A city that knows how to make and repair, not a disposable society
Across suburban Australia, the Saturday ritual of the petrol mower is quietly giving way to something less noisy and more considered — a convergence of electric tools, shared libraries, and repair cafes that together ask whether ownership and consumption were ever the point. The shift is modest in scale but significant in direction: a culture that once measured capability by what it bought is beginning to measure it by what it can borrow, fix, and return. In this reorientation, the garage becomes less a graveyard of single-use purchases and more a threshold to a community that believes things — and perhaps habits — can be remade.
- Petrol-powered garden tools are quietly poisoning suburban air, with a single hour of leaf-blowing matching the exhaust of driving 1,700 kilometres — a hidden toll embedded in the weekend routine.
- Australia imports over a million outdoor power tools a year, most still running on decades-old engine technology, even as cities worldwide move to ban or incentivise away from petrol equipment.
- Tool libraries like Melbourne's Brunswick — serving nearly 1,400 members with over 2,000 items — are proving that borrowing quality tools beats owning cheap ones, cutting waste, cost, and clutter simultaneously.
- Repair cafes, makerspaces, and 3D-printed replacement parts are spreading a fix-it ethic through communities, but product design — glued parts, proprietary batteries, locked software — keeps working against them.
- The path forward is visible but uneven: electric adoption is accelerating, circular infrastructure is growing, yet the market still rewards disposability over durability.
On a typical Saturday morning in suburban Australia, the roar of a petrol mower carries more than noise — it carries a hidden environmental cost. Small non-road engines powering garden tools produce toxic pollutants at a staggering scale: one hour of leaf-blowing equals the exhaust of driving 1,700 kilometres, and on summer weekends these engines account for up to 20% of certain air pollutants nationally. In California, they have already overtaken cars as the leading source of smog.
Australia still imports more than a million petrol-powered outdoor tools each year, though battery-electric alternatives now exist for virtually every task — quieter, cleaner, and increasingly affordable. The transition costs far less than switching to an electric car, and most manufacturers now design batteries to work across multiple tools. The technology is ready; the culture is catching up.
But the problem runs deeper than exhaust pipes. Australians routinely buy tools they use once and store for years, in a market flooded with cheap, disposable equipment. Tool libraries offer a direct answer. Melbourne's Brunswick Tool Library, operating for 13 years with nearly 1,400 members and over 2,000 items, lets people borrow rather than buy — saving money, reducing waste, and solving the storage dilemma for apartment dwellers. Its leadership is deliberate about stocking quality tools built to last, and is expanding into education, teaching members how to use and repair equipment as a foundation for circular economy thinking.
Across Australia, more than 100 neighbourhood repair cafes now work alongside these libraries, fixing appliances instead of discarding them. Melbourne's city libraries have gone further, opening makerspaces with 3D printers, sewing machines, and soldering equipment — spaces where a broken hinge or a worn garment becomes a project rather than rubbish.
Obstacles persist. Products are still designed with glued parts, unavailable spares, and proprietary batteries that lock consumers to single brands — a philosophy that quietly undermines every repair effort. The infrastructure for sharing and fixing is growing, but unevenly. What is shifting, unmistakably, is the idea of what it means to be capable: less about what you own, and more about what you can borrow, mend, and pass on.
On a typical Saturday morning in suburban Australia, the sound of a petrol-powered mower cuts through the neighbourhood—a familiar ritual for the roughly 57% of Australians who consider themselves capable DIYers. But that familiar sound carries a hidden cost. The small engines powering lawn mowers, leaf blowers, hedge trimmers, and chainsaws across the country produce air pollution at a staggering scale. Operating a commercial leaf blower for just one hour generates the same volume of toxic exhaust—carbon monoxide, nitrogen oxides, volatile organic compounds, and fine particles—as driving a car 1,700 kilometres. A single hour of lawn mowing is equivalent to 480 kilometres of driving. On summer weekends, these small non-road engines contribute up to 20% of certain types of air pollution in Australia, and in California they've already surpassed cars as the primary source of smog-forming pollution.
Australia imports more than a million outdoor power tools annually, the vast majority still running on two-stroke or four-stroke petrol engines that were designed decades ago. The Australian government banned the sale of two-stroke tools in 2020 due to their environmental impact, yet many households continue using them. Dozens of American cities have followed suit, either banning petrol-powered equipment outright or offering incentives to switch. The alternative exists and is increasingly affordable: battery-electric tools that do the same job without the noise, the smell of burnt oil, or the toxic emissions. Harry Barber, a transport consultant and volunteer with Electrify Yarra, points out that electric versions now exist for virtually every type of home and garden tool. The transition is also far cheaper than switching to an electric car, and most manufacturers design their batteries to work across multiple tools, reducing the upfront cost of conversion.
