Motorola Moto G67 Power VS Motorola Moto G86 Power

The most meaningful design difference between these two phones lies in their water protection. The Moto G67 Power carries an IP64 rating, meaning it can resist splashes and dust but should not be submerged. The Moto G86 Power steps up to IP68, which certifies it against full immersion in water — a practically significant upgrade for anyone who uses their phone near pools, in the rain, or in more demanding environments. This is not a trivial spec gap; it represents a fundamentally different level of confidence in day-to-day durability.

The G86 Power also holds an edge in ergonomics. At 198 g and with a footprint of 161.2 × 74.7 mm, it is noticeably lighter and more compact than the G67 Power's 210 g frame spanning 166.2 × 76.5 mm. That 12-gram difference and the shorter, narrower body make the G86 easier to grip and handle one-handed over extended periods — a real comfort advantage for a large-battery phone category where bulk is a common trade-off. Thickness is essentially identical at 8.6 mm vs 8.7 mm, so neither phone wins there.

Overall, the Moto G86 Power has a clear design advantage: it is more compact, lighter, and offers superior water protection. Both phones share a standard flat-slab form factor with no rugged or foldable build, but if portability and liquid resistance matter, the G86 Power is the stronger choice based strictly on these specs.

Panel technology is where these two phones diverge most sharply. The G67 Power uses an LCD IPS panel, while the G86 Power features an OLED/AMOLED display — and that distinction carries significant real-world weight. OLED screens produce true blacks by switching off individual pixels, resulting in higher contrast, more vibrant colors, and better visibility in varied lighting conditions. For media consumption, dark-mode apps, and everyday visual quality, OLED is a meaningful step up from LCD.

The resolution gap reinforces this advantage. The G86 Power resolves at 1220 x 2712 px and 446 ppi, compared to 1080 x 2400 px and 391 ppi on the G67 Power. That 55 ppi difference is perceptible — text and fine detail appear sharper on the G86, particularly when reading or viewing high-resolution images up close. The G86 also adds HDR10+ support on top of the shared HDR10 standard, enabling dynamic metadata for scene-by-scene tone mapping in compatible content. Both screens land at virtually the same physical size and share a 120Hz refresh rate and Gorilla Glass 7i protection, so smoothness and scratch resistance are evenly matched.

The Moto G86 Power holds a decisive display advantage here. Between the superior panel technology, higher pixel density, and broader HDR support, it offers a noticeably richer viewing experience across virtually every use case.

Despite coming from different chipset families — the G67 Power running a Snapdragon 7s Gen 2 and the G86 Power a MediaTek Dimensity 7300 — these two phones land in virtually the same performance tier. Geekbench 6 scores tell the story: multi-core results of 2970 vs 2932 and single-core results of 1015 vs 1026 are separated by margins so slim they are indistinguishable in everyday use. Both chips are built on a 4 nm process, share an 8-thread big.LITTLE configuration, and support the same DirectX 12 feature set. For typical workloads — browsing, social media, streaming, casual gaming — either phone will feel equally responsive.

Two hardware differences are worth flagging. The G86 Power's RAM runs at 6400 MHz compared to 3200 MHz on the G67 Power — double the memory bandwidth on paper, which can benefit memory-intensive tasks and sustained multitasking. Its GPU also clocks higher at 1047 MHz versus 940 MHz, a modest edge in graphics throughput. More practically, the G86 ships with 512 GB of internal storage against the G67's 256 GB — a tangible advantage for users who store large media libraries or avoid cloud storage.

On raw CPU performance, this is effectively a draw. But factoring in the faster RAM, higher GPU clock, and double the base storage, the Moto G86 Power carries a slight but meaningful edge for users who push their phone harder or simply need more headroom over time.

On paper, the camera systems of these two phones look nearly identical — both offer a 50 MP + 8 MP dual rear setup with matching apertures, a 32 MP front camera, 4K/30fps video recording, and the same suite of manual controls and autofocus features. For most shooting scenarios, the hardware inputs are functionally the same.

The single but consequential differentiator is that the G86 Power includes optical image stabilization (OIS), while the G67 Power does not. OIS physically compensates for hand movement during capture, which translates directly into sharper low-light photos, steadier handheld video, and reduced blur when shooting moving subjects. Its absence on the G67 is not crippling — electronic stabilization can partially compensate — but OIS is a hardware advantage that software cannot fully replicate, particularly in challenging lighting or during video recording.

