Bending the Galaxy S7 and iPhone 6s Plus: A Comparative Analysis
In this article, we will delve into the world of phone durability testing and explore how two popular devices, the Galaxy S7 and iPhone 6s Plus, perform under stress. The test, which involves bending both phones to their limits, provides valuable insights into the materials used in each device and their overall resilience.
The Testing Process
To begin, we set up a makeshift laboratory to conduct our tests. We have two phones left over from previous drop tests: a Galaxy S7 and an iPhone 6s Plus. Both phones are still functional, but their edges have taken a beating. The goal of this test is not to see which phone can withstand the most drops or impacts, but rather to determine how much stress each device can endure before bending. We're not looking for scientific precision here; we just want to see what happens when we apply some force.
First Up: The Galaxy S7
We start by taking a closer look at the Galaxy S7's display and frame. While it has taken a beating, the phone still looks usable. However, its edges have suffered significantly, which raises questions about its overall durability. We're not interested in seeing how much pressure we can apply before breaking the glass; instead, we want to know if the metal can withstand some bending stress.
We begin by applying gentle pressure to the phone's edge, using the table as a makeshift anvil. As expected, it takes some effort, but eventually, we start to see some movement. The phone bends slightly, but not excessively. We press on, and to our surprise, the metal gives way, allowing us to bend the display. It's a delicate balance between applying too much pressure and not enough.
We take a moment to rest our hands before proceeding with the test. As we regain our composure, we observe that the phone has indeed bent, but not excessively. The LCD screen is damaged, however, which serves as a stark reminder of the risks involved in bending these devices.
The iPhone 6s Plus: A Surprisingly Resilient Device
Moving on to the iPhone 6s Plus, we're met with a different story altogether. This phone has taken a beating, but its edges remain remarkably intact. We begin by applying gentle pressure to the edge, using the table as a makeshift anvil. The result is almost identical to that of the Galaxy S7: some movement, followed by the bending of the display.
However, unlike the Galaxy S7, the iPhone 6s Plus does not suffer from significant damage when bent. The metal seems to be more resilient than we initially thought, and we're surprised by how much pressure it can withstand before giving way. We continue applying force, but the phone remains surprisingly stable.
The Power of Human Strength
As we push the limits of both phones, we realize that human strength is an unpredictable factor in these tests. The power of our hands can be both a blessing and a curse when it comes to testing device durability. In some cases, our efforts may inadvertently cause more damage than intended.
In the case of the iPhone 6s Plus, we're surprised by how much pressure it can withstand before breaking. The display bends, but the phone itself remains relatively intact. It's a testament to the engineering that went into designing this device and its materials.
The Verdict: Be Careful with Your Phones
While both phones have demonstrated remarkable resilience, there are clear differences in their durability. The iPhone 6s Plus has proven to be surprisingly resilient, while the Galaxy S7 has taken significant damage when bent. However, it's essential to remember that these tests are not meant to be taken lightly.
In reality, bending your phone is unlikely to happen in your day-to-day life. You're more likely to drop it or expose it to excessive pressure than intentionally apply stress to its edges. Nevertheless, this test serves as a reminder of the importance of handling our devices with care.
The Edge of Safety
As we conclude this article, we're left with one pressing question: what can be done to prevent accidental damage to our phones? While bending tests may not provide definitive answers, they do offer valuable insights into device design and materials science.
In the future, manufacturers will need to focus on creating devices that are both durable and resistant to stress. This might involve redesigning phone cases or incorporating additional protection features. As consumers, we must also take responsibility for handling our devices with care and respecting their limits.
In conclusion, bending a phone is not a recommended practice, but it can provide valuable insights into device durability and design. By exploring the strengths and weaknesses of two popular devices, we hope to have shed some light on what makes these phones tick – or, in this case, bend.