So, What is the Difference Between 24v and 24v Parallel Ride on Cars?
When it comes to kid's ride-on cars, there are many options available.
One of the questions we often get asked is "what is the difference between 24v and 24 parallel ride on car?"
This is a great question, and we will tackle it now.
The first thing that you need to know is what ride-on cars are:
What Is A Kids Ride On Car?
The battery can be located at several different places within the car like underneath the seat, in the boot, or sometimes with an entirely self-contained compartment.
The ride-on car battery is housed inside of the ride-on toy and it powers all the electrical components that make the ride-on work like steering, brakes, lights, etc.
What Age is a Ride on Car For?
This will vary depending on the ride-on car manufacturer and/or retailer, but most ride-ons sold are designed for children between the ages of three and eight years of age.
To some extent, it will depend on your child's size as well.
Some ride-ons may require a minimum height to drive them. However, there are also plenty of ride-ons that are designed for a smaller-sized body.
So How Many Types of Voltages Are There?
There are basically four types of battery systems: 6 volt, 12 volt, 24 volt, and 36 volt. They all run off of battery electricity to power all the electrical components in the ride-on.
They will each have compatible motors and motherboards. This is an important fact to be aware of because if you have the wrong type of ride-on battery, it can damage the electrical components.
So, What is the difference between 24v and 24v parallel ride-on cars?
To be honest, the main body and features of the car are exactly the same.
You may get one or two upgrades on a 24V, but they are hardly significant to even mention.
The first thing you need to know is there are generally two types of 24V rated ride on cars.
One is 24V ride-on cars which have a 24-volt battery and electric motor, and the other is ride-on cars with two 12 volt batteries and compatible motors.
The difference between these two types of ride-on motors can be seen in their performance, weight capacity, battery life expectancy, operating time per charge (in minutes), and power supply from an AC adapter or DC adapter.
24V ride-on cars typically have a higher weight capacity, longer battery life expectancy, and better performance than ride-on cars with two x 12 volts batteries. 24v ride-on car motors are also more powerful and more efficient when charging which can help improve the ride quality as well.
Series connections connect two or more batteries together to increase the voltage of the battery system but keep the same amp-hour rating.
Keep in mind that when the batteries are connected in series, they should have the same voltage and capacity rating, or else there will be a problem with damaging one of the batteries or the motherboard.
To connect batteries in parallel, you need to connect the positive terminal of one battery to the adjacent battery and then keep repeating this until the desired voltage is achieved.
When charging your battery, it is important to use a charger that matches the voltage of your batteries.
In this diagram, we provide a visual of two 12V batteries connected in parallel. In this configuration, the bank capacity is still 100 Ah like any other battery circuit that would have been constructed as series or 12V by themselves.
The difference is in charging voltage and output current. Similar to how there are two receptacles on our wall outlets (one is rated for 110V and the other 220), we need to ensure that our charger can provide 24V.
Parallel connections generally involve using 2 or more batteries to ensure that the amp-hour capacity is enough without increasing the voltage.
To connect batteries in parallel, the positive terminals are connected together and the negative terminals are connected by another cable until you reach your desired capacity.
A parallel connection would not let your batteries power anything above its standard voltage output, but it will increase how long the battery can supply power to devices.
When charging batteries connected in parallel, the increased amp-hour capacity typically requires a longer charging time.
In the example laid out below, we have two x 12V batteries, but you notice that amp-hours go up to 200 Ah.
Is There Any Speed Difference?
A ride on a car's speed is determined by the number of volts it runs at. Generally, as you increase voltage, your ride-on car becomes faster and more powerful.
You also find the battery is much more efficient with higher voltages, which means ride-on cars will last much longer and have less wear.
The other difference between these two systems is price. It's much more expensive to purchase a ride-on car that is a pure 24V system with one battery than a 24V parallel with 2 x 12v batteries.
That's because the price you pay is mainly determined by the voltage or amp-hour price.
The overall look and styling of the cars are almost exactly the same, and they both ride very smoothly. You also have the exact same warranty and buyer terms.
It's important to make sure you're buying from a reputable company so you don't get scammed or end up with an inferior product as can often happen.
There are plenty of dubious and unscrupulous retailers out there, so we advise you to be careful.
Going by the reviews a retailer gets on their products is a good way to determine whether or not you're dealing with a reputable company or not.
If their products don't have many reviews, then it's a sign that they're not well known.
If their products have many reviews, and all of them are positive or neutral in tone, then this is usually indicative of a reputable company.
You can also check the retailer's return policy to see how much confidence they have in their own product line too!
It’s important to understand the difference between 24v and 24 parallel ride-on cars because it will help you make an informed decision before your next purchase.
Let us know if we can be of assistance in finding a car that meets your needs?