Motorola Razr 60 VS Samsung Galaxy Z Flip 7

At first glance, the two phones share a lot of common ground in design: both are foldable devices rated IPX8 waterproof and weigh exactly 188 g, meaning neither has an advantage in portability from a weight standpoint. Where they begin to diverge is in their physical geometry. The Razr 60 is taller (171.3 mm vs 166.7 mm) while the Z Flip 7 is fractionally wider (75.2 mm vs 74 mm), so each takes a slightly different shape when unfolded. In daily use, the Razr 60's extra height could mean a marginally larger display area, but it also demands more vertical reach in the hand.

The more telling difference is thickness and overall volume. The Z Flip 7 measures just 6.5 mm thin compared to 7.3 mm for the Razr 60 — a 12% reduction that is genuinely noticeable when sliding the phone into a pocket or holding it flat in the palm. This efficiency compounds into a total device volume of 81.48 cm³ for the Z Flip 7 versus 92.54 cm³ for the Razr 60, meaning Samsung's phone displaces roughly 12% less space. For a device category that sells itself on compactness, that gap matters.

Overall, the Z Flip 7 holds a clear edge in design compactness: it is meaningfully slimmer and occupies less volume, which directly translates to a more pocketable and sleek form factor. The Razr 60 matches it on water resistance and weight, but cannot close the gap in thinness. Buyers who prioritize a svelte profile will find the Z Flip 7 the more refined package on these specs alone.

Both phones share the same 6.9″ OLED/AMOLED panel size and a 120Hz refresh rate, so on the surface they appear display-identical. Dig into the numbers, however, and a subtle but real gap emerges in sharpness. The Razr 60 resolves its panel at 1080 x 2640 px for a pixel density of 413 ppi, while the Z Flip 7 tops out at 1080 x 2520 px and 397 ppi. The 16 ppi difference is modest — neither screen will look jagged — but the Razr 60 does pack more pixels into the same physical space, which benefits fine text rendering and crispness at close viewing distances.

The more practically significant differentiator is glass protection. The Razr 60 ships with branded damage-resistant glass, while the Z Flip 7 does not list this feature. On a foldable that is opened and closed dozens of times a day and frequently set down on surfaces, scratch and impact resistance on the cover glass is a genuine durability concern, not a paper spec. Both phones support HDR10+ and include a secondary cover display, so color volume and the convenience of glanceable notifications are equally matched.

The Razr 60 takes a clear edge here. Its combination of higher pixel density and damage-resistant glass makes it the stronger display package — sharper under scrutiny and better protected in everyday use. The Z Flip 7 is not deficient, but it concedes on both of the metrics that separate the two screens.

The silicon inside these two phones tells very different stories. The Razr 60 runs on MediaTek's Dimensity 7400X, a capable mid-range chip built on a 4 nm process, while the Z Flip 7 steps up to Samsung's own Exynos 2500, fabbed on a more advanced 3 nm node. That one-nanometer gap is not cosmetic — a smaller process typically delivers better power efficiency and thermal performance, allowing the chip to sustain higher performance states for longer before throttling. The Exynos 2500 also fields a more complex 10-thread CPU cluster with a peak core clocking at 3.3 GHz, compared to the Dimensity's 8-thread design topping out at 2.6 GHz. For sustained workloads like gaming, video editing, or multitasking heavy apps, the Z Flip 7 has meaningfully more headroom.

The memory subsystem gap is equally striking. Both phones ship with 12 GB of RAM at launch, but the Z Flip 7 supports up to 24 GB maximum versus 16 GB on the Razr 60, and its memory bandwidth reaches 64 GB/s — more than double the Razr 60's 25.6 GB/s. Higher bandwidth means the CPU and GPU can feed on data faster, which directly benefits graphics-intensive apps, AI inference tasks, and rapid app switching. The Razr 60 counters with a faster RAM bus speed at 6400 MHz versus 4200 MHz, but that advantage is largely overwhelmed by the Z Flip 7's wider memory pipeline overall.

The Z Flip 7 wins the performance category decisively. The more advanced 3 nm Exynos 2500, superior CPU core configuration, dramatically higher memory bandwidth, and greater maximum RAM capacity collectively place it in a different performance tier. The Razr 60 is no slouch for everyday tasks, but users who push their phones hard will find the Z Flip 7 the more capable and future-proof machine based on these specs.

Both phones field a dual-lens rear system with OIS and phase-detection autofocus, so the shooting fundamentals are well matched. The primary lens split, however, reveals a notable priority difference: the Razr 60 leads with a 50 MP main shooter paired with a 13 MP secondary, while the Z Flip 7 arranges the same two resolutions in the same configuration but adds a BSI sensor — backside-illuminated technology that improves light-gathering efficiency, particularly in low-light and indoor scenarios. The Z Flip 7 also edges ahead on video, capturing 4K at 60 fps versus the Razr 60's 30 fps ceiling. For anyone shooting action, events, or footage they intend to slow down in post, that doubled frame rate at maximum resolution is a meaningful practical advantage.

The front camera picture is more split. The Razr 60 offers a 32 MP selfie sensor — more than three times the Z Flip 7's 10 MP — and that pixel count advantage translates directly to sharper selfies and more flexibility when cropping. The Z Flip 7 counters with a slightly wider front aperture (f/2.2 vs f/2.4), which allows marginally more light in, but the resolution gap is large enough that the Razr 60 is the clearer choice for selfie-focused users. One further distinction: the Z Flip 7 supports RAW shooting, giving photographers who post-process their images full control over exposure, white balance, and noise reduction — a capability the Razr 60 entirely lacks.

