches of width make a huge difference. On a 23x64, you have zero margin for error. The trick I found was using an integrated lithium-ion motor where the battery is actually inside the tube. This eliminates the need for an external battery wand, which is usually the deal-breaker for narrow windows. You slide the motor into the roller tube, and it takes up about 9 inches, leaving plenty of room for the idle end and the brackets.

I chose a Zigbee-based motor because it’s lower power and doesn't require a massive antenna. When fitting hardware into a tight 23-inch frame, every millimeter counts. I had to slightly shave down the plastic end cap of my headrail to get a flush fit, but once it clicked in, it was solid. No more cords, no more wands—just a clean, powered roller.

Fabric vs. Slats: What Looks Best in a Skinny Frame?

Once I decided to go motorized, I had to choose the 'face' of the window. Traditional horizontal slats—the kind you find on 23 x 64 mini blinds—tend to make a narrow window look even skinnier. It’s like wearing vertical stripes; it draws the eye up and down in a way that can feel cramped. I wanted to visually widen the space, so I ditched the slats entirely.

I moved to the Spica Series Motorized Light Filtering Sheer Shades. These use a continuous piece of fabric that provides a soft, diffused light. Because there are no horizontal breaks every inch, the window feels like a solid architectural element rather than a 'blind.' The sheer fabric also hides the motor tube perfectly. When the sun hits it, you can't see the hardware at all; you just see a glowing column of light.

The difference in the room's vibe was immediate. The 'visual noise' of the 23 x 64 blinds was gone. Instead of a cluttered corner with strings and slats, I had a clean, minimalist fabric panel. If you’re dealing with a narrow frame, trust me: go with a solid fabric or a sheer shade. It makes the window look intentional rather than an afterthought.

Setting the Perfect Schedule for Direct Sun

The real joy of automating these 23x64 windows isn't just the lack of cords; it’s the 'set it and forget it' lifestyle. My front door faces West. At exactly 3:30 PM, the sun hits those sidelights at an angle that could melt lead. It used to turn my entryway into a sauna. Now, I have a routine set up in my smart home hub.

At 3:15 PM, the motors trigger. They are remarkably quiet—around 35dB, which is basically a whisper—and they slowly lower the shades to 100% closure. By the time the heat hits, the barrier is already there. I didn't have to touch a cord or even be in the room. I also have them set to open to 50% at sunrise. This gives me privacy from the street while letting the morning light hit the ceiling, which helps wake me up without a jarring alarm.

I use a simple Zigbee bridge connected to my Home Assistant setup. The pairing process was straightforward: hold the button on the motor for 5 seconds until it jogs, then search for the device in the app. I’ve had these running for six months, and the battery is still at 82%. For a window this size, the motor doesn't have to work hard, which means the charge lasts forever.

Was the DIY Effort Actually Worth It?

Looking back, the hour I spent wrestling with the headrail was some of the best time I’ve spent on my home. Getting rid of the 5-foot tangled cords on my 23x64 windows didn't just fix a safety issue; it fundamentally changed how I use my living space. I no longer avoid the 'cord corner.' I no longer trip over nylon strings while trying to greet guests at the door.

The cost-to-benefit ratio is heavily in favor of automation here. For the price of a few nice dinners, I upgraded a daily annoyance into a high-end feature. If you’re still fumbling with manual 23 x 64 blinds, do yourself a favor: cut the cords and go smart. Your vacuum, your pets, and your sanity will thank you.

FAQ

Will a smart motor fit in any 23-inch blind?

Not necessarily. You need to check the internal diameter of your roller tube or headrail. Most 'DIY' motors require a 1.5-inch or 38mm tube. If your 23 x 64 blinds are the cheap 'big box' variety with a tiny 1-inch tube, you might need to replace the entire unit rather than just retrofitting the motor.

How do I charge the motor if there are no cords?

Most modern motors use a hidden USB-C port on the end of the headrail. You just plug in a long charging cable once or twice a year. Some people also use a small, discreet solar panel that sits behind the shade to keep it topped off indefinitely.

Are motorized shades loud?

Quality motors are very quiet. You'll hear a soft whirring sound, similar to a laptop fan. In a room with normal ambient noise, you'll barely notice them moving. It’s a far cry from the clatter of pulling manual slats up and down.