Published: 14.7.21
Updated: 31.7.24
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?
A kids' ride-on car is a toy car that is electrified and powered by a ride-on car battery and electric motors.
While many modern ride-on cars are electrified and powered by batteries and electric motors, there are several types available, each offering unique features and benefits.
Types of Ride-On Cars:
Electric Ride-On Cars: These are battery-powered vehicles that typically feature realistic designs, working lights, and sound effects.
The battery is usually located underneath the seat, in the boot, or in a separate compartment.
Remote-Controlled Ride-On Cars: These electric cars come with a parental remote control, allowing adults to guide younger children or intervene if necessary.
Pedal-Powered Ride-On Cars: These traditional ride-on toys require children to use their own leg power, promoting physical activity and motor skill development.
Push/Pull Ride-On Cars: Ideal for younger children, these cars are propelled by an adult or by the child's feet touching the ground.
Benefits of Ride-On Cars
Physical Development: Ride-on cars help improve gross motor skills, balance, and coordination.
Cognitive Growth: Operating a ride-on car enhances spatial awareness, problem-solving skills, and understanding of cause and effect.
Independence and Confidence: Children gain a sense of autonomy and self-assurance as they learn to control their vehicle.
Social Skills: Ride-on cars can encourage sharing, turn-taking, and cooperative play with other children.
Outdoor Play: Many ride-on cars are suitable for outdoor use, encouraging children to spend time in nature and engage in physical activity.
Imaginative Play: Ride-on cars spark creativity as children engage in role-play scenarios and adventures.
The ride-on car battery in electric models powers all the electrical components, including steering, brakes, lights, and other features.
As children grow and develop, ride-on cars continue to offer entertainment and developmental benefits, making them a popular choice for parents and a beloved toy for kids.
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.
| Recommended Ride-On Cars by Age Range | ||
|---|---|---|
| Age Range | Recommended Ride-On Car Type | Features |
| 1-2 years | Push cars, foot-to-floor ride-ons | No battery, parent-assisted, develops motor skills |
| 2-3 years | 6V electric cars, tricycles | Low speed (2-3 mph), parental remote control |
| 3-5 years | 12V electric cars | Moderate speed (3-5 mph), more realistic features |
| 5-8 years | 12V-24V electric cars, quads | Higher speed (5-6 mph), advanced features |
| 8+ years | 24V-36V electric cars, go-karts | Highest speed (6-8 mph), most realistic designs |
When selecting a ride-on car, consider factors such as your child's physical development, coordination skills, and ability to follow safety instructions. Always supervise your child during use and ensure they wear appropriate safety gear.
Remember that these age ranges are general guidelines. Some children may be ready for more advanced ride-on cars earlier, while others might need more time to develop the necessary skills.
Always prioritise safety and choose a ride-on car that matches your child's individual abilities and maturity level.
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.
| Voltage System | Features | Pros | Cons |
|---|---|---|---|
| 6V Battery Systems |
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| 12V Battery Systems |
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| 24V Battery Systems |
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| 36V Battery Systems |
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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.
Pricing
The pricing of ride-on cars in the UK can vary significantly, with the battery system being a key factor.
Generally, a pure 24V system with one battery is more expensive than a 24V parallel system with 2 x 12V batteries.
This price difference is primarily due to the voltage or amp-hour cost of the batteries.
Cost Comparison
- 24V Single Battery System: Typically ranges from £250 to £500
- 24V Parallel (2 x 12V) System: Usually priced between £150 to £350
However, it's important to note that pricing is influenced by various factors beyond just the battery system:
Brand
Well-known brands like RiiRoo, Rollplay, or Tobbi often command higher prices due to reputation and perceived quality.
Features
Advanced features like parental remote control, LED lights, or Bluetooth speakers can increase the price.
Design
Licensed designs (e.g., replicas of popular car brands like Mercedes or Range Rover) are often more expensive than generic models.
Size and Capacity
Larger ride-on cars that can accommodate two children or have higher weight capacities tend to be pricier.
Materials
Cars made with high-quality, durable materials will cost more than those with basic plastic construction.
Performance
Higher top speeds and better off-road capabilities typically correlate with higher prices.
Despite these pricing differences, it's worth noting that the overall look, styling, and ride quality are often comparable between similarly priced models, regardless of the battery system.
Additionally, warranty terms and buyer protections are typically consistent across different battery configurations within the same price range.
When considering the price, it's essential to factor in long-term costs such as battery replacement and maintenance.
