Charging a ride-on car should be a straightforward process, but sometimes it's not so simple. You connect the charger, but how do you really know if it's effectively charging the battery?

Check now

Understanding the duration it takes to charge a ride-on toy can be a handy starting point. 

This uncertainty can lead to surprise mid-play breakdowns, disappointing your child and leaving you with a toy car that's out of juice.

But what if there was a way to easily understand the charging status of your ride-on car?

What if you could preemptively detect charging issues before they turned into bigger problems?

The good news is, you can.

This guide will provide you with practical methods to determine if your ride-on car is charging properly, explain the significance of voltage checks, charging time, and ride experience, and even tips on the charger and battery assessments.

Plus, it will provide you with the knowledge to fix some common issues if the car refuses to charge or operate.

Armed with this information, you can ensure that your child's ride-on car is always ready for the next adventure!

Related: Here's How You Know If Your Ride-On Car Is Charging

Spotting the Signs of Charging

Understanding whether your ride-on car is charging correctly is crucial to ensure its optimal performance and longevity.

This includes considering battery charging and maintenance practices to guarantee a healthy battery lifespan.

There are several signs and indicators that you can look out for to verify if the charging process is going smoothly.

Checking the Voltage: The 7V Rule

One of the most straightforward methods to ascertain if your ride-on car is charging correctly is by checking the voltage across the batteries.

Voltage can be seen as the 'pressure' that pushes the charge into the battery.

When connected to a charger, a good battery will typically display a voltage of around 7V.

To do this, you'll need a multimeter, an inexpensive and easy-to-use tool that can be purchased from most hardware stores.

To check the voltage, set your multimeter to the 20V DC setting, and connect the black probe to the battery's negative terminal, and the red probe to the positive terminal.

The reading on the multimeter should then give you an indication of the battery's voltage.

Remember the 7V rule - if the voltage reading falls significantly below 7V when the car is connected to the charger, there might be an issue with either the battery or the charger.

This could suggest that the battery is not accepting the charge correctly, or the charger is not delivering the appropriate voltage.

Understanding Charging Time: 12-volt Battery Guidelines

Another vital factor to consider is the charging time of your ride-on car's battery.

Charging time serves as a key indicator of both the battery's health and the effectiveness of the charger.

For a 12-volt battery - commonly used in most ride-on cars - the initial charging duration should be approximately 6-8 hours. 

This is because a brand-new battery requires a 'priming' charge to get it to its maximum capacity.

Detailed information about how long it takes to charge a 12V battery can be helpful in better understanding this process.

Subsequent charges should, under normal conditions, bring the battery to full capacity within approximately 6 hours. 

It's important to note that these figures can vary slightly depending on the specific make and model of your ride-on car, but they serve as a good general guideline.

If you find that your battery is taking significantly longer to charge or if it's failing to hold a charge for a reasonable duration, it might indicate a problem.

The issue could be with the battery itself (it might be faulty or worn out) or with the charger (it might not be providing the right amount of power).

By keeping an eye on these indicators, you can ensure that your ride-on car is always ready for your next adventure!

Evaluating the Ride Experience: Recognising Slow Down

Beyond technical checks, an intuitive way to understand the charging status of your ride-on car's battery is by observing the car's performance during usage.

If your ride-on car lacks a built-in meter or indicator to display battery life, paying close attention to the ride experience can be extremely telling.

A significant reduction in performance could be indicative of the need to charge a motorcycle battery, for instance, in the case of ride-on motorcycle toys.

In such a case, you might need to check the charger for faults or consider getting a replacement charger.

Under normal conditions, your ride-on car should move at a consistent speed, providing a smooth and fun experience for your child.

However, if you start noticing a distinct slowdown in the car's speed or a decrease in overall performance, it might suggest that the battery is running low and needs a recharge.

This slowdown occurs because as the battery charge depletes, it cannot supply the same amount of power to the motor, resulting in reduced speed and performance.

Therefore, if the car starts to drag or doesn't deliver the same level of power and speed as before, it's time to charge the battery.

