Experience unparalleled protection and sleek design with the Urban Armor Gear Civilian Case for iPhone 17 Pro Max in Mallard. This case embodies a perfect blend of form and function, ensuring your device remains safe while staying stylish and modern.
- Engineered for Impact
- Featherlight Construction
- Elevated Design with a Dual-Tone Finish
- Seamless Compatibility with MagSafe Accessories
- Scratch & Drop Protection
Engineered for Impact
Built with Urban Armor Gear's innovative HyperCush technology, the Civilian Case absorbs and disperses energy from accidental drops, safeguarding your iPhone 17 Pro Max from daily mishaps. It’s rigorously tested to meet military-grade standards, ensuring consistent protection in all environments.
Featherlight Construction
Despite its tough protective build, the Civilian Case is lightweight and comfortable to hold. Designed specifically for on-the-go lifestyles, it adds minimal bulk to your iPhone, making it perfect for both daily use and travel.
Elevated Design with a Dual-Tone Finish
The Black colorway adds a distinctive aesthetic to your device. A harmonious dual-tone design ensures your phone stands out, all while perfectly aligning with Urban Armor Gear's reputation for sleek and functional products.
Seamless Compatibility with MagSafe Accessories
This case is designed with ease and compatibility in mind. Fully compatible with MagSafe charging and accessories, you can enjoy a seamless experience with wireless charging and other add-ons without removing your case.
Scratch & Drop Protection
The exterior is specially crafted to resist scratches, while reinforced corners protect against drops and impacts. The raised bezel provides additional safety for your phone’s camera and screen, ensuring all-around defense for your iPhone 17 Pro Max.
Package includes:
- Urban Armor Gear Civilian Case for iPhone 17 Pro Max in Mallard
Product specifications:
- Color: Mallard
- Compatibility: iPhone 17 Pro Max
- Drop protection: 6 meters tested
- 3X Military Drop-Test Standards // Mil Std 810g 516.6