The roots of battery ride-on toys can be traced back to the early 20th century when electric cars first became popular among adults. The miniature versions for children quickly followed. One of the earliest examples was the "Electric Wheel Coaster" introduced in the 1920s. These early models were simple, often featuring a basic electric motor and rudimentary controls.
The company credited with bringing BROs to the mass market was an Italian company called Peg-Pegaro. They were the first company to merge a battery, motor and toy car all into one during the 1960s. They introduced their electric powered kid’s cars to America, and the rest is history. Competition and realistic designs lead to a boom in their popularity.
In the 1980s, battery-powered ride-on toys diversified in design and theme. Children could now choose from a wide range of vehicles, including mini ATVs, motorcycles, and even dune buggies. These toys often featured popular cartoon characters or movie themes, adding an extra layer of excitement for young adventurers.
The 1990s saw a shift toward more realistic and safer designs. Ride-on cars and trucks closely resembled their full-sized counterparts, with added safety features like seat belts and improved stability. Parental concerns about safety led to the introduction of speed-limiting options, ensuring that the vehicles stayed at a manageable pace.
Today, many of these toys now feature impressive technological enhancements, including Bluetooth connectivity, built-in music systems, and even smartphone apps for remote control. Furthermore, electric vehicles (EVs) have become more prevalent in society, influencing the design of electric ride-on cars for children.
BROs are powered by 6V, 12V or 24V batteries. 6v ride-on cars are ideal for children aged 2-4, as they are slower, smaller, and safer than 12v vehicles. They have a weight limit of 40-50 pounds and can have fun features such as LED lights, horns, and MP3 music players. These toys have a maximum speed of 2-3 mph and take less time to charge, with the first charge taking 10 hours and subsequent charges requiring 8 hours.
12v ride-on toys are the most common on the market. They deliver the perfect speed and acceleration for children aged between 4 and 12-year-olds. 12v ride-on cars are a fantastic upgrade from 6v vehicles. Offering higher speeds and more fun they come in various designs, making it easy to find one that appeals to your child. With a higher battery capacity, 12v toys have a maximum speed of 5-6 mph and take longer to charge, with each cycle taking 10 hours. The battery usually lasts for around 1 hour of continuous driving.
Kids’ 24v ride-on cars are appropriate for ages 4-12. They are known for their speed, with a maximum speed of 8 mph, but take longer to charge compared to lower-powered toys. The first charge after purchase requires approximately 10 hours, and subsequent charges take the same time. A fully charged 24v ride-on car usually offers 1 to 1 hour 30 minutes of continuous driving time.
BROs are powered by 6V, 12V or 24V batteries. 6v ride-on cars are ideal for children aged 2-4, as they are slower, smaller, and safer than 12v vehicles. They have a weight limit of 40-50 pounds and can have fun features such as LED lights, horns, and MP3 music players. These toys have a maximum speed of 2-3 mph and take less time to charge, with the first charge taking 10 hours and subsequent charges requiring 8 hours.
12v ride-on toys are the most common on the market. They deliver the perfect speed and acceleration for children aged between 4 and 12-year-olds. 12v ride-on cars are a fantastic upgrade from 6v vehicles. Offering higher speeds and more fun they come in various designs, making it easy to find one that appeals to your child. With a higher battery capacity, 12v toys have a maximum speed of 5-6 mph and take longer to charge, with each cycle taking 10 hours. The battery usually lasts for around 1 hour of continuous driving.
Kids’ 24v ride-on cars are appropriate for ages 4-12. They are known for their speed, with a maximum speed of 8 mph, but take longer to charge compared to lower-powered toys. The first charge after purchase requires approximately 10 hours, and subsequent charges take the same time. A fully charged 24v ride-on car usually offers 1 to 1 hour 30 minutes of continuous driving time.
