Motorola Razr 60 VS Samsung Galaxy Z Flip 7 FE

Both the Motorola Razr 60 and the Samsung Galaxy Z Flip 7 FE share the same foldable flip form factor and identical IPX8 waterproofing, meaning both can withstand submersion in water under the same conditions. At the protection level, there is no meaningful difference between them.

Where they diverge is in physical dimensions. The Razr 60 is taller (171.3 mm vs 165.1 mm), wider (74 mm vs 71.9 mm), and slightly thicker (7.3 mm vs 6.9 mm). The cumulative effect is significant: the Razr 60 has a total volume of 92.54 cm³ compared to the Z Flip 7 FE's 81.91 cm³ — roughly a 13% larger footprint. In practice, the Z Flip 7 FE will feel more pocketable and easier to handle one-handed when unfolded. Weight, however, is essentially a wash at 188 g versus 187 g.

The Samsung Galaxy Z Flip 7 FE holds a clear edge in this category. While both phones protect against water equally, the Z Flip 7 FE is the more compact and refined physical package — a meaningful advantage for users who prioritize a slimmer, less bulky device in a flip form factor.

On paper, the two displays are remarkably close. Both use OLED/AMOLED panels, share an identical 1080 x 2640 px resolution, run at 120Hz, and support both HDR10 and HDR10+ — meaning color depth, motion smoothness, and high dynamic range video rendering are effectively equivalent between them.

The subtle but real difference lies in screen size and pixel density. The Razr 60 offers a slightly larger 6.9″ main display, while the Z Flip 7 FE's 6.7″ panel packs those same pixels into a smaller area, yielding a marginally sharper 426 ppi versus 413 ppi. In everyday use, neither eye nor fingertip will realistically detect this 13 ppi gap — both are well above the threshold where individual pixels become indistinguishable. The Razr 60's extra screen real estate is the more tangible advantage for media consumption and productivity.

The decisive differentiator, however, is glass protection: the Razr 60 comes with branded damage-resistant glass, while the Z Flip 7 FE does not. For a device that folds and unfolds dozens of times daily, scratch and drop resistance on the display is a genuine durability concern — not a marketing footnote. This gives the Motorola Razr 60 a meaningful edge in the display category, combining a larger screen with better long-term protection.

The chipset gap is the headline story here. The Z Flip 7 FE runs on Samsung's Exynos 2400, a 10-core design with a peak speed of 3.2 GHz and a substantially higher maximum memory bandwidth of 64 GB/s. The Razr 60, by contrast, uses the MediaTek Dimensity 7400X — an 8-core chip topping out at 2.6 GHz with a bandwidth ceiling of just 25.6 GB/s. That 2.5x bandwidth advantage for the Exynos 2400 is not a minor footnote; it directly feeds GPU throughput and sustained compute tasks, making the Z Flip 7 FE the stronger performer under demanding workloads like gaming or video processing.

The Razr 60 fights back on memory and storage. Its 12 GB of RAM running at 6400 MHz outpaces the Z Flip 7 FE's 8 GB at 4200 MHz, meaning the Razr 60 can keep more apps active simultaneously and context-switch more fluidly in everyday multitasking. It also ships with 512 GB of internal storage versus just 256 GB — a practical doubling that matters for users who store large media libraries or avoid cloud dependency.

Taken together, the Samsung Galaxy Z Flip 7 FE holds the edge in raw processing power thanks to its superior chipset and memory bandwidth. However, if multitasking headroom and onboard storage are the priority, the Razr 60's RAM and storage configuration make a compelling counter-argument. Users who push their phones hard computationally will favor the Z Flip 7 FE; those who juggle many apps or store lots of content locally may find the Razr 60 more practical day-to-day.

Both phones field a dual-lens rear system with a 50 MP primary shooter and a secondary lens, and both include OIS, phase-detection autofocus, and a full suite of manual controls. For most users, the day-to-day shooting experience will feel broadly similar. That said, three specific differences separate them for more demanding photographers. The Z Flip 7 FE supports 4K at 60 fps video recording versus the Razr 60's 4K at 30 fps — a tangible upgrade for anyone shooting smooth motion or footage intended for editing. It also adds a BSI sensor, which improves light capture efficiency, and critically, it supports RAW shooting — something the Razr 60 does not offer. RAW access is a significant advantage for enthusiasts who post-process their images, as it preserves far more data than a compressed JPEG.

The selfie camera flips the dynamic. The Razr 60 packs a 32 MP front camera compared to the Z Flip 7 FE's 10 MP, and its front aperture is f/2.4 versus the Z Flip 7 FE's slightly wider f/2.2. The megapixel gap is substantial — the Razr 60 can capture considerably more detail in selfies and video calls, and allows for more aggressive cropping without quality loss.

