Manual or Motorized? The Seventy-Turn Question
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Should you get a manual or motorized awning?
Extending a ten-foot projection with a hand crank takes roughly seventy turns. That is the number that decides it. Seventy turns is trivial the first time and a genuine deterrent by the twentieth, and an awning that is mildly annoying to open is an awning that stays closed.
So the real question is not whether you can afford the motor. It is how often you intend to use the patio — and who is going to be operating it.
The practical difference
A manual awning extends and retracts with a removable hand crank. A motorized awning uses an electric tubular motor driven by a remote, a wall switch, or a compatible automation interface. The frame and the fabric are doing exactly the same job either way. The only thing that changes is how easily anyone can change the shade.
Which turns out to change behavior more than specification. A crank is entirely workable when the awning gets opened on a Saturday. A button is what gets used when the sun moves three times during one lunch.
When manual is the right call
Manual is not a compromise. It is the better choice in several real situations:
- The patio gets used occasionally. A holiday house, a side deck, a space you sit on a dozen times a summer. Seventy turns twelve times a year is nothing.
- The awning goes out and stays out. Some people extend in June and retract in September, weather permitting, and check the forecast. A motor adds little to that pattern.
- There is no power anywhere near the mount. Running a new circuit out to a far corner of the house can cost more than the motor upgrade. Manual sidesteps it entirely, along with the cord route and the electrician.
- The projection is short. Seventy turns is the figure for ten feet. A seven-foot projection is meaningfully fewer.
- Nothing can fail. A crank has no motor, no limits to drift, no remote to lose and no battery to replace. There is something to be said for that.
Two practical things to check before committing to manual, because they are easy to overlook and awkward to fix. The crank operates from one side of the awning, so there has to be clear access to that side and enough room to turn a long handle comfortably — not a narrow gap between the wall and a railing. And the crank is removable, which means it needs somewhere to live that everyone knows about.
Who is actually going to operate it?
This is the question almost nobody asks themselves, and it settles more manual-versus-motor calls than price does.
Cranking an awning means reaching up and turning a handle steadily for a minute or so. Reach, height, grip and shoulder mobility all come into it. If the person who will be opening the awning most often would find that awkward — now or in a few years — the motor stops being a convenience upgrade and becomes the thing that determines whether the awning gets used at all.
Same logic in a household where several people operate it. A crank that one person finds easy and another finds difficult ends up operated by one person, which means it gets opened when that person is home.
When the motor pays for itself
And it does pay for itself, though not in money.
YOU WILL RETRACT IT WHEN YOU SHOULD
This is the argument that matters and it is a safety argument as much as a convenience one. Wind is what damages awnings, and the correct response to rising wind is to retract immediately. With a remote, that is a button pressed from the table. With a crank, it is seventy turns in weather that is already getting unpleasant — and the honest truth is that people put it off. Plenty of awning damage happens in the ten minutes between deciding to retract and getting round to it.
YOU WILL USE IT DAILY
The whole value of a retractable awning is in the retracting. Shade at two, sun at six, nothing at all in October. That pattern only happens if operating the awning is effortless. Manual owners tend to settle into one position and leave it, which quietly turns an adjustable product into a fixed one.
IT CAN RESPOND WITHOUT YOU
A wind sensor is available on the SunCover 4000 and 5000, and it only exists on motorized units. For a house you are not always at, that is a real advantage — with the caveat that a sensor needs power and setup and can still be outrun by a fast storm.
What the motor package actually includes
Worth knowing so you price the version you will use rather than adding parts for the sake of it.
- The motor itself, with automatic stop at each end of travel
- A remote. Single-channel if you have one awning; multi-channel if you are also running screens and want them grouped sensibly
- An optional fixed wireless wall control, which is more useful than it sounds because the remote will be wherever you last left it
- An optional wind sensor
- An electrical plan — the part people forget. Decide which side the motor sits on, where the cord exits, how power reaches it, and whether it is plugged in or hardwired. Follow local electrical codes and use an electrician where one is required
The reassurance most people wantA motorized SunCover awning keeps backup manual operation if power is lost. You are not stranded with an extended awning and a storm coming because the power went out — that is the failure people imagine and it is designed around. |
On the screen side, there are two motor tiers, and the difference is warranty: the standard motor carries five years, and the upgraded motor carries eight and adds app control. If the screens are going somewhere awkward to reach or service, the longer coverage is worth thinking about.
The DIY angle
Motorizing does not make the mechanical install harder. Brackets, leveling and lifting are identical either way. What it adds is electrical, and that is where the honest line sits: if you are comfortable getting a cord to a suitable outlet, you are fine. If the motor needs a new circuit, a hardwired connection, or anything run inside a wall, hire an electrician for that piece. You can absolutely do the awning yourself and pay someone for two hours of electrical work — that is a normal way to do this.
One operational note either way: motorized units do not run during a power outage. Keep the manual override accessible and know where it is before you need it.
The short version
- Daily-use patio? Motor.
- Occasional use? Manual, guilt-free.
- Windy site? Motor, and add the sensor.
- Anyone who would find cranking awkward? Motor.
- No power nearby and no appetite for an electrician? Manual.
- Ten feet or more of projection? Motor, almost always.
FAQs
Is a motorized retractable awning worth the extra cost?
For a patio used regularly, yes. Extending a ten-foot projection by hand takes roughly seventy crank turns, and awnings that are effortful to operate tend to be left in one position. The motor also means the awning gets retracted promptly when wind picks up, which is what prevents most awning damage.
How many turns does it take to crank out an awning?
About seventy turns for a ten-foot projection. Shorter projections take proportionally fewer.
Does a motorized awning still work in a power outage?
The awning does not run on its motor without power, but a motorized SunCover retains backup manual operation, so it can still be retracted by hand if the power is out.
Is a manual awning hard to operate?
It takes about seventy crank turns for a ten-foot projection, operated from one side of the awning. Reach, height and shoulder mobility all matter, so consider who will be opening it most often — this decides more manual-versus-motor choices than cost does.
Do I need an electrician to install a motorized awning?
Not necessarily. If the motor can reach a suitable existing outlet, no. If it needs a new circuit or a hardwired connection, hire an electrician for that portion — the mechanical install is the same either way and can still be done yourself.
What is the difference between the standard and upgraded screen motor?
Warranty length and app control. The standard motor carries five years of coverage; the upgraded motor carries eight and supports app integration.