USB charging cable for car rear seat fan power supply with 1.5 metre cable length and USB plug type, compatible with 5V/2A input current, available in black, brown, and red colour options
USB charging cable for car rear seat fan power with 1.5 metre cable length and vehicle compatibility

This specialised USB charging cable delivers consistent power to car-mounted rear seat cooling fans, designed specifically for integration with vehicle electrical systems. With its 1.5 metre cable length, it provides sufficient reach for positioning fan units throughout the passenger compartment while maintaining a tidy installation. The cable operates on standard 5V/2A input current, matching the output specifications of most modern vehicle USB charging ports, ensuring reliable operation without overtaxing your car's electrical system.
Features and Construction

The cable features practical design elements focused on automotive application and user convenience within vehicle environments.
Material and Build
Constructed from ABS+PC materials, this cable housing offers durability suited to the temperature variations and physical handling common in vehicle interiors. The material combination provides adequate protection for the internal wiring while maintaining flexibility for routing through car cabin spaces. No additional insulation or weatherproofing specifications are provided beyond the standard construction.
Size and Practical Fit
Measuring 57mm x 168mm x 53mm with a unit weight of 162g, the compact dimensions allow for discreet placement within vehicle interiors. The 1.5 metre cable length provides practical reach from USB ports to rear seat areas in most vehicle configurations, offering installation flexibility without excessive cable clutter. Three colour options - black, brown, and red - allow for basic visual coordination with different vehicle interior colour schemes.
Uses and Placement

The cable serves the specific function of powering cooling fans positioned in vehicle rear seating areas, addressing temperature management in passenger compartments.
Event or Professional Use
For vehicles used in rideshare services, taxi operations, or commercial passenger transport, this cable enables consistent rear seat climate control without draining battery power. The continuous power connection requirement means fans operate only when the vehicle's electrical system is active, preventing accidental battery drain during parked periods. The standard USB connection makes it compatible with most modern fleet vehicles equipped with USB charging ports.
Everyday Home Use
For family vehicles and personal cars, this cable provides a straightforward solution for improving rear passenger comfort during warm weather travel. Parents can ensure consistent airflow to child seating positions, while the simple plug-and-operate functionality requires no technical expertise for installation. The cable's 1.5 metre length accommodates various vehicle sizes from compact cars to larger SUVs.
Benefits and Buying Value

The cable offers practical advantages focused on reliable operation and installation convenience within automotive environments.
Reuse and Low Maintenance
As a dedicated power supply component, this cable maintains its functionality across multiple fan units and vehicle applications over time. The standard USB connection ensures compatibility with various car models and years, while the ABS+PC construction provides sufficient durability for repeated connection and disconnection cycles. No specialised maintenance requirements are specified beyond basic care appropriate for automotive electrical accessories.
Why Choose This Product
This cable addresses the specific need for powering rear seat cooling devices without modification to vehicle electrical systems. The 5V/2A specification matches standard automotive USB port outputs, ensuring safe operation without electrical system strain. The 1.5 metre length provides practical installation flexibility that shorter cables cannot offer, while the three colour options allow basic visual coordination with vehicle interiors.
