Stylish design – made with more than 50% recycled plastic

The OtterBox Symmetry Core Series protects your phone from drops, bumps and scrapes whilst looking stylish and doing good for the planet. At OtterBox, they’ve taken concrete steps to reduce their impact on the planet – that’s why this case is made with more than 50% recycled plastic – repurposing waste as resilient protection. The regrind materials create a stylish look and add a comfortable grip to your device.

DROP+ | 3X as many drops as military standard

The DROP+ promise means that the Symmetry Core Case has been military drop-tested to ensure that your device will get the best protection possible. The Military Standard (MIL-STD-810G 516.6) states that each case must be dropped onto concrete 26 times from a height of 48 inches onto every corner and edge with no damage to your device – and this case offers 3X as many drops as military standard!

Non-slip grip

The soft touch, textured non-slip design of this case offers an enhanced grip, reducing the risk of accidental slips and providing a comfortable and secure grip every time.

Sleek, stylish and pocket-friendly

Featuring a streamlined design that delivers tough protection from drops and shocks, the stylish OtterBox Symmetry Core Series Case maintains the slim profile of your iPhone 15 Pro Max so it still easily slips into your pocket.

Compatible with MagSafe chargers and accessories

The OtterBox Symmetry Core Series case is compatible with MagSafe and Qi-certified wireless chargers, so you can charge your phone without removing your case. It is also compatible with all of your MagSafe accessories.

Raised edges for extra protection

Raised bezels lift your device’s screen and camera lenses off flat surfaces to protect them from scratches and dirt, ensuring they remain in pristine condition.

Designed specifically for the iPhone 15 Pro Max

Since the OtterBox Symmetry Core Case was built specifically for the iPhone 15 Pro Max, the case has cutouts to ensure access to all ports and features of your device.