USB to USB‑C Cable 3-Pack 6ft USB C leads
Product description
This pack of three 6 ft USB‑A to USB‑C cables brings convenient fast charging and data transfer to phones, tablets and laptops, with a focus on lower operating temperature and reinforced durability. The colourful macaroon tones help distinguish leads at home or while travelling, and the extended strain relief and crystal casing aim to resist daily bends and pulls.
Key Points
Each cable in this 3‑pack measures 6 ft, giving extra reach compared with many short cords and allowing flexible device placement while charging. The design includes an extended SR joint and a transparent protective casing that, according to the manufacturer, improves bend resistance and longevity. These leads are optimised for modern C‑port devices including the latest iPhone 16 and iPhone 17 series, iPad Pro, Samsung Galaxy models and recent MacBook Pro models, ensuring a secure connection and steady power delivery.
Technical Specifications
- Name: USB to USB C Cable 3‑Pack 6FT
- Length: 6 ft per cable
- Pack: 3 colourful cables
- Compatibility: USB‑A to USB‑C devices, including iPhone 16/17, iPad Pro, Samsung Galaxy, MacBook Pro
- Warranty: 12 months UK customer support
Benefits
The cables feature a cryo‑transparent insulation layer and a patented temperature control system that the manufacturer claims keeps the cable about 10°C cooler than standard leads while charging. This lower temperature can help reduce thermal stress on both the cable and the connected device during high current charging. The vivid colours make it easy to allocate a cable to a specific room, bag or device without confusion.
Usage Recommendations
Use these cables for everyday charging at home, in the office or on the move where the longer length is helpful. For high‑power laptops check your device’s charger wattage and port type to confirm compatibility, as these are USB‑A to USB‑C leads and may not support the highest USB‑C power delivery profiles found on some chargers. Consider rotating the cables periodically and avoid sharp bends near the connector to extend their service life.