PD+QC3.0 Motorcycle USB Fast Charger 60W – Dual USB Handlebar Socket with Switch, Voltmeter, Waterproof 12V Power Adapter

Item Description:

Power your devices reliably on the road with this PD + QC3.0 60W Motorcycle USB Fast Charger. Designed for rugged use, it mounts to your handlebar and delivers fast charging through dual USB ports, features an integrated voltmeter, convenient on/off switch, and a waterproof build to withstand the elements. Perfect for motorcycles, ATVs, scooters, and other 12V vehicles.

🔋 Key Features:

• ⚡ PD (Power Delivery) + QC3.0 – Supports fast charging for a wide range of devices (phones, GPS, cameras, power banks).

• 🔌 Dual USB Output – Charge two devices simultaneously (smartphone + accessory).

• 🔄 60W Total Power – High-output charging with intelligent distribution.

• 🔧 Built-in Voltmeter – Real-time display of battery/voltage status so you can monitor your vehicle’s power.

• 🕹️ On/Off Switch – Easily cut power without unplugging devices; preserves battery when idle.

• 💧 Waterproof & Weatherproof – IP65+ (or specify rating if known) protection keeps it working in rain and road spray.

• 🛠️ 12V Compatible – Designed for motorcycle, scooter, ATV, boat, and other 12V systems.

• 🏍️ Handlebar Mountable – Compact design clamps securely to standard handlebars for easy access.

📦 What’s Included:

• 1x PD+QC3.0 Dual USB Fast Charger Module with Voltmeter

• Mounting Hardware / Clamp

• Wiring Connectors (if included)

• Instruction Sheet

• Ships FREE from USA – Fast, tracked delivery

Perfect For:

• Motorcycle riders needing GPS/phone power

• Touring, commuting, and off-road adventures

• Charging action cameras, phone mounts, dash cams

• Monitoring battery health while riding

Why Buy From Us?
✔ Fast Charging Standards (PD & QC3.0)
✔ Weatherproof for Outdoor Use
✔ Built-in Voltmeter + Power Switch for Convenience
✔ Free USA Shipping
✔ Trusted Seller with 30-Day Return Policy

Note:
Ensure proper installation on a stable 12V power source. Avoid installing in locations with excessive heat or direct debris impact. Devices’ optimal fast-charging depends on their compatibility with PD/QC protocols.