The Moto G 5 Drop Test: A Descent into Destruction
We began our experiment with the Moto G 5, dropping it from a height of six feet to test its durability. As expected, the phone's back came apart completely, revealing a multitude of scratches and dents on its surface. However, to our surprise, the phone itself was still intact, with only minor cosmetic damage. The screen was functioning perfectly fine, and the phone powered on without any issues.
We decided to continue testing the Moto G 5 by dropping it again, this time from a height of six feet while recording video. This time, the back came apart completely once more, but fortunately, no significant damage occurred to the phone's internal components. The screen remained undamaged, and the phone continued to function normally.
Next, we decided to take the Moto G 5 to new heights by dropping it from a drone at an altitude of approximately 1000 feet. We carefully aimed the drone at the phone and dropped it, capturing the entire descent on camera. As expected, the phone's back came apart completely, and it suffered significant damage, including a bent corner and a cracked screen.
Despite the extensive damage, we were surprised to find that the Moto G 5 was still functional after the drop. The phone's internal components had withstood the impact, and it continued to power on, albeit with some cosmetic damage. However, the phone's exterior was severely compromised, with a bent corner and a cracked screen.
To further test the Moto G 5's durability, we decided to drop it again, this time from a height of approximately six feet onto solid concrete. We captured the entire event on camera, documenting the phone's descent and impact. As expected, the phone suffered significant damage, including a severely bent corner and a cracked screen.
Despite the extensive damage, we were able to power the Moto G 5 on after the drop, albeit with some difficulties. The phone's internal components had been compromised, but it was still functional, albeit in a limited capacity. However, the phone's exterior was severely damaged, with a bent corner and a cracked screen.
The Results: A Descent into Destruction
As we documented in our previous sections, the Moto G 5 suffered significant damage after each drop test. The phone's back came apart completely on multiple occasions, revealing a multitude of scratches and dents on its surface. Despite the extensive damage, however, the phone itself was still functional, albeit with some cosmetic issues.
The most surprising result of our experiment was the phone's ability to survive a 1000-foot drop from a drone onto solid concrete. The phone's internal components had withstood the impact, and it continued to power on, albeit with some difficulties. However, the phone's exterior was severely damaged, with a bent corner and a cracked screen.
The Moto G 5 Drop Test: A Cautionary Tale
Our experiment serves as a cautionary tale about the importance of durability in smartphones. While the Moto G 5 may have survived each drop test, it is clear that its exterior is severely compromised after even moderate impacts. The phone's internal components are designed to withstand the rigors of daily use, but they are not immune to damage.
As we continue to develop and release new smartphone models, it is essential that manufacturers prioritize durability in their design process. While a phone may be able to survive multiple drops and impacts, it is still possible for its internal components to suffer damage or failure. Therefore, it is crucial to consider the long-term implications of a phone's durability and design when making purchasing decisions.
Conclusion
Our drop test experiment has provided valuable insights into the durability of the Moto G 5 smartphone. While the phone itself was able to survive each impact, its exterior suffered significant damage on multiple occasions. The phone's internal components were compromised, but it continued to power on in a limited capacity.
As we continue to develop and release new smartphone models, it is essential that manufacturers prioritize durability in their design process. By doing so, we can ensure that our smartphones are able to withstand the rigors of daily use and provide years of reliable service.