Anker Car Charger B2737HA1 Nano 3port 167.5w with Pd Cable

The Anker Nano Car Charger 3-Port 167.5W with PD Cable (Model B2737HA1) is a premium high-performance car charging solution engineered for fast, efficient, and simultaneous charging of multiple devices while on the move. Equipped with dual USB-C ports and one USB-A port, this advanced car charger delivers an impressive combined power output of up to 167.5W, making it ideal for charging laptops, smartphones, tablets, handheld gaming consoles, cameras, and other USB-powered devices directly from your vehicle.

The primary USB-C port supports ultra-fast 100W Power Delivery charging, allowing compatible laptops such as MacBook Pro, Dell XPS, Lenovo ThinkPad, and gaming handhelds to recharge quickly even during short drives. The secondary USB-C port delivers up to 45W for smartphones and tablets, while the USB-A port provides up to 22.5W fast charging for additional accessories and mobile devices.

Built with Anker’s advanced charging technology and compact Nano design, the charger offers powerful performance without taking up unnecessary space inside your vehicle. Despite its high output capacity, the lightweight and travel-friendly design fits securely into standard 12V and 24V car sockets, making it suitable for cars, SUVs, trucks, and commercial vehicles. The included USB-C to USB-C PD charging cable ensures optimal high-speed charging compatibility right out of the box.

The Anker Nano Car Charger also features intelligent temperature control and multi-layer safety protection to help prevent overheating, overcharging, overcurrent, and short circuits during continuous use. Its efficient power distribution system enables stable charging performance for multiple connected devices simultaneously, making it an excellent choice for professionals, travelers, content creators, and families on the go.

Users on Reddit have highlighted the charger’s convenience for powering laptops and multiple devices during road trips, remote work, and travel setups, though some discussions note that extremely high sustained loads may depend on vehicle power socket limitations and ventilation conditions.