To summarise, a 6V ride on toy is ideal if: The lower power rating is perfect for children aged (1-3 years) which means they shouldn’t be too overwhelmed the amount of power speed available. If they are looking to do a lot more exploring with inclines and hills etc, then you would be better of going for the higher voltage models like 12V or 24V toys.
They should be able to get a decent speed up for this type of use. Because of the power rating and overall speed, these toys would be ideal for indoor use and the pavement. This all depends on your budget and how much power you want to give your child really? 6V Ride On ToysĪs I have mentioned, the 6V models are both cheaper and have less power. That’s when the manufacturers started increasing the voltage. However, as the years went by, people wanted their children to have a bit more power. The 6v toys tend to be a bit cheaper and were the dominant type of toy a few years ago. There’s not too much difference in price between a 6V and a 12V ride on toy. You generally get the same styling and looks as the higher voltage model but with little less power. If your child is quite young and you didn’t want them to have too much power, then a 6V toy is perfect for them. We’re not saying that 6V wouldn’t be able to do this, it would just be much easier for a higher voltage toy to do this due to the power difference. For example, if your child wanted to go up a steep drive, a 12V and even a 24V toy would provide much more power for your child to do this. In general terms, a 6V toy doesn’t have as much power as a 12V toy. 6V being the lower powered toys and 24V being the highest power delivered. You may be wondering what the letter “V” means after the 6, 12, 24 or 36 numbers you may have seen? The “V” stands for volts which is a measure of electrical power delivered to run the toy’s motor.Īt RiiRoo we sell, 6V, 12V and 24V ride on toys so you have plenty of options to choose from. That would be a totally fair question and may even sway your decision on which one you choose to buy. If you’ve come across this article you’re probably wondering what the difference is between 6V and 12V toys and why should you pay more for one than another?
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