Double-Sided Pull Back Friction Cars for Kids, Vibration Inertial Car Toy Pull Back, Big Tire Four-Wheel Drive Toy car for Boys and Girls -(1pcs）

Easy to play: No batteries required, no remote controller, just press the vehicle down and move it back slightly to get strong power, then release them quickly, these cars will run to all-direction with strong inertia power. Compared with other pull back car on Amazon, our pull back car is more novel in appearance design, when encountering obstacles, the pull-back car will automatically flip over and drive to the space of obstacle-free objects.
Powerful performance: Kids will be surprised by the upright running and amazing stunt flipping of this inertia monster toys car! It can easily break through barriers in indoor and outdoor environments including lawns, terraces and living rooms. Push this inertia car forward and run forward to bring fun and excitement to your little ones!
Holiday Gift: This is an ideal gift for children’s birthday, children’s day, Halloween, Christmas, New Year and other holidays. Adults can accompany children to play monster toys trucks, which is conducive to promoting the affection between parents and children and allowing children to grow up healthily.
Durable Abs Material: High-density non-toxic plastic make it a durable and safe entertainment toy equipment. Monster trucks with shock-proof springs and non-slip tires are a great educational and entertaining toy that can stimulate kids’ interest in inertia.
Rubber tires: The tires are made of rubber, with strong grip and longer use.

₨550.00

Categories: Baby Toys & Gears, Friction Toy

Description

No batteries required, no remote controller, just press the vehicle down and move it back slightly to get strong power, then release them quickly, these cars will run to all-direction with strong inertia power. Compared with other pull back car on Amazon, our pull back car is more novel in appearance design, when encountering obstacles, the pull-back car will automatically flip over and drive to the space of obstacle-free objects.