We have seen various iPhone drop test videos over the years, although I think this new one could be one of the most inventive—the Flubber iPhone SE drop test.
The guys from Gizmoslip decided to make some Flubber and then encase an iPhone SE inside it. The device was then dropped from 100ft.
As we can see from the video, Flubber is not the best way to protect your iPhone, especially if you intend to drop the device from such a tall building.
The Science Behind Flubber
Flubber, a fictional material popularized by movies, is known for its elastic and bouncy properties. In reality, Flubber-like substances are made from a combination of borax and glue, creating a polymer that can stretch and bounce. While these properties make it fun to play with, they do not necessarily translate to effective protection for electronic devices. The elasticity of Flubber can absorb some impact, but it lacks the structural integrity needed to protect delicate components inside an iPhone SE from a high drop.
Comparing Flubber to Other Protective Materials
When it comes to protecting smartphones from drops, materials like silicone, rubber, and specialized shock-absorbing plastics are typically used. These materials are designed to distribute the force of impact more evenly and prevent damage to the phone’s internal components. For example, silicone cases are popular because they provide a good balance between flexibility and protection. They can absorb shocks and prevent scratches, making them a reliable choice for everyday use.
In contrast, Flubber’s primary function is entertainment rather than protection. While it can cushion minor impacts, it is not engineered to handle the kind of force generated by a 100ft drop. This is evident in the Gizmoslip video, where the iPhone SE encased in Flubber did not survive the fall.
Real-World Applications of Drop Tests
Drop tests are crucial for understanding how well a smartphone can withstand accidental drops, which are common in everyday life. Manufacturers often conduct rigorous drop tests to ensure their devices meet certain durability standards. These tests can involve dropping the phone from various heights and angles onto different surfaces to simulate real-world scenarios.
For instance, Apple conducts extensive drop tests on their iPhones to ensure they can survive typical drops from pocket height or while being used. These tests help improve the design and materials used in the phones, making them more resilient to damage.
While the Flubber iPhone SE drop test by Gizmoslip is entertaining and creative, it highlights the importance of using appropriate materials for protecting electronic devices. Flubber, despite its fun and bouncy nature, is not suitable for safeguarding a smartphone from significant drops. For effective protection, it’s best to rely on cases made from materials specifically designed to absorb impact and protect the phone’s internal components.
Source Gizmoslip
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