Samsung Galaxy Z Flip 7 vs Motorola Razr (2025)

The Samsung Galaxy Z Flip 7 and Motorola Razr (2025) are pretty different approaches to the compact foldable phone. Samsung's entry sits at $1,099.99 and targets buyers who want flagship-tier performance and camera capability in a flip phone form factor. The Razr (2025) comes in at a much lower $599.99, and positions itself as an accessible entry point into foldable phones. Both share the concept of being a full-size phone that folds in half for pocketability.

The Galaxy Z Flip 7 is stronger in raw performance, camera quality on the main and ultrawide lenses, speaker output, biometrics, and data transfer speeds. The Razr (2025) charges faster, has a sharper front camera, better video stabilization from the selfie lens, and a higher-resolution inner display. Battery life is close between the two, with the Razr edging ahead on gaming efficiency and the Flip 7 lasting longer for video playback on its inner screen.

Design

Both phones are aluminum-framed clamshell foldables with IP48 ratings. IP48 means they're rated for dust particles larger than 1mm and submersion in fresh water to a rated depth, though IP48 is less protective against fine dust than the IP6x ratings common on traditional flagships.

The Galaxy Z Flip 7 folds down to 85.5 x 75.2 x 13.7mm and opens to 166.7 x 75.2 x 6.5mm. It weighs 188g. The front panel is plastic on the inner screen and Gorilla Glass Victus 2 on the outer cover, with a Gorilla Glass Victus 2 back. The Razr (2025) is slightly wider when folded at 88.1 x 74.0 x 15.9mm and a bit taller unfolded at 171.3 x 74.0 x 7.3mm. The Motorola Razr’s inner display uses Gorilla Glass Victus, and the back is vegan leather rather than glass.

The Flip 7 is thinner both folded and unfolded, and its Victus 2 glass on the cover and back is a generation newer than the Razr's Victus. The Razr's vegan leather back won't shatter, but it can scuff and wear differently over time.

The Flip 7's 86.2% screen-to-body ratio on the inner display means slightly thinner bezels than the Razr's 84.9%. The outer display ratio diverges more: 83.9% on the Flip 7 versus 64.1% on the Razr, reflecting the Razr's smaller, square-shaped cover screen surrounded by more bezel.

Bandicoot Lab doesn't formally test design or durability, so these are strictly on-paper comparisons.

Display

Inner

The Razr (2025) has the slightly larger and sharper inner panel: 6.9 inches at 1080 x 2640 with a 22:9 aspect ratio, giving it 413 pixels per inch. The Flip 7 comes in at 6.8 inches, 1080 x 2520, 21:9, and 397 PPI. In practice, that PPI difference is minimal. The Razr's refresh rate tops out at 165Hz versus 120Hz on the Flip 7, though both can drop as low as 1Hz for static content.

Manual brightness is a significant gap. The Flip 7 reaches 690 nits in manual mode, while the the Razr hits 525 nits. If you're adjusting brightness yourself outdoors, the Flip 7 will be noticeably easier to read. HDR peak brightness favors the Razr at 3,221 nits compared to 2,785 nits on the Flip 7. The Flip 7 holds 54.8% of its HDR peak across varying window sizes, while the Razr drops to 48.3%. Both sustain brightness well over time, with the Razr at 99.5% stability and the Flip 7 at 98.7% over the 30-minute sustained test.

Color accuracy is close. In their best modes, the Flip 7 hits an average color error of 2.32 and the Razr reaches 2.24. Both are good enough that you won't notice inaccuracy in daily use. Gamut coverage differs: the Razr covers 99.3% of Display P3 in its best mode, while the Flip 7 manages 75.3%. If you're viewing wide-gamut content like HDR photos or streaming video graded in P3, the Razr can display more of that color range.