Assessing the Charger: Warmth as an Indicator

The charger is an integral part of your ride-on car's ecosystem, and inspecting it can provide valuable information about the charging process. 

A key aspect to observe is the temperature of the charger during the charging process.

When the charger is plugged in and functioning properly, a certain amount of heat is generated due to the transfer of electricity.

Therefore, the charger should feel slightly warm to the touch.

This warmth is a positive sign, indicating that power is indeed flowing from the charger to your ride-on car's battery.

habibi contains other products and information you need, so please check it out.

If the charger remains cool throughout the charging process, it could imply that it's not effectively charging the battery.

It's either not supplying any power or the amount is too insignificant to generate heat, both of which are concerning. 

In such a case, you might need to check the charger for faults or consider getting a replacement.

Examining the Battery: Age and Wear Signs

Batteries, like any other component, have a finite lifespan and can degrade over time.

The rate of this degradation is influenced by factors such as the age of the car, the frequency of usage, and how often it gets charged.

For your ride-on car, the battery serves as the heart of operations.

As the car gets older and is used and charged more frequently, the battery's capacity to hold a charge can gradually reduce.

This decline is a natural part of the battery lifecycle but it does mean that over time, the battery might need to be replaced.

Signs that your battery might be due for a replacement include longer charging times, shorter usage times, and a general decline in the performance of the ride-on car.

If you've noticed these signs and the battery isn't charging even after connecting it to a functional charger, it's probably time to invest in a new battery.

What to Do if Your Ride-On Car Isn't Charging

If your ride-on car is not charging, don't panic. Here are some steps you can take to rectify the situation.

Inspecting the Charger: Is it Warm?

Confirm whether the charger is functioning correctly. This can be done by touching it during the charging process. 

If it's not warm, then it might not be delivering charge to the battery. In this case, you might need a replacement charger.

Observing the Wires: Checking Connections

Loose or disconnected wires can prevent the battery from charging. Therefore, make sure that the wires are securely connected to the car's battery and charger. 

If you find any loose connections, it's important to reconnect them properly.

Analysing the Battery: Using a Voltmeter

A dead battery could be the root cause of the charging issue. If your battery isn't holding a charge or won't charge at all, check its voltage with a voltmeter. 

If it's giving a reading, it might indicate a problem elsewhere, like the charger. 

Also, visually inspect the battery for signs of wear or damage, such as cracks and corrosion.

Replacing the Charger: Finding the Right Replacement

If your investigation concludes that the battery charger is not working, it might be time to replace it. 

There are many affordable and reliable replacements available in the market that you can choose from.

You can explore a variety of replacement chargers for kids' ride-on toys to find a suitable option.

Fixing Broken Parts: Common Issues

Even with a fully charged battery and a functioning charger, a ride-on car might sometimes refuse to work. 

This could be due to several internal issues related to the car's wiring, connectors, switches, or even wheel retainers. 

Here's a breakdown of these common problems and how you can address them:

• Damaged or Loose Wires:

  Wires within your ride-on car are the pathways that allow electricity to flow from the battery to the various components. If any of these wires are damaged or loose, it can hinder this flow, leading to poor or no performance. To check for this issue, you need to inspect the wiring carefully. If you find any disconnected or damaged wires, they would need to be reconnected or replaced. It's important to note that this task might require some level of technical expertise, so if you're not confident, consider getting help from a professional.

• Corroded Connectors:

  Connectors are the 'junction points' where wires meet and connect. Over time, these connectors can become corroded, which can inhibit the flow of electricity. Corrosion can be identified by a chalky, green, or rust-coloured deposit on the connectors. If you notice this, use a wire brush or sandpaper to clean off the corrosion. For severe cases, the connectors might need to be replaced.

• Broken Switches:

  Switches control the operation of the ride-on car. If a switch is broken, it might not turn the car on or off properly, or it could affect the speed or direction controls. Checking for a broken switch can be tricky as the damage might not be visible from the outside. If you suspect a broken switch, it's best to consult a professional or the manufacturer's customer service.

