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Kids driving around in automobiles sounds far-fetched, but Power Wheels give them the power of a vehicle at very early ages. Some kids might be a little too young or immature for the speed and action of actual Power Wheels. In this case, some parents look for ways of controlling the Power Wheels toys while their kids ride in them. 

Parents demand battery-powered Power Wheels toys that are only remotely controlled or have an option for switching over to remote control. When the parents have control of the battery-powered Power Wheels toy, the children are a lot safer and have more interaction with family. Read on and discover seven great options for parent-controlled Power Wheels. 

7 Great Options for Parent Controlled Power Wheels

Power wheels toys are a hot commodity that kids love riding. Their rise in popularity also has parents getting involved in the fun through the purchase of remote control for the Power Wheels. These remote-controlled Power Wheels give the parent the acceleration, braking, and steering capabilities of the toy. At the same time, the child sits and enjoys the ride. 

Even though kids love driving their Power Wheels, some kids might not be mature enough or big enough. If parents buy remote-controlled Power Wheels, the kids still experience the exhilaration of driving a vehicle without the added risk of poor driving decisions and lack of control. 

Some of the best options for parent-controlled Power Wheels are available for sale. When a toy that your child rides in is 100% remote-controlled, it is a toy that is much safer. Power Wheels toys with an option for remote control that parents can turn on is an option that gives parents peace of mind knowing that they could break or slow down the vehicle before any tragedies occur. However, finding the best options for remote-controlled Power Wheels is difficult because not all models get created for quality remote control fun. 

Below is a list of the best options for parent-controlled Power Wheels toys that are safe, have a great remote control range, and give parents and kids plenty of minutes of ride time on one battery charge. 

Top Four Models for a Buying A Factory-Made Remote Controlled Power Wheels

The toy market currently has many different models and designs that parents can choose from for remote-controlled Power Wheels. These toys get designed for safe play with the supervision and control of a parent. 

Factory-designed remote-controlled Power Wheels are safe and efficient. They also have long battery lives and quality remotes that allow for: 

  • Skilled steering maneuvers
  • Braking
  • Sharp acceleration 

You can even balance the steering on some models. These design and remote control features are great for parents who want to play with their children and keep them very safe. 

Below is a list of the best factory-made remote-controlled Power Wheels on the market today: 

Best Choice Products 12V Kids Ride On Truck

This ride-on Power Wheels toy has both manual and parent remote control driving capabilities. The power of this little ride-on Jeep is powerful enough for taking it into: 

  • Gravel 
  • Dirt 
  • Grass 

With a 61-pound weight capacity, this Power Wheels toy is a sure way to get your toddlers and older kids outside and play in a fun and safe way. 


  • A power wheels made for rugged terrain
  • Easy to change to remote control with the flick of a switch
  • Realistic Jeep design that parents and kids love
  • Built-in AUX for attaching a music device and playing music during play


  • Not ideal for sand
  • The reverse is reportedly easy to break
  • Reportedly has a short battery life


Sopbost 12V 10AH Power Buggy 4×4 Kids Ride On

This mighty little ride-on Power Wheels toy is excellent for adventurous little kids who want to get their wheels dirty. The elemental Power Wheels toy can't compete with this off-road Power Buggy that includes parent remote-control capabilities. 


  • Great wheels for off-road traction
  • Capable of changing from two-wheel drive to four-wheel drive for off-road driving
  • Key start and adjustable seat-belt make for a very realistic driving experience.
  • Remote control capable for parent-controlled driving
  • Durable plastic body made from PP plastic and certified by ASTM F963 standards
  • Excellent and dependable battery life that lasts longer than most other Power Wheels


  • Charging takes quite a long time compared to other Power Wheels.


Costzon Ride On Truck

This bright pink Jeep-shaped ride-on Power Wheel is an excellent toy for parents looking for a remote-controlled ride-on for their daughters. The realistic design with strong treaded tires, seat-belt with varying positions, and a music player for MP3 all give this Power Wheels toy fun and exciting playtime for any child. Parents have the capability of turning the remote control feature on or off. Hence, as the child outgrows parents' control, they are allowed to drive the car themselves. 


  • Ability to change from remote-controlled to driver-controlled
  • MP3 device music controls for music during rides
  • Realistic design details like mirrors, seat belts, LED headlights, etc. 
  • The car has gradual acceleration and reliable braking.


  • Speeds can only get changed by remote control
  • No brake pedal on the car


Best Choice Products 12V 3.7 MPH 2-Seater Licensed Land Rover Ride On Car Toy w/ Parent Remote Control

This ride-on Power Wheels toy with parent control built-in is a luxury toy for your child. It has all of the features you might want plus more. With its built-in MP3 player and realistic Range Rover appearance, your kids will be cruising and singing as though they were adult drivers. The remote control feature also gives you the ability to drive the car with acceleration and braking control safely. 

