[Damaged Goods] Park Saw Herworks Lightning Storm (Orange x Yellow x Black) 2.4 GHz Specification [2630329]

Product description ※Please note that product information is not in full comprehensive meaning because of the machine translation.

The item description ■※ image is an image of a beautiful item (not the image of damaged item).
Please be aware that this item is a "damaged item (the body is damaged and dirty, and the steering is not working properly)".
This is the "damaged item" (the body is damaged and dirty, and the steering is not working properly).
Now available is a radio controlled version of the Baksaw Herworks Lightning Storm (orange x yellow x black).
Now available is the "Baksaw Herworks Lightning Storm", the fastest class high-spec RC buggy with a yellow body that runs through like lightning.
Waterproof and dustproof design that allows you to run over puddles! The included high-power rechargeable battery has a maximum speed of about 24Km/h!
AA batteries (sold separately) have a maximum speed of about 45 minutes!
Continuous Running Time
When using dedicated rechargeable batteries : about 16 minutes (charging time about 130 minutes), when using AA batteries : about 45 minutes with the included high-power rechargeable battery.
When using AA batteries (sold separately), double support for long play is available for AA batteries (sold separately).
Continuous running time
When using dedicated rechargeable batteries : about 16 minutes (when charging time is about 2.4 minutes), when using AA batteries : about 24Km/h, when using AA batteries : about 18Km/h with AA batteries (sold separately).
Maximum Speed
When using dedicated rechargeable batteries : about 24Km/h, when using AA batteries : about 18Km/h with AA batteries (sold separately).
Action, Functions, Others
When using dedicated rechargeable batteries : about 24Km/h, when using AA batteries : about 18Km/h with AA batteries (sold separately).
Full Function : forward, reverse, right, left, stop
When using dedicated rechargeable batteries : about 24Km/h, when using differential