UAG Pathfinder MagSafe case for iPhone 15 Pro - brown, UAG

UAG Pathfinder MagSafe case for iPhone 15 Pro - brown, UAG

UAG Pathfinder ARMOR PROTECTION FOR YOUR IPHONE DURABLE CONSTRUCTION The UAG Pathfinder structure is composed of 2 layers which, when combined, create a synergistic shock absorption mechanism. This means that when the phone in the Pathfinder case hits a hard surface, the entire impact force is distributed on the surface of the case, and the device itself remains intact. Protection against falls from a height of 4.8 meters NO SCRATCHES Place and move the phone on a desk, table or other flat surface without any worries. Thanks to the raised rubber edges around the screen and camera, Pathfinder protects them against scratches. PRACTICAL DESIGN Pathfinder is one of the most characteristic series of the UAG brand. Characteristic rubber reinforcements on the edges of the case create strong accents that make the case stand out from the competition, and most importantly - they protect the phone's most vulnerable parts. Compatibility with MAGSAFE wireless charging Thanks to the magnetic module built into the case, Monarch is compatible with Apple Pay payments and MagSafe functionality. MagSafe ensures your phone is accurately positioned at the charging point on the wireless charger. All you have to do is place your phone against the charger matrix, and both devices will attract and adjust perfectly to each other, ensuring stable charging. COMFORT AND CONFIDENCE Special protrusions on the edges of the case minimize slippage so that the phone holds securely in your hand. Therefore, the phone in the Pathfinder housing guarantees a secure grip even when wearing gloves or in difficult conditions. PORTS AND BUTTONS The buttons and mute switch on the phone are protected against dust by precisely designed, movable housing elements that ensure comfortable use of the phone's functions. Integrated lanyard anchor (lanyard not included) CERTIFIED PROTECTION Compliance with the MIL STD 810G 516.6 military standard, which determines the degree of shock resistance in the event of a fall.