Mophie Hold Force Gradient Case for iPhone 7 Plus, Black

Take your iPhone 7 Plus to the next level with the Hold Force Gradient Case, designed specifically for this model. This ultra-thin, protective case is more than just a cover; it's a versatile system that transforms your iPhone 7 Plus into a multi-purpose device. The case features integrated magnetic plates, discreetly hidden in the back, that securely attach to any Hold Force accessory. This innovative design allows for a secure magnetic attachment, providing you with the flexibility to customize your phone's functionality according to your needs. Constructed for high-impact protection, this low-profile case offers full-case coverage, safeguarding your iPhone 7 Plus from drops and everyday wear-and-tear. The case is crafted from durable, crystal-clear polycarbonate that not only complements the color of the case but also enhances the color of your iPhone. The Hold Force Gradient Case boasts an ultra-thin, ergonomic design that feels comfortable in your hand. Raised corners provide superior edge-to-edge protection, further safeguarding your phone's touchscreen. With the Hold Force system, your smartphone becomes more versatile than ever. The magnetic plates embedded on the back of the case allow you to attach a Hold Force wallet for everyday use, or a powerstation for a quick charge during an evening out. Choose from a variety of colors and designs, all combined with crystal-clear accents, giving you the opportunity to personalize the look and feel of your iPhone for any occasion. The base case is made from high-quality polycarbonate with a rubberized soft-touch finish, providing supreme protection while maintaining an ultra-thin profile. Experience the Mophie advantage. Mophie is globally recognized as a leading mobile power brand. Our products are known for their style and performance, offering a seamless integration of hardware, software, and design. With the Hold Force Gradient Case for iPhone 7 Plus, you're not just protecting your phone; you're enhancing its functionality.