A decade ago, when a kettle stopped working or a washing machine started making an ominous grinding noise, a certain kind of person would open it up, poke around, and try to figure out what had gone wrong. Today most of us do something different. We look up the price of a replacement, notice that it costs about the same as an hour with a technician, and quietly order a new one. The old device goes to the curb. This habit feels normal, even sensible, but it is actually quite recent, and it is starting to reverse.

How disposability became the default

For most of human history, objects were expensive and labor was cheap, so people fixed what they owned. A pair of shoes was resoled, a coat was patched, a radio was taken to a shop where someone replaced a single failed component. Over the second half of the twentieth century, that ratio flipped. Mass manufacturing and global supply chains drove the cost of finished goods down dramatically, while skilled labor in wealthy countries became more expensive. At some point the arithmetic changed: a new toaster cost fifteen dollars, and no repair worth doing could compete with that.

Manufacturers noticed, and design followed the incentive. Products began to be assembled with glue instead of screws, with proprietary fasteners, with components fused into single non-serviceable modules. Batteries were sealed inside phones. Diagnostic software was locked behind manufacturer-only tools. Some of this was genuine engineering progress — thinner, lighter, more water-resistant devices — but a good deal of it made repair deliberately inconvenient. The phrase “planned obsolescence” gets overused, but the softer reality is real: when replacement is easy and repair is hard, companies sell more units.

The real costs hidden in replacement

Throwing things away looks cheap only because most of the cost is invisible at the checkout. Electronic waste is now one of the fastest-growing categories of garbage on the planet, and much of it contains materials that are both valuable and toxic — copper, gold, lithium, lead, rare earth elements. A great deal of it is shipped to countries with weak environmental controls, where it is burned or picked apart by hand, poisoning the people who do the work.

There is a personal cost too, spread thinly enough that we rarely add it up. A household that replaces a mid-range phone every two years instead of every four is spending hundreds of dollars more per decade for the same basic function. Multiply that across appliances, headphones, laptops, and small kitchen gadgets, and the “cheap” disposable economy turns out to be quietly expensive for the people living inside it. The savings accrue to the manufacturer; the recurring costs accrue to you.

What the right-to-repair movement is actually about

The clearest sign that something is shifting is political. Over the past several years, a loose coalition of farmers, independent repair shops, environmentalists, and ordinary frustrated consumers has pushed “right to repair” from a niche complaint into actual law. The demand is narrower than the name suggests. Advocates are not asking companies to make products last forever. They are asking for a few concrete things: access to spare parts, access to repair manuals and diagnostic tools, and an end to software locks that stop an independently replaced part from working.

The farming example is the one that broke the issue open. Modern tractors are rolling computers, and for years a farmer who replaced a sensor could not get the machine to recognize the new part without an authorized dealer — sometimes during a narrow harvest window when every day of downtime meant real money lost. That absurdity, a person who owned a three-hundred-thousand-dollar machine and was not allowed to fix it, made the principle obvious to people across the political spectrum. Since then, several jurisdictions have passed repair legislation, and some manufacturers have started, grudgingly, to sell parts and publish manuals they once kept locked away.

Repair as a skill worth relearning

Laws change what is possible, but culture changes what is normal, and here the shift is genuinely encouraging. Repair is becoming a hobby, a community activity, and for some people a small point of pride. A few practical developments are driving it:

  • Free online repair guides now exist for a huge range of devices, with step-by-step photos and lists of the exact tools required, so a nervous first-timer can follow along.
  • “Repair cafés” — informal events where volunteers help people fix bikes, lamps, clothing, and electronics — have spread through libraries and community centers in many cities.
  • Modular products designed around easy repair, from phones with replaceable batteries to furniture built to be taken apart, are finding a real market rather than a purely idealistic one.
  • Basic component-level knowledge, like recognizing a blown fuse or a worn drive belt, is once again being taught informally through videos and neighborhood workshops.

What people often report after their first successful repair is not just the money saved but a change in their relationship to their possessions. An object you have opened and understood stops being a sealed mystery. You know what is inside it, you know it can be fixed, and the next small failure produces curiosity instead of a shopping trip.

The limits of fixing things

It would be dishonest to pretend that repair always wins. Sometimes a device really is beyond economical rescue, and sometimes a newer model is genuinely more efficient — a fifteen-year-old refrigerator can waste enough electricity to justify replacement on its own. Repair also asks for something disposability does not: time, patience, and a tolerance for the occasional failed attempt. Not everyone has those to spare, and pretending otherwise turns a practical choice into a moral test, which helps no one.

The honest goal is not to fix everything but to make repair a real option again rather than an obstacle course. When the cards are not stacked against it, more people will choose it more often, and that shift alone would reduce a great deal of waste and expense. We spent fifty years learning to throw things away because the system made that the path of least resistance. The interesting question now is what happens as that resistance, slowly and deliberately, is being removed.