Honor GT Pro VS Motorola Razr 60 Ultra 512GB

The most fundamental design difference here is that the Razr 60 Ultra folds while the Honor GT Pro does not. This single fact shapes the entire physical experience: unfolded, the Razr is actually taller (171.5 mm vs 162.1 mm), but its ability to clam-shell in half makes it dramatically more pocketable in practice. Its smaller overall volume (91.4 cm³ vs 105.5 cm³) and lighter weight (199 g vs 212 g) further reinforce that the Razr is the more carry-friendly device — especially once folded.

On thickness, the Razr also wins when unfolded at 7.2 mm versus the GT Pro's 8.6 mm, though it is worth noting that a folded flip phone is roughly twice that thickness at the hinge, so this advantage is most relevant when the phone is open and in use. The GT Pro, being a conventional candy-bar slab, offers a more uniform and predictable form factor with no moving parts to wear over time.

On water resistance, both carry a Waterproof rating, but the GT Pro holds a meaningful edge with a full IP68 certification — covering both dust and water ingress — while the Razr is rated IPX8, meaning it has no official dust-resistance rating. For users in dusty or outdoor environments, this distinction matters. Overall, the Razr 60 Ultra wins on portability and modern form factor, while the Honor GT Pro offers a more complete environmental protection rating and a simpler, hinge-free build.

Both screens are OLED/AMOLED panels with branded damage-resistant glass and full HDR10+ support, so the baseline visual quality is strong on either device. Where they diverge is in the details. The Honor GT Pro's 6.78″ panel packs its pixels into a smaller area, yielding a noticeably sharper 453 ppi density compared to the Razr's 417 ppi — a difference that is perceptible when reading fine text or viewing detailed images up close. The Razr's larger 7″ screen offers more real estate, but that advantage is partially offset by the slightly lower pixel density inherent to spreading the same resolution across a bigger panel.

On refresh rate, the Razr edges ahead with 165Hz versus the GT Pro's 144Hz. Both are well above the threshold where most users notice smoothness in scrolling and animation, but the Razr's higher ceiling can translate to marginally more fluid motion in games and fast-paced UI interactions. More meaningfully, the Razr also supports Dolby Vision — a dynamic HDR format that the GT Pro lacks — which matters for streaming content from platforms that serve Dolby Vision masters, delivering better tone-mapping and color accuracy scene by scene rather than relying on static HDR metadata.

The Razr further distinguishes itself with a secondary screen, which provides glanceable information and quick interactions without unfolding the device — a genuine usability advantage with no equivalent on the GT Pro. Taken together, the Razr 60 Ultra holds a clear edge in this category: it wins on refresh rate, HDR format support, and functional versatility, while the Honor GT Pro's only concrete lead is its higher pixel density, which benefits users who prioritize sharpness above all else.

At first glance, these two phones appear to be performance equals — both run the Qualcomm Snapdragon 8 Elite on a 3 nm process with 16 GB of DDR5 RAM and the Adreno 830 GPU. But the benchmark results tell a strikingly different story. The Honor GT Pro scores 2,920,000 on AnTuTu against the Razr's 1,831,212 — a gap of nearly 60% — while the Geekbench 6 single-core result is 3,234 versus 1,753, and multi-core is 10,059 versus 6,796. These are not marginal differences; they suggest the GT Pro is sustaining significantly higher performance under load.

The root cause is visible in the clock speeds. The GT Pro's prime CPU cores run at 4.47 GHz compared to the Razr's 4.32 GHz, and its GPU clock is higher at 1,200 MHz versus 1,100 MHz. While these differences seem modest on paper, the same 8.2W TDP on both devices implies the Razr's foldable chassis — with its more constrained thermal management space — is likely throttling the chip more aggressively under sustained loads to protect heat-sensitive components, preventing it from maintaining peak clocks. The GT Pro, as a conventional slab, has more room to dissipate heat and keep the silicon running at its ceiling.

Storage is the other concrete differentiator: the GT Pro ships with 1 TB of internal storage versus the Razr's 512 GB. For power users, heavy gamers, or anyone who shoots a lot of video, this is a meaningful practical advantage. The Honor GT Pro takes a decisive win in this category — not because it has fundamentally different hardware, but because its form factor allows that shared hardware to perform closer to its full potential.

The camera hardware gap opens immediately with lens count: the Honor GT Pro fields a triple 50 MP system while the Razr makes do with a dual 50 MP setup. More consequentially, the GT Pro includes 3x optical zoom — the Razr lists zero optical zoom, meaning any telephoto reach on the Razr is achieved digitally, with the quality degradation that entails. For users who regularly photograph subjects at a distance, this is a tangible, everyday limitation. The GT Pro also supports RAW shooting, which the Razr does not, giving photographers full post-processing control over image data — a feature that matters greatly to enthusiasts but is irrelevant to casual shooters.

Video is where the Razr makes its most dramatic counterpunch. It captures up to 8K at 30 fps (4320p) versus the GT Pro's ceiling of 4K at 60 fps (2160p). These represent different trade-offs: the Razr delivers higher maximum resolution for future-proofing and cropping flexibility, while the GT Pro's 4K60 is smoother and more practical for action or fast-moving subjects. Critically, the Razr also records in both HDR10 and Dolby Vision — formats the GT Pro does not support at all — which means video footage from the Razr will look significantly more dynamic and color-accurate on compatible displays and streaming platforms.

