For most people, planned obsolescence is something that happens inside a smartphone or a laptop — a battery sealed with glue, a software update that slows everything down, or a new model that makes last year’s look embarrassingly old.
But the truth is bigger and more expensive: planned obsolescence is built into almost everything we use, from refrigerators to power tools to cars, and even into the buildings we live in. The “throwaway logic” of modern manufacturing has quietly reshaped our expectations of durability — and raised the cost of everyday life.
It didn’t used to be this way. Products once lasted because they were designed to last. Today, failure is often engineered.
Photo by Gary Chan on Unsplash
A Short History of Disposable Everything
The idea of manufacturing goods with intentionally shorter lifespans is nearly a century old. In the 1930s, economist Bernard London proposed “programmed obsolescence” as a way to stimulate the economy during the Great Depression. The infamous Phoebus Cartel of lightbulb manufacturers took the idea seriously, enforcing a 1,000-hour bulb lifespan to ensure steady sales.
Giles Slade’s Made to Break: Technology and Obsolescence in America later chronicled how disposability became an American norm — from household appliances to cars to electronics. By the mid-20th century, durability was no longer a selling point. Style, novelty, and forced replacement cycles replaced it.
My Wake-Up Call: Three Dead Mice in Five Years
I didn’t think much about planned obsolescence until it happened to me — three times. In 2019 I bought a Logitech G305. Great mouse, lightweight, crisp buttons. But around the one-year mark, the left button started double-clicking on its own. I assumed it was wear and tear and bought the same model again. The second G305 failed at almost the exact same time, with the exact same issue, almost the moment the warranty expired. So I upgraded to Logitech’s flagship MX Master 3S. Premium feel, USB-C charging, silent clicks — the works. It should’ve lasted years. Instead, in month thirteen, the left click stopped working completely. I asked Logitech if I could get it repaired or repair it myself. The answer: no repair options exist. My only option was to buy a new mouse. A top-of-the-line device became a paperweight because one button failed. It’s pathetic. And it perfectly illustrates a system where even high-end objects are disposable by design.
Your Refrigerator Won’t Last as Long as Your Parents’ Did
If your fridge just died after ten years, you might think you got a lemon. But the data tells a different story.
Studies from Norway and various European consumer groups show statistically significant lifespan drops in major appliances over the last few decades. Fridges that once lasted 20–25 years now average around 12–15. Washing machines that ran for 15–18 years now often die at 7–10.
The Numbers Don’t Lie
- 1970s refrigerators: Average lifespan of 20-25 years
- 2020s refrigerators: Average lifespan of 12-15 years
- That’s a 40% reduction in durability
What changed? It’s not that engineers forgot how to make durable appliances. The shift was deliberate. Manufacturers replaced metal internal gears with plastic. They swapped robust compressors for cheaper models. They designed electronics that fail long before the mechanical parts wear out. And they sealed everything so tightly that repair without destroying the housing became impossible.
Even modern LEDs, which advertise 10–20 years of life, frequently burn out early. The problem isn’t usually the LED element itself — it’s the cheap capacitors in the drivers. The weak part is chosen because it’s inexpensive, not because it’s durable. When that $0.15 capacitor fails, you throw away a $20 bulb.
The pattern repeats everywhere. Higher profit margins aren’t coming from better products — they’re coming from faster replacement cycles.
Electronics: Built to Break
Walk into any Apple Store and try to get a battery replaced on a three-year-old iPhone. They’ll tell you it’s cheaper to just upgrade. That’s not an accident.
Modern electronics are deliberately designed to resist repair. Batteries are glued in. Cases are held together with adhesive instead of screws. When screws are used, they’re often proprietary designs requiring special tools. Software updates slow down older devices. And spare parts? Good luck finding them, even if you know what you’re doing.
The FTC’s Nixing the Fix report investigated manufacturers’ claims that repair restrictions protect safety and intellectual property. The conclusion? There’s little evidence for either argument. What repair restrictions do protect is revenue.
Physical failure and digital obsolescence work hand-in-hand. Your phone’s battery degrades. Your laptop’s operating system stops getting updates. Your wireless earbuds can’t be opened without breaking them. Either way, the result is the same: you buy a new one.
Cars, Tools, and Machinery: When Big Purchases Become Disposable
The shift toward throwaway design isn’t limited to consumer electronics and appliances. It’s invaded the world of cars, power tools, and industrial machinery — products that used to represent long-term investments.
