UAG Civilian MagSafe iPhone 17 Pro Max Case - Mallard

The Civilian MagSafe case designed for those who value style, durability and function. Featuring an ultra-thin profile, this case delivers a streamlined fit and serious defence against drops and impacts. The innovative triple-shot overmould construction combined with a hex cushioning core provides up to 6 metres of drop protection. A raised screen edge helps prevent scratches and damage on flat surfaces, while the textured anti-slip grip helps keep the device secure in hand. Built-in MagSafe compatibility allows effortless alignment with compatible chargers and magnetic accessories, while oversized tactile buttons provide crisp and responsive control. The Civilian case combines minimalist style with rugged performance for reliable protection of the iPhone 17 Pro Max.

- MagSafe Compatible: Works with MagSafe-compatible wireless chargers and magnetic accessories. Supports Apple Pay - Eco-Friendly Construction: Made with 25% recycled materials, combining sustainability with high-performance protection - Lanyard Anchor Points: Integrated lanyard anchor points provide added security and convenience. Lanyard is not included - Hypercush Impact Protection: Engineered to disperse and dampen shock away from the phone when it impacts a surface - 6m Drop Protection: Independently tested to withstand drops up to 6 metres, helping keep the device protected in rugged conditions - Meets 3X MIL-SPEC 810G-516.6 military drop-test standards - Built-in magnetic module supports MagSafe charging - Shock-absorbing soft core - Triple-shot overmould construction with hex cushioning core - Raised screen edge helps protect against scratches and damage on flat surfaces - Textured anti-slip grip helps provide secure handling - Oversized tactile buttons provide crisp and responsive control - Made with 25% recycled materials

- Compatibility: iPhone 17 Pro Max - Drop Protection: Up to 6m - Military Standard: 3X MIL-SPEC 810G-516.6 - Dimensions: 17 x 8.6 x 1.6cm - Material: Triple-shot overmould construction with a shock-absorbing soft core