Apple and Samsung Repairability Rates

Leading brands like Apple and Samsung deliberately make repairs difficult, causing consumers to spend hundreds or even thousands of dollars on repairs or premature replacements. This strategy is not accidental but a calculated move rooted in technical design choices and corporate policies that prioritize profit over sustainability or user autonomy. Understanding why these giants fall short on repairability is crucial for consumers seeking longer-lasting devices and for environmental advocates fighting electronic waste.

What Truly Defines Smartphone Repairability?

At its core, smartphone repairability hinges on several key factors: easy disassembly, availability of genuine spare parts, clear repair guides, and accessibility of repair tools. The European Union’s EPREL database sets standardized benchmarks for these criteria, which some brands actively neglect. Devices that score well on these parameters—such as Motorola’s modular design—allow users and third-party repair technicians to perform repairs swiftly and cost-effectively, significantly extending device lifespan.

Characteristics of Devices That Excel in Repairability

• Modular Architecture: Easier to replace individual components like batteries, screens, or cameras without dismantling the entire device.
• Accessible Spare Parts: Open availability of genuine parts through reliable sources.
• Clear Repair Guides: Free, detailed manuals that guide through each repair step, ensuring safety and accuracy.
• Standardized Tools: Compatibility with common repair tools, eliminating the need for proprietary equipment.

Brands like Motorola lead with a B+ score thanks to their commitment to modularity and transparency. Conversely, companies assign poor scores—such as Samsung and Apple—often prioritize sleek design and proprietary technology over repair accessibility, making even simple repairs frustrating and expensive.

Top Performers in the 2026 Repairability Index

According to the latest US PIRG report, Motorola surpasses competitors with a B+, thanks to its modular components and willingness to provide repair manuals. Google follows with a C-score, owing to its open-source approach and user-friendly repair guides. These brands demonstrate that prioritizing repairability aligns with consumer demand for sustainable, long-lasting devices and builds brand loyalty.

Why Leading Consumer Electronics Giants Fall Short

Apple scores D–, and Samsung earns a D due to several deliberate design choices:

• Use of specialized glued components that require heat and specialized tools to disassemble.
• Limited availability of official spare parts, often restricted to authorized service centres.
• Sophisticated proprietary adhesives that make component removal challenging.
• Restrictive repair policies that discourage third-party repairs, risking voided warranties.

This approach results in a cycle where consumers are forced to buy new phones or pay hefty repair fees at authorized centers, contributing to a rise in electronic waste and environmental degradation.

Technical and Policy Factors Behind Poor Repairability

Design decisions favoring sleekness and water resistance often hinder repairs. Apple’s sealed cases and Samsung’s use of glue and proprietary screws prevent quick access to internal components. These technical choices are reinforced by company policies that restrict access to spare parts and repair information, creating a monopoly of repair within authorized service centers and dissuading DIY repairs.

Such policies have broader implications: consumers face high repair costs, and devices have shorter lifespans, which accelerates electronic waste problems. Studies indicate that extending device life by just one year could reduce the environmental footprint of electronic waste significantly, yet companies prioritize new sales over durability.

The Step-by-Step Repair Process and Its Challenges

1. Preparation: Acquire appropriate tools such as precision screwdrivers, plastic prying tools, and possibly heat guns for adhesive removal.
2. Disassembly: Carefully unscrew and detach components, following available repair guides (if accessible).
3. Diagnosis: Identify faulty parts, which might involve software testing or visual inspection.
4. Component Replacement: Install new parts, ensuring compatibility and correct connections.
5. Reassembly and Testing: Reassemble in reverse order, then verify device functionality.

In many cases, technical barriers such as glued screens or non-standard screws require professional intervention, which can increase repair costs exponentially and discourage consumers from attempting DIY fixes.

Environmental and Economic Consequences of Poor Repairability

When devices are difficult or impossible to repair, users often replace them prematurely, leading to a surge in electronic waste. According to data, over 50 million tons of e-waste are generated globally each year, with many devices discarded because repairs are economically unfeasible. This practice not only wastes resources but also contributes to pollution, as toxic substances leach into ecosystems.

Moreover, repair costs can range from $50 to $500 per instance, whereas new mid-range smartphones cost between $400 and $1,200. Such disparities incentivize consumers to replace rather than repair, perpetuating the cycle of waste. Implementing repair-friendly designs and making spare parts more accessible can economically benefit consumers—and reduce environmental harm—by extending device lifetimes by years.

Strategies for Smarter Device Selection and Maintenance

• Prioritize brands with higher repairability scores, such as Motorola or Google, known for promoting sustainability.
• Always review repairability ratings before purchasing.
• Invest in official repair manuals and compatible tools for DIY repairs.
• Opt for devices with user-replaceable batteries, screens, and modular components.
• Advocate for policy changes that increase repair transparency and spare parts accessibility from manufacturers.

Being informed empowers consumers to push brands toward more ethical and sustainable practices, ultimately encouraging the industry to prioritize durability and maintainability over sleek, fragile designs.

What’s Next for Repairability Improvements?

The momentum is shifting. European Union regulations now demand higher repairability standards from manufacturers, prompting a wave of innovation focused on modularity and transparency. Major companies could be compelled to reimagine their designs, striking a balance between aesthetics, functionality, and repairability.

Consumers, environmental advocates, and repair specialists must continue to demand more repair-friendly devices. As awareness grows, expect a future where repairing your smartphone is as simple as replacing a battery—saving money, reducing waste, and extending the life of technology we rely on daily.