Tag Archives: Sensor

AirPods Pro 3 vs Pro 2: Should You Actually Upgrade in 2026?

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Eight months after Apple shipped the AirPods Pro 3, the comparison has quietly shifted. Nobody is really debating whether the Pro 3 are good. They are. The more interesting question, the one actually driving search traffic right now, is whether the Pro 3 are worth it when the Pro 2 can be had for around $167 renewed, and when both models share the same H2 chip.

That last part matters more than it sounds. Apple’s decision to keep the H2 chip in the Pro 3 means both generations run the same core software features, including everything arriving with iOS 26. That’s not a knock against the upgrade. It’s just a useful signal about where Apple actually spent its engineering effort this cycle. The answer is the body.

Design: Apple

The AirPods Pro 3 ship with a redesigned fit system, adding foam-infused ear tips across all sizes and a new extra-extra-small option for a noticeably deeper seal. That revised fit is doing real work. It’s part of why independent testing from RTINGS shows the AirPods Pro 3 outperforming the Pro 2 on noise isolation, especially with street-level and mid-frequency noise. The ANC improvement is real, and most of it comes from better physics, not a completely overhauled processing stack.

Then there’s the durability jump. IP57 replaces IP54, meaning the AirPods Pro 3 can survive submersion in a meter of water for up to 30 minutes, compared to the AirPods Pro 2’s more modest splash resistance. If you work out in the rain or tend to leave things near water, that’s a quiet but meaningful upgrade. Battery life lands at eight hours with ANC on, a clear step up from the Pro 2. Worth noting, though: using the heart-rate sensor drops that figure to roughly 6.5 hours per charge, so those gains are conditional depending on how you actually use the earbuds. Which brings us to the feature doing most of the marketing heavy lifting.

The heart-rate monitor is the AirPods Pro 3’s most discussed addition, and it’s genuinely well-implemented. You can track over 50 workout types on iPhone alone, without an Apple Watch, logging heart rate and calorie burn throughout. If both devices are present, Apple’s system pulls from whichever sensor is giving more reliable data at the time. That’s a thoughtful design call.

But here’s the thing. If you already wear an Apple Watch, the heart-rate sensor in your ears becomes a nice backup, not a reason to upgrade. The people for whom this feature is genuinely transformative are iPhone-first fitness users who aren’t wearing a watch, or people who prefer fewer devices on their body during a workout. For everyone else, it reads more like product ambition than personal necessity.

So where does the AirPods Pro 2 still hold its ground? Almost everywhere a casual listener, commuter, or Apple Watch owner actually lives. The H2 chip delivers the same spatial audio, the same call quality baseline, and the same hearing health features, including the hearing test and hearing aid mode. At $167 renewed, the Pro 2 offers a level of performance that would have been considered flagship just two years ago.

The AirPods Pro 3 are the better earbuds. They fit better, block more noise, last longer on a charge, and carry the kind of health-sensor integration that signals where Apple wants this product category to go. But better earbuds and better value are not the same thing, and in May 2026, that distinction matters.

If you don’t own AirPods Pro yet, the Pro 3 are the ones to get. If you already own the Pro 2 and they still fit and function well, this is not a compelling upgrade unless the heart-rate tracking or the improved seal solves a real problem for you. At $167 renewed, the AirPods Pro 2 remain one of the most capable earbuds at their price, chip-for-chip. Apple builds excellent products. It also builds excellent arguments for buying last year’s excellent products at a discount.

The post AirPods Pro 3 vs Pro 2: Should You Actually Upgrade in 2026? first appeared on Yanko Design.

This Coin-Sized Sensor Turns Any Analog Watch Into a Fitness Tracker

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There is always a persistent tension in the watch world. Smartwatches do a lot, but they rarely look good doing it. Analog watches look exceptional, but they’ll never ping you when you’ve hit 10,000 steps. The Ganance Heir is a small, coin-sized sensor that quietly sits on the caseback of your watch and bridges that gap… no screen, no subscription, no compromise.

Developed by a Chicago-based startup with a focus on intentional technology, the Heir attaches to the caseback of most watches using a micro suction disc. At 30 mm in diameter and just 3 mm thick, it weighs a feather-light 5 grams. You’d barely know it’s there. Swap it between watches in seconds, slot it into the HeirBand for gym days when you’d rather not ruin a leather strap with sweat, and carry on.

Designer: Ganance

The feature set is deliberately restrained. The Heir tracks steps, distance, and calories, pushing that data to the Ganance iPhone app and Apple Health. It vibrates to alert you to incoming calls and texts, and a single or double tap controls media playback. Three levels of vibration strength give you a degree of personalization, and tap input can be disabled entirely through the app. No heart rate sensor, no always-on display, no noise.

An Android app is currently in development, expected around late June alongside the next batch of shipments. At that point, the device will also sync with Google’s Health Connect, opening it up to a wider ecosystem of fitness apps. Future updates already on the roadmap include activity type splitting, sedentary time tracking, adaptive goals, a silent alarm, WhatsApp and Slack vibration alerts, task reminders, and weather-based activity recommendations.

The Heir isn’t without its limitations. Battery life sits at 42 hours, meaning a daily top-up via the proprietary dock is essentially non-negotiable. Early adopter reviews have flagged some inconsistencies with step tracking and connectivity, though Ganance says those issues are actively being addressed.

Ganance isn’t the first to explore this concept — the Chronos and Germany’s Trivoly tried similar approaches without gaining lasting traction. Whether the Heir has the staying power its predecessors lacked remains to be seen. The Heir is available to pre-order at $149, with the HeirBand priced at $39 or bundled together for $169. Shipping is expected this spring across the US, Canada, the UK, and select European countries.