The verdict depends on shooting priorities. The Samsung Galaxy Z Flip 7 FE is the stronger choice for rear camera enthusiasts, particularly those who value video quality or RAW flexibility. But users who rely heavily on the front camera — common in a flip phone form factor — will find the Motorola Razr 60's 32 MP selfie sensor a compelling reason to lean its way. Overall, the Z Flip 7 FE holds a narrow edge on the rear system where it counts most for image quality.

This is a rare case where the data tells a clear and unambiguous story: the Motorola Razr 60 and the Samsung Galaxy Z Flip 7 FE are identical across every single operating system specification provided. Both ship with Android 15, share the same privacy feature set — including location controls, camera and microphone permissions, and app tracking blocking — and support the same productivity and usability features such as split-screen, picture-in-picture, widgets, dynamic theming, and offline voice recognition.

This is a direct consequence of both devices running the same base Android version. The features listed here largely reflect platform-level capabilities rather than manufacturer differentiation, meaning neither Motorola's nor Samsung's custom Android skin introduces a measurable advantage within the scope of these specs.

The verdict is a complete tie. Buyers making a decision based solely on operating system features, as captured in this data, have no grounds to favor one device over the other. Any real-world software differences would stem from each manufacturer's UI layer and update policies — neither of which creates a distinguishable gap from the provided specs.

Battery capacity is where the Razr 60 builds its most straightforward lead. Its 4500 mAh cell versus the Z Flip 7 FE's 4000 mAh represents a 12.5% larger reserve — enough to translate into a meaningful difference in screen-on time over the course of a full day, particularly for heavier users who push their phones through long sessions of media or navigation.

Wired charging follows a similar pattern: the Razr 60 tops up at 30W compared to the Z Flip 7 FE's 25W, meaning it both starts with more energy and replenishes it faster. Wireless charging is a draw, with both devices supporting 15W wireless speeds. The one area where the Z Flip 7 FE pulls ahead is reverse wireless charging — a feature the Razr 60 lacks entirely. This allows the Z Flip 7 FE to act as a charging pad for accessories like wireless earbuds, which is a niche but genuinely useful convenience for compatible devices.

Overall, the Motorola Razr 60 holds the clear battery advantage. A larger capacity combined with faster wired charging makes it the more capable device for users prioritizing longevity and quick top-ups. The Z Flip 7 FE's reverse wireless charging is a useful differentiator, but it does not offset the fundamental gap in battery size and refill speed.

The audio spec sheet for these two phones is short, and the shared ground covers the most fundamental points: neither offers a 3.5mm headphone jack — putting both firmly in the wireless-or-adapter camp — and both feature stereo speakers, ensuring a reasonably immersive experience for media playback without headphones.

The single differentiator is the Razr 60's support for aptX, a Bluetooth audio codec that reduces latency and improves wireless audio quality when paired with compatible headphones or speakers. For casual listeners streaming through standard wireless earbuds, this may go unnoticed. But for users who prioritize synchronized audio during video playback or who own aptX-compatible audio gear, it represents a tangible — if niche — advantage over the Z Flip 7 FE, which lacks the codec entirely.

The Motorola Razr 60 takes a narrow edge in this category. The aptX support is the only technical differentiator in the provided data, and while it won't matter to every user, it meaningfully expands wireless audio compatibility and quality for those with the right equipment.

Connectivity parity is the defining theme here. Both phones support 5G, Wi-Fi 6E, Bluetooth 5.4, NFC, and USB Type-C — and both are capped at USB 2.0 speeds, meaning neither will win awards for wired data transfer. The SIM configuration is also identical, with one physical SIM and one eSIM slot on each device. For the vast majority of connectivity use cases, these two phones are interchangeable.

Sensors tell a nearly identical story as well, with one exception: the Z Flip 7 FE includes a barometer, which the Razr 60 omits. A barometer measures atmospheric pressure and enhances the accuracy of altitude readings — useful for fitness tracking during hikes or in navigation apps that factor in elevation. It is a specialist feature, but a genuine hardware addition that the Razr 60 simply does not have.

This category is effectively a tie, with a marginal nod to the Samsung Galaxy Z Flip 7 FE for the barometer inclusion. That said, the gap is narrow enough that it will only influence buyers with specific use cases around altitude or advanced fitness tracking. For general connectivity needs, both devices are equally well-equipped.

The miscellaneous spec group for these two devices is as lean as it gets — just three data points, and every single one matches. Both phones include a video light, and neither features sapphire glass nor an e-paper display. There is simply nothing in this data set to separate them.

This is a complete tie. No advantage exists for either device within the scope of the provided specifications, and drawing any further conclusion would require going beyond the data. Buyers should weigh this category as a non-factor in their decision.