Motorola Razr 60 VS Motorola Razr 60 Ultra

In terms of physical design, the Motorola Razr 60 and Razr 60 Ultra are nearly identical twins. Both share the same 74 mm width, nearly the same height (~171 mm), and both fold — making them equally pocketable and form-factor compatible in everyday use. Crucially, both carry an IPX8 waterproof rating, meaning either phone can withstand submersion in fresh water, which is a meaningful real-world assurance for a foldable device where hinge ingress is a common concern.

The subtle differences lie in weight and thickness. The Razr 60 is 11 g lighter at 188 g versus the Ultra's 199 g — a gap small enough that most users won't notice in isolation, but perceptible during extended single-hand use or when carrying the phone in a shirt pocket. Conversely, the Ultra is fractionally thinner at 7.2 mm versus 7.3 mm when unfolded, a difference so marginal it has no practical significance.

Overall, this group is essentially a near-tie, with the standard Razr 60 holding a very slight edge in ergonomics purely due to its lower weight. Neither device has a rugged build, so both should be handled with similar care. For users who prioritize a lighter feel in hand, the Razr 60 has a marginal advantage, but it is not a decisive factor for most buyers.

Both phones share a strong display foundation — OLED/AMOLED panels, full HDR10+, Dolby Vision support, damage-resistant glass, and a secondary cover screen — so the baseline experience is premium on either device. The meaningful divergence comes down to resolution and refresh rate. The Razr 60 Ultra drives a 1224 x 2912 px panel at 417 ppi, versus the Razr 60's 1080 x 2640 px at 413 ppi. While the pixel density gap is negligible to the naked eye, the Ultra's higher resolution translates to noticeably sharper fine text and detail when viewing content up close — a real advantage on a large foldable screen.

The more impactful differentiator is refresh rate. The Razr 60 tops out at 120Hz, which is smooth by any standard, but the Ultra's 165Hz panel delivers a measurably more fluid experience during fast scrolling, gaming, and UI animations. This is a tangible real-world difference that users who frequently interact with their screen will feel daily. Touch sampling rate is identical at 300Hz on both, so responsiveness to input is equally sharp.

The secondary screen gap is also worth noting: the Ultra's cover display matches its main panel resolution at 1224 x 2912 px, while the Razr 60's secondary screen is a lower-resolution 1056 x 1066 px panel — meaning the Ultra offers a considerably richer cover screen experience for glanceable notifications and quick interactions. Overall, the Razr 60 Ultra holds a clear display advantage, primarily driven by its higher refresh rate and superior secondary screen resolution.

This is the most decisive category separating these two phones. The Razr 60 Ultra is powered by the Qualcomm Snapdragon 8 Elite built on a 3 nm process, while the Razr 60 runs a MediaTek Dimensity 7400X on 4 nm. These are not chips in the same competitive tier — the Snapdragon 8 Elite is a flagship-grade processor, whereas the Dimensity 7400X sits firmly in the upper-midrange segment. In practical terms, the Ultra will handle intensive workloads, sustained gaming, and AI-driven tasks with meaningfully greater headroom and efficiency.

The memory bandwidth figures tell the same story in stark numerical terms: the Ultra's 85.1 GB/s maximum memory bandwidth dwarfs the Razr 60's 25.6 GB/s — more than three times the throughput. This directly impacts how fast data moves between the CPU, GPU, and RAM, affecting everything from app launch speeds to rendering complex graphics. The Ultra also pairs its chip with 16 GB of RAM (expandable to 24 GB maximum) versus the Razr 60's 12 GB, providing more breathing room for heavy multitasking and future-proofing against increasingly demanding apps. Storage follows the same pattern: 1 TB on the Ultra versus 512 GB on the Razr 60.

The Razr 60 Ultra wins this category outright and it isn't particularly close. For users who prioritize longevity, gaming performance, or running demanding applications, the Ultra's silicon is in a different league. The Razr 60's Dimensity 7400X is a capable chip for everyday tasks, but anyone pushing their phone hard will consistently feel the performance ceiling sooner.

The camera gap between these two phones is substantial in several key areas. Starting with the main dual-lens system, the Razr 60 pairs a 13 MP ultrawide with a 50 MP primary shooter, while the Razr 60 Ultra fields a 50 & 50 MP dual setup — meaning its ultrawide captures nearly four times the pixel data, preserving far more detail in wide-angle shots. The Ultra's front camera is equally upgraded at 50 MP with a wider f/2.0 aperture, compared to the Razr 60's 32 MP selfie sensor at f/2.4. A wider aperture lets in more light, which translates directly to better selfie quality in dim conditions.

Video capability is another area where the Ultra pulls ahead clearly. It can record at 4320p (8K) at 30 fps, versus the Razr 60's ceiling of 2160p (4K). For most users 4K is more than sufficient, but the Ultra's 8K recording offers significantly more flexibility for cropping in post-production or future-proofing footage. Both phones share a strong common feature set — OIS, phase-detection autofocus, continuous autofocus during video, HDR10 and Dolby Vision recording — so the baseline shooting experience is solid on either device.

