Apple iPhone 16/17/15 USB‑C 2m Fast Charger Cable
Product description
This 25W USB‑C fast charger comes with a 2 m USB‑C to USB‑C cable and a UK plug, suited for regular top-ups and quicker charge sessions. It reduces waiting time for daily use by delivering fast power delivery for iPhone 17, 16 and 15 series devices, and is useful when you need a longer lead for sofa or bedside charging.
Key Points
This kit includes a compact UK plug and a long, flexible 2 m cable that makes charging more convenient in living rooms or at desks. The cable is described as tangle‑resistant and easier to store, which helps when moving between rooms. ⚡
According to the manufacturer, the 25W output can charge certain iPhone models up to 60% in around 30 minutes, enabling quicker emergency top‑ups and shorter waiting times. Note that actual charge speed depends on the device model and battery condition. 🔋
The charger adapts voltage and current automatically to protect connected devices from overheating, overcurrent and short circuits. This smart regulation aims to preserve battery health during frequent use, although long‑term effects vary with usage patterns. For broader compatibility the lead also fits iPad and AirPods models that use USB‑C. 🔌
Technical Specifications
- Name: Apple-compatible 25W USB-C Charger Kit
- Output power: 25W.
- Cable length: 2 m.
- Connector type: USB‑C to USB‑C.
- Plug format: UK mains plug.
- Compatibility: iPhone 15, 16, 17 series and other USB‑C Apple devices.
Usage Recommendations
Use the 2 m cable when you need more reach from a socket to a desk, sofa or bedside table. For faster results connect directly to the supplied UK plug rather than through low‑power adapters or USB hubs. If you have a very old device that does not accept USB‑C, an appropriate adapter will be needed to use this cable and plug.
When charging on the move consider storing the compact plug and coiling the cable loosely to avoid stress at the connector. The casing is described as wear‑resistant, but repeated bending at the ends should be minimised to prolong service life.