The Enduro Shield Case for iPad 10.9-inch (2022/2025) by SHIELD ENDURO is engineered to protect your premium tablet without compromising usability. Precision-milled to cradle the iPad Air-sized 10.9" model, it preserves access to all ports, cameras, and controls while delivering rugged, all-day protection for work, travel, and everyday use.

Technical specifications

Compatibility: Fits iPad 10.9-inch models released in 2022 and 2025 (iPad Air 5th/6th generation form factor), including compatibility with Apple Pencil (2nd generation) magnetic pairing and charging when mounted in the device’s intended orientation. Keyboard and smart cover accessories that rely on unobstructed edge access remain functional.

Internal dimensions: cavity sized to 247.6 mm × 178.5 mm × 6.1 mm (exact iPad footprint), with a precise 0.8 mm clearance on all sides to prevent friction and allow smooth insertion/removal.

外部尺寸与重量 (case): approximately 251 mm × 182 mm × 12 mm; estimated weight ~210–260 g depending on finish. Designed for slim, unobtrusive protection that still enables comfortable gripping and handheld use.

Materials & manufacturing: multi-layer construction combining a rigid polycarbonate (PC) outer shell with an impact-absorbing thermoplastic polyurethane (TPU) core. Precision-injected components + CNC-fit tolerances ensure snug alignment of openings for speakers, cameras, and charging.

Protection features: raised bezel around the display, reinforced corners, and responsive button covers to guard against drops, bumps, and everyday wear while preserving tactile feedback.

Included contents: Enduro Shield Case, microfiber cleaning cloth, and quick-start guide. Case is designed for easy cleaning and long-term durability.

Certifications & standards: RoHS-compliant, REACH-compliant, and Prop 65 warning where applicable; manufactured to consistent quality standards for reliable performance.

Notes on use: The case maintains full access to ports and speakers, supports wireless charging when applicable to the tablet’s configuration, and preserves optical sensors’ visibility for optimal device functionality.