24V 2 Seater Ride on Truck Car, Ford Bronco Raptor Kids Electric Vehicle Car with Parent Remote, Battery Powered Ride on Toy for Boys Girls w/ Rear Wheel Suspension, Bluetooth, Black

Let this 24V two-seater Ford Bronco Raptor children's electric ride-on car become the best companion for your kids, inspiring their spirit of exploration and nurturing their interest in driving. Driving dreams start here!

This 24V two-seater children's electric ride-on car, officially licensed by Ford, perfectly recreates the classic design of the Ford Bronco Raptor, delivering an unprecedented driving experience. The high-capacity battery provides strong power, and the spacious, comfortable seats can support up to 132.2 pounds, easily accommodating two children. With a top speed of 4.37 MPH, it can run for over 2 hours in low-speed mode. The simple one-button start, flexible steering wheel and accelerator, along with 3-speed settings and forward/reverse functions, allow kids to experience the true joy of driving. Unlike other products, our ride-on car is equipped with four independently controlled headlights, ensuring young drivers can navigate safely even at night. The upgraded four-wheel suspension springs ensure that children can enjoy a smooth and comfortable driving experience on various terrains. With built-in music and Bluetooth features, it offers even more fun for kids. Let the young drivers turn on the music, enjoy the journey filled with songs and laughter, and relish their joyful adventures!

Specifications:

Battery：24V 7AH

Motor：90W * 2

Brand：Ford Bronco Raptor

Manual Mode：2 Speed

Remote Mode：3 Speed

Low Speed: 2.06 MPH

Medium Speed: 2.68 MPH

High Speed: 4.37 MPH

Material：PP Plastic and Metal

Tire Material：PP Plastic

Color：Black, White, Red, Pink

Max Load：132.2 Lbs

Seat Capacity: 2

Suit for: Aged 3-8

Suspension: Four wheel spring damping

Warm Tip: The running speed and running time of the ride on truck are related to the driver's weight and road conditions. Please do not modify the battery privately to avoid circuit damage.