TOMTOC Defender-A13 14'' Laptop Case (navy blue)

The TOMTOC Defender-A13 14'' case combines advanced 360° protection, durable materials, and thoughtful functionality. It fits laptops with screen sizes ranging from 13.5 to 14.4 inches and also features a practical accessory pocket. The use of CornerArmor™ technology, reinforced edges, and soft, dense padding effectively protects your device from shocks and drops, as confirmed by its compliance with the Military-Standard Drop-Test. At the same time, the slim design and refined details make the case ideal for both work and travel.

Military-grade protection for everyday use

The 360° protection system effectively safeguards the laptop against mechanical damage. CornerArmor™ technology reinforces the corners, which are most vulnerable to impact, while the flexible edges absorb shocks. The design is complemented by a soft interior with thick padding that stabilizes the device and protects it from scratches during transport.

Durable materials and refined details

The case is made of durable, splash-resistant recycled polyester fabric, which translates not only into durability but also a more environmentally conscious approach. High-quality YKK zippers ensure smooth operation and a long service life, while the carefully designed soft lining provides additional protection for your gear from the inside.

Thoughtful storage for accessories

In addition to the main laptop compartment, the case features an extra front pocket that allows you to conveniently store essential accessories such as a charger, mouse, or cables. You also have an additional strap at your disposal that lets you attach small items, such as a tracker. This ensures that everything you need is always within reach.

Perfect fit and wide compatibility

The Defender-A13 model is designed for laptops with screen sizes ranging from 13.5 to 14.4 inches, including devices from the Surface, ThinkPad, Asus, Acer, Dell, and HP. Its internal dimensions are approximately 32.51 x 23.22 x 2.31 cm, ensuring a snug fit and stability for the device inside, minimizing movement during transport.