Honor GT Pro VS Motorola Razr 60 Ultra

The most defining design distinction here is that the Motorola Razr 60 Ultra can be folded while the Honor GT Pro cannot. This single fact reshapes how every other dimension is interpreted: the Razr's 171.5 mm height collapses to a compact clamshell form factor when closed, making it far more pocketable in day-to-day use despite being taller when open. The Honor GT Pro, at 162.1 mm, is a conventional candy-bar slab with no such flexibility.

In terms of physical footprint and weight, the Razr 60 Ultra also has the upper hand as a flat device: it is lighter at 199 g versus 212 g, noticeably slimmer at 7.2 mm versus 8.6 mm, and occupies a smaller volume of 91.4 cm³ compared to 105.5 cm³. That 13 g weight difference is perceptible during extended one-handed use, and the slimmer profile means it sits more comfortably in a pocket even in its open state. The Honor GT Pro, meanwhile, has a slightly narrower width at 75.7 mm versus 74 mm, a negligible real-world gap.

On water resistance, both phones are rated Waterproof, but the Honor GT Pro holds a full IP68 certification, while the Razr 60 Ultra carries only IPX8 — meaning the Razr lacks an official dust-ingress rating. For most users this distinction is minor, but it matters in dusty or sandy environments. Overall, the Razr 60 Ultra holds a clear design edge: it is lighter, thinner, and offers a transformative foldable form factor, with the Honor GT Pro's slight advantage being its more complete IP protection.

Both phones use OLED/AMOLED panels with branded damage-resistant glass and shared support for HDR10 and HDR10+, so the baseline display quality is strong on either device. Where they diverge is in the details that matter for daily use. The Honor GT Pro packs a slightly sharper image at 453 ppi versus the Razr's 417 ppi — a real, if modest, advantage for fine text and detail work, stemming from a smaller 6.78″ screen driving the same horizontal resolution of 1224 pixels.

The Razr 60 Ultra counters with a higher 165Hz refresh rate compared to the Honor's 144Hz, which translates to marginally smoother scrolling and animations — a difference most users will feel more than see. More meaningfully, the Razr adds Dolby Vision support, a wide-color HDR format backed by streaming platforms like Netflix and Apple TV+, giving it a broader compatibility advantage for HDR content consumption that the Honor GT Pro simply cannot match.

The Razr's structural edge, however, is its secondary screen — an additional display on the outer shell of the foldable that enables glanceable notifications, quick replies, and camera previews without ever opening the phone. The Honor GT Pro has no equivalent. Taken together, the Razr 60 Ultra holds a clear display advantage: its secondary screen and Dolby Vision support add genuine functional depth, and while the Honor edges it on pixel density, the Razr's broader feature set makes it the stronger display package overall.

On paper, these two phones look nearly identical: same Qualcomm Snapdragon 8 Elite chipset, same 16GB of RAM, same 1TB of storage, and an extensive list of shared low-level specifications from memory bandwidth to cache sizes. But the benchmark scores tell a strikingly different story. The Honor GT Pro posts an AnTuTu score of ~2,920,000 against the Razr 60 Ultra's ~1,831,000 — a gap of nearly 60% — and the Geekbench 6 results follow the same pattern, with the Honor leading in both single-core (3,234 vs 1,753) and multi-core (10,059 vs 6,796) tests.

The root cause lies in clock speeds and thermal headroom. The Honor GT Pro's prime CPU cores run at 4.47 GHz versus 4.32 GHz on the Razr, and its GPU operates at a base clock of 1,200 MHz compared to 1,100 MHz on the Razr. These differences suggest that the Honor GT Pro's chassis — being a conventional slab — allows for more aggressive and sustained performance tuning, while the Razr's compact foldable design likely imposes tighter thermal constraints that prevent the same chip from reaching equivalent sustained speeds.

The practical implication is clear: for users who push their phones hard — gaming, heavy multitasking, or prolonged computational workloads — the Honor GT Pro will deliver noticeably more headroom before throttling becomes a factor. The Razr 60 Ultra is by no means slow with the same Elite silicon, but its real-world peak performance is meaningfully constrained relative to what the hardware is capable of. The Honor GT Pro holds a clear performance edge in this category.

The rear camera systems diverge in meaningful ways. The Honor GT Pro fields a triple 50MP setup including a dedicated telephoto lens with 3x optical zoom, while the Razr 60 Ultra makes do with a dual 50MP system and no optical zoom. For users who regularly shoot at distance, this is a significant gap — optical zoom preserves image quality in ways that digital cropping simply cannot, making the Honor the stronger choice for versatile, zoom-capable photography.

Video recording is where the Razr strikes back convincingly. It tops out at 8K at 30fps — a substantial leap over the Honor's 4K at 60fps ceiling — and crucially supports both Dolby Vision and HDR10 recording, formats that capture a dramatically wider dynamic range and are directly compatible with high-end playback platforms. The Honor records in neither format. For videographers or content creators who prioritize cinematic output, the Razr's video credentials are considerably more advanced. The Honor does counter with RAW photo capture, which gives photographers full post-processing latitude that the Razr, lacking RAW support, cannot offer.

Rounding out the differences, the Honor's three-LED flash array versus the Razr's single LED suggests more even and powerful flash illumination in low-light stills. Overall, this category is genuinely split by use case: the Honor GT Pro has the edge for still photography, offering a true telephoto lens, RAW capture, and a more complete lens lineup, while the Razr 60 Ultra is the stronger video device with its 8K capability and professional HDR recording formats.

