Planned obsolescence is real, well-documented, and nearly a century old. The practice of deliberately designing products to fail, become incompatible, or feel outdated has been confirmed through historical records, court settlements, and teardown analyses of modern devices. That doesn’t mean every short-lived product is the result of a corporate conspiracy, but the evidence for intentional life-shortening is substantial across multiple industries.
The Lightbulb Cartel That Started It All
The earliest and most clear-cut example dates to January 15, 1925, when major lighting manufacturers including Osram, General Electric, Philips, and Tungsram formed a secret cartel in Geneva called Phoebus S.A. At the time, lightbulbs lasted around 2,500 hours. The cartel standardized bulb life expectancy at 1,000 hours and raised prices, free from competitive pressure. Members held shares in the Swiss corporation proportional to their lamp sales, giving every participant a financial incentive to comply.
The cartel eventually dissolved, but its legacy persisted. Lightbulbs continued to be sold at the 1,000-hour standard long after the agreement ended. This wasn’t a market responding to consumer preferences. It was manufacturers coordinating to make products worse so people would buy more of them.
How Products Are Designed to Fail
Planned obsolescence isn’t a single trick. It takes several distinct forms, first categorized by journalist Vance Packard in 1960 into three types that still hold up today.
- Quality obsolescence is the most straightforward: a product is intentionally designed to break down after a certain period. Components are rated for just enough cycles, or materials are chosen to degrade on a predictable timeline.
- Functional obsolescence happens when a product can no longer work with updated systems. Your phone stops receiving software updates, your printer rejects third-party cartridges, or your smart home device loses compatibility with a new protocol. The hardware still works, but the ecosystem around it has moved on.
- Desirability obsolescence is the subtlest form. The product works fine, but styling changes, new features, or marketing make it feel outdated. This overlaps heavily with consumer psychology, and it’s where the line between corporate manipulation and genuine demand gets blurry.
Modern Examples With Legal Consequences
Two high-profile cases show how planned obsolescence operates in today’s tech industry.
In 2016, Apple released a software update that quietly reduced iPhone performance. The company later said it discovered that aging batteries were causing unexpected shutdowns, and the throttling was meant to prevent them. But Apple never disclosed the issue to customers or offered battery replacements as a first step. Instead, millions of people experienced sluggish phones and assumed they needed to upgrade. A coalition of more than 30 state attorneys general eventually reached a $113 million settlement with Apple over the concealment.
HP has faced its own legal battles over printer cartridges. The company equipped printers with “dynamic security” features designed to block third-party cartridges that replicate HP’s security chips. Consumers alleged in a lawsuit that automatic software updates from HP disabled their printers unless they used HP-branded ink, forcing them to buy cartridges they wouldn’t have otherwise purchased. A federal court dismissed the consumer lawsuit in 2025, but the underlying practice remains controversial.
Design Choices That Block Repair
Even when a product isn’t programmed to fail, it can be engineered to be nearly impossible to fix. Battery design in modern laptops and phones is a prime example. Manufacturers routinely glue battery cells into devices using adhesives that can only be dissolved with specialized solvents, making replacement impractical for consumers and expensive even for professionals. Standardizing the use of screws or mechanical fasteners instead of adhesives would dramatically simplify disassembly, but most manufacturers have moved in the opposite direction.
This isn’t an inevitable consequence of making devices thinner or lighter. It’s a design choice, and it has measurable effects on how long people keep their products. When replacing a $50 battery requires $200 in labor or risks destroying the device, most people just buy a new one.
Consumer Demand Plays a Role Too
It would be oversimplified to blame manufacturers for everything. Research on smartphone replacement in the Italian market found that fashion trends and novelty appeal are strong drivers of early upgrades, independent of any hardware failure. People replace phones that work perfectly because they want the newest camera, a fresher design, or a feature their current device lacks. This “psychological obsolescence” is real, and companies exploit it through marketing, but consumers are willing participants.
The global average smartphone replacement cycle has actually been getting longer, not shorter. In 2014, people replaced their phones every 2.4 years on average. By 2025, that figure stretched to 3.5 years. Higher prices and incremental year-over-year improvements have made people hold onto devices longer, suggesting that when the upgrade feels less compelling, many consumers simply wait.
The Environmental Cost
Whether products fail by design or get replaced out of boredom, the environmental consequences are the same. The world generated a record 62 million metric tonnes of electronic waste in 2022, according to the United Nations. That figure is on track to hit 82 million tonnes by 2030, a 32% increase. E-waste is growing by 2.6 million tonnes every single year, rising five times faster than documented e-waste recycling. Short product lifespans, regardless of the cause, are a major contributor.
Right to Repair Laws Are Pushing Back
Governments are starting to respond. The European Union passed a Directive on repair of goods requiring manufacturers of products like refrigerators and smartphones to offer repairs within a reasonable time and at a reasonable price. Consumers who choose repair over replacement under warranty get an extra year added to their legal guarantee.
In the United States, California, Colorado, Minnesota, New York, Massachusetts, and Oregon have all enacted comprehensive right-to-repair laws in 2023 and 2024. These laws generally require manufacturers to provide independent repair shops and consumers with the tools, parts, software, and documentation needed to fix their own products. California’s law covers any electronics or appliance costing $50 or more. Colorado’s extends to digital electronics, agricultural equipment, and powered wheelchairs. The specific exclusions vary by state (video game consoles, motor vehicles, and some medical devices are commonly exempt), but the trend is clear and accelerating.
These laws don’t outlaw planned obsolescence directly. What they do is remove one of its most effective mechanisms: the ability to lock consumers into manufacturer-controlled repair channels or force replacement by withholding spare parts. When you can swap a battery yourself for $30, the incentive to buy a new device drops considerably.