Ultra-Magnetic Stand for iPhone 17 Case [Military Drop Protection] [Compatible with MagSafe] Shockproof Translucent Matte Slim Ring Holder Case for iPhone 17 (Blue)
Note: The case selected on this page is only compatible with iPhone 17. Please verify your model number.
[Magnetic Stand Series - Beyond Being] We combined the strong magnetic technology with a foldable kickstand by applying our compact and practical design philosophy.
[Carefree Viewing, Effortless Stand] The kickstand boasts an innovative hidden design with an exclusive patent. Constructed from LIGHTWEIGHT YET DURABLE aluminum alloy, it remains stable in both horizontal and vertical orientations. Whether you're cooking with hands-free recipes, relaxing with movies, or in a meeting at your desk, the smoothly adjustable stand brings ease and composure to every moment.(Note: This case is fixed point adjustable stand, not 360 spin stand)
[Ultra Magnetism-25W] Compatible with all MagSafe accessories and Qi-certified wireless chargers. Its built-in high-strength magnets, intelligently arranged with our iYavvort Array technology, delivers TWICE the MAGNETIC STRENGTH of the official standard —so your phone stays locked on your car mount, even on the roughest roads. With near-zero power loss, experience full-speed 25W wireless charging that’s both faster and safer. Snap, charge, and go — no slip, no fuss.
[15FT All-Around Protection] Tested over 6,000 times against extreme drops, the Magnetic Stand Case far outlasts ordinary cases. Its shockproof polycarbonate back with AirPad cushioning guards against daily drops and impacts.
[Anti-slip & Durable] This iPhone 17 case features a premium matte, semi-transparent cover that offers a smooth feel. The sides incorporate a NubuckTexture Frame with an ANTI-SLIP GRIP design, working together to provide exceptional slip resistance, secure handling, and enhanced traction. Thanks to the advanced frosted finish and oil-resistant coating, the case is scratch-resistant and prevents 99.9% of oils, lint, and fingerprints from adhering to its surface.