Invisible Holder USB C to Lightning Charger Cable, MFi 30W PD Fast Charging Sideways iPhone Charger Cord, 4.9 FT Type C to Lightning Cable with 360° Adjustable Metal Stand for Gaming, Office, Home

About this item

• MFi Certified & 30W PD Fast Charging – Officially Apple MFi certified, this iPhone charger with stand doubles as an iPhone lightning charger fast charging cable, delivering 30W Power Delivery to take your iPhone 14 from 0% to 50% in about 25 minutes. It also supports 480Mbps data sync, making it the all-in-one phone charger with stand you can rely on every day.
• 2-in-1 Invisible Stand for Hands-Free Viewing – Flip open the hidden bracket to reveal an invisible bracket charging cable iPhone C to Lightning that transforms into a sturdy stand. This Type C to Lightning cable with stand works perfectly as an iPhone charging cable with stand for watching movies, joining video calls, or reading in both landscape and portrait modes. (Compatible with most phone cases up to 0.08 inches thick. Remove extra-thick rugged cases before use.)
• T-Shaped 90° Right Angle Ergonomic Connector – The 90 degree USB C to Lightning cable keeps the cord flat against your device and out of your grip—ideal for gaming or scrolling. Acting as a dedicated sideways iPhone charger cord, this sideways USB C to Lightning cable minimizes charging port stress and gives you a natural, comfortable hold in landscape orientation.
• Flat Braided, Tangle-Free & Travel-Ready – With its flat USB C to Lightning cable exterior, this cord resists tangles, knots, and fraying. It’s the flat phone charger with stand Lightning users love for a clutter-free nightstand or travel setup. The flat USB C to Lightning cable with stand measures 4.9 feet, providing the perfect reach without the mess.
• Broad Compatibility & All-Round Protection – A true stand data cable for iPhone Lightning, it fits iPhone 14/13/12/11/SE/XS/XR/X/8 series, plus iPad Pro, Air, and mini. This iPhone charging cable and stand for iPhone 14 includes safeguards against overcharging, overheating, and short circuits.