Home > Common Problem > body text

Samsung Galaxy S22 devices prove more fragile than iPhone 13 in drop tests

王林
Release: 2023-04-17 17:34:06
forward
1560 people have browsed it

Samsung's Galaxy S22 devices appear to be more susceptible to damage when dropped than Apple's iPhone 13 models. As major new smartphones are released, Allstate conducts the same drop tests to determine the extent of damage to the front, back, and sides of the device when it hits the ground, and the tests show that the iPhone's design is more durable.

Samsung Galaxy S22 devices prove more fragile than iPhone 13 in drop tests
When dropped face-down, the S22, S22, and S22 Ultra monitors shattered within the first 6 feet of drop to the pavement, with two of the three due to The damage is so severe that it cannot be used. The mid-tier device S22 is serviceable but has noticeable damage in the corners.

When Allstate Protection Plans tested iPhone 13 models back in September, they fared even better. In a face-down drop test, the ‌iPhone 13‌ survived a single drop with minor damage, breaking during the second drop test. The bottom of the iPhone 13 Pro is cracked, but both phones are basically usable.

In the upside-down test, the back panel of the Galaxy S22 was completely shattered. Although all three phones can work normally and the camera casing is intact, due to the glass, it is impossible to safely operate the phone with bare hands. damage.

Comparative testing on ‌iPhone 13‌ models found that the ‌iPhone 13‌ withstood two drops, with minor cracks along the camera and corners after the third drop, while the ‌iPhone 13 Pro‌ had similar shattering of the back glass to the S22 device .

Allstate tested the S22 models side-down and found that the S22 and S22 survived minor damage, while the curved glass S22 Ultra shattered in corners and on the display. All smartphones remain functional.

‌The iPhone 13‌ was not tested similarly, but back in 2020, an iPhone 12 model was placed on its side in the same test and came out intact with minor wear due to the aluminum steel edges, similar to the S22 and S22, An "armored aluminum" frame is also used.

The S22 Ultra has a curved display, so it takes more damage on the sides than Apple's iPhones. All in all, the S22 appears to be more susceptible to breakage than Apple's ‌iPhone 13‌ models, which use Apple's "Ceramic Shield" which is said to be more durable than traditional glass. Samsung’s S22 devices use Gorilla Glass Victus, Corning’s most durable glass.

In addition to being more susceptible to damage than iPhone 13 models in Allstate's testing, Galaxy S22 devices are also more susceptible to damage than the previous-generation Galaxy S21 smartphone, which had a plastic backing. Allstate Protection Plan vice president Jason Siciliano said design upgrades to the S22 and S22 Ultra models "result in reduced durability compared to their Galaxy S21 predecessors," increasing demand for smartphone cases and screen protectors.

As always, drop testing is variable and the results will depend on the angle at which the smartphone happens to be dropped. All of Allstate Protection Plans' tests use the same variables, but there's always an element of unpredictability, and even if ‌iPhone‌ conducts better controlled testing, it may not reflect real-world results.

For all-glass smartphones like the Galaxy S22 and ‌iPhone 13‌, care should be taken to avoid drops and a protective case should be used, as neither Apple's Ceramic Shield nor Samsung's Gorilla Glass Victus are reliable anti-breakage solutions .

The above is the detailed content of Samsung Galaxy S22 devices prove more fragile than iPhone 13 in drop tests. For more information, please follow other related articles on the PHP Chinese website!

source:yundongfang.com
Statement of this Website
The content of this article is voluntarily contributed by netizens, and the copyright belongs to the original author. This site does not assume corresponding legal responsibility. If you find any content suspected of plagiarism or infringement, please contact admin@php.cn
Popular Tutorials
More>
Latest Downloads
More>
Web Effects
Website Source Code
Website Materials
Front End Template
About us Disclaimer Sitemap
php.cn:Public welfare online PHP training,Help PHP learners grow quickly!