XStorm Xtreme Cable: USB-C PD Ultra 240W - 1.5m

The XStorm Xtreme Cable: USB-C PD Ultra 240W (1.5m)

Designed for high-performance charging, the XStorm Xtreme Cable delivers an impressive 240W USB-C Power Delivery, ideal for power-hungry devices such as MacBooks, Chromebooks, gaming laptops and other USB-C compatible gadgets. Its 1.5-metre length provides convenient reach without compromising on speed or safety.

Constructed from a robust multi-layer composite, this cable features a reinforced core combining 33% aluminium, 54% nylon braiding and 13% DuPont® Kevlar® fibre. These premium materials ensure exceptional durability and resistance to wear, while the included cable strap keeps it tidy and organised.

Incorporating advanced XFLEX Bend-proof technology, the cable withstands over 100,000 bends thanks to its specially engineered connector and reinforced braided nylon sheath. This flexibility is matched by strength, with the USB-C connector equipped with Xtorm’s C-Lock system, capable of withstanding up to 1.5kg of pull force to maintain a secure and stable connection without accidental disconnections.

Safety is paramount with an integrated E-marker chip that manages heat and power transfer, ensuring efficient and reliable charging alongside secure data transmission. This makes the cable suitable not only for laptops but also for smartphones and the Nintendo Switch.

Specifications:

• Power delivery: USB-C PD Ultra 240W
• Length: 1.5 metres
• Material composition: 33% aluminium, 54% nylon braiding, 13% DuPont® Kevlar® fibre
• Bend resistance: Tested for over 100,000 bends with XFLEX technology
• Connection strength: C-Lock connector supports up to 1.5kg pull weight
• Includes cable strap for organisation
• Compatible with MacBooks, Chromebooks, gaming laptops, smartphones, Nintendo Switch and other USB-C devices
• Warranty: 2 years

Built to endure heavy use while delivering rapid and safe charging, the XStorm Xtreme Cable is an excellent choice for users seeking a dependable and durable USB-C cable that meets the demands of modern high-power devices.