The Hidden Costs of Planned Obsolescence

Planned obsolescence is one of the most significant and controversial factors that influences consumer culture. It has an impact on the phones we replace, the clothes we buy, the appliances we throw away as well as the mountains of rubbish that are building up all over the planet.

This article explains what planned obsolescence is, how it operates, why businesses employ it and how it contributes to global waste. It also discusses the growing opposition from consumers, legislators and the Right to Repair movement.

In this Article

What Is Planned Obsolescence?

Planned obsolescence is the practice of creating things with artificially short lifespans so that customers return to purchase replacements sooner rather than later. This can be through designing products with a limited useful life through fragile components, restricted functionality marketing that older models feel outdated and promoting newer versions of products.

This is different from natural wear and tear because the shortened lifespan is intentional and not inevitable. Manufacturers use several forms of obsolescence, such as:

Contrived obsolescence: Some products like wireless earbuds with non-replaceable batteries, are made with weaker parts or sealed elements that cannot be fixed or changed. The entire product is wasted once the battery starts to degrade.
Systemic obsolescence: Older devices lose functionality even if the hardware is still working because of software updates or compatibility changes. Older models may no longer be supported by operating systems, which would prevent users from accessing apps and security upgrades.
Perceived obsolescence: Researchers have identified five factors influencing customers to believe that their perfectly working products are out of date, including, marketing, environmental messaging, technical advancement, social influence and aesthetics.

A Brief History of Planned Obsolescence

Businesses had been experimenting with shortening products lifespan for decades before industrial designer Brooks Stevens popularised the term in 1954. The timeline below shows how these early practices of planned obsolescence gradually became embedded in modern manufacturing and marketing.

1920s- The Phoebus Cartel

Lightbulb manufacturers such as GE, Philips and Osram, decided to standardise bulbs at 1,000 hours rather of the customary 1,500-2,000 hours.

Therefore, engineers purposefully altered bulbs to fail sooner, marking one of the first concerted cases of manufactured low lifespans.
1930s- The Great Depression and Economic Theory

In 1932, economist Bernard London proposed planned obsolescence as a national policy to help the economy recover.

He argued that if things expired on time, buyers would be driven to buy more, keeping factories open and jobs stable.
1950s- Post‑war Consumer Boom

By the mid-century regular replacement has become a societal norm. Annual model changes in cars, appliances, and fashion encouraged buyers to upgrade because the products were out of date rather than because they failed.

The transition from durability to disposability was solidified at this time.

How Companies Use Planned Obsolescence Today

Modern industries use increasingly sophisticated strategies to make consumers replace their products more frequently. For example:

Shortened product lifespans: Electronics, appliances and even clothing are often designed to degrade quickly. Common examples include smartphones and printers.
Software lockouts: Updates may slow older devices or block third‑party components, such as printers rejecting non‑brand ink cartridges.
Proprietary parts and repair restrictions: Many devices are sealed shut, use glued components or require specialised tools, which makes repair difficult or impossible. Also, often times repairing the product is more expensive than buying a new one.
Marketing-driven upgrade cycle: New product launches frame older models as outdated, even when they still function well.

The Environmental Impact Of Planned Obsolescence

Planned obsolescence directly contradicts waste reduction by accelerating consumption and disposal. This can have a negative impact on the environment because of:

E-waste growth: Electronics are one of the fastest-growing waste streams globally. This shows that when devices are designed to fail or become incompatible, they are discarded prematurely.
Resource extraction: Short product lifespans increase demand for raw materials such as rare earth metals, plastics and minerals. This can have a negative impact of our environment.
Toxic pollution: Improper disposal of electronics releases hazardous substances into soil and water.
Global inequality: Much of the world’s e-waste is exported to the Global South, where informal recycling exposes communities to toxic materials.

Planned obsolescence affects more than the environment as it places economic and social pressure on consumers to buy the latest products to keep up with others. This can include:

Financial burden: Consumers spend more money on replacing products sooner.
Loss of repair culture: Local repair shops decline as products become harder to fix.
Corporate dependence: Consumers become locked into brand ecosystems.
Psychological pressure: Constant upgrades fuel anxiety and social comparison.

Why Companies Defend Planned Obsolescence

Manufacturers argue that:

Shorter cycles drive innovation and economic growth.
Consumers expect frequent upgrades.
Competitive markets require constant new features.
Some design choices improve safety or performance.

However, critics highlight the environmental and ethical consequences of this approach.

Right to Repair and Consumer Activism

The Right to Repair movement challenges planned obsolescence by demanding:

Access to spare parts
Repair manuals
Tools and diagnostic software
Longer-lasting products

Legislation in the EU, UK and US is increasingly supporting repairability and durability standards.

What Consumers Can Do

Consumers can:

Use repair cafés and online repair guides
Choose repairable or modular products
Support brands with transparent sustainability practices
Buy second-hand products
Maintain devices to extend lifespans

Conclusion

For almost a century, planned obsolescence has influenced modern consumption, but its environmental cost is unsustainable. Customers, legislators and activists are advocating for a future where items are made to last, repairs are easily accessible and waste is significantly decreased as awareness rises.

Planet Pulse