The Right-to-Repair Revolution: How Modular Smartphones are Changing the Way We Buy Devices

For the better part of a decade, buying a premium smartphone meant accepting a beautiful but fragile glass sandwich held together by industrial adhesive. If the battery degraded after a few years or the screen cracked from a minor drop, the device was often destined for a landfill or an expensive trip to an authorized service center. Consumers were locked out of their own hardware, forced to rely on proprietary tools and manufacturer goodwill just to keep their daily drivers functional.

But in 2026, the era of the "disposable" smartphone is rapidly coming to an end. Driven by a combination of stringent new regulations, shifting consumer demand, and the relentless advocacy of the right-to-repair movement, the industry has fundamentally altered how smartphones are designed, manufactured, and sold. Repairability is no longer a niche feature for tech enthusiasts; it has become a mainstream purchasing criterion that empowers users and saves them money.

The most significant catalyst for this shift arrived in the European Union. As of June 2025, smartphones sold in the EU are required to display a repairability score directly on their energy labels. This mandate has forced manufacturers to compete not just on camera megapixels or processor speeds, but on how easily a consumer can swap out a dying battery. The transparency has made long-term durability a highly visible metric on store shelves.[5]

At the forefront of this revolution is Fairphone, a company that has long treated repairability as its primary selling point. The brand's recent models have consistently earned perfect 10/10 scores from independent repair authority iFixit. By prioritizing ethical sourcing and modularity, Fairphone proved that a sustainable device could still deliver a modern Android experience without compromising on core functionality.[4]

Fairphone achieves its perfect scores by utilizing a strictly modular design where components like the USB-C port, camera modules, and battery can be swapped out with a standard Phillips-head screwdriver. Combined with a guarantee of up to eight years of software updates, the device is engineered to last the better part of a decade, drastically reducing the total cost of ownership for the consumer.[4]

While Fairphone established the gold standard, mainstream brands are now adopting similar philosophies to capture the mid-range market. HMD Global, the maker of Nokia-branded devices, recently launched the HMD Skyline, which earned the title of "Most Repairable Smartphone" from prominent teardown analysts. The device proves that repairability does not have to come at the expense of premium aesthetics.[3]

The Skyline introduces what HMD calls "Gen2 repairability." Instead of relying on heat guns to melt stubborn glue, the phone features a specialized Torx screw that releases the back cover. A simple prying tool or the edge of a plastic card is all that is needed to pop the casing off and access the internal components, making the process accessible even to novices.[2][7]

Inside the Skyline, the traditional adhesive used to secure the screen has been replaced by a foam gasket, and the battery utilizes a carefully calibrated adhesive that releases with a gentle pull. This thoughtful engineering earned the device a 9 out of 10 repairability score from iFixit, demonstrating that mass-market phones can be both sleek and highly modular.[2]

Even the industry's biggest giants have been forced to pivot in response to regulatory pressure and consumer sentiment. Apple, which historically opposed right-to-repair legislation, has significantly expanded its Self Service Repair program. By 2025, the program had rolled out to 34 countries, including a recent expansion into Canada, covering dozens of Mac and iPhone models.[1]

Apple's program allows consumers who are comfortable with electronics to order genuine parts, rent professional-grade toolkits, and access official repair manuals. Following a successful repair, customers can return their used parts for recycling in exchange for a credit toward their initial purchase, creating a closed-loop system for e-waste.[8]

Apple has also made internal design changes to facilitate easier access for both DIYers and independent shops. Recent iPhone models feature a redesigned chassis that allows the back glass to be removed independently of the display. This architectural shift prompted iFixit to raise the device's repairability score to a 7 out of 10, a marked improvement from previous generations.[6]

The shift toward repairability relies heavily on independent ecosystems to keep manufacturers honest. Organizations like iFixit have become the de facto standard for evaluating these devices, meticulously documenting the number of steps, the type of fasteners, and the availability of spare parts required for common fixes. Their teardowns provide the data that fuels both consumer choice and regulatory frameworks.[6]

However, the transition to modular smartphones is not without its engineering trade-offs. Designing a phone to be easily opened often compromises its ability to keep out water and dust. While traditional glued flagships boast IP68 water resistance, highly repairable phones like the HMD Skyline often settle for an IP54 rating, meaning they can survive a splash but not a full submersion.[2]

Furthermore, the battle over "parts pairing"—where a manufacturer uses software to lock a specific component to a specific device motherboard—remains a point of contention. While Apple has improved its Repair Assistant software to better calibrate new parts, critics argue that software locks still create unnecessary hurdles for third-party repair shops trying to harvest parts from donor phones.[6]

Despite these ongoing challenges, the financial math for consumers has fundamentally changed. A DIY battery replacement using official parts and guides can cost a fraction of the price of an out-of-warranty service center visit. By extending the life of a phone from three years to five or more, users are saving hundreds of dollars while enjoying a fully functional device.

As shoppers navigate the smartphone market in 2026, the ability to fix a device at home is no longer an afterthought. It is a core feature that promises to empower users, break the cycle of forced upgrades, and put a significant dent in the millions of tons of electronic waste generated each year. The right to repair has finally become a reality.