The incident with the iPhone 15 Pro Max that took place abroad happened due to an intense collision between an RV and a conventional car. The iPhone, which was placed on the passenger seat, was thrown with the intensity of the collision, hitting various parts of the interior of the vehicle.
Despite the apparent damage, the iPhone continued to function, which impressed not only the owner but also tech experts who learned about the incident. The experts stated that the durability of the iPhone 15 Pro Max could be due to the use of new, more durable materials in its construction, as well as improved shock absorption technologies. They also emphasise that the new iPhone models have been designed in such a way as to withstand more extreme conditions than previous models.
The durability of the iPhone made the incident a topic of discussion on various forums and technology groups on the internet, where users exchanged views and experiences about the durability of the new devices. Many expressed surprise at the device’s ability to survive such severe damage, while others referred to the value of durability in the design of modern smartphones.
The materials that make the iPhone 15 Pro Max durable
The iPhone 15 Pro Max is made from a variety of materials that contribute to its development. These materials include:
- Titanium: Titanium is an extremely durable and light metal used for the frame of the iPhone 15 Pro Max. Titanium is known for its corrosion resistance and its ability to absorb shock.
- Ceramic Shield: The Ceramic Shield is a material used for the screen of the iPhone 15 Pro Max. The Ceramic Shield is made of crystal that has been reinforced with ceramic particles, which make it more resistant to scratches and drops.
- Gorilla Glass Victus: Gorilla Glass Victus is another durable material used for the screen of the iPhone 15 Pro Max. Gorilla Glass Victus is known for its resistance to drops and scratches.
The iPhone 15 Pro Max also features a range of technologies that assist in absorbing shock in case of collision. These technologies include:
- Shock absorption system: The iPhone 15 Pro Max’s shock absorption system consists of a foam mesh located between the frame and the interior of the device. The foam mesh helps in absorbing the shocks caused by drops or collisions.
- Hole grid: The hole grid is a new technology used in the iPhone 15 Pro Max. The hole grid is made of a rigid material that helps absorb shocks caused by drops or collisions.
This incident has strengthened the belief that consumers are looking for devices with high technical capabilities, but also durability under daily usage conditions and extreme situations. The story of the iPhone 15 Pro Max is an impressive example of the importance of durability in today’s technology era.
