iPhone 15 Pro and Pro Max will be much lighter thanks to this design change

Right after the launch of the iPhone 14s last year, we learned that the next generation will qualify for a major change in design. Reports had indicated that the iPhone 15 Pro and Pro Max would qualify for brand new material. It will replace the stainless steel used in the frame of smartphones.

Actually, Apple would have decided to use titanium in this generationAs the latest leaks confirm. Samsung will also be working on such a modification on the Galaxy S24 Ultra, and Xiaomi on one of the versions of the Xiaomi 14 Pro.

The use of titanium will drastically reduce the weight of iPhones

While titanium is more expensive than stainless steel, this will result in higher prices, but it has other advantages as well. Titanium is significantly less dense than stainless steel. The titanium frame will occupy more volume at the same mass as stainless steel andGet a lighter frame.

A famous leaker, Tech_Reve, claimed that in the X, the iPhone 15 Pro will weigh just 191 grams, compared to the 206 grams of the previous model. Similarly, the weight of the iPhone 15 Pro Max will drop to just 221 grams compared to 240 grams on the iPhone 14 Pro Max. If this leak is confirmed, thereforeA significant reduction in the weight of devices that will largely result from the use of titanium.

We know that the iPhone 15 Pro Max will use a brand new periscope camera but will also use a larger battery than its predecessor. The lighter weight of titanium will compensate for these changes.

Besides being less heavy, titanium also has a high strength-to-weight ratioThis means it can offer similar or even better structural strength to stainless steel while being lighter. This will allow Apple to use less material to achieve the same structural integrity, thereby reducing the weight of the device. Finally, remember that titanium is known for its exceptional resistance to corrosion, making it an excellent choice for products that come in contact with moisture, such as smartphones.