Google Pixel 9a VS Motorola Moto G86 Power

Both the Google Pixel 9a and the Motorola Moto G86 Power share a strong foundation in terms of protection: both carry an IP68 rating, meaning they are rated waterproof under the same conditions. Neither adopts a rugged or foldable form factor, so they compete squarely as standard slabs aimed at mainstream users who still want peace of mind around water exposure.

Where the two diverge is in their physical footprint and weight. The Moto G86 Power is noticeably larger — taller at 161.2 mm vs. 154.7 mm, wider at 74.7 mm vs. 73.3 mm, and with a greater overall volume (104.76 cm³ vs. 100.92 cm³). It also weighs 198 g compared to the Pixel 9a's 186 g — a 12-gram difference that, while seemingly minor on paper, is perceptible during extended one-handed use or when carrying the phone in a pocket all day. The Moto G86 does edge out a marginal win in thinness at 8.7 mm vs. 8.9 mm, though a 0.2 mm gap is essentially imperceptible in daily handling.

Overall, the Pixel 9a holds a clear ergonomic edge in this category. It is more compact across nearly every dimension and meaningfully lighter, making it the more comfortable device to hold and carry. The Moto G86 Power's slight thinness advantage does not offset its larger footprint and heavier body. For users who prioritize a more pocketable, manageable design without sacrificing water resistance, the Pixel 9a is the stronger choice here.

At the panel technology level, both phones are evenly matched — each sports an OLED/AMOLED display with a 120Hz refresh rate, delivering smooth scrolling and deep blacks typical of the technology. The meaningful separation emerges when you look at size, resolution, and protection. The Moto G86 Power offers a larger 6.67″ screen versus the Pixel 9a's 6.3″, and pairs it with a sharper 1220 x 2712 px resolution that yields a pixel density of 446 ppi — noticeably higher than the Pixel 9a's 422 ppi. In practice, this translates to crisper text, finer detail in images, and a more premium-feeling visual experience, particularly for users who view content up close.

Two spec differences stand out beyond raw sharpness. The Moto G86 Power supports HDR10+ — an enhanced standard offering dynamic, scene-by-scene tone mapping for compatible content — while the Pixel 9a tops out at HDR10. On the flip side, the Pixel 9a includes an Always-On Display, a genuinely useful feature that lets users check time, notifications, and widgets without fully waking the screen — a convenience the Moto G86 Power lacks entirely. Screen durability is also a notable divergence: the Moto G86 Power uses Gorilla Glass 7i, a significantly more recent generation than the Pixel 9a's Gorilla Glass 3, offering meaningfully better resistance to drops and scratches in everyday use.

On balance, the Moto G86 Power holds the display edge in this comparison. Its higher resolution, superior pixel density, HDR10+ support, and newer protective glass collectively outweigh the Pixel 9a's Always-On Display advantage. Users who prioritize visual fidelity and screen durability will find the Moto G86 Power the stronger performer here.

The performance gap between these two devices is substantial and consistent across every benchmark. The Pixel 9a's Google Tensor G4 chip scores 1,071,616 on AnTuTu versus the Moto G86 Power's 777,200 on its MediaTek Dimensity 7300 — a difference of nearly 38%. The Geekbench 6 results reinforce this decisively: the Pixel 9a leads in both single-core (1600 vs. 1026) and multi-core (4500 vs. 2932) tests. Single-core performance is particularly relevant for everyday responsiveness — app launches, UI interactions, and general snappiness — while multi-core scores reflect how well a phone handles demanding parallel workloads like video editing or heavy multitasking. The Pixel 9a holds a commanding lead on both fronts.

One interesting counterpoint is RAM speed: the Moto G86 Power's memory runs at 6400 MHz compared to the Pixel 9a's 4200 MHz. Faster RAM can improve data throughput in memory-intensive tasks, but this advantage is insufficient to offset the Tensor G4's broader computational lead as reflected in the benchmark scores. Where the Moto G86 Power does win outright is storage: it offers 512GB of internal space versus the Pixel 9a's 256GB — a meaningful practical advantage for users who store large media libraries or avoid cloud services.

The Pixel 9a holds a clear and significant performance advantage in this category. The benchmark margins are too wide to be dismissed as synthetic noise — they reflect real-world differences in processing power that will show up in gaming, computational photography, and sustained workloads. The Moto G86 Power's storage lead is a genuine perk, but users who prioritize raw speed and processing capability should consider the Pixel 9a the stronger performer here.

The rear camera systems are closer than they first appear. The Moto G86 Power leads marginally on primary megapixels (50 MP vs. 48 MP), but the Pixel 9a counters with a higher-resolution ultrawide lens (13 MP vs. 8 MP) and a BSI sensor — a backside-illuminated design that captures more light per pixel, which typically translates to improved performance in low-light conditions. The Pixel 9a also retains manual shutter speed control, a feature absent on the Moto G86 Power, giving more hands-on photographers greater creative flexibility.

Video is where the Pixel 9a pulls meaningfully ahead. It records at 4K 60fps versus the Moto G86 Power's cap of 4K 30fps — a significant difference for anyone shooting action footage or wanting smoother, cinema-grade video. The Pixel 9a also supports HDR10 video recording, which the Moto G86 Power lacks entirely, resulting in richer dynamic range in compatible footage. The front-facing camera tells a different story, however: the Moto G86 Power's 32 MP selfie shooter substantially outresolves the Pixel 9a's 13 MP front camera, a clear win for users who prioritize selfie detail or video calling clarity.