Cars: Software-Locked and Dealer-Dependent
Modern vehicles are computers on wheels. That’s not inherently bad, but manufacturers have weaponized it against repair.
Take John Deere tractors. Farmers who spent $500,000 on equipment discovered they couldn’t fix their own machines. Why? Because the diagnostic software was locked behind dealer-only access. A farmer couldn’t replace a sensor or update firmware without paying a technician to drive out and plug in. This sparked the largest Right-to-Repair movement in the U.S., with farmers literally hacking their own tractors just to keep working.
Consumer cars aren’t much better. Tesla remotely disables features if you buy a used vehicle from an unauthorized dealer. BMW tried to charge a subscription fee for heated seats — hardware already installed in the car. And electric vehicle batteries? Many are sealed into the chassis in ways that make replacement prohibitively expensive, effectively totaling the car when the battery degrades.
Even if the mechanical components are fine, manufacturers can discontinue software support for infotainment systems, navigation, or even critical safety features. Your car becomes obsolete not because it stopped working, but because the company stopped supporting it.
The Dealer Stranglehold
- Proprietary diagnostic tools mean independent mechanics can’t access error codes
- “Authorized-only” parts prevent cheaper third-party alternatives
- Software paywalls lock basic repairs behind dealership visits
- Right-to-repair laws are the only thing pushing back
Power Tools: Built for the Landfill
My grandfather’s Milwaukee drill still works. It’s older than I am. The motor hums, the chuck grips, and the trigger responds. It’s heavy, sure, but it’s never failed.
Compare that to the consumer-grade drills sold today. Most won’t last five years of regular use. The electronic speed controllers burn out. The plastic gearboxes strip. The batteries use proprietary connectors, forcing you into a single brand’s ecosystem. And when one component fails, there’s no repairing it — the entire tool goes in the trash.
The shift happened when manufacturers realized they could make more money selling you the same drill every few years than building one that lasts a lifetime. Industrial-grade tools still exist, but they’re priced out of reach for most consumers. The mass market gets designed-to-fail garbage.
Industrial Machinery: Repair Becomes Illegal
It’s not just tractors. Medical equipment, restaurant appliances, HVAC systems, and manufacturing machinery are increasingly locked behind repair restrictions.
Hospitals can’t fix their own diagnostic equipment without voiding warranties. McDonald’s franchisees can’t repair ice cream machines — they have to call a Taylor Company technician, even for simple fixes. Industrial printers, CNC machines, and production line equipment come with service contracts that forbid independent repair.
This isn’t about protecting trade secrets or ensuring safety. It’s about controlling the lucrative repair market. Companies don’t just want to sell you the machine — they want to be the only ones who can fix it.
Who Pays for All This? You Do.
Planned obsolescence isn’t a victimless business strategy. It has real costs that ripple through the economy.
Consumers bear the immediate burden. Instead of buying a refrigerator once every 20 years, you’re buying one every 10-12. Instead of repairing a $50 component in your laptop, you’re replacing the entire $1,200 machine. Instead of fixing your car at an independent mechanic for $200, you’re paying the dealer $800 because only they have the diagnostic software.
Those aren’t hypothetical examples. They’re monthly realities for millions of people.
Small businesses get hit even harder. A restaurant that used to replace kitchen equipment every 15 years now budgets for replacement every 7-8. Hotels cycle through appliances at unprecedented rates. Contractors find their power tools dying mid-project, forcing expensive emergency replacements. The financial pressure is constant.
Taxpayers end up footing the infrastructure bill. When building materials fail prematurely — waterproofing membranes, roof coatings, HVAC systems in public buildings — it’s public money that pays for early replacement. Cities resurface roads more frequently because asphalt blends are engineered for cost, not longevity.
And the planet? The Global E-Waste Monitor 2024 reports a staggering reality:
62 million metric tons of e-waste generated per year
- Only ~22% is formally collected and recycled
- That number is rising every year
- We are literally burying money, rare minerals, and toxic materials
Every discarded phone contains gold, silver, copper, and rare earth elements. Every trashed appliance is steel and aluminum that could be reused. Every junked car is thousands of pounds of recoverable materials. Instead, most of it ends up in landfills or shipped to developing countries where informal recycling poisons communities.
But Don’t We Need Planned Obsolescence?
Manufacturers have their talking points ready. They’ll tell you that repairability makes devices more expensive. That consumers prefer lower upfront prices. That rapid innovation cycles require frequent upgrades. That safety and intellectual property concerns restrict repair access.
Let’s examine these claims.
