Product type: DC buck converter for converting 12V or 24V input to a stable 6V output (specifically designed as a 12V to 6.1V power converter). Available current ratings: 10A, 15A, 20A, 25A, 30A, allowing you to choose the model that matches your load. Key benefit: provides a stable, lower-voltage supply for 6V motors and electronics in children's ride-on cars and toy vehicles, preventing overvoltage and improving runtime consistency. Why you need it: many toy vehicles are driven by 6V components but are powered from 12V or 24V sources. This converter safely steps down the voltage so motors, lights, and control electronics receive the correct operating voltage. Performance note: the 20A version offers a maximum current capacity of 20A and is suitable for many mid-power children’s car and toy car applications; higher-current 25A and 30A models are available for heavier loads. Reliability: provides consistent voltage conversion to support smooth operation of motors and on-board electronics in toys and ride-on vehicles. Compatibility: designed for use with 12V and 24V battery systems and matched to 6V motors and accessories commonly found in children's cars and toy cars. Function summary: efficient DC-to-DC buck regulation that reduces input voltage while delivering a steady 6V output appropriate for motors, lights, and control circuits. Installation note: select the current rating (10A, 15A, 20A, 25A, or 30A) based on the combined current draw of the vehicle’s motors and accessories to ensure reliable operation. Typical applications Replacing a worn or failed regulator in a 12V ride-on car to restore correct 6V power to the drive motor and electronics. Converting a 24V supply down to 6V for toy car lighting, sound modules, or auxiliary accessories without changing the vehicle battery. Choosing the 20A model for mid-range children's cars where motors and electronics draw up to 20A, or selecting 25A/30A versions for higher-power ride-on vehicles. Technical reminders Confirm the vehicle’s nominal input voltage (12V or 24V) and the total 6V load current before selecting the converter rating. Choose the model with an appropriate amperage margin to avoid overloading the converter and to maintain reliable operation.