Speck Samsung Galaxy S10 Presidio Stay Clear ShockProof Slim Case Cover
  • 8-foot drop-protection with IMPACTIUM CLEAR
  • Presidio Stay Clear
  • Two tough and durable layers of protection
  • Raised bezel screen protection
  • Stays clear
  • Scratch-resistant finish
  • Allows for wireless charging
  • Thoroughly tested for durability
Presidio Stay Clear
Clear, slim phone case resists discolouring and provides 8-foot drop protection
This slim case stays clearly beautiful longer. Its high-tech coating resists UV rays, oils, and other substances to help prevent discolouration. A patented two-layer design absorbs and disperses shock on impact. Engineered to withstand drops of up to 8 feet, these cases have been tested by third-party laboratories to ensure superior protection. A raised bezel helps to protect your screen from scratching and shattering if your phone falls face-down.

8-foot drop-protection with IMPACTIUM CLEAR
IMPACTIUM™ CLEAR material on the inside perimeter compresses on impact to absorb and disperse shock. Dropped from 8 feet multiple times by independent labs to ensure superior protection.

Two tough and durable layers of protection
A polycarbonate outer shell and an inner IMPACTIUM™ CLEAR lining are moulded together to give you two layers of protection in a slim, one-piece case.

Raised bezel screen protection
Gives phone screen extra protection from scratching and shattering if your phone falls and lands face-down.

Stays clear
Shows off the beauty of your phone, without compromising protection. The newly developed coating helps to prevent discolouration caused by UV rays and oil absorption, so your seamless case stays clear longer.

Scratch-resistant finish
The scratch-resistant coating keeps the case looking new longer.

Allows for wireless charging
Designed to allow for Qi wireless charging.

Thoroughly tested for durability
Speck® cases are independently lab-tested for multiple real-life situations, including extreme drops and temperatures, chemicals, antenna interference, cracks and abrasions, device bending, and more.