Taken together, the Pixel 9a holds the stronger overall camera package for most users — its video capabilities, BSI sensor advantage, and more capable ultrawide make it the more versatile shooter. The Moto G86 Power's front camera is a genuine highlight and may tip the scales for selfie-focused buyers, but on the rear system and video performance, the Pixel 9a leads.

Across the vast majority of software features, these two phones are functionally identical — both ship with Android 15 and share the same extensive list of privacy controls, productivity tools, and customization options. Dark mode, dynamic theming, split-screen multitasking, Picture-in-Picture, on-device machine learning, and a full suite of privacy features like camera/microphone controls and app tracking blocking are all present on both devices. For users evaluating day-to-day software experience, the feature parity here is essentially complete.

The one specification that separates them — and it is a consequential one — is OS update delivery. The Pixel 9a gets direct OS updates, meaning it receives new Android versions and security patches straight from Google, typically on launch day. The Moto G86 Power does not have this designation, meaning updates are mediated through Motorola and may arrive later, less frequently, or with a shorter support window. For users who care about long-term software longevity, security patch currency, and access to new Android features as soon as they ship, this is a meaningful real-world difference that compounds over the life of the device.

The Pixel 9a holds a clear advantage in this category, and solely on the strength of direct OS updates. When two phones are otherwise software-equivalent, update reliability and timeliness become the decisive factor — and on that metric, the Pixel 9a is structurally better positioned for users who plan to keep their phone for several years.

Battery capacity is where the Moto G86 Power makes its most compelling argument. Its 6720 mAh cell dwarfs the Pixel 9a's 5100 mAh — a gap of over 1600 mAh that, all else being equal, points to significantly longer time between charges. For heavy users, frequent travelers, or anyone who struggles to reach a charger by end of day, that kind of headroom is a tangible quality-of-life advantage.

The wired charging picture is also slightly in the Moto G86 Power's favor at 30W versus the Pixel 9a's 23W, meaning the larger battery can be replenished at a faster rate. Where the Pixel 9a reclaims ground is wireless charging — it supports it, the Moto G86 Power does not. Wireless charging is a genuine convenience feature for users with charging pads at their desk or nightstand, and its absence on the Moto G86 Power is a real trade-off to weigh against the capacity advantage.

Overall, the Moto G86 Power holds the battery edge for most users. The capacity gap is simply too large to overlook — a 32% larger battery is a substantial endurance advantage that will matter across a typical day of use. The Pixel 9a's wireless charging support is a meaningful perk, but for users who prioritize staying unplugged longer, the Moto G86 Power is the clear choice in this category.

Neither phone includes a 3.5mm headphone jack, and both feature stereo speakers — so for casual listening out loud, the hardware baseline is equal. The meaningful divergence arrives in wireless audio codec support. The Pixel 9a supports both aptX and LDAC, while the Moto G86 Power supports neither. These codecs matter for Bluetooth headphone users: aptX delivers lower-latency, higher-quality audio transmission compared to the standard SBC codec, while LDAC — developed by Sony — enables high-resolution audio streaming at up to 990 kbps, making it the preferred choice for audiophiles using compatible wireless headphones.

The Moto G86 Power's lack of any high-fidelity Bluetooth codec means that users pairing it with premium wireless headphones will be limited to standard SBC transmission, which compresses audio more aggressively and can introduce audible quality loss on capable hardware. For most casual listeners, this difference may go unnoticed, but for anyone who has invested in quality Bluetooth headphones specifically for better audio fidelity, it is a real limitation.

The Pixel 9a holds a clear audio advantage in this comparison. Its LDAC support in particular elevates it for wireless listening quality, and the addition of aptX provides a lower-latency fallback for broader headphone compatibility. With the stereo speaker experience being equal on both devices, codec support becomes the decisive factor — and the Pixel 9a wins it uncontested.

Shared ground is extensive here — both phones offer 5G, NFC, Bluetooth 5.3, USB-C, fingerprint scanning, and identical SIM configurations (one physical SIM plus one eSIM). The divergence emerges in the quality and capability of several key interfaces. Most notably, the Pixel 9a supports Wi-Fi 6E, which extends connectivity into the less congested 6GHz band for faster throughput and reduced interference in crowded environments, while the Moto G86 Power tops out at Wi-Fi 6. The USB gap is equally significant: the Pixel 9a uses USB 3.2, enabling rapid file transfers and broader peripheral compatibility, whereas the Moto G86 Power is limited to USB 2.0 — a considerably slower standard that can make transferring large files or using the port for data-intensive tasks notably more sluggish.

Beyond connectivity standards, the Pixel 9a includes two sensor-driven features absent on the Moto G86 Power: crash detection and a barometer. Crash detection can automatically alert emergency services following a detected vehicular accident — a genuine safety utility — while the barometer enables more accurate altitude readings and weather-related applications. The Moto G86 Power's sole exclusive is an external memory slot, allowing users to expand storage with a microSD card — a practical advantage for those who want flexibility beyond the base internal storage without relying on cloud services.

The Pixel 9a holds the stronger connectivity and features profile overall. Wi-Fi 6E and USB 3.2 are infrastructure advantages that improve the phone's day-to-day utility and future-readiness, while crash detection adds meaningful safety value. The Moto G86 Power's expandable storage is a worthwhile perk, but it does not offset the Pixel 9a's broader set of connectivity and sensor advantages.

The miscellaneous specifications for these two phones are identical across every data point provided: both include a video light, and neither features a sapphire glass display, a curved display, or an e-paper display. There is simply no differentiator to analyze here.

This category is a complete tie. Based strictly on the provided specs, neither the Google Pixel 9a nor the Motorola Moto G86 Power holds any advantage over the other, and this group should carry no weight in a purchasing decision between the two.