This category does not have a single clean winner — it depends heavily on use case. The Honor GT Pro is the stronger photography platform, thanks to its third lens, optical zoom, and RAW support. The Razr 60 Ultra is the stronger videography device, offering 8K capture and professional HDR format recording. Shooters who split time evenly between photos and video will find this a genuine toss-up, but anyone with a clear primary use case should weight accordingly.

Rarely does a spec group produce such a clear-cut result: the Honor GT Pro and Motorola Razr 60 Ultra are in complete parity across every single operating system data point provided. Both ship with Android 15, share the same privacy controls — including location, camera, and microphone permissions — and support the same set of productivity and usability features, from split-screen and Picture-in-Picture to dynamic theming, widgets, and offline voice recognition. Neither device receives direct OS updates from Google, meaning both depend on their respective manufacturers for software maintenance, which is a consideration worth tracking over a multi-year ownership period.

This is a draw in every meaningful sense. No spec in this group differentiates one device from the other, and any attempt to declare a winner here would go beyond what the data supports. Users making a decision on software experience alone will need to look outside this spec sheet — to factors such as manufacturer update cadence, skin-level UI differences, or pre-installed software — none of which are reflected in the provided data.

The battery gap here is enormous. The Honor GT Pro carries a 7200 mAh cell against the Razr's 4700 mAh — a difference of over 50% in raw capacity. In practice, this translates directly to time away from a charger: where the Razr may comfortably cover a full day of moderate use, the GT Pro is positioned to push well into a second day for many users. For heavy users — mobile gamers, travelers, or anyone without reliable access to an outlet — this capacity advantage is one of the most consequential spec differences in the entire comparison.

On charging, the GT Pro also leads with 90W wired fast charging versus the Razr's 68W. The faster the charger, the shorter the time needed to recover from a low battery — and given the GT Pro's larger cell, a higher wattage is practically necessary to keep top-up times reasonable. The Razr's one meaningful counterpoint in this category is wireless charging, which the GT Pro entirely lacks. Wireless charging is a genuine convenience for users with Qi pads at their desk or nightstand, allowing passive top-ups without hunting for a cable.

Overall, the Honor GT Pro wins this category decisively on the metrics that matter most to the widest range of users — raw endurance and charging speed. The Razr's wireless charging is a real-world convenience that some users will value highly, but it does not offset a 2500 mAh capacity deficit for anyone who prioritizes longevity between charges.

Audio is nearly a wash between these two devices, with both sharing stereo speakers, no 3.5mm headphone jack, and an identical Bluetooth codec stack up to aptX Adaptive — a high-quality, low-latency codec that already represents the practical ceiling for most wireless listening scenarios. Neither supports LDAC, Sony's competing high-res wireless format, which keeps them on equal footing there as well.

The sole differentiator is the Razr's additional support for aptX Lossless, a codec capable of transmitting CD-quality audio at truly lossless bitrates over Bluetooth when paired with compatible hardware. In real-world terms, this only matters if the user owns aptX Lossless-certified earphones or headphones — a still-limited ecosystem — but for audiophiles who do, it represents a genuine qualitative ceiling that the Honor GT Pro simply cannot reach.

The Razr 60 Ultra earns a narrow edge here on the strength of aptX Lossless alone. For the vast majority of users, both phones will sound indistinguishable through wireless audio — but the Razr leaves the door open for a higher-fidelity wireless experience as compatible accessories become more widespread.

Connectivity fundamentals are essentially matched: both devices support 5G, Wi-Fi 7, Bluetooth 5.4, NFC, and identical peak download and upload speeds. The differences that do exist are specific and worth unpacking. The Razr adds Wi-Fi 6E support, which unlocks access to the uncongested 6 GHz band — a meaningful advantage in dense environments like apartments or offices where the 5 GHz band is heavily contested, delivering more consistent throughput with lower latency. The GT Pro tops out at Wi-Fi 6 on the standard bands, which is still fast, but misses that extra headroom.

SIM configuration splits along different philosophies. The GT Pro offers dual physical SIM slots — the preferred choice for users who travel internationally and swap local carrier cards, or anyone who wants to run two active numbers simultaneously without relying on carrier eSIM support. The Razr opts for 1 physical SIM plus 1 eSIM, which is more flexible for users whose carriers support eSIM provisioning but may be limiting in regions where eSIM adoption is still thin. On sensors, the GT Pro includes an infrared sensor — useful for controlling TVs and appliances — while the Razr carries a barometer instead, enabling more accurate altitude readings and faster GPS lock, which is relevant for outdoor navigation and fitness tracking.

This category is closely contested, with each device holding advantages that appeal to different user profiles. The Razr edges ahead for most users thanks to Wi-Fi 6E, while the GT Pro's dual physical SIM and infrared blaster serve a more specific but loyal audience. Neither device has a sweeping, across-the-board connectivity lead.

The miscellaneous spec group offers nothing to separate these two devices. Both have a video light, neither uses sapphire glass, curved displays, or e-paper technology — every data point is identical. This is a complete tie, and no conclusion beyond that is supported by the provided data.