The launch of the iPhone 16 series in September brought four new models to the market: iPhone 16, iPhone 16 Plus, iPhone 16 Pro, and iPhone 16 Pro Max. Among these, the iPhone 16 Plus offers the same feature set as the standard model, but with a larger 6.7-inch display.
Nearly two months since its release, the iPhone 16 Plus has been put through several durability tests on YouTube, and results suggest it may be more resilient than some competing devices.
iPhone 16 Plus Durability Test Overview
YouTuber Zack Nelson, known for his JerryRigEverything channel, recently tested the device in his popular durability test series.
Known for rigorously assessing smartphones, Nelson simulates years of wear and tear to evaluate long-term durability.
According to his findings, the iPhone 16 Plus outperformed many other devices, particularly in scratch resistance on the Mohs hardness scale.
Scratch Resistance Performance – iPhone 16 Plus
During the scratch test, the device showcased notable scratch resistance with only faint marks appearing at level six on the Mohs scale.
The deeper grooves only began to show at level seven. This is in stark contrast to the Samsung Galaxy S24 Ultra, which exhibited visible lines even at level six that could not be easily removed.
The improved resistance is credited to Apple’s Ceramic Shield technology, which the YouTuber mentioned “still feels very smooth” despite repeated testing.
While the display performed well, the 85% recycled aluminum frame of the iPhone 16 Plus did show scratches when exposed to a razor blade, especially along the side panels where the power and volume buttons are located.
Fire Test Results
In addition to the scratch test, the device underwent a fire test to see if the display was susceptible to permanent damage from heat exposure. The device handled the test well, with no lasting burn marks on the Super Retina XDR display. The screen remained fully functional after exposure, highlighting the durability of Apple’s display technology.
Bend Test Findings
One of the final tests was the bend test, which evaluates structural strength by applying pressure to both sides of the device. The device showed strong resistance with no visible cracks or fractures in its chassis, suggesting it can withstand significant stress without compromising its integrity. Although durability tests like these don’t replicate real-life scenarios, they offer a reference point for users interested in device longevity.
Improved Repairability
Nelson’s test also revealed that the iPhone 16 Plus is potentially easier to repair compared to the Pro models. Apple has incorporated an electrically de-bonding adhesive at the back of the Plus model, which loses its binding capability when a small current is applied. This innovation is expected to make repairs, especially screen or battery replacements, easier. In contrast, the Pro models still use traditional adhesive pull tabs.
Media Controls and Limitations
The durability tests also revealed a few areas where the device could see improvement. The device’s aluminum frame is prone to scratching more easily than other components, which could be a consideration for users concerned with aesthetic longevity.
While this test does not guarantee real-world protection, the results reinforce the iPhone 16 Plus as one of the more resilient options in today’s smartphone market. The device showcases Apple’s ongoing commitment to combining innovative technology with durable design, providing users with a well-rounded smartphone capable of enduring everyday wear and tear.
