bushops CarBot Remote Controlled Car Instructions

bushops CarBot Remote Controlled Car

Specifications

• Product Name: CarBot
• Type: Remote-controlled car
• Power Source: Requires four AA batteries (not included)

Product Usage Instructions

• Precautions:
  • This product requires four AA batteries for operation. Make sure to follow the instructions carefully when assembling the CarBot.
  • When fitting the plates together, pay attention to their orientation as shown in the pictures, and nest them gently. Ensure correct wire connections to the motor and maintain a space of 1mm between sockets, plates, and wheels.
• Assembly Steps:
  • Plate Orientation: Ensure the plate has the hole on the correct side. Place washers under controller 1 as instructed.
  • Wire Connection: Connect yellow and green wires to the motor’s copper strip. Insert wires into the notch and twist them together.
  • Battery Box Connection: Pass red and black wires through plate 1, attach the battery box, connect red wires from the box to the controller, and wrap them with insulating tape.
  • Gear Installation: Ensure proper contact between the orange gear and the white motor pinion. Do not stick orange sockets to the plates.

FAQs

• Q: Where can I find the CarBot assembly video?
  • A: You can find the CarBot assembly video on our website or by following the link provided in the manual.
• Q: What should I do if I need more wire length?
  • A: If you require more wire length, you can strip them carefully. It is recommended to ask an adult for assistance.
• Q: How do I leave a review with a photo?
  • A: To leave a review with a photo, visit our website and follow the instructions provided. You can benefit from a discount on your next order by sharing your creation with us!

CarBot Instructions

• The CarBot is a remote-controlled car or in other words, a car controlled by a remote control.
• The latter generates an oscillation signal which is sent to a synchronization signal generator, which will in turn emit signals to give momentum to the car.
• The remote control will control the car to drive it forward and backward. Have fun!
• Leave us a starred review with a photo of you and your creation. And benefit from 20% off your next order

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Precautions

• This product requires four AA batteries, not included.
• When you fit the plates together, pay attention to their orientation (look carefully at the pictures) and nest them gently.
• When you connect the wires to the motor, make sure you put them in the correct position (as shown in the pictures).
• If you need more wire length, don’t hesitate to strip them. To do this, ask an adult.
• Make sure to leave a space of 1mm between the sockets, plates, and wheels.

Assembly Video Here

Find our FAQ and our CarBot assembly video here

• 14 Controller 1
• 15 Axles
• 16 Engine
• 17 Pulleys
• 18 Caps
• 19 L-shaped antenna
• 20 I-shaped antenna
• 21 Controller 2
• 22 Screwdriver
• 23 Battery box
• 24 4mm screw
• 25 7mm screw
• 26 Pinion
• 27 Gear
• 28 Battery box
• 29 Sockets
• 30 Wheels
• 31 Elastic

On plate 1, place four washers 12 under controller 1, as in the image above. To do this, first screw your washers under the controller then screw the controller onto the plate. Pay close attention to the direction of installation of your controller on the plate. The four colored wires should be at the end of plate 1.

Rotate plate 1. Connect the yellow wire and the green wire to the copper strip of the motor as shown in the picture (the yellow wire to the right of the motor and the green wire to the left of the motor). To do this, insert the ends of the wires into the notch then twist them on themselves. Fit plates 4 and 13 to the ends of the motor. Then insert the pinion onto the metal rod of the motor. Fit the assembly (plates and motor) onto plate 1. Then screw from below with 7mm screws.

Pass the red and black wires from the battery box through the hole in plate 1. Then attach the battery box under plate 1 using 4mm screws (the second and fourth holes). Connect the red wires from the battery box to the red wires from the controller. To do this, put the red wires in contact, twist them together, fold them on themselves then wrap them with insulating tape. Repeat the same operation for the black wires.

Installation of the L-shaped antenna: To do this, insert a 4mm screw into the metal loop of the white wire of the controller then into the antenna and screw into the hole in plate 1. Then fit plates 5 into the notches on the sides of plate 1. Secure them from below with 7mm screws. At the front of the car, insert an axle through plates 5. Then add an orange socket to each end. At the rear of the car, pass an axle through the first plate 5, then through the orange gear (which fits into the rectangular hole in plate 1) and through the second plate 5. Add an orange socket to each end of the axle. Finally, insert the two pulleys onto the end of the axles, on the right side of the car.

Install the elacticon on the pulleys. To do this, pass the antenna through the elastic and install the elastic in the grooves of the pulleys. Insert the four wheels onto the ends of the axles. Fit plates 2 and 3 onto the top of the car. Then secure them with 7mm screws. Well done! You have succeeded in your CarBot!

Pass the red and black wires from the battery box through plate 7. Connect the red wires from the battery box to the red wires from the controller referring to step 3. Do the same for the black wires. Secure the battery box below plate 7 with 4mm screws (second and fourth hole). Referring to step 1, attach the controller to two washers 12 and then to plate 7 with two 7mm screws. Install the antenna at the end of plate 7. To do this, refer to step 4. Put the red button caps on the black buttons of the controller. Fit plates 8 and 9. Also, fit plate 10, taking care to place the notch in the plate on the antenna. Screw from below with 4mm screws. Tuck the wires on one side so that they do not interfere with closing the controller. Then fit plate 6 on top and screw with 4mm screws.

Discover the principle of your CarBot: The power of forward traction

• With the CarBot, you will be able to experiment and explore the mysteries of movement.
• The principle of traction is the secret that allows the CarBot to move forward and backward in a fun and interactive way.

How does it work?

• It is very simple!
  • The CarBot is equipped with special wheels that are connected to a motor.
  • When you press the “Forward” button, the CarBot’s engine starts.
  • The motor turns the wheels using a force called “tractive force.”
  • This traction force is created by the friction between the wheels and the surface on which the CarBot is moving.
  • When the wheels turn thanks to the traction force, they transmit this force to the surface.
  • The surface, whether smooth or rough, exerts an equal and opposite force on the CarBot’s wheels.
  • This force propels the CarBot forward, allowing it to move forward.

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