Apple’s latest design move swaps titanium for aluminum on the iPhone 17 Pro and iPhone 17 Pro Max. The change promises better heat dissipation and a lighter feel, but how does it hold up when gravity takes over? A controlled six-drop showdown pits the iPhone 17 Pro Max against the Galaxy S25 Ultra and its titanium alloy frame, revealing clear strengths and weaknesses for both materials depending on how and where the phones land.
To keep things fair, the testing followed a consistent methodology: six drops total, with back, corner, and front impacts at 1 meter, then the same sequence at 1.5 meters. Here’s how each round played out.
1-meter back drop
– iPhone 17 Pro Max: Rear glass cracked but less severely. The area near the telephoto camera appeared slightly caved in.
– Galaxy S25 Ultra: The laser autofocus unit cracked, and both telephoto lenses suffered noticeable damage.
1-meter corner drop
– iPhone 17 Pro Max: Visible scuffs and a dent, highlighting aluminum’s malleability under sharp impacts.
– Galaxy S25 Ultra: Excellent corner durability, with far less visible damage.
1-meter front drop
– iPhone 17 Pro Max: Cracks spread into the front camera area, causing lens flares. Face ID still worked.
– Galaxy S25 Ultra: The display also cracked, but the fingerprint sensor continued to function.
1.5-meter back drop
– iPhone 17 Pro Max: The aluminum frame helped again, with rear cameras continuing to operate normally.
– Galaxy S25 Ultra: All rear camera lenses broke, including a fully shattered ultrawide, which severely degraded the live view image quality.
1.5-meter corner drop
– iPhone 17 Pro Max: The orange finish began to strip, and the 1x camera lost the ability to focus.
– Galaxy S25 Ultra: Once more, it looked almost unfazed by the corner impact.
1.5-meter front drop
– Both phones sustained similar screen damage, leading to an overall draw for the test.
The takeaway is clear: aluminum and titanium behave differently under stress. Aluminum can absorb and spread energy well across flat surfaces, which seemed to help the iPhone during back drops, but it dents more easily at the corners. Titanium resists corner deformation better, as seen with the Galaxy S25 Ultra, but its camera glass area proved vulnerable in some back impacts. In the end, the test was a tie, with each device scoring wins in different scenarios.
If Samsung moves to aluminum for the Galaxy S26 Ultra, it may gain some of the back-impact resiliency seen on the iPhone 17 Pro Max, along with aluminum’s trade-offs at the corners.
Bottom line for buyers: either phone can crack from common drops, and camera modules are especially exposed. A quality case with reinforced corners, a screen protector, and potentially camera lens protection are still the smartest upgrades you can make for real-world durability.