• Overly Tight Wheel Retainers:

  Wheel retainers hold the wheels onto the axles of the ride-on car. If they're too tight, it can create friction that prevents the wheels from rotating smoothly, making it seem as if the car isn't working. Check if the wheels are rotating freely when off the ground. If they're not, you might need to adjust the wheel retainers.

In Summary

Navigating the charging process of a ride-on car might seem complicated at first, but with the right information, it's an easy task.

This article equipped you with the necessary tools to understand whether your ride-on car is charging correctly, from checking the voltage and understanding the expected charging time to observing the car's performance and examining the charger and battery.

Moreover, it's important to remember that your ride-on car's performance can be influenced by factors beyond the battery and the charger, such as the car's internal wiring, connectors, switches, and wheel retainers.

Knowing how to inspect and address these components can help you troubleshoot common issues and keep the ride-on car in good working order.

Finally, always remember that safety comes first. Always use the appropriate charger for the battery, avoid overcharging, and seek professional help if you're unsure about any fixes.

Keep these pointers in mind and you'll ensure that your child's ride-on car is always ready to roll!

FAQs

How often should I charge my ride-on car's battery?

The frequency of charging can largely depend on how often the ride-on car is used. If the car is used daily, it's recommended to charge the battery every day. If it's used less frequently, it's best to charge the battery after every use. Avoid letting the battery deplete completely, as this can affect its lifespan.

What should I do if my ride-on car suddenly stops while my child is riding it?

If the ride-on car suddenly stops, the first step is to check if the battery is completely discharged. If that's the case, simply recharge the battery. However, if the battery still has charge, it could be a sign of a different issue like a loose wire, a faulty switch, or a problem with the motor. It's recommended to consult the user manual or reach out to the manufacturer's customer service for assistance.

Can I use a higher voltage charger to charge the ride-on car faster?

No, using a charger with a higher voltage than recommended can potentially damage the battery and other components of the ride-on car. Always use the charger that comes with the car or one that's specified by the manufacturer. Attempting to speed up the charging process with a higher voltage charger can lead to overheating and even cause the battery to swell or leak, posing safety risks.

Let your child between 3 and 8 years experience the thrill and excitement of driving their own Volvo. This ride-on car is designed to look like the S90 R-Design, with unique design features and bodypaint in Bursting Blue metallic. Start button, engine sound and working front and rear lights make it even more realistic, just as the elaborated interior with many authentic details, a music player and a safety belt. The car has two electric 12V motors that give a top speed of 4.5 km/h, but it can be set at 3.6 km/h or 2.7 km/h &#; depending on the child's age and ability. Suspension on all wheels and EVA foam rubber tyres maximize comfort and enjoyment. And if the child is not ready to drive, the car can be controlled by a parent using the separate remote control.

&#; Recommended for children 3&#;8 years, length 1.0&#;1.30 m and weight up to 25 kg
&#; Top speed: 4.5 km/h, 3.6 km/h and 2.7 km/h
&#; Range: up to 4.5 km or 1 hour
&#; Battery: Rechargable 12V7A, 220 V charger EU charger plug 
&#; Powertrain: 2 electric motors 12V30W, 3-speed transmission with Drive and Reverse
&#; Weight: 18.5 kg (21.5 kg including battery)
&#; Dimensions: 125x67x55 cm (package 128x64x37 cm)
&#; Colour: Bursting Blue metallic

Please note:
This is a toy car, minor sink marks and scratches may occur and is normal for this type of toy.

User recommendations:
&#; We recommend that the car is used on even and firm ground (asphalt as an example), it may have difficulties driving in slopes and grass.
&#; May not be used in traffic.
&#; Please use the seatbelt whilst in use.
&#; To be used with caution and under adult supervision.

UK Charger plug available to purchase, Volvo Parts System no. :

Want more information on Electric Ride On Toy Car? Feel free to contact us.