Everything else being equal, the Moto G86 Power has a clear edge in this category solely because of OIS. For users who prioritize video quality or frequently shoot in dim conditions, that single feature is enough to tip the scales.

This is a rare category where the comparison yields a definitive conclusion with no nuance required: both phones run Android 15 and share an identical feature set across every single tracked specification. Privacy controls, productivity tools, accessibility features, and system capabilities are point-for-point the same.

Worth noting for both devices is that neither receives direct OS updates from Google — updates are routed through Motorola, which can mean slightly delayed rollouts compared to Pixel devices. That said, this applies equally to both phones and is not a differentiator between them.

This is a complete tie. A buyer's operating system experience will be indistinguishable between the Moto G67 Power and the Moto G86 Power, and software should play no role in choosing between them.

Both phones belong firmly in the high-capacity battery tier, but the G67 Power holds a nominal edge with a 7000 mAh cell against the G86 Power's 6720 mAh. The 280 mAh gap is modest — roughly 4% more capacity — and while larger batteries generally support longer runtime between charges, the real-world difference here will be marginal for most users. It is worth considering alongside the G86 Power's higher-resolution OLED display, which draws more power than the G67's LCD panel, meaning the capacity advantage may be partially offset in daily use.

Where these phones are completely identical is charging: both top out at 30W wired fast charging with no wireless charging option on either device. Charge times and the day-to-day replenishment experience will be effectively the same.

On battery specs alone, the Moto G67 Power has a technical edge due to its larger cell, but the margin is slim enough that it should not be a deciding factor on its own. Users prioritizing maximum battery capacity will find a slight advantage here, but the difference is unlikely to be felt in typical daily usage patterns.

Audio is a category with one clear split and everything else in common. Both phones feature stereo speakers and neither supports advanced Bluetooth audio codecs like aptX, LDAC, or any of their variants — so wireless audio quality is on equal footing for both. The divergence comes down to a single hardware decision: the G67 Power retains a 3.5 mm headphone jack, while the G86 Power omits it entirely.

That distinction matters more to some users than others, but it is not trivial. A headphone jack means compatibility with any wired headphones or earbuds without an adapter — useful for commuters, gym users, or anyone who prefers wired audio for its reliability and zero-latency experience. The G86 Power's omission forces users toward Bluetooth audio or a USB-C adapter, neither of which is as seamless, particularly given that neither phone offers premium wireless codec support to compensate.

For this spec group, the Moto G67 Power has the advantage. The headphone jack is the sole differentiator, but for users who rely on wired audio, it is a meaningful one — and the absence of high-quality Bluetooth codecs on the G86 makes the trade-off feel less justified.

Across the core connectivity checklist — 5G, NFC, USB-C, GPS, gyroscope, accelerometer, and compass — these two phones are evenly matched. The meaningful differences emerge in Wi-Fi, Bluetooth, and storage flexibility. The G86 Power supports Wi-Fi 6 (802.11ax) in addition to Wi-Fi 4 and 5, while the G67 Power tops out at Wi-Fi 5. Wi-Fi 6 delivers better throughput, lower latency, and improved performance in congested network environments — a noticeable upgrade for users on modern routers or in busy households. Bluetooth follows a similar pattern: version 5.3 on the G86 versus 5.1 on the G67, with the newer version offering incremental improvements in connection reliability and energy efficiency.

Two further differentiators favor the G86 Power. Its cellular speeds reach 3270 Mbps symmetrically for both upload and download, compared to 2900/1500 Mbps on the G67 — the upload gap in particular is significant for video calls, cloud backups, and content sharing. The G86 also adds an external memory card slot and supports eSIM alongside a physical SIM, whereas the G67 offers dual physical SIM cards but no expandable storage and no eSIM. The eSIM adds flexibility for travelers or users who want to maintain two numbers digitally, and the memory slot addresses the storage ceiling directly.

The Moto G86 Power wins this category with a well-rounded set of connectivity upgrades — newer Wi-Fi and Bluetooth standards, faster upload speeds, expandable storage, and eSIM support all compound into a notably more future-proof package.

The miscellaneous spec group offers nothing to separate these two phones. Both share a video light and neither features sapphire glass, a curved display, or an e-paper panel — every data point is identical.

This is a complete tie. The specs in this category provide no basis for preferring one device over the other, and buyers should look to other specification groups to inform their decision.