ACT USB Cable USB-C Male USB-C Male 1.5 m Black

Reliable reversible connection for modern USB‑C equipment

The ACT USB cable offers reversible USB‑C male connectors at both ends, enabling straightforward insertion and broad compatibility with contemporary devices that use the USB‑C standard. This design reduces fumbling near ports and streamlines connections between laptops, tablets and peripherals, delivering a consistent link for charging and data transfer without the need to check plug orientation.

Practical 1.5 m length for desk and on‑the‑move setups

A cable length of 1.5 m provides a balance between reach and neatness, permitting flexible placement of devices on a desk while keeping excess cable manageable when packed away. The lead suits docks, chargers and mobile power banks where a little extra slack improves usability without introducing cable tangles or lengthy runs.

Compact dimensions and light overall weight for portability

Dimensions: 180 x 180 x 15 mm (W x H x D). Weight: 100 g. Cable length: 1.5 m. Connectors: USB‑C male to USB‑C male. Colour: Black. These concise technical facts make it simple to assess fit for storage compartments and accessory pouches, and the modest mass keeps the USB‑C lead unobtrusive when carried between locations.

Discreet black finish that complements professional environments

A black finish gives the cable a discreet, professional appearance that integrates with office equipment and darker device casings. The slim profile and neutral colour reduce visual clutter on work surfaces, supporting a tidy workspace aesthetic while delivering a practical utility.

Suited to home offices, commuters and hybrid working routines

Designed with everyday use in mind, the USB cable is appropriate for home offices, commuter setups and hybrid working routines where compatibility and reliability are priorities. The combination of reversible connectors, convenient length and compact packaging positions the lead as a dependable accessory for frequent connections and occasional relocation.