Huawei's Shattering Results: Concrete Drop Test of the Supposedly "Unbreakable" Kunlun Glass

When the time came to begin the drop test, the room was filled with excitement as the anticipation was high to see the Kunlun glass prove itself. One by one, a phone containing Kunlun glass was taken to the 10-foot-high concrete surface, dropped, and retrieved. The results were outstanding!

Every phone, without fail, sustained no damage and all of the tests were successfully completed without incident. Not a single crack, scratch, or blemish was left on any of the phones! The glass on each and every device was unscathed and seemingly untouched, despite the physical strain.

It was quite a remarkable result, to be sure, and Huawei had certainly managed to live up to their expectations. Huawei’s latest technology definitely provided proof that their claims were indeed valid, with the unbreakable Kunlun glass providing absolute protection against anything it may encounter in the wild.

However, the excitement did not last forever, as some critics had already started to appear on the Internet. Several observers noticed that all of the tests had been performed on flat surfaces, leading some to speculate that the performance may not be as outstanding when used outdoors.

However, it seems like this fear was unfounded, as a similar test was carried out a few weeks later in which the Kunlun glass was subjected to a 6-meter drop from an angle of 45 degrees, the result of which was equally successful. All of the phones were returned intact and without any damage, further reinforcing the resilience and unbreakability of the Huawei glass.

Clearly, the unbreakable Kunlun glass had stood the test of physical endurance and Huawei could rightly be proud of its achievements. It was safe to say that Huawei’s newest technology had proven itself to be more than up to the task, with the results from the concrete drop test standing as proof. With this remarkable piece of engineering, Huawei had surely taken a significant step forward in the mobile industry.