OFFCUP 240W Right-Angle USB-C Charger Cable (5m) – USB-C to USB-C Nylon Braided

What this is and what it’s for\nThe OFFCUP USB C Charger Cable is a 90° right-angle USB-C to USB-C cable designed to handle high-power charging and data transfer. With an integrated E-Marker, it supports up to 240W of intelligent power delivery, which is intended to provide a stable, fast charging experience for phones, tablets and laptops that use USB-C. The 5-metre length adds flexibility for use across rooms, in the office, at home or even in a car with compatible power sources. If you often find yourself reaching for a charger while gaming, watching videos, or reading, the right-angle design aims to reduce strain at the connector and keep your grip comfortable while you use your device.

Key features

On paper, the standout aspects are the 240W charging capability, the 90° connector design to minimise bend wear, and the nylon braided sheath with an alloy connector for durability. Data transfer speeds are specified up to 480Mbps, which is enough for general syncing and everyday file transfers, though it isn’t pitched as a high-end data cable.

What stands out in use

In daily use, you’ll notice the long 5 m length gives you flexibility to position devices away from a wall outlet or sit comfortably away from your desk. The right-angle connector can feel more ergonomic when you’re seated at a computer or playing a game, and the braided exterior aims to resist wear from plugging and unplugging.

What to know before you buy

This is a USB-C to USB-C cable, not USB-C to USB-A. It’s compatible with a broad range of USB-C devices, including iPhone 17/16/15, Samsung Galaxy S series, MacBook models and iPad Pro/Air lines, subject to your device’s own charging spec. The listing notes that an adapter is not included.

How it compares to simpler options

If you prioritise length and robust build over ultra-fast data transfer, this cable leans into durability and practical reach. It may be more convenient than shorter or less reinforced cables when you need to charge from distant outlets or sit away from a power source. If you only need occasional charging with minimal bending, a shorter, simpler cable could suffice.

Usage scenarios

A practical example: you’re at your desk with a USB-C laptop, a phone and a tablet, the 5 m cable lets you reach a wall socket or power strip across the room without tension. The right-angle head helps keep the cable tucked neatly along the desk edge while you game or watch a video.

What to review before buying

Check whether your devices support high-watt charging up to 240W, as the cable’s power delivery capability relies on compatible hardware and charger. Confirm that you’re using a USB-C charger that supports the appropriate wattage, since the cable’s value rests on the overall charging setup, not just the cable alone.

What you get and potential alternatives

In the box you’ll have a USB-C to USB-C cable designed for broad compatibility and durability. If you need a shorter option or don’t require 240W support, there are many standard cables available, if you place emphasis on long reach and rugged build, this 5 m model could be compelling.

FAQ (practical, non-technical answers)

• Does it come with a charger? No, the listing refers to the cable only.\n- Can I use it with USB-C hubs? Yes, where the hub and device support USB-C PD charging up to 240W.\n- Is the 5 m length suitable for office use? It offers flexibility for various room layouts and seating arrangements.\n- Is data transfer as fast as a dedicated data cable? It supports up to 480Mbps, which is adequate for most day-to-day transfers but not a high-speed data emphasis.

Final verdict

Is it worth it? Worth considering if you value a long, durable USB-C to USB-C cable with a right-angle head and high-watt capability for compatible devices. It isn’t the simplest option, but for setups that require distance charging and reliable build, it can justify the cost. The cable suits frequent chargers and mixed-use households where devices run from the same charger.