Apple adopted aluminum construction for its iPhone 17 Pro Max models this year, replacing previous titanium materials to enhance thermal management and provide various performance advantages. PhoneBuff conducted comprehensive durability testing between Apple's flagship device and Samsung's Galaxy S25 Ultra, which retains its titanium alloy frame. The testing protocol involved six separate impact scenarios at varying heights and angles.
Results demonstrated mixed performance outcomes for both materials depending on impact location. The aluminum iPhone 17 Pro Max showed superior resistance during rear impacts, while Samsung's titanium device excelled during corner strikes. Front panel damage remained comparable between both smartphones across all test conditions.
Higher elevation tests at 1.5 meters revealed aluminum's protective qualities for camera systems, while titanium's rigidity caused more extensive lens damage on the Galaxy device. Corner impacts at increased heights favored the Samsung handset significantly. The comprehensive evaluation concluded with equal scores for both devices, demonstrating that material choice presents distinct advantages and vulnerabilities based on specific impact scenarios.
Results demonstrated mixed performance outcomes for both materials depending on impact location. The aluminum iPhone 17 Pro Max showed superior resistance during rear impacts, while Samsung's titanium device excelled during corner strikes. Front panel damage remained comparable between both smartphones across all test conditions.
Higher elevation tests at 1.5 meters revealed aluminum's protective qualities for camera systems, while titanium's rigidity caused more extensive lens damage on the Galaxy device. Corner impacts at increased heights favored the Samsung handset significantly. The comprehensive evaluation concluded with equal scores for both devices, demonstrating that material choice presents distinct advantages and vulnerabilities based on specific impact scenarios.
