UAG Monarch - protective case for iPhone 15 Pro Max (carbon fiber)

TOTAL CUSHIONING The UAG Monarch construction is composed of 5 layers that, when combined, create a synergistic mechanism for total shock absorption. This means that when the phone in the Monarch case collides with a hard surface - even from a height of 6 m! - the entire impact force is distributed on the housing surface, and the device itself remains intact. THE STRONGEST UAG What makes Monarch one of the strongest series of the UAG brand is its innovative construction, composed of as many as 5 protective layers: 1. The hard outer shell of the shield absorbs the force of the impact, blocking the penetration into the deeper layers of the casing 2. Top-grain leather of the highest quality, solid leather incorporated into the the construction of the casing ensures its strength and long life 3. Polycarbonate plate - this part gives stiffness to all other layers 4. Metal elements - metal screws connect and secure all layers of the casing 5. Impact-resistant elastic rubber TPU rubber provides shock absorption and minimizes shocks NO SCRATCHES No worries place and move the phone on a desk, table or other flat surface. Thanks to the raised rubber edges around the screen and camera, Monarch protects them against scratches. COMFORT AND SECURITY The three-dimensional pattern on the edges of the case is designed to minimize slippage so that the smartphone can be held securely in your hand. Therefore, Monarch guarantees a secure grip and comfort of using the phone even 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. Compatibility with wireless charging PRACTICAL DESIGN Rubber reinforcements on the edges of the case create strong accents typical of the UAG brand and protect the phone's most vulnerable parts. CERTIFIED PROTECTION Compliance with the MIL STD 810G 516.6 military standard, specifying the degree of shock resistance in the event of a fall.