While a 24V parallel system might be cheaper upfront, replacing two 12V batteries could potentially be more expensive than replacing a single 24V battery in the future.
In the UK, it's also worth considering seasonal sales and promotions, particularly during Black Friday or Boxing Day, when many retailers offer significant discounts on ride-on cars.
Ultimately, the best value will depend on your specific needs, budget, and how long you expect your child to use the ride-on car.
Consider all these factors to make an informed decision that balances cost with features and longevity, while ensuring compliance with UK safety standards.
Safety Features in Ride-On Cars
When choosing a ride-on car for your child, safety should be a top priority.
Modern ride-on cars come equipped with various safety features designed to protect young drivers and provide peace of mind for parents.
Here are some key safety features to look for:
Seat Belts
Many ride-on cars come with functional seat belts, similar to those in real vehicles. These restraints help keep children secure in their seats, especially during sudden stops or turns. Always ensure your child is buckled up before starting the ride.
Parental Remote Control
This feature allows parents to override the car's manual controls. With a remote, you can steer the car away from potential hazards or stop it if necessary. It's particularly useful for younger children or those still learning to navigate.
Speed Limiters
Most ride-on cars offer adjustable speed settings. This allows parents to set an appropriate maximum speed based on their child's age and skill level. As your child grows more confident, you can gradually increase the speed limit.
Sturdy Construction
Look for cars made from durable, high-quality materials that can withstand impacts and regular use. A solid frame helps protect the child in case of minor collisions.
Safety Locks
Some models feature safety locks on doors or hoods to prevent children from accidentally opening them while driving.
Rubber Wheels
EVA foam or rubber wheels provide better traction and stability, especially on outdoor surfaces like grass or gravel.
LED Lights
Functional headlights and taillights increase visibility, making it safer for children to drive in low-light conditions or shaded areas.
Gradual Acceleration
This feature prevents sudden jerks when starting, reducing the risk of the child being thrown forward.
Emergency Stop Button
Some advanced models include an easily accessible emergency stop button that immediately cuts power to the motor.
By choosing a ride-on car with these safety features, you can ensure that your child's playtime is not only fun but also secure.
Remember, while these features significantly enhance safety, adult supervision is still crucial when children are using ride-on cars.
Maintenance Tips for Ride-On Cars
Maintenance Tips for Ride-On Cars
Proper maintenance of your child's ride-on car can significantly extend its lifespan and ensure safe, enjoyable use. Here are some essential maintenance tips:
Battery Care
- Charge the battery fully before first use and after each play session.
- Avoid overcharging by unplugging once the battery is full (usually 8-12 hours).
- Store the battery in a cool, dry place when not in use for extended periods.
- Check battery connections regularly for corrosion or loose wires.
Cleaning and Storage
- Wipe down the car with a damp cloth after each use, especially if used outdoors.
- Avoid using harsh chemicals that could damage the paint or plastic components.
- Store the car indoors or under a cover to protect it from weather elements.
- Keep the car away from heat sources and direct sunlight when stored.
Tyre Maintenance
- Check tyre pressure regularly if the car has air-filled tyres.
- Inspect tyres for wear and replace them when tread is significantly worn.
- Clean tyres after use on muddy or sandy surfaces to prevent buildup.
Motor and Gearbox
- Listen for unusual noises during operation, which may indicate gear issues.
- Lubricate moving parts periodically according to the manufacturer's instructions.
- Avoid overloading the car beyond its weight capacity to prevent motor strain.
Electrical Components
- Regularly check all wires and connections for signs of wear or damage.
- Ensure all lights and switches are functioning properly.
- Keep electrical components dry and protected from water exposure.
Troubleshooting Common Issues
- If the car won't start, check the battery charge and connections first.
- For reduced speed or power, the battery may need replacement.
- If wheels spin but the car doesn't move, check for obstructions in the wheels or gearbox.
- Strange noises often indicate loose parts or the need for lubrication.
Safety Checks
- Regularly inspect seat belts, steering mechanisms, and brakes for proper function.
- Tighten any loose screws or bolts.
- Test parental remote control functionality before each use.
By following these maintenance tips, you can keep your child's ride-on car in top condition, ensuring countless hours of safe and enjoyable play. Always refer to the manufacturer's manual for specific maintenance instructions, as requirements may vary between models.
Battery Maintenance and Safety Tips
Proper Charging
- Use the Right Charger: Always use a charger specifically designed for 24V lithium batteries to ensure compatibility and safety.
