iPhone 18 Pro Max and Galaxy S26 Ultra Fail Drop Tests
New drop tests show that both flagship devices sustain back-panel damage and hardware issues when falling onto concrete.
Updated on Oct. 30, 2026 in Consumer Electronics
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The iPhone 18 Pro Max and Samsung Galaxy S26 Ultra both sustained significant damage in controlled drop tests conducted in October 2026. These tests evaluated glass durability and hardware functionality across various impact heights.
Why it matters
Durability testing reveals the real-world performance of advanced screen and glass materials in flagship smartphones. These findings help users understand the limitations of current glass-and-aluminum designs when subjected to impacts on concrete.
The iPhone 18 Pro Max displays scratch resistance at level 7 on the Mohs scale, whereas the Galaxy S26 Ultra resists scratches up to level 6. Both devices suffered back panel fractures from 1-meter drops onto concrete.
The players
Apple
Manufacturer of the iPhone 18 Pro Max, focusing on proprietary material science like Ceramic Shield.
Samsung
Producer of the Galaxy S26 Ultra, which integrates Corning Gorilla Armor 2 display technology.
The details
Testing involved dropping devices from heights ranging from 1 meter to shoulder level onto concrete to observe frame deformation and hardware failure. The iPhone 18 Pro Max incorporates Ceramic Shield 2 and a glass-and-aluminum chassis, while the Galaxy S26 Ultra utilizes Corning Gorilla Armor 2 with a full-glass back. The methodology specifically highlights failure points, such as the Galaxy S26 Ultra fingerprint scanner becoming inoperable after a 1-meter face drop.
Timeline
October 30, 2026: Article publication date.
The Tech Race
This performance assessment places current flagship materials like Ceramic Shield 2 and Gorilla Armor 2 against standardized Mohs scale and drop impact stress tests. These metrics update the competitive baseline for smartphone chassis and screen durability.
Users should note that while display glass resistance varies between level 6 and 7 on the Mohs scale, neither device is immune to back-panel fracturing at 1-meter drops. These results suggest that protective cases remain necessary for protecting both rear glass panels and sensitive sensors.
The takeaway
Flagship devices remain susceptible to glass cracking even with advanced material coatings. Prospective owners should weigh these hardware vulnerabilities against daily usage risks when choosing protective accessories.
Further reading
Find more analysis of mobile hardware performance in our Consumer Electronics section.
Source note: This article includes information reported by SlashGear.
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