The post This Coin-Sized Sensor Turns Any Analog Watch Into a Fitness Tracker first appeared on Yanko Design.

Aqara FP300 Detects You Even When You’re Sitting Perfectly Still

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Smart home sensors have gotten pretty good at detecting when you walk into a room, but they’re still terrible at knowing when you’re actually there. Most motion sensors trigger when you move, then assume you’ve left the moment you sit down to read or work at a desk. That means your lights flicker off while you’re still in the room, forcing you to wave your arms like you’re trying to flag down a rescue helicopter. It’s the kind of everyday annoyance that makes smart homes feel less smart and more like they’re making educated guesses.

The Aqara Presence Multi-Sensor FP300 solves this with a combination of PIR and 60GHz mmWave radar sensors that detect both motion and stationary presence. That dual-sensor setup means the device knows you’re there even if you’re sitting perfectly still, which is exactly what presence detection should have been doing all along. The sensor also packs temperature, humidity, and light sensors into its compact body, turning it into a five-in-one device that can automate everything from lighting to climate control based on actual occupancy.

Designer: Aqara

The FP300 itself is a small, cylindrical unit that measures just 42mm on each side and 50mm tall. It’s designed to blend in rather than stand out, with a clean white finish and subtle Aqara branding. The real advantage is how flexible placement can be. You can mount it on walls or ceilings, stick it in corners, attach it to magnetic surfaces like refrigerators, or just set it on a shelf or desk without any mounting hardware at all. That wireless freedom is rare for presence sensors, which usually require wired power or specific mounting positions.

Of course, being battery-powered raises questions about longevity, but Aqara claims up to three years of battery life when using Zigbee, or two years with Thread. That’s running on two replaceable CR2450 coin cells, which is surprisingly long for a device that’s constantly monitoring presence and environmental conditions. You can extend that further by disabling certain sensors or adjusting reporting intervals if you don’t need every data point the device can collect.

The FP300 supports both Zigbee and Thread protocols, which means it works with pretty much every major smart home platform through Matter. Apple Home, Google Home, Alexa, SmartThings, and Home Assistant are all compatible, though you’ll need either an Aqara hub for Zigbee or a Thread border router to get everything working. Using Zigbee unlocks extra customization options in the Aqara Home app, like adjusting detection sensitivity and tweaking reporting intervals.

What makes the FP300 feel genuinely useful is how those five sensors work together. The presence detection ensures lights stay on when you’re in the room, while the light sensor prevents them from turning on during the day. The temperature and humidity data can trigger your HVAC system only when someone’s actually home, saving energy without sacrificing comfort. It’s the kind of layered automation that makes smart homes feel less gimmicky and more practical.

At around $50, the FP300 sits between basic motion sensors that miss half your movements and wired presence sensors that cost more and require professional installation. For anyone building out a smart home without tearing into walls or dealing with complicated wiring, that’s a reasonable trade-off. The fact that you can just plop it on a shelf and have it start working makes the whole setup feel refreshingly simple for once.

The post Aqara FP300 Detects You Even When You’re Sitting Perfectly Still first appeared on Yanko Design.

This modular bracelet concept lets you choose how smart you want your jewelry to be

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The popularity of the Apple Watch has finally given smartwatches their place in the market, making them understandable and even desirable. Of course, that doesn’t mean that everyone now wants a smartwatch, especially those who prefer mechanical watches or have different aesthetic tastes. Unfortunately, the majority of wrist-worn smart trackers seem to be made with sporty and rugged designs in mind. Given hardware requirements, that’s not exactly surprising, but that shouldn’t stop designers from imagining what’s possible. One such dream is reflected in this minimalist yet distinctive bracelet that throws all smart wearable design conventions out the window, offering a modular piece of jewelry that is smart in more ways than one.

Designers: Akasaki Vanhuyse, Astrid Vanhuyse

If you remove the actual time-keeping function of a smartwatch or a fitness tracker, all you’re really left with are the sensors that actually do the work of keeping tabs on different metrics of your health, directly or indirectly. A display isn’t even necessary since you can always check those figures on a smartphone. In fact, a display might even be detrimental because of the distractions it pushes your way or how it clashes with some fashion styles. Smartwatch designs are primarily constricted by hardware such as displays and big batteries, but what if you could be free of those restrictions?

That’s what the BEAD concept seems to be proposing, offering the same health and wellness monitoring functionalities but in a form that is a bit more universal and, at the same time, more personal. At the heart of the design are the beads, actually tiny cylinders that each hide a single sensor used to track a specific biometric like a pulse oximeter or an accelerometer. Each bead is an independent unit, free from displays or large batteries, performing a single task and performing it to perfection.

The idea is that you can combine any number of these beads on a string or wire to achieve the same collective effect as a fitness tracker. You wear it around your wrist like a bracelet, held together at the ends by magnets in the shape of half-spheres. The wire is white, plain, and unadorned, which puts a bigger visual focus on the beads. Those beads themselves carry a brushed metal finish that helps hide whatever scratches they may incur over time while also giving them unique characters.

You can add or remove as many of these modular beads as you need, only paying for the functionality you actually use. It also makes repairing broken beads easier, since you only need to replace that single piece. Admittedly, the industrial aesthetic might not appeal to everyone’s tastes, but the concept opens the possibility of using different, perhaps more stylish designs that will truly create a fusion of fashion and technology in a simple smart bracelet.

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