Introduction:

The recent release of the highly anticipated iPhone 12 has brought with it a plethora of new features. Among the most talked-about advancements is Apple’s introduction of the Ceramic Shield screen, which promises increased durability and shatter resistance. In this article, we delve into the results of a drop test performed on the iPhone 12 to evaluate the true potential of this Ceramic Shield screen.

The Ceramic Shield Screen Technology:

Before examining the drop test results, let’s take a moment to explore the technology behind the iPhone 12’s Ceramic Shield screen. Apple developed this groundbreaking material in collaboration with Corning Inc., fusing nano-scale ceramic crystals with a traditional glass matrix to create a solid cover for protection.

This unique composite blend results in increased hardness, making it more resistant to scratches without diminishing transparency, touch functionality or image quality. Moreover, Apple claims that the Ceramic Shield screen has four times better drop performance when compared to previous generations of iPhones.

Drop Test Methodology:

To better understand how well the iPhone 12’s Ceramic Shield holds up during real-life accidents, various types of drop tests were conducted under different conditions. These included:

1. Pocket-height Drop Test (approx. 3 feet)

2. Head-height Drop Test (approx. 6 feet)

3. Freefall from Rooftop (approx. 20 feet)

The primary focus was on analyzing screen strength and shatter resistance after each drop.

Results and Observations:

The iPhone 12 performed remarkably well during the pocket-height and head-height drop tests. In both cases, there were no significant signs of damage or cracks forming on the Ceramic Shield screen, even after multiple drops.
What truly sets apart the iPhone 12’s resilience is its performance in the rooftop freefall test. Much to everyone’s surprise, despite falling from a height of approximately 20 feet, the Ceramic Shield screen remained almost entirely intact. While some minor scuffs were visible on the edges of the device, it was still fully functional, and the display quality remained unaffected.

Conclusion:

The drop test results are a testament to the progress Apple has made in advancing their materials technology, especially concerning durability. The iPhone 12’s Ceramic Shield screen has proven itself to be a resilient innovation in smartphone design, vastly exceeding expectations and raising the bar for future products.

In today’s fast-paced world where smartphone accidents are an inevitability, having a device capable of withstanding accidental drops offers not only peace of mind but also significant savings on potential repair costs. With iPhone 12’s Ceramic Shield screen, Apple has taken a giant leap forward in addressing these concerns.