The best part about this 12-volt ride-on toy is that it is fast and robust. It also has two seats and is great for older siblings who want to show younger siblings how the toy works. Not many of the remote-controlled Power Wheels on the market offer a two-seater option. The power, size, and functionality of this remote control Power Wheels might be expensive. However, the work and money you put into creating remote-controlled Power Wheels will pay off with family fun and safe play in the end, so it is worth it. 


  • Two-seater 
  • 3.7 mph speed for fun and fast driving 
  • Off-road capabilities on grass and dirt
  • LED headlights and realistic mirrors
  • Sound system
  • Parent control for speed and safety


  • A massive vehicle that is hard to transport
  • Most expensive option on this list

Make Your Own 24-volt Remote Controlled Power Wheels

The price point for some of the Power Wheels is hundreds of dollars. Some parents looking for a unique, custom, and less expensive option would be best served if they considered making their own remote-controlled Power Wheels toy. A 24-volt remote-controlled Power Wheels design is one option for custom builds. 

Making your own remote-controlled Power Wheels toy is possible with just a few tools and quite a few different parts, which are available online or at a local hardware store. Having said that, even if the tools and supplies for making your remote-controlled Power Wheels are easy to find, not everyone can make this remote-controlled toy work. This remote-controlled design for your child's Power Wheels toy requires some technical skill with cutting and wiring. 

Common problems with factory-made Power Wheels are also sometimes fixed with a 24-volt retrofitting to the remote control. These common problems that could get fixed with the remote control upgrade include: 

  • ​​Whiplash and inconsistent throttle with shaky on/off movement while accelerating. 
  • Grinding wheels that spin out and wear down quickly
  • Hard braking that leads to locked wheels and sliding or damage to the wheels
  • Instant-on power overheats the motor
  • No remote braking for parent control of safe driving 
  • Top speeds that could be too fast for some children to control on their own

The parts needed for making your remote-controlled Power Wheels are listed below: 

  • 24-volt charging port and charger
  • 24-volt transmitter pack
  • 40a circuit breaker
  • Knobs for acceleration with 3-inch leads
  • Mounting screws
  • Terminated battery and motor connection wires

Just getting the parts together is enough of a challenge. So, before you start assembling everything, take a look at the steps below as an overview. This overview should give you the foresight of where your tools and parts should go before you start assembling everything. Steps for making your own 24-volt remote-controlled Power Wheels toy are listed below:

  • Timeframe: Give yourself 30 minutes for installation once you have all the tools and parts necessary for the job. 
  • Tools: Conveniently, the only means you need for installing this 24-volt module for remote control of the Power Wheels toy are a Phillips head screwdriver and a drill gun. 
  • Disconnect battery: Use a screwdriver and loosen the connections from the car to the battery so that there is no juice/power to the toy.
  • Mount the 24-volt module: Make sure that you mount the module in a safe and dry place, allowing for access to the terminal screws. 
  • Factory pedal: Using your screwdriver, disassemble the factory pedal system from the bottom of the car.
  • Wiring pedal harness: Run the two wires from the module to the pedal module. Match the colors and attach them to the harness. Ensure secure connections and that the cables won't become loose or damaged by tying zip-ties around the wires near their terminal connections. 
  • Wiring pedal: Attach the lighter gauge wires from the harness assembly to the pedal terminals at the middle and furthest positions. 
  • Charger port: Drill a 7/16″ hole for the charging port. Put the wires that install into the charger through the charge porthole you have just drilled. Put the wires through the mounting nut and then tighten the nut. Insert the terminals through the attached terminal housing. Always remember that you need matched polarity with the wiring of the module. 
  • Battery wires: The final step of the setup is connecting the battery wires to the modules. Your car should be powered. Be careful because some sparking during connection is regular and might burn or singe your clothing. It is best to have protective clothing on your arms and face during this connection of the battery. 

Make Your Own Servo Motor Remote Controlled Power Wheels

Another method of creating a remote-controlled Power Wheels toy is installing a servo motor that rotates efficiently and has a radio transmitter. This system adds additional motor power and functionality to the Power Wheels toy. It allows for the parent to control the toy vehicle with a remote. Some parts for this renovation of a Power Wheels toy may get expensive. Still, the Servo motor is much more reliable and easier to use for remote control than other methods. 

There are a few items that are costly but necessary and some other items and tools that help you complete the job of making your own servo motor remote control Power Wheels: 

  • Electric Tape
  • FlySky transmitter and receiver
  • Hand Saw
  • Large Servo
  • Light Switches
  • Power Wheels toy car
  • Screwdriver
  • Screws
  • Soldering Iron
  • Two Battery holders
  • Wire Cutters

Creating remote-controlled Power Wheels with a servo motor is a little bit more complicated than other methods. However, the dependability of the servo motor makes this an excellent option for parents looking for safe remote-controlled Power Wheels and a special toy for any occasion. As long as you have the correct tools and items listed above, your job should get done quickly. 

