Tactical Funda trasera MagForce Hyperstealth Sika Galaxy S26 Asphalt

Protect your Samsung Galaxy S26 with the Tactical Back Cover MagForce Hyperstealth Sika in Asphalt. This rugged case combines a flexible TPU frame with a hard polycarbonate backplate for dual-layer defense against drops, bumps, and scratches. The integrated magnetic ring ensures seamless MagSafe compatibility and wireless charging support, while the matte anti-fingerprint coating keeps your case looking clean. Raised bezels protect the screen and camera, and the slim design maintains a comfortable grip.

Advantages

Engineered for maximum protection without bulk, this case meets MIL-STD-810G drop standards. The magnetic ring allows easy attachment of MagSafe accessories, and the anti-slip texture provides a secure hold. Precise cutouts ensure full access to ports and buttons, while shock-absorbing corners add extra impact resistance.

Suitable for

• Samsung Galaxy S26 users seeking heavy-duty protection
• Professionals and outdoor enthusiasts requiring MIL-STD-810G certification
• Users who want MagSafe compatibility for wireless charging and accessories

Key specifications

• Device Compatibility: Samsung Galaxy S26
• Case Type: Back Cover
• Material: Dual-layer (TPU frame, PC backplate)
• Color: Asphalt
• MagSafe Compatibility: Yes (Integrated magnetic ring)
• Wireless Charging Support: Yes
• Drop Protection Standard: MIL-STD-810G certified
• Screen Protection: Raised bezels (approx. 1.5mm)
• Camera Protection: Raised camera ring (approx. 2.0mm)
• Surface Finish: Matte, anti-fingerprint coating
• Button Access: Covered, tactile buttons
• Port Access: Precise cutouts
• Design: Slim, lightweight
• Grip: Enhanced anti-slip texture
• Installation: Easy snap-on/off
• Brand Series: MagForce Hyperstealth
• Special Features: Shock-absorbing corners
• Case Thickness: Approx. 2.5mm

Recommendations

For optimal protection and functionality, pair this case with a MagSafe charger or magnetic car mount. The raised camera ring also helps protect your lenses when placed on flat surfaces.