Kensington · Smartphones

Kensington BlackBelt EQ Rugged Case for Surface Pro 9 10 and Surface Pro 13"

Surface Pro users navigating the demands of harsh work environments need a case that can withstand the toughest conditions without compromising productivity. Designed exclusively for Surface Pro the BlackBelt EQ Rugged Case for Surface Pro 9 10 and CoPilot+ PC Surface Pro (11th Edition) is the ultimate case for protecting your Surface Pro delivering military-grade protection and professional next-level features for productivity and security. The slimline design protects without impeding on functionality and it features plastic composed of 43% post-consumer recycled (PCR) material.* *Excludes silicone hand strap pen holder and keyboard holder. Recycled Materials The plastic used in this case is composed of 43% post-consumer recycled (PCR) content.* *Excludes silicone hand strap pen holder and keyboard holder. Designed Exclusively for Surface Pro Built in collaboration with Microsoft for exceptional quality form fit and function. Military-Grade Protection Ready for anything this case meets drop testing (MIL-STD-810H Method 516.8 Shock) and wipe down (MIL-STD-810H Method 504.3 Contamination by Fluids) standards. Next-Level Functionality A self-adjusting hand strap provides a firm grip a stretch band secures and protects your Flex Type Cover or Signature keyboard and the removable Surface Pen holder accommodates original Barrel Classroom and Slim pen styles (Surface Pen not included). Smart Compact Design Slim lightweight and easy to use when travelingcan lie flat and allows full use of Surface Pro kickstand. Engineered with Precision Unhindered access to all ports and heat dissipation channels to protect your device from overheating. Cable Lock Compatible Protect your investment with a Kensington keyed cable lock sold separately (K68134WW). Privacy Screen Compatible Reduce the risk of exposing sensitive information to unwanted viewers with a Kensington privacy screen sold separately (K51700WW).

90-day range £∞–-£∞ · average £NaN