The clock is ticking. From 1 January 2027, every owner-occupied home in Queensland must have interconnected photoelectric smoke alarms. Here's what that means and how to get sorted.
Queensland's smoke alarm legislation has been rolling out in stages since 2017. Rental properties and homes sold after 2022 were required to comply first. Now it's the final stage: owner-occupied homes must meet the new requirements by 1 January 2027.
This isn't optional, and it isn't a recommendation. It's law. If your home doesn't comply by that date, you're in breach of the legislation — and more importantly, you're putting your household at risk.
The requirements are specific. Your home must have:
The interconnection requirement is the key change. Standalone alarms — even if they're photoelectric — don't meet the new standard unless they're linked together so that when one detects smoke, every alarm in the home activates simultaneously.
You have two compliant options for interconnection:
These are wired directly into your home's electrical system and interconnected via cabling. They include a backup battery so they still function during a power outage. This is the gold standard — reliable, permanent, and no batteries to worry about for the life of the alarm. Hardwired installation must be done by a licensed electrician.
These are battery-powered alarms that interconnect wirelessly via RF (radio frequency). They're a solid option for homes where running new cabling through walls and ceilings isn't practical — for example, concrete slab construction or homes where access is restricted. The batteries last 10 years, at which point the entire unit is replaced.
Both options are fully compliant. We'll assess your home and recommend the best approach based on your construction type, existing wiring, and budget.
From 1 January 2027, non-compliant owner-occupied homes will be in breach of Queensland's fire safety legislation. Beyond the legal implications, the real risk is to your family's safety. Interconnected photoelectric alarms detect smoke earlier and give every occupant in the home simultaneous warning — including people sleeping in bedrooms furthest from the source of a fire.
House fires move fast. The difference between an early warning and a delayed one can be measured in minutes — and those minutes matter.
The deadline is 1 January 2027, but waiting until December 2026 is a risk. Here's why:
Getting it done now means you avoid the rush, you get the job done properly, and your home is protected today — not in 2027.
We've been upgrading smoke alarms across the Sunshine Coast since the legislation was first introduced. Here's how the process works:
Most homes can be fully upgraded in a single visit.
Don't wait for the deadline. Call Joel on 0418 416 481 to arrange your smoke alarm assessment, or send through an enquiry and we'll be in touch.
If you're going with hardwired (240V) alarms, yes — they must be installed by a licensed electrician. Wireless interconnected alarms with 10-year lithium batteries can technically be installed by a homeowner, but we recommend professional installation to ensure correct placement, interconnection testing, and compliance documentation.
Only if they're also interconnected. Standalone photoelectric alarms — even relatively new ones — don't meet the 2027 requirements unless they're linked so that when one activates, they all activate. In most cases, a full replacement with purpose-built interconnected alarms is the simplest and most reliable path to compliance.
At minimum: one in every bedroom, one in every hallway that connects bedrooms, and one on every level of the home. The exact number depends on your floor plan. For a standard three-bedroom, single-storey home, you're typically looking at four to five alarms. We'll assess your layout and give you the exact count.
Ionisation alarms respond faster to flaming fires but are slower to detect smouldering fires — which are the most common type of house fire. Photoelectric alarms detect smouldering smoke earlier, giving you more warning time. QLD legislation now requires photoelectric alarms specifically because of this early detection advantage.