Audi IML Stitching Pattern MagSafe Case for Samsung Galaxy S24 Ultra, Grey

Protect your Samsung Galaxy S24 Ultra with the official Audi IML Stitching Pattern MagSafe Case. This hard case combines premium protection with a stylish design inspired by Audi's iconic stitching pattern. The In-Mold Labeling (IML) technology ensures a durable, smooth finish that resists fading and scratches. Integrated MagSafe magnets provide effortless attachment to MagSafe chargers and accessories, while precise cutouts allow full access to ports, speakers, and the S Pen. Raised edges protect the camera and screen from scratches when placed on flat surfaces.

Advantages

Official Audi licensed product for authentic style. MagSafe compatible for fast wireless charging and easy accessory attachment. Durable polycarbonate construction with IML finish for long-lasting clarity. Raised camera bezel and screen edge for added protection. Easy snap-on installation and precise cutouts for full functionality.

Suitable for

• Samsung Galaxy S24 Ultra (SM-S928)
• Users seeking a stylish, protective case with MagSafe compatibility
• Audi enthusiasts and fans of premium design

Key specifications

• Product Type: Mobile Phone Case
• Compatibility: Samsung Galaxy S24 Ultra (SM-S928)
• Case Type: Hard Case
• Material: Polycarbonate (PC) with In-Mold Labeling (IML)
• Design Pattern: Audi Stitching Pattern
• MagSafe Compatibility: Yes, integrated magnetic ring
• Color: Grey
• Brand Licensing: Official Audi Licensed Product
• Protection Features: Raised camera bezel, Raised screen edge
• Wireless Charging Support: Yes
• Cutouts: Precise cutouts for ports, speakers, and S Pen
• Buttons: Covered buttons for protection and tactile feedback
• Installation: Easy snap-on/snap-off
• Finish: Smooth, durable IML finish
• Shock Absorption: Basic drop protection
• Series: Audi IML MagSafe Collection
• EAN: 6955250228114
• MPN: AU-IMLMS24U-Q5/D3-GY

Recommendations

For optimal performance, use with MagSafe chargers and accessories. Clean with a soft, dry cloth. Avoid exposure to extreme temperatures.