For tone mapping, the Flip 7's inner display tracks the HDR reference curve more faithfully and applies only a mild brightness boost to highlights, starting to clip highlights at the 75% input level. The Razr pushes highlights significantly brighter than mastered, giving HDR content a lifted, punchier look, but it deviates more from what the content creator intended, clipping later at 80%. Whether you prefer the Razr's more aggressive approach or the Flip 7's more accurate rendering depends on personal taste.

Touch latency is 18.6ms on the Flip 7 and 19.1ms on the Razr. That half-millisecond gap isn't something you'd ever feel.

Outer

The Flip 7's outer display is 4.1 inches at 948 x 1048 (342 PPI) with an 8.1:9 aspect ratio and 120Hz refresh. The Razr's cover screen is 3.6 inches at 1056 x 1056 (413 PPI), square at 1:1, and refreshes at up to 90Hz. The Razr's panel is sharper in pixel density, but the Flip 7's is larger and smoother in scrolling.

Brightness differs meaningfully here. The Flip 7's outer display hits 453 nits in manual mode; the Razr reaches 515 nits. For HDR peaks, the Flip 7's outer panel is considerably brighter at 2,599 nits versus the Razr's 1,782 nits. The Razr's outer display holds brightness more evenly across window sizes at 89.9% stability compared to the Flip 7's 58.7%.

Color accuracy on the outer panels isn't as tight as the inner displays. Colors on both drift moderately from reference: the Flip 7's outer display shows slightly less error overall, while the Razr's outer panel has a wider gap between average and worst-case patches, meaning some specific colors are rendered less consistently.

The Flip 7's outer display maps HDR tone faithfully with only a slight brightness boost and starts clipping at 80%. The Razr's outer panel deviates substantially from the reference curve and applies a moderate brightness boost, but it doesn't clip until 95%, preserving more highlight detail at the cost of accuracy.

Touch latency is where the outer displays diverge sharply. The Flip 7 registers at 18.4ms; the Razr is at 46.7ms. That gap is large enough that quick interactions on the Razr's cover screen, swiping through notifications or tapping quick replies, will feel slightly less responsive. Considering you won’t be using the outer display for things like gaming, it doesn’t matter as much as the inner display.

Performance

The Galaxy Z Flip 7 runs Samsung's Exynos 2500 with 12GB of RAM. The Motorola Razr (2025) uses MediaTek's Dimensity 7400X with 8GB. This is a flagship chip versus a mid-range one, and the benchmarks reflect that gap clearly.

In GeekBench 6, the Flip 7 scores 2,322 single-core and 8,162 multi-core. The Razr manages 1,081 single-core and 3,077 multi-core. That's roughly double the single-core speed and nearly triple the multi-core throughput. You'll feel this in app launch times, multitasking, and anything that pushes the processor hard. Browser performance follows the same pattern: the Flip 7 scores 26.5 in Speedometer versus 9.4 for the Razr. Complex web apps and heavy pages will load and scroll more smoothly on the Samsung.

GPU performance is even more lopsided. The Flip 7 hits 5,387 in Wild Life Extreme, more than five times the Razr's 1,028. The Razr's GPU is too weak to run the Solar Bay benchmark. The Razr maintains its GPU performance better under sustained load: 99.6% stability versus the Flip 7's 44%, reaching only 31°C compared to 41.6°C. The Flip 7 throttles heavily during extended gaming sessions, losing more than half its peak GPU output. For the Razr, that stability figure matters less because the starting point is so low.

AI performance shows another large gap: the Flip 7 scores 54,493 quantized, 37,019 half-precision, and 3,892 single-precision in GeekBench AI. The Razr scores 2,844, 1,396, and 576 respectively. On-device AI tasks like photo processing, voice transcription, or generative features will run substantially faster on the Flip 7.

Camera

Both phones share a similar camera layout, including a main sensor, an ultrawide, and a front camera. Neither has a dedicated telephoto. The Flip 7 uses a 50-megapixel f/1.8 main with a 1/1.57" sensor, a 12-megapixel f/2.2 ultrawide, and a 10-megapixel f/2.2 front camera. The Razr carries a 50-megapixel f/1.7 main with a smaller 1/1.95" sensor, a 13-megapixel f/2.2 ultrawide, and a higher-resolution 32-megapixel f/2.4 front camera.