The aperture picture is slightly more nuanced: the Razr 60's primary lens at f/1.7 is actually wider than the Ultra's primary at f/1.8, which could give it a marginal low-light edge on that one lens. However, the Ultra's advantages across its ultrawide, selfie camera, and video resolution are collectively more impactful. The Razr 60 Ultra takes a clear overall win in this category.

When it comes to software, there is nothing to separate these two phones — the spec data is completely identical across every single data point. Both the Motorola Razr 60 and Razr 60 Ultra ship with Android 15, carry the same privacy controls (location, camera, microphone, clipboard warnings, app tracking), and share the same set of usability features including split-screen, Picture-in-Picture, dynamic theming, offline voice recognition, and on-device machine learning.

A few shared limitations are worth flagging for context: neither phone receives direct OS updates — meaning updates are routed through Motorola rather than delivered straight from Google — and neither supports Wi-Fi password sharing or cross-site tracking protection. These are consistent constraints on both devices, not differentiators.

This category is an unambiguous tie. A buyer's software experience will be identical regardless of which Razr 60 variant they choose, so operating system features should play no role in the decision between these two models.

Battery capacity is close but not equal: the Razr 60 Ultra edges ahead with 4700 mAh versus the Razr 60's 4500 mAh. A 200 mAh difference is modest in isolation, but combined with the Ultra's more efficient 3 nm chipset (established in the Performance category), it is reasonable to expect the Ultra to sustain similar or longer endurance despite its more demanding display. The Razr 60, running a less efficient chip at a lower refresh rate, may partially offset its smaller battery through reduced power draw.

Where the Ultra pulls ahead more decisively is charging speed. Its 68W wired fast charging is more than double the Razr 60's 30W — a gap that matters significantly in daily life. At 68W, the Ultra can recover a large portion of its battery in a short pit stop, while the Razr 60 owner will need to plan for longer charging windows. The wireless charging story follows the same pattern: 30W on the Ultra versus 15W on the Razr 60, meaning the Ultra charges roughly twice as fast even without a cable. Neither phone supports reverse wireless charging, and notably, neither includes a charger in the box.

The Razr 60 Ultra wins this category. While the capacity advantage is incremental, the charging speed advantage — both wired and wireless — is substantial and has a direct, daily quality-of-life impact for users who rely on quick top-ups throughout the day.

Audio is another category where the two phones are spec-for-spec identical. Both the Motorola Razr 60 and Razr 60 Ultra feature stereo speakers, three microphones, and the same Bluetooth codec stack: aptX, aptX HD, aptX Adaptive, and aptX Lossless. The presence of aptX Lossless is particularly noteworthy, as it enables CD-quality wireless audio transmission when paired with a compatible headset — a capability that goes well beyond what most smartphones offer.

Neither phone includes a 3.5 mm headphone jack, so wired listening requires an adapter or USB-C headphones. Neither supports LDAC, which is Sony's competing high-resolution wireless codec — a minor limitation for users who own Sony headphones optimized for that standard, though aptX Adaptive largely covers the same high-quality wireless audio ground. There is no FM radio on either device.

This category is a complete tie. With matching speaker configurations, identical microphone counts, and precisely the same codec support, audio hardware plays no role in distinguishing these two models from each other.

Connectivity is largely a shared story between these two phones, with both offering 5G, Bluetooth 5.4, NFC, GPS with Galileo support, USB Type-C, and identical SIM configurations (one physical SIM plus one eSIM). The shared foundation is solid and covers everything most users need. However, two meaningful distinctions emerge in favor of the Razr 60 Ultra.

The more impactful difference is Wi-Fi 7 support on the Ultra, versus the Razr 60's maximum of Wi-Fi 6E. Wi-Fi 7 delivers significantly higher theoretical throughput, lower latency, and better performance in congested network environments — advantages that will become increasingly relevant as Wi-Fi 7 routers proliferate in homes and offices. For users who frequently transfer large files wirelessly or rely on low-latency connections for streaming and gaming, this is a genuine forward-looking advantage. The Ultra also includes a barometer, which the Razr 60 lacks — useful for accurate altitude readings, weather apps, and certain fitness or navigation contexts, though it is a secondary feature for most users.

USB remains at version 2.0 on both phones, which is a shared limitation worth noting — neither supports faster USB 3.x data transfer speeds. Overall, the Razr 60 Ultra takes a modest but clear edge in this category, primarily on the strength of its Wi-Fi 7 capability, which has practical long-term relevance beyond the barometer addition.

The miscellaneous spec data for these two phones is completely identical across every available data point. Both the Motorola Razr 60 and Razr 60 Ultra include a video light, and neither features a sapphire glass display, curved display, or e-paper display. There is simply nothing in this category to differentiate one from the other.

This is an unambiguous tie, and with such a limited and uniform data set, miscellaneous features should carry no weight whatsoever in a buying decision between these two models.