“Repairability makes devices too expensive.” The FTC investigated this and found little evidence. Fairphone builds repairable smartphones at competitive prices. Framework sells modular laptops that outperform sealed alternatives. The cost argument is a smokescreen.
“Consumers want cheap upfront prices.” Sure, a $300 laptop sounds better than a $500 one. Until you realize you’ll buy three of them in five years while the $500 one lasts a decade. Suddenly the “cheap” option cost you $900. Manufacturers love this math because it favors them, not you.
“Innovation requires replacement.” Sometimes, yes. But research on barriers to device longevity and quantifying device usefulness reveals that much of what’s labeled “innovation” is actually just designed failure. A phone from three years ago can still handle calls, emails, and apps perfectly fine — the hardware hasn’t become obsolete, the manufacturer just stopped supporting it.
“Safety and IP concerns justify repair restrictions.” The FTC specifically debunked this. There’s no evidence that allowing repair compromises safety or exposes trade secrets. It’s a legal fiction designed to protect repair monopolies.
The uncomfortable truth? Planned obsolescence benefits manufacturers at everyone else’s expense.
The Logic Extends Everywhere
The throwaway mentality has infected industries you wouldn’t expect.
Buildings and construction materials are designed with shockingly short lifespans. Waterproofing membranes rated for 10-15 years get installed on structures meant to last 50-100 years. Why? Because the developer who chooses the materials isn’t the owner who pays for replacement. The incentive is to minimize upfront cost, not lifecycle cost.
Fast furniture from IKEA and Wayfair is designed to last 3-5 years, maybe. Particleboard and dowel construction can’t survive multiple moves. Your parents’ solid wood furniture could last generations. Yours will be landfill before your kids graduate college.
Smart home devices get bricked when companies shut down their cloud servers. Nest, Wink, Revolv — all have disabled or severely limited devices that still physically work but rely on servers the companies decided weren’t profitable anymore. You don’t own the device, you rent access to the company’s infrastructure.
Medical equipment increasingly uses software locks to prevent hospital technicians from performing basic maintenance. A ventilator or MRI machine might sit unused because the manufacturer wants to send their own technician for a repair that takes fifteen minutes.
Infrastructure gets built with the cheapest materials that meet minimum code requirements. Roads need resurfacing more frequently. Bridge components fail prematurely. Public building HVAC systems require replacement decades before they should.
The pattern is universal: build cheap, fail sooner, sell again. It’s not limited to consumer gadgets. It’s the operating logic of modern manufacturing across every industry.
What’s the Alternative?
The good news? Better models exist. They’re not hypothetical — they’re happening right now.
Right-to-repair legislation is gaining traction. New York, California, and Minnesota have passed laws requiring manufacturers to provide parts, tools, and documentation. The European Union is moving toward repairability scores on products. These aren’t perfect solutions, but they’re forcing companies to change.
Design for disassembly is a real engineering discipline. Products can be built to come apart easily, with standard fasteners, modular components, and accessible batteries. Framework laptops prove it works. Fairphone demonstrates it’s commercially viable.
Companies committed to durability still exist. Miele builds appliances designed to last 20 years. Older Toyota models routinely hit 300,000 miles. Patagonia repairs clothing instead of just selling replacements. These aren’t charity cases — they’re profitable businesses that compete on quality instead of replacement cycles.
Circular economy models are emerging where manufacturers retain ownership and responsibility for products throughout their lifecycle. You lease instead of own, creating incentives for durability and refurbishment rather than disposal.
Studies on optimum operational lifespan of household appliances demonstrate that longevity pays off economically and environmentally. Durable products aren’t nostalgia — they’re sound business and policy.
What You Can Do Right Now
- Support companies that offer repair services and spare parts
- Choose products with repairability scores when available
- Contact your representatives about right-to-repair legislation
- Learn basic repair skills — iFixit and YouTube are free resources
- Buy used and refurbished when possible
- Demand transparency about product lifespans before purchasing
The infrastructure for a more durable economy exists. What’s missing is consumer demand and political will.
The Death of What Made Everyday Objects Great
We live in a world where premium appliances last half as long as their predecessors, where electronics fail by design, where repair is discouraged or impossible, and where entire industries depend on you buying the same object over and over.
Planned obsolescence isn’t just a technical issue. It’s an economic one. A cultural one. A political one.
But mostly, it’s a cost — one that consumers, small businesses, and the planet pay while manufacturers profit.
Recognizing it is the first step. Demanding better is the next.
Have your own planned obsolescence horror story? Share it with me