The Flip 7's larger main sensor gives it a physical advantage in light gathering, but sharpness results tell a more nuanced story. At 1x, the Razr resolves more detail in bright and dark conditions, while the two are close in mid-light. At 3x, the Flip 7 delivers roughly triple the resolved detail of the Razr. At 5x and beyond, the gap widens further: the Flip 7 retains usable detail at 8x and even 10x, while the Razr's output softens considerably. If you rely on digital zoom regularly, the Flip 7 is meaningfully better.

Main

The Razr's main camera resolves slightly more detail than the Flip 7 at 1x across lighting conditions. Both hold up well in low light, maintaining sharpness without dramatic falloff.

Color tuning is where the two diverge. The Razr runs noticeably vivid, pushing saturation well above reference in bright and mid-light. Colors pop, but they're not accurate. Skin tones drift significantly from reality in bright light and remain off in mid and low light. There's a consistent warm and yellow push across all conditions. In low light, a strong magenta-red shift appears on top of the warm bias, pointing to white balance struggling with warmer illuminants. The Flip 7 is more restrained, with a mild warm cast in bright light. Hue accuracy is reasonable in bright conditions but degrades as light dims. In low light, a growing magenta shift appears, again suggesting white balance correction issues with warm light sources. Skin tones on the Flip 7 are inaccurate in bright light but improve as conditions get dimmer, which is the opposite of what you'd expect.

Dynamic range is better on the Galaxy Z Flip 7. Its main camera retains more shadow detail and renders high-contrast scenes with more depth. The Razr’s processing clips highlights somewhat earlier, resulting in a flatter look when the scene has both bright sky and deep shadows. Main camera video stabilization is stronger on the Flip 7, which keeps handheld footage noticeably steadier.

Ultrawide

The Razr's ultrawide is sharper in bright and mid-light, though it falls behind the Flip 7's in low light. Dynamic range is again wider on the Flip 7, pulling more usable detail from shadows and highlights.

Color character on both ultrawides follows their main lenses. The Razr stays warm and vivid, while the Flip 7 is more neutral. Both show increasing hue errors in low light, with a heavy magenta shift emerging as illumination drops. This pattern, hue accuracy degrading primarily in warm, dim conditions, points to white balance correction being the main culprit rather than a fundamental sensor limitation. The Razr's errors are larger in absolute terms, particularly in low light where hues drift substantially. Neither ultrawide handles color as well as its respective main lens.

Video stabilization from the ultrawide isn't well-controlled on either phone, and the Razr shows more shake than the Flip 7.

Front

The Razr's 32-megapixel front camera is sharper than the Flip 7's 10-megapixel sensor across all lighting conditions. The gap is most obvious in bright and mid-light, where the Razr resolves considerably more detail. In low light, both drop, and the difference narrows.

Skin tones from the Flip 7's front camera are consistently inaccurate across all lighting. There's a warm bias that gets progressively stronger, shifting heavily toward magenta-red in dark conditions. The Razr's front camera has large skin tone errors in bright light, with a warm and slightly pink push, but it improves significantly in low light, producing the most accurate skin rendering of any lens on either phone in dim conditions. Hue accuracy on the Razr's selfie camera is less consistent in bright light, suggesting some sensor-level confusion rather than just white balance issues, since the color bias doesn't follow a clean warm-light pattern.

Dynamic range is broader on the Razr's front camera. Video stabilization from the front-facing camera is substantially better on the Razr, keeping selfie video smooth. The Flip 7's front camera shows noticeable instability during handheld recording.

Battery

The Razr (2025) has a 4,500mAh battery; the Flip 7 carries 4,300mAh. Capacity alone doesn't determine endurance, and these two trade wins depending on how you use the phone.