- Correct Voltage: Charge the battery at the correct voltage, typically around 29V for a 24V battery, to prevent overcharging and potential damage.
- Automatic Shut-off: Avoid overcharging by using a charger with an automatic shut-off feature.
- Timely Charging: Charge the battery when it reaches a 20-30% state of charge to maintain optimal health.
- Temperature Considerations: Charge the battery at temperatures between 20-25°C (68-77°F) for the best performance.
Regular Maintenance
- Inspect Regularly: Check batteries regularly for signs of damage, such as swelling or leaks, to catch issues early.
- Clean Terminals: Clean battery terminals and cables to prevent corrosion and ensure a good connection.
- Check Electrolyte Levels: For flooded lead-acid batteries, check the electrolyte levels every 2-4 weeks and top up with distilled water if necessary.
- Test State of Charge: Periodically test the battery's state of charge with a multimeter to ensure it is holding a charge properly.
- Equalisation Charges: Perform equalisation charges as needed for lead-acid batteries to balance the cells and extend battery life.
Safe Handling
- Protective Gear: Wear gloves and safety glasses when handling batteries to protect yourself from acid spills or other hazards.
- Avoid Short Circuits: Use insulated tools and remove any metal jewelry to prevent accidental short circuits.
- Proper Ventilation: Ensure proper ventilation when charging batteries to avoid the buildup of potentially dangerous gases.
- Avoid Damage: Do not puncture, crush, or expose batteries to extreme temperatures, as this can lead to dangerous reactions.
- Proper Disposal: Follow local regulations for transporting and disposing of batteries to ensure safety and environmental compliance.
System Considerations
- Replace Batteries Together: Replace both batteries in a 24V system at the same time to ensure even performance and longevity.
- Use Matched Batteries: Use batteries of the same type, capacity, and age to avoid imbalances that could affect performance.
- Monitor Accessory Loads: Keep an eye on accessory loads to avoid draining the battery unnecessarily.
- Install a Cutoff Switch: A battery cutoff switch can help prevent parasitic drains during storage, extending the battery's life.
By adhering to these maintenance and safety practices, you can maximise the performance and lifespan of your 24V battery system while minimising risks.
Regular inspection, proper charging, and safe handling are key to getting the most out of your batteries.
Wrapping Up
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?
Frequently Asked Questions (FAQs)
To help address common queries about ride-on cars, we've compiled a list of frequently asked questions:
How long does the battery last on a single charge?
Battery life varies depending on the model and usage. On average, most ride-on car batteries last 1-2 hours of continuous use. Factors like terrain, weight, and speed settings can affect battery life.
Are ride-on cars safe for young children?
When used properly and with adult supervision, ride-on cars are generally safe. Look for models with appropriate safety features like seat belts, parental remote controls, and speed limiters. Always follow age and weight recommendations.
Can ride-on cars be used indoors?
Many smaller models are suitable for indoor use. However, ensure you have enough space and consider potential damage to floors. Outdoor use is generally recommended for larger models.
How do I know when it's time to replace the battery?
Signs that indicate battery replacement include significantly reduced run time, difficulty holding a charge, or the car running slower than usual even when fully charged.
Are ride-on cars waterproof?
Most ride-on cars are not fully waterproof. While they can handle light moisture, it's best to avoid driving through puddles or using them in rainy conditions to prevent damage to electrical components.
Can siblings share a ride-on car?
Many ride-on cars are designed for single riders. However, some larger models accommodate two children. Always check the weight limit and seating capacity before allowing multiple children to ride.
How fast do ride-on cars go?
Speed varies by model. Smaller cars for younger children typically max out at 2-3 mph, while larger models for older kids can reach 5-6 mph. Some advanced models may go faster, but usually have adjustable speed settings.
Can I upgrade the battery for longer run time or more power?
While it's possible to upgrade batteries in some models, it's not recommended unless you're experienced with electrical systems. Upgrading can void warranties and potentially create safety hazards if not done correctly.
How long do ride-on cars typically last?
With proper care and maintenance, a quality ride-on car can last several years. However, children may outgrow them before they wear out.
Are replacement parts available if something breaks?
Many manufacturers offer replacement parts for common components like wheels, batteries, and chargers. Check with the manufacturer or retailer for availability.
These FAQs should help address many common concerns about ride-on cars. Remember to always consult your specific model's user manual for detailed information and guidelines.
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