Kid’s Ride On Car Batteries Explained
Unlike push along toys, all electric kids’ ride-on cars rely on a power source to run the motors and other electronics in the vehicle, such as MP3 players and onboard sounds. There’s nothing worse than seeing your kids face when you get the car out to ride and find that the battery isn’t working or runs down very quickly. In this guide we’ll talk about some basics of battery maintenance and how to care for it properly to help you get the most life out of your investment as well as ways to upgrade the performance of your toy.
Key Takeaways
- Typically, a 6v battery will require about 10 hours to charge fully using a 6v charger that has an output current of 500mA.
- It takes around 10 hours to fully charge a 12v ride on car battery using a standard charger.
- Generally speaking, it takes 10 hours to fully charge an empty 24v ride-on car battery.
- On a flat, dry surface, a typical 6v kids ride-on car battery can last for approximately 45 minutes to an hour before requiring a recharge.
- A 12v ride on car battery lasts for around one hour of continuous use.
- A 24v ride-on car battery will last between one to two hours of continuous use.
- To know if your kids ride on car battery is charging, look for the LED light indicator on the charger; it turns red when the battery is charging and green when it’s fully charged.
- Purchasing a ‘smart’ charger for your ride on car can help recharge your battery quicker while also reducing the risk of overcharge.
- If you overcharge the ride on car battery it can cause damage to the battery and reduce its overall lifespan.
- If you don’t charge a battery for an extended period, it will discharge and could suffer permanent damage to its cells, resulting in reduced capacity and a shorter lifespan.
- Most kids ride-on cars are powered by a Sealed Lead Acid (SLA) battery.
- To test a battery, you need a voltmeter. Connect the positive voltmeter connector to the positive battery terminal, and negative to negative. For a 12v battery, the voltmeter should display a voltage of around 12.7 volts, meaning the battery is holding a full charge.
How Long to Charge a 6v Toy Car Battery?
Typically, a 6v battery would require about 10 hours to charge fully using a 6v charger that has an output current of 500mA. However the time required can vary depending on the battery’s capacity, the level of discharge, and the output current of the charger.
How Long to Charge a 12v Toy Car Battery?
It typically takes around 10 hours to fully charge a 12v ride on car battery using a standard charger, while fast chargers may require less time. To avoid damage to the battery and reduce its lifespan, it is important to always use an appropriate charger for your toy.
How Long to Charge a 24v Ride On Battery?
Generally speaking, it takes 10 hours to fully charge an empty 24v ride-on car battery, although it is worth noting that some larger models that include high specification features, such as an MP4 system, may require slightly longer.
How Long Does a 6v Ride On Battery Last?
On a flat, dry surface, a typical 6-volt ride-on kids car can last for approximately 45 minutes to an hour before requiring a recharge. This lifespan may decrease if your little one is driving over more challenging terrains.
How Long Does a 12v Ride-on Battery Last?
The average lifespan of a 12v ride on car battery is about an hour of continuous use. The primary factor that determines its lifespan is the capacity of the battery, with higher-capacity batteries providing longer life than their lower-capacity counterparts. In addition to capacity, the rider’s weight, the terrain, and the toy’s speed can all impact battery life. To prolong the battery’s lifespan, it’s a good idea to take intermittent breaks and recharge it periodically.
How Long Does a 24v Ride On Battery Last?
Generally speaking, a 24v ride-on car battery will last between one to two hours of continuous use. The weight of the rider and the terrain will also affect the battery’s lifespan, with heavier riders or rougher terrain causing the battery to drain faster. Additionally, driving at higher speeds will consume more energy and drain the battery faster.
Part Three
How to Charge a Toy Car Battery
There are several things to be aware of when charging a Sealed Lead Acid (SLA) battery:
- SLA batteries are best charged immediately after use. This is especially imperative if the car is running extremely slow or shuts itself off, which is usually signs that the battery is fully discharged.
- SLA batteries should never be stored in a low-charge state. Over time they will degrade and eventually they will no longer hold a good charge. As little as 2 or 3 days in a fully discharged state can result in a noticeable loss of battery capacity.
- SLA batteries will self-discharge over time. This means that it is best to recharge the battery every 3-4 months even if it not used.
- Overcharging the battery can damage the battery.
Because of the degradation that happens when a battery is left in a discharged state it is critical that the vehicle be recharged after each use. The factory charger that came with the vehicle can be used to recharge the battery safely. Typically these should be connected overnight (12 hours) but never more than 24 hours. The factory chargers have low current output, usually less than 2 amps, and this duration ensures a full charge while reducing the risk of overcharging.
Part Four
How to Charge your Ride On Car Faster
Purchasing a ‘smart’ charger for your ride on car can help recharge your battery more quickly while also reducing the risk of overcharge. A smart charger will track the status of the battery during charge and automatically reduce the charging voltage once the battery is near full charge. Such chargers can be left attached to the battery indefinitely without causing them to overcharge and be damaged.
Look for smart chargers with a higher charge rate than the stock chargers, listed in amps. A 4 or 6 amp charger will charge most batteries to 90% in a few hours so your child can have multiple sessions of driving excitement each day.
However it’s worth keeping in mind that using a smart charger requires fairly simple access to the battery terminals. Some ride-on cars have proprietary battery connectors or may store the batteries in a hard-to-access location. For these types of cars using a smart charger may require additional wiring.
Part Five
What Happens When you Overcharge the Battery
It is possible to overcharge a ride on car battery. Overcharging can occur when the battery is left connected to the charger for an extended period beyond when it is fully charged.
This can cause damage to the battery and reduce its overall lifespan. It is essential to monitor the charging process and disconnect the battery from the charger once it is fully charged to avoid overcharging. Here are a few tips to help you charge your child’s ride-on electric vehicle safely:
- Plug the charger into a wall outlet away from clutter and traffic to prevent the wire from being a trip hazard.
- Inspect the charger for cracks, dents and leaks before use, as broken chargers can cause fires
- Consider purchasing a smart charger. Smart chargers monitor the battery as it charges and will automatically reduce the power when the battery is charged.
- Rather than charging overnight, plug the car in during the day. Then, set a timer as a reminder to switch the power off once the regular charge time has passed.
How to Know if Your Ride on Car is Charging
To determine if your kids ride on car battery is charging, look for a light or LED indicator on the charger; this typically turns red when the battery is charging and green when it’s fully charged. The charger may also be warm to touch when charging.
Part Eight
What Charger Should be Used to Charge a Kid’s Electric Car
Using the charger supplied with your children’s ride-on car is important. Using a different charger can damage the battery’s ability to hold a charge.
If you need to purchase a replacement battery, It’s important to make sure that the charger is designed for the appropriate voltage and amperage of your toy, as using the wrong charger can damage the car’s battery or electrical system.
Part Nine
What Type of Battery Does a Kids Ride-On Car Use?
Most kids ride-on cars are powered by a Sealed Lead Acid (SLA) battery. All batteries utilise a chemical reaction to create electricity, and this battery is used because it is reliable, cheap, and safe. It uses the same chemistry as most automotive batteries have for over a century, which utilises sulphuric acid as the electrolyte and lead plates as the positive and negative electrode. The sealed variant is used in ride-on cars so there is no risk of acid leaks, and this also allows the batteries to be mounted sideways.