But the environmental problem extends beyond what comes out of the exhaust pipe. The DIY culture itself encourages waste. Australians buy tools they use once, then store them in garages for years or discard them. The market is flooded with cheap, poorly made equipment designed for single use rather than durability. This is where tool libraries enter the picture. Brunswick Tool Library in Melbourne's inner north has operated for 13 years and now serves nearly 1,400 members, making it the largest in the country. Members pay a fee to borrow tools rather than buy them—a simple model that addresses three problems at once: it saves money, it reduces waste, and it solves the storage problem that plagues apartment dwellers and inner-city residents with limited space. The library's inventory exceeds 2,000 items, from Allen keys and clamps to pressure washers and lawnmowers. Ladders are the most popular, followed by vacuums, mulchers, and drill kits that rotate through the community constantly.
Zack Morris, the library's president, emphasizes that the focus is on quality tools built to last and be reused—a deliberate counter to the throwaway culture. The library is also expanding into education, teaching people how to use tools properly and repair them, knowledge that Karina Lee, the vice-president, sees as essential to building a circular economy. Across Australia, more than 100 neighbourhood repair cafes now operate alongside tool libraries, fixing broken appliances and tools rather than sending them to landfill. The data is telling: Australian households own up to eight large appliances and between 10 and 15 smaller ones, yet many are designed in ways that make repair difficult or impossible. Parts are glued rather than screwed. Spare components are unavailable. Batteries and chargers from one brand won't work with another. Software embedded in products makes tinkering nearly impossible. According to Griffith University's Leanne Wiseman, this design philosophy directly undermines the circular economy.
Melbourne's city libraries have begun hosting makerspaces—facilities with sewing machines, 3D printers, laser cutters, and soldering equipment available to the public. The lord mayor, Nicholas Reece, describes a noticeable surge in crafting and repair activity. People are using 3D printers to manufacture replacement parts—a custom hinge, a toy's internal mechanism—and sewing machines to patch and repair clothing rather than discard it. The vision is explicit: a city that knows how to make and repair, not a disposable society. The shift from petrol to electric, from ownership to borrowing, from disposal to repair, represents a fundamental change in how Australians approach DIY culture. Yet obstacles remain. Product design still prioritizes profit over repairability. Proprietary batteries and chargers lock consumers into single brands. The infrastructure for repair and reuse is growing but remains unevenly distributed. What's clear is that the weekend trip to the hardware store is being reimagined—not as a place to buy new tools, but as a gateway to a community of makers and fixers who believe that what's broken can be mended, and what's needed can be shared.
Notable Quotes
Whether it's a mower, or a blower, or a whipper-snipper, or a chainsaw—whatever you need, it can all be electric.— Harry Barber, transport consultant and volunteer at Electrify Yarra
We want to be a city that knows how to make things, who knows how to repair things. We don't want to live in a disposable society where everything gets thrown out on the first break.— Nicholas Reece, lord mayor of Melbourne
The Hearth Conversation Another angle on the story
Why does it matter that a leaf blower produces the same pollution as driving 1,700 kilometres? Isn't that just a comparison?
It's not just a comparison—it's a way of making invisible harm visible. Most people don't think of their garden tools as polluters. But the scale is real. On a summer weekend, these small engines are a major source of smog in Australian cities. It's not about guilt; it's about understanding what we're actually doing.
So why haven't people switched to electric already? They're cheaper than electric cars.
Habit, partly. Petrol tools have been the standard for decades. But also, people don't know the alternatives exist for everything—mowers, blowers, chainsaws, all of it. And there's a perception that electric is weaker or less reliable, which isn't true anymore.
Tool libraries sound nice in theory. But do people actually use them?
Brunswick has 1,400 members and their ladders and vacuums are constantly out. People use what they need without the guilt of owning something that sits unused. It solves a real problem, especially in dense neighbourhoods where space is precious.
What's the biggest barrier to repair, then? Is it cost?
It's design. Manufacturers glue parts instead of screwing them. They make batteries proprietary so you can't use one brand's charger with another brand's drill. They embed software so you can't tinker. It's deliberate. Repair cafes can fix some things, but they're fighting against products designed not to be fixed.
Does the makerspace model actually change behaviour, or is it just a nice amenity?
It changes behaviour because it removes the barrier to trying. If you can use a 3D printer without owning one, you print a replacement part instead of throwing something away. If you can access a sewing machine, you repair clothes. It's not revolutionary—it's just making repair accessible.
What happens next? Is this a real shift or a trend?
It depends on whether manufacturers start designing for durability and repairability. Right now, the infrastructure—libraries, cafes, makerspaces—is growing. But if products are still designed to fail, we're just managing the symptoms, not fixing the disease.