For video playback on the inner display, the Flip 7 lasts 28.4 hours compared to the Razr's 23.9 hours. That's a meaningful difference: about an extra half-day of continuous video. On the outer display, the Razr lasts slightly longer at 26.3 hours versus the Flip 7's 24.7 hours.

Web browsing drain over a five-hour test is nearly identical: 23% on the Flip 7 and 22% on the Razr. Both will get you through a full day of mixed browsing without concern. Standby drain is also matched at 3% over eight hours.

Gaming is where the Razr surprises. It drains only 11% during the stress test compared to the Flip 7's 21%. The Razr's less powerful GPU generates far less heat and draws far less power, so even though it can't run demanding games at high settings, it'll last much longer doing light to moderate gaming. For someone who plays casual games, the Razr's efficiency advantage is real. For demanding titles, the Flip 7 is the only viable option regardless of drain.

Charging

The Razr (2025) charges faster despite costing nearly half as much. It supports 30W wired charging to the Flip 7's 25W, and the speed difference shows in practice. After 10 minutes on the wire, the Razr reaches 27% versus the Flip 7's 20%. At 30 minutes, the Razr hits 71% while the Flip 7 sits at 55%. If you're grabbing a quick charge before heading out, the Razr gives you meaningfully more juice in less time.

Wireless charging is rated the same at 15W for both, but the Razr is faster there too: 12% at 10 minutes and 29% at 30 minutes, compared to 7% and 19% for the Flip 7.

Speaker

The Flip 7 is louder, hitting 77.2 dBA versus the Razr's 75.1 dBA. That's a noticeable difference in a quiet room. Distortion is also significantly lower on the Flip 7 at 5.35% average THD compared to the Razr's 13.73%. At higher volumes, the Razr will sound rougher and more strained.

Both speakers lean toward the higher end of the frequency range, with relatively modest bass. The Razr has a slight edge in high-frequency clarity, but the Flip 7 delivers more even output overall with better bass presence. The Flip 7's cleaner output and higher volume make it the better speaker for music, podcasts, or speakerphone calls.

Microphone

The Flip 7's microphone is well above average, with consistent frequency response across its range. The Razr's microphone is below average, showing more uneven response. For voice calls and video recording, the Flip 7 will capture clearer, more natural-sounding audio.

Other

Fingerprint unlock speed is dramatically different. The Flip 7 averages 121ms, while the Razr takes 294ms. Both use capacitive sensors, but the Flip 7 is more than twice as fast. You'll feel this every time you pick up the phone. Neither phone has hardware-based face unlock.

Data transfer speeds reflect the port difference. The Flip 7 uses USB-C 3.2 and achieves read speeds of 173 MB/s and write speeds of 171 MB/s. The Razr uses USB-C 2.0, topping out at 41 MB/s read and 37 MB/s write. Transferring large files, photos, or video to a computer will take roughly four times longer on the Razr. The Flip 7 is available in 256GB and 512GB storage configurations. The Razr comes in 256GB only.

Conclusion

The Galaxy Z Flip 7 wins on performance, speaker quality, biometrics, camera zoom, video stabilization from the main lens, data transfer speed, and display accuracy in HDR rendering. The Razr (2025) wins on charging speed, front camera sharpness, front camera video stabilization, main camera dynamic range, display gamut coverage, and gaming battery efficiency. Battery life and display quality on the inner screens are close enough to call a near-tie, with each device winning in specific sub-tests.

The $500 price gap is the central question. The Flip 7 is the more capable phone by a wide margin in processing power, and its camera system handles zoom and stabilization better. If you need your foldable to perform like a flagship, the Flip 7 justifies the cost. The Razr simply can't match it in GPU-heavy gaming, AI tasks, or demanding multitasking.

The Razr (2025) makes sense for someone who wants the foldable form factor without paying flagship prices, doesn't play graphically intensive games, and values fast charging. Its front camera is genuinely better for selfies, and its main camera captures more dynamic range in challenging light. If your priorities are casual use, social media, and video calls rather than raw performance, the Razr delivers a solid experience at a price that's hard to argue with.