On balance, the Z Flip 7 holds the camera edge for users who prioritize video quality and photographic flexibility, thanks to 4K/60fps recording, a BSI sensor, and RAW support. The Razr 60 fights back meaningfully with its superior selfie resolution. Neither phone dominates outright, but the Z Flip 7's advantages are more relevant to a wider range of shooting scenarios.

Rarely does a spec group produce such a clean result: across every single data point provided, the Motorola Razr 60 and the Samsung Galaxy Z Flip 7 are in complete lockstep. Both ship with Android 15, both offer the same privacy toolkit — including location controls, camera and microphone permissions, and app tracking blockers — and both support the same set of usability features from split-screen multitasking and Picture-in-Picture to dynamic theming, offline voice recognition, and widget support.

A few absences are worth noting, but they apply equally to both phones. Neither device gets direct OS updates — meaning both rely on manufacturer-mediated update pipelines rather than receiving Android patches straight from Google. Neither blocks cross-site tracking or supports Wi-Fi password sharing. These are shared limitations, not differentiators, so they do not shift the balance between the two.

This category is an unambiguous tie. The operating system experience, as defined by the provided specs, is functionally identical on both devices. A buyer choosing between the Razr 60 and the Z Flip 7 on software grounds alone will find no meaningful reason to prefer one over the other — the decision will come down to the differences surfaced in other spec groups.

Battery capacity and wired charging speed both tilt in the Razr 60's favor. Its 4500 mAh cell outpaces the Z Flip 7's 4300 mAh pack by 200 mAh — a modest but real gap that, all else being equal, translates to slightly longer screen-on time before reaching for a charger. The wired charging advantage is similarly directional: the Razr 60 supports 30W fast charging versus 25W on the Z Flip 7, meaning it will recover from a low battery meaningfully faster during a short charge window, such as during a commute or a lunch break.

Wireless charging is identical on both phones at 15W, so pad-charging users will experience no difference. Where the Z Flip 7 reclaims ground is with reverse wireless charging — a feature the Razr 60 entirely lacks. This allows the Z Flip 7 to top up compatible accessories like wireless earbuds simply by placing them on the phone's back, a genuinely useful convenience for users embedded in a wireless accessories ecosystem.

The two phones trade blows here, and the right call depends on usage pattern. The Razr 60 holds the edge for raw endurance and speed of recovery — the specs most users will feel day-to-day. The Z Flip 7's reverse wireless charging is a meaningful differentiator, but only for those who regularly need to charge accessories on the go. For most buyers, the Razr 60's larger battery and faster wired charging make it the more practical battery package overall.

The audio spec sheet for these two phones is lean, and for the most part the two are evenly matched. Neither includes a 3.5mm headphone jack — an expected omission at this tier — and both deliver stereo speakers for media consumption. The meaningful separation comes down to a single Bluetooth audio codec: the Razr 60 supports aptX, while the Z Flip 7 does not.

AptX matters specifically for wired-to-wireless audio quality. It is a Bluetooth codec developed to reduce latency and preserve more audio detail during wireless transmission compared to the standard SBC codec. For users who pair their phone with aptX-compatible headphones or speakers, the Razr 60 can deliver a noticeably tighter, higher-fidelity wireless audio stream — particularly relevant for music listening and video playback where audio-visual sync is important.

The Razr 60 takes a narrow but clear edge in audio. The aptX advantage only materializes when paired with compatible accessories, so users who rely on non-aptX headphones or primarily use the built-in speakers will experience no practical difference between the two. For those who have invested in quality Bluetooth audio hardware, however, the Razr 60 is the more capable partner.

Much of the connectivity picture is shared territory: both phones run on 5G, support Bluetooth 5.4, include NFC, GPS, and a 1 SIM + 1 eSIM configuration. The divergence shows up in three specific areas that carry real-world weight. Most significantly, the Z Flip 7 supports Wi-Fi 7 (802.11be), while the Razr 60 tops out at Wi-Fi 6E. Wi-Fi 7 delivers substantially higher throughput and lower latency on compatible routers — a forward-looking advantage that will become increasingly relevant as Wi-Fi 7 infrastructure becomes more common in homes and offices.

The USB gap is equally consequential for day-to-day use. The Z Flip 7 uses USB 3.2, which supports transfer speeds up to 10 Gbps, whereas the Razr 60 is limited to USB 2.0 — a standard that caps out around 480 Mbps. Anyone who regularly transfers large files, shoots high-resolution video, or uses the phone as an external storage device will feel this difference acutely. The Z Flip 7 also includes a barometer, absent on the Razr 60, which enables more accurate altitude readings and benefits weather apps and outdoor navigation tools.

The Z Flip 7 wins this category with room to spare. Wi-Fi 7 support, a dramatically faster USB standard, and the addition of a barometer collectively represent a more capable and future-ready connectivity package. The Razr 60 covers all the essentials, but in each area where the two phones diverge, the Z Flip 7 holds the stronger hand.

The miscellaneous spec set for these two phones is as sparse as it is conclusive: all three data points are identical. Both devices include a video light, and neither features sapphire glass nor an e-paper display. There is simply nothing in this group that separates them.

This is a complete tie by the data provided. Buyers looking for differentiation between the Motorola Razr 60 and the Samsung Galaxy Z Flip 7 will need to weigh the distinctions surfaced in other specification categories — this group offers no additional signal either way.