OtterBox Symmetry Clear for MagSafe Transparent Case for iPhone 15 Pro Max, Shockproof Drop Proof Protective Case, 3X Military Grade Tested, Transparent - 77-93081

Make the most of your new Apple iPhone with the Symmetry Clear for MagSafe series. The slim case highlights the elegant design of your iPhone and is perfectly tailored to Apple’s new MagSafe system, allowing your iPhone to offer a whole new level of interactivity. All buttons and functions of your phone work flawlessly, while the durable case protects it from drops, bumps, and mishaps. Thanks to its one-piece design, the case is easy to attach. Use your phone worry-free, without compromising on style.

• The ultra-slim Symmetry Clear case for the iPhone 15 Pro Max from the MagSafe series undergoes thousands of hours of drop tests to ensure maximum protection for your smartphone.

• Protect your smartphone with the ultra-slim Symmetry Clear case for MagSafe series for the iPhone 15 Pro Max, which is easy to install and withstands three times as many drops as the military standard (MIL-STD-810G 516.6) requires. The raised edges of the Symmetry Clear for MagSafe case by OtterBox safeguard your smartphone's camera and display from heavy drops and scratches.

• Thanks to integrated, perfectly arranged magnets, Symmetry Clear ensures compatibility with MagSafe cases, making wireless charging faster and easier than ever before. Connect and detach MagSafe accessories using the built-in magnets.

• Made from 50% recycled plastic, the Symmetry Clear for MagSafe series by OtterBox offers flawless, elegant, and stylish protection against scratches and drops.
• Combine your case with a scratch-resistant and durable display protector from OtterBox for complete all-around protection.
• Compatible with iPhone 15 Pro Max

• Reduced Waste Packaging: At OtterBox, we have taken concrete steps to reduce our environmental impact, which is why we manufacture our retail packaging from sustainable materials that are fully recyclable and use almost no plastic.

Category: Standard