The steps for creating the servo motor remote-controlled Power Wheels toy are listed below: 


Before you start adding the components of your remote control system to your Power Wheels toy, you need to remove some of the parts already included with the Power Wheels. The unnecessary features that require removal are: 

  • All items in the way of accessing the motor mounting and battery
  • The back bars 
  • The seats
  • The windshield

The seats get removed with a screwdriver. There are often plastic clips that hold the seats in place, so you may need a flat-head screwdriver to pry them off of the vehicle's body. The back bars also get held in place with screws and possibly with clips. Use the same method of deconstruction for the back bars as you did with the seats. 

The windshield gets located above the motor, so it needs to get removed before you can install the servo motor near the factory motor. The windshield has clips that hold it in place and screws on the underside of it. 

  • First, loosen the pins 
  • Next, remove the screws 

Make sure that all fasteners and screws get kept in a safe place and that you remember where they come from. 

The most challenging part of deconstruction is sawing off the steering wheel

  • Cut to the center but not through. Only the plastic tubing connected to the wheel and going down into the body of the power wheels toy should be cut. 
  • Finally, flip over the vehicle and gain access to the pedal tabs. 
  • Remove the pedal tabs by pressing all four tabs together. The wires should become visible once you pull the loose part away. 

Attach the Servo

Attaching the servo motor correctly is crucial for the operation of the Power Wheels. 

  • Start by removing the battery and the screws that connect the shifter to the body of the vehicle. 
  • Next, remove the battery connector and cut through the wires leading from the battery to your car. 
  • Relocate the battery to a space under the seats in the back of the vehicle. 
  • Reconnect the wires to the battery connections and screw in one of the switches. (You may need an extension wire that reaches the battery from the switch.) 
  • The switch should get installed below the dashboard. 

Finally, it is time that you install the Servo

  • First, attach the steering servo to the edge of the steering wheel with screws. 
  • Then, get small pieces of wood and screw them to the dashboard of the Power Wheels. They act as a base for the Servo and get secured with two pieces of wire aligned with the Servo. 

Connect the Servo

The last step is connecting the receiver to become part of the remote controller that can get used remotely. 

This step is critical and must get completed by attaching the Servo to the first channel of the receiver. Ensure that the remote is battery-powered and works correctly before plugging the Servo into the battery power. 

If the Servo is working incorrectly, then it needs calibration between the Servo and the remote control. 

You will know that the Servo you installed is working correctly when you test it. To test the Servo, you should: 

  • Attach the second light switch to the servo battery so that the receiver can get turned off when you want and save battery power when not in use. (This step is optional but highly recommended.) 

All of the hardware is now connected, and the Servo should be functioning correctly. All that is left for you to get done is to use the screws and plastic clips and reassemble all of the Power Wheels parts that you removed in the first step. 

Create Your Own Remote Controlled Power Wheels For Under $150

Some of the other methods for creating remote-controlled Power Wheels get pretty expensive. Even though they are worth it, this option gives more economically minded parents a cheaper option for converting their Power Wheels toy into a remote-controlled toy that their kids will enjoy. These steps and methods are available for a low-cost option and shouldn't cost more than $150

The tools and components needed for this renovation of your Power Wheels are much less expensive than other methods. The tools and parts needed are listed below: 

  • Battery plug
  • Dremel Tool
  • Drill and bits
  • Remote Control and Receiver: You can use whatever frequency receiver and remote that you want. 27mhz and 2.4 GHz are recommended with a three-channel receiver. 
  • Screwdriver
  • Solder iron
  • Speed Control: This is an electronic device that is basic speed control. 
  • Steering Linkage 
  • Steering Servo: a standard 1/10 steering servo is perfectly fine for Power Wheels. However, a larger 1/8 servo gives better handling and steering.  


Much like the other methods of creating remote-controlled Power Wheels, you need access to the internal parts of the vehicle before installing. Remove the seats and other parts that are in the way with a screwdriver, and don't forget about the clips that hold everything in place. Make sure you drill a hole and give yourself enough room for splicing in the battery to the new servo motor. 

Connect the Modules

The steering servo needs to get installed to the front of the Power Wheels near the steering wheel. Also, the receiver and speed controller need to get installed and mounted somewhere dry and safe under the seats or on another sheltered place on the Power Wheels. 


The wiring uses that same battery that came with the factory-installed Power Wheels, so you are saving time and money there. The battery should be left in its original position. Use wires and connect them to the various components that you installed in the previous step. The speed controller and receiver are now powered and should work with your remote control. Test the controller. If it functions correctly, close everything up, and the job is completed!

In Conclusion

Spending some additional money on a Power Wheels may seem like it isn't worth it. However, once you realize that the function of the toy is greatly increased and that you now have control over the acceleration, braking, and, in some cases, steering, the toy becomes much safer, and the cost is easily justified. 

Just remember that you could buy your own remote-controlled and parent-driven Power Wheels toy. However, these typically cost hundreds of dollars and won't function as nicely as one that you make yourself. If you create your own remote-controlled Power Wheels, you will save money, have a better functioning toy, and can take some pride in your own work. Use this guide as a way of increasing the safety and fun of your child's Power Wheels!