Summary Points
Kaitlyn Cimino / Android AuthorityTL;DR
1. The iFixit teardown shows the Oura Ring 5 is highly unrepairable, with glued titanium casings that cannot be opened without damage.
2. It features an ARM-based Ambic Apollo 3 Blue chipset, a 10.5mAh battery, and 384KB RAM, emphasizing its compact, low-power design.
3. Once the battery fails, the ring becomes essentially useless, and there’s no practical way to replace it, making its lifespan fixed.
4. Despite a recycling program, consumers cannot get refunds or trade-in value, and the company has filed a patent for a replaceable battery version, details unknown.
Oura Ring 5 Teardown: What the Inside Tells Us
The recent teardown of the Oura Ring 5 reveals some surprising facts. Unlike older models, the new version is nearly impossible to repair. iFixit, a popular repair guide company, showed that its design makes fixing or replacing parts very difficult. The ring’s casing is made entirely of titanium, which is strong but tricky to open. Plus, a lot of epoxy glue holds everything together. As a result, experts had to cut through the titanium to access the inside. This indicates that once the battery stops working, most users will have no choice but to replace the entire ring.
Inside, the ring features an Ambic Apollo 3 Blue ultra-low power chipset. It has a Cortex-M4 core running up to 96MHz, with 384KB of RAM and Bluetooth Low Energy 5. These components are packed into a tiny space, powered by a small 10.5mAh battery. While impressive, this compact architecture means limited options for upgrading or maintaining the device. Overall, the teardown confirms that the ring isn’t built to last beyond its battery life, which could be a concern for longevity.
Despite being a high-tech device, the Oura Ring 5 faces criticism because of its fixed design. Repairs and battery replacements remain very challenging for consumers. Although the company offers a recycling program in several countries, it mainly helps with discarding old rings, not extending their lifespan. The $399 price tag could seem steep considering that the device becomes useless once its battery fails. Therefore, users may need to consider this as a short-term health gadget rather than a long-lasting investment.
Designed for Innovation, Not Repairability
Oura has made notable advancements with the Ring 5. It shrinks the size by 40%, making it more comfortable and discreet to wear. The new ring also introduces advanced health features such as Blood Pressure Signals and expanded insights with Health Radar. Additionally, live activity tracking offers users immediate feedback on their wellness. These enhancements make the device more valuable to health-conscious consumers. However, they come with a trade-off in repairability.
Oura did file a patent for a smart ring with a replaceable battery, suggesting the company is aware of the repairability issue. Still, there is no confirmed timeline for this feature or its release. For now, the Ring 5’s design prioritizes a sleek, small form factor and advanced sensors. This comes at the expense of long-term durability and ease of maintenance. Consumers should weigh the importance of new features against the potential for early obsolescence due to battery issues.
While these cutting-edge features are impressive, the device’s limited repair options could be a drawback for many. It underscores a growing industry trend: some products offer high functionality but sacrifice durability. For users interested in staying connected with health trends, the Oura Ring 5 delivers a compact, feature-rich experience. However, those seeking longevity or easy repairs might need to look elsewhere.
Valuable Features Versus Longevity Concerns
The Oura Ring 5 offers a blend of new features and sleek design that appeals to health enthusiasts. Its smaller size and enhanced sensing capabilities provide a richer user experience. The device’s ability to monitor blood pressure and deliver real-time health insights is a significant step forward. These features can help users make immediate lifestyle changes and stay informed about their health status constantly.
However, the design choices underlying the ring’s durability raise questions. Without the ability to repair or replace the battery easily, the device has an estimated fixed lifespan. This limits its long-term value and could lead to more waste. As consumers become more eco-conscious, this aspect could influence purchasing decisions. For some, the convenience of advanced features outweighs the inconvenience of eventual disposal. For others, longevity remains key.
Ultimately, the value of the Oura Ring 5 lies in its innovation. It packs useful health tools into a tiny, unobtrusive form factor. But its lack of repairability signals that it is a device built for the short-term. As technology advances, so do expectations for products that balance sophistication with sustainability. For now, users must decide whether the benefits outweigh the potential for early obsolescence.
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