Is it worth it? That is the honest question most people are actually asking when they look into motorised blinds, and it deserves an honest answer rather than a sales pitch. Motorised window coverings have moved well past the novelty stage, but they are still a bigger upfront decision than a manual chain or wand, so it is worth understanding exactly what you are paying for and where the value genuinely shows up before you decide.
What You’re Actually Paying For
A motorised blind quote is really three things bundled together: the motor itself, the control system, and the installation. In Australia, motorised blinds typically cost anywhere from around $300 to $1,500 or more per window, and where you land in that range depends heavily on the power source you choose.
Power option | Typical cost | Best suited to |
Battery powered | Roughly $300 to $600 per window | Existing homes, no electrician required, recharge every few months |
Solar powered | Roughly $350 to $650 per window | Windows with good sun access, no cabling or recharging needed |
Hardwired | Roughly $500 to $1,200+ per window | New builds or renovations where an electrician is already on site |
Hardwired systems generally cost more up front because they need a licensed electrician for the cabling, but they avoid any recharging altogether and suit a whole home automation setup. Battery and solar options skip the electrical work entirely, which keeps installation simpler and is often the more practical route for an existing home rather than a new build.
Where the Value Actually Shows Up
The most obvious win is convenience on windows you cannot easily reach, think skylights, high stairwell windows, or anything above a kitchen sink or benchtop. But the value goes further than reach.
Scheduling is where motorisation starts paying for itself day to day. The Australian Government’s energy.gov.au notes that windows are responsible for almost 90 percent of the heat a home gains, so a blind that closes itself automatically before the afternoon sun hits a west facing window is doing real, measurable work rather than just looking clever. Set once, it happens every single day without anyone needing to remember.
It also suits the way a lot of households actually live. If you are away at work when the sun is at its worst, or you simply forget to close blinds before you head out, automation removes the human error from the equation entirely.
The Safety Argument Most People Miss
Australia has a mandatory national safety standard for corded internal window coverings, overseen by the ACCC, because looped cords have been linked to child strangulation incidents in the home. The standard requires safety devices such as cord guides and cleats on any corded product, and installers must comply with strict cord length and labelling rules.
Motorised blinds sidestep this issue entirely by removing the cord altogether. For households with young children or grandchildren visiting regularly, that is not a minor convenience, it is one less safety device to install, maintain, and remember to use correctly. We have covered this in more depth in our child safe window coverings guide, which is worth reading if safety is your main reason for considering automation.
Motorisation is not limited to blinds either. If you are furnishing a whole room, our motorised curtains range uses the same underlying motor technology and can be run from the same app or remote.
Common Myths About Motorised Blinds
Myth: They are unreliable and break down often. Quality motors from established brands are built for tens of thousands of open and close cycles and typically carry a warranty of three to five years, with some running well past that with normal use.
Myth: You are stuck if the power goes out. Most battery and solar motors include a manual override, and even many hardwired systems can be operated by hand in an emergency. It is worth confirming this specific feature with your installer before you buy.
Myth: It is only worth doing in a brand new build. Battery powered motors were built specifically for retrofitting into existing homes without any rewiring, which makes motorisation realistic for almost any renovation or upgrade project.
Myth: It costs far more than people expect. Entry level battery motors start at a similar price to a good quality manual blind once you account for the fabric and fitting, and the price gap has narrowed noticeably over the last few years as the technology has matured.
So, Is It Worth It?
Motorised blinds tend to be genuinely worth it if you have hard to reach windows, want to automate temperature control through the day, have young children in the house, or you are already planning an electrician visit for a renovation. They are a less obvious priority if your budget is tight and your windows are all easily reachable with a wand or chain, in which case a well chosen manual blind will do the job just as well for less money.
The right answer really depends on your specific windows and household, and that is exactly what a free measure and quote is for. Bring your questions and we will walk you through what would suit your home best.
Frequently Asked Questions
Q. Can I motorise blinds I already own?
In some cases, yes, particularly if the blind is a standard roller style. It is worth having a consultant look at your existing blinds before assuming a full replacement is needed.
Q. Are motorised blinds noisy?
Quality motors from established brands run quietly, with noise levels comparable to a quiet electric fan at most. Cheaper, unbranded motors are usually where noise complaints come from.
Q. Do motorised blinds work with Google Home or Alexa?
Most current motor ranges support voice control through major smart home platforms, either directly or through a small bridge device. Confirm compatibility with your specific ecosystem before you buy.
Q. How much does it cost to run motorised blinds day to day?
Running costs are minimal. Battery and solar motors draw very little power, and hardwired motors only use electricity briefly while actually moving, so the ongoing cost is negligible compared to the energy savings from good scheduling.





