How to Buy a Phone That Lasts: Understanding Smartphone Repairability Scores in 2026

The era of treating smartphones as disposable, two-year rentals is coming to a close. In 2026, consumers are holding onto their devices longer than ever, driven by rising flagship prices and plateauing hardware innovation.

But keeping a phone for four or five years requires a device that can physically survive the journey. That means being able to replace a degraded battery or a shattered screen without paying the equivalent price of an entirely new phone.

Enter the repairability score. Once a niche metric championed primarily by DIY enthusiasts and independent technicians, repairability has become a central pillar of mainstream smartphone shopping, backed by sweeping new legislation across the globe.

The most significant shift originated in the European Union. As of mid-2025, every new smartphone placed on the EU market must display a standardized A-to-E repairability score on its energy label, right next to its battery life and durability ratings.[1][7]

This label is not merely a voluntary sticker. The EU's Ecodesign Directive established a strict legal baseline for market access, mandating that manufacturers guarantee critical spare parts remain available to repairers for seven years after a model is discontinued.[1][7]

The directive also targets planned obsolescence directly, requiring that smartphone batteries withstand at least 800 full charge cycles while retaining 80% of their original capacity, and that operating system updates are provided for a minimum of five years.[1]

While the EU mandated consumer-facing labels, the United States has focused on dismantling the software barriers that prevent independent repairs. A wave of state-level "Right to Repair" laws has fundamentally altered how devices are serviced in North America.[3][4]

Colorado's landmark legislation, which took effect in January 2026, joined Oregon in explicitly banning a controversial manufacturer practice known as "parts pairing."[4]

Parts pairing uses software to cryptographically lock a device to its original factory components. If a consumer or independent shop replaces a broken screen with a genuine but unpaired part, the software might disable features like facial recognition or display persistent warning messages.[4]

By outlawing this practice, states like Colorado and Oregon have forced manufacturers to open their ecosystems, allowing independent repair shops to use third-party or salvaged components without triggering artificial software locks.[3][4]

The impact of these global regulations is already highly visible in the hardware released over the past year. Teardowns by independent repair advocates reveal a stark departure from the glue-heavy, sealed-glass slabs of the past decade.[5][6]

Samsung's Galaxy S25 Ultra, for instance, introduced intuitive pull tabs for its battery, eliminating the need for heat guns and chemical solvents to pry out a degraded cell. Reviewers noted it was the most repair-friendly Galaxy device in a decade.[5]

Apple has also adapted to the new landscape, expanding its Self Service Repair program and redesigning the internal architecture of the iPhone 16 Pro Max to allow easier access to internal components, earning it high marks from teardown experts.[6]

However, consumer advocates caution that a high physical repairability score does not automatically guarantee an affordable repair. The current EU A-to-E label evaluates how easy a phone is to take apart, but it does not factor in the retail price of the spare parts.[2]

A device might earn an "A" for using standard screws instead of industrial adhesive, but if the manufacturer charges $300 for a replacement display, the economic barrier to repair remains prohibitively high for the average user.[2]

This loophole has prompted right-to-repair coalitions to push for further transparency, arguing that true repairability must include affordable access to components, not just the physical ability to open the chassis.[2]

Despite these ongoing battles over pricing, the landscape for smartphone buyers in 2026 is vastly more transparent and empowering than it was just three years ago. The veil of proprietary hardware has been permanently lifted.

For consumers, the takeaway is clear: treating a smartphone's repairability score with the same weight as its camera resolution or processor speed is the most effective way to ensure the device will last.

By choosing phones with accessible batteries, guaranteed software support, and a robust ecosystem of affordable spare parts, buyers can save hundreds of dollars over the life of their device while keeping perfectly good electronics out of landfills.