Samsung’s Galaxy S25 Ultra introduced at the UNPACKED event in San Francisco attracts attention with its durability features. According to the company’s statements, Corning’s new Gorilla Armor 2 glass is used on the front and back surfaces of the device. Laboratory tests performed by Corning, this glass is not damaged in a height of 2.2 meters. After these explanations, many users began to wonder about the performance of the device by wanting to see these claims in the real world. Especially in recent years, the issue of falling on premium smartphones has become increasingly important.
PBKREVIEWS, known for its independent technology reviews, revealed the durability of the Galaxy S25 Ultra with a practical test. In the test, the device was reduced on concrete floor from different angles and the results were quite surprising. The screen and the rear panel of the device did not receive any damage despite the falling repeatedly. In addition to the new generation of Gorilla Armor 2 glass, the titanium alloy frame of the device was not greatly affected by the impacts. Apart from only a few small scratches and superficial abrasions, the overall structure of the device managed to maintain its robustness.
The increase in durability is observed compared to Galaxy S24 Ultra
In a similar endurance test with the Galaxy S24 Ultra last year, the device cracked from a corner in the first decline. This shows that the Galaxy S25 may have a more advanced impact resistance than Ultra’s predecessor. However, it should be remembered that even small changes in durability tests can make a big difference. Factors such as falling angle, a piece of stone on the floor or the weight distribution of the device can lead to different results. For this reason, it is important to make a more comprehensive analysis by evaluating the results of independent tests as well as tests in the laboratory.
On the other hand, it was observed that the Gorilla Armor 2 glass compromised on scratch resistance. The tests revealed that the screen was drawn at 6 levels on MoHS hardness scale. However, the previous model, Galaxy S24 Ultra, was more resistant to scratches at 7. This difference shows that manufacturers are trying to balance in glass technology. It seems likely that scratch resistance is partially reduced in order to increase the resistance of falling. Such design decisions are often made considering different scenarios.
Gorilla Armor 2 draws attention not only with impact resistance, but also with its preventive features. With this feature, the screen offers a clearer image even under intense light. The developed surface coating improves the user experience, especially in external use, increasing screen contrast. This provides a significant advantage for those who often use the device. However, it may be recommended to prefer screen protectors to protect from scratches that may occur during daily use.
The Galaxy S25 Ultra’s frame structure has also made significant changes. The titanium alloy frame of the device provides high impact resistance, although it is lighter than stainless steel. The flexible but durable structure of titanium is effective in maintaining the structural integrity of the device, especially during falls. In addition, the flat screen design is another factor that reduces the likelihood of the glass cracking. This design preference aims to help users carry their devices more safely.
For users, such durability improvements are very important. Modern smartphones are investment due to their high prices and create long -term use expectations. Therefore, the fact that the device does not suffer both aesthetically and functional plays an important role in the purchasing decision. However, although durability has been developed, it should still be remembered that users should use their devices carefully. Since unexpected situations may always be experienced, the protection of the device with additional accessories may be preferable.
As a result, the Samsung Galaxy S25 Ultra offers significant improvements in terms of both design and durability. Corning’s new generation glass technology and the titanium frame make the device more resistant to falls. However, the possibility of scratch resistance may be reduced. In the world of technology, the search for this balance on device resistance can bring more advanced material solutions in the coming years.