Introducing the VOLTME Rugg C2C 1M 3A Fast Charging Cable – where durability meets performance, redefining your charging experience with cutting-edge technology and rugged design. This USB C to USB C cable is crafted for those who demand resilience without compromising on charging speed and efficiency.

Experience the power of rapid charging with an impressive output of 3A/20V/60W, providing high-speed charging capabilities that cater to the demands of your dynamic lifestyle. The perfectly balanced 1M/3.3ft length offers flexibility and accessibility, allowing you to charge your devices with ease.

Designed to withstand the rigors of everyday use, the Rugg C2C cable features a robust build with Double Braided Nylon, ensuring superior strength and durability. This premium material not only enhances the cable's toughness but also provides a tangle-free experience, keeping your charging setup neat and organized.

The Rugg C2C cable is engineered for longevity, boasting a remarkable lifespan of 20,000 bends. It can endure the twists, turns, and stresses of daily use, ensuring a reliable and long-lasting charging solution. Additionally, the cable has undergone 10,000 plug tests, ensuring the durability of its connectors for consistent and secure charging.

With a transfer speed of 480 MBPS, the Rugg C2C cable facilitates swift data transfer between your connected devices. Whether you're syncing files or streaming content, this cable is your reliable companion for seamless connectivity.

Tangle-free and designed with user convenience in mind, the Rugg C2C cable is easy to manage, making it perfect for everyday use. Its rugged construction makes it ideal for users who are constantly on the go, providing a reliable charging solution wherever life takes you.

The VOLTME Rugg C2C 1M 3A Fast Charging Cable complies with industrial standards, ensuring a seamless and efficient charging experience. Elevate your charging setup today – order the Rugg C2C cable and embrace the future of connectivity.

*Charging time may vary depending on device specifications and conditions