Rarely does a spec group produce a result this definitive: every single data point across the operating system category is identical for both phones. Both run Android 15, share the same privacy toolkit — including location controls, camera and microphone permissions, and app tracking blocks — and offer the same quality-of-life features such as dynamic theming, split-screen multitasking, Picture-in-Picture, and offline voice recognition. Neither gets direct OS updates from Google, and neither supports Wi-Fi password sharing or focus modes.

What this means practically is that a user switching between these two devices would find the software experience essentially indistinguishable at the OS level. The full feature parity extends even to more nuanced capabilities like on-device machine learning, Live Text, and customizable notifications — areas where Android skins from different manufacturers sometimes diverge. Both Honor's MagicOS and Motorola's near-stock Android layer have landed at the same functional checklist, at least as captured by these specs.

This is a complete tie. Neither the Honor GT Pro nor the Motorola Razr 60 Ultra holds any advantage in this category based on the provided data. Buyers who weight software features heavily in their decision will need to look beyond this spec group — to factors like UI skin preferences, update track records, or bundled app ecosystems — none of which are reflected here.

The battery category is dominated by one extraordinary number: the Honor GT Pro's 7,200 mAh cell, which is a genuinely massive capacity by any smartphone standard and dwarfs the Razr 60 Ultra's already-respectable 4,700 mAh. A 53% larger battery translates directly into significantly longer time between charges — users who struggle to make it through a full day on current phones would find the Honor's reserves a substantial comfort, particularly given the power-hungry nature of its high-refresh display and peak performance capability.

The Honor also charges faster on the wire at 90W versus the Razr's 68W, meaning it not only lasts longer but tops up more quickly — a doubly convenient combination. The Razr counters with one feature the Honor lacks entirely: wireless charging. For users embedded in a wireless charging ecosystem — on a desk pad, in a car mount, or on a bedside pad — this matters as a genuine convenience advantage, even if it does not offset the raw capacity gap for endurance-focused users.

The verdict here firmly favors the Honor GT Pro. A 2,500 mAh advantage and faster wired charging make it the clear winner for battery life and charging speed. The Razr's wireless charging is a useful addition, but it cannot compensate for a cell that is fundamentally much smaller — users will simply be reaching for a charger, wired or wireless, far more often.

Audio hardware is nearly a mirror image between these two phones. Both drop the 3.5mm headphone jack, offer stereo speakers, and support the same Qualcomm Bluetooth audio codec stack up through aptX Adaptive — a high-quality, low-latency codec capable of variable bitrates that adapts to wireless conditions in real time. Neither supports LDAC, Sony's competing high-resolution wireless format, and neither includes a radio.

The sole differentiator is the Motorola Razr 60 Ultra's support for aptX Lossless, a codec that can transmit CD-quality audio at 16-bit/44.1kHz without any compression artifacts, provided the connected headphones also support it. For dedicated wireless audio enthusiasts with compatible gear, this is a genuinely meaningful addition — it represents the ceiling of what Bluetooth audio can currently deliver in terms of fidelity. The Honor GT Pro tops out at aptX Adaptive and cannot offer this lossless transmission path.

In practical terms for most users — who will be using aptX Adaptive or standard Bluetooth with everyday earbuds — the listening experience will be effectively indistinguishable between the two phones. But for audiophiles with aptX Lossless-compatible headphones, the Razr holds a narrow but real edge, making it the marginal winner in this category on the strength of that single codec advantage.

The connectivity foundation is essentially shared territory: both phones offer 5G, Wi-Fi 7, Bluetooth 5.4, NFC, and USB-C, with identical peak download and upload speeds. Sensor suites overlap heavily too, with GPS, gyroscope, accelerometer, and compass present on each. Where the two diverge are in a handful of targeted features that will matter differently depending on the user's lifestyle.

The Honor GT Pro uses dual physical SIM slots, while the Razr opts for a 1 SIM + eSIM configuration — a meaningful distinction for travelers or users who juggle two carriers, as physical dual-SIM offers broader international compatibility without relying on carrier eSIM support. On wireless networking, the Razr edges ahead with Wi-Fi 6E support, adding access to the less congested 6GHz band for faster, more reliable connections in dense Wi-Fi environments — a real advantage in offices or apartment buildings with heavy wireless traffic. The Honor's Wi-Fi 7 is present on both, so this is purely an additive gain for the Razr in the 6GHz band.

The remaining sensor differences split cleanly by use case. The Honor GT Pro includes an infrared sensor, which allows it to function as a universal remote control for TVs and appliances — a niche but genuinely useful convenience. The Razr counters with a barometer, handy for altitude tracking and more accurate weather readings. Neither advantage is transformative, and this category is broadly a tie with user-specific trade-offs: the Honor suits those who want dual physical SIMs and an IR blaster, while the Razr appeals to those who prioritize Wi-Fi 6E and environmental sensing.

The miscellaneous category offers no differentiation whatsoever between these two phones. Both include a video light, and neither features sapphire glass, a curved display, or an e-paper display — every data point is identical across the board.

This is an unambiguous complete tie. No advantage exists for either the Honor GT Pro or the Motorola Razr 60 Ultra based on the provided specifications in this group. Buyers should weigh the richer differentiators found in other categories — performance, cameras, battery, and design — when making their final decision.