How to assemble a remote-controlled Lego car step-by-step
Hello and welcome back. In this project, we will learn how to assemble a remote-controlled Lego car step by step. This is my first time doing this, and it’s really cool. We can create all sorts of toys, machines, and more using simple instructions. These creations can be enjoyed by anyone, regardless of age.
What’s the Lego?
Lego is a hobby involving plastic building pieces manufactured by the Lego group. With these parts, we can build various models like robots, cars, and mechanical systems, among other things. In the market, you can find different types of Lego components, such as Lego bricks, gears, motors, transmitters and receivers, programmers, and more. You have to study it first. Then, you can make amazing things. It depends on your skills.
- If you want to know more information about Lego, please use this link.
OK let’s do this project step by step. The required components are given below.
- Lego Transmitter and receiver — Our store
- LEGO Large Power Functions Motor — Our store
- LEGO Beam (9) x 3 — Our store
- LEGO Beam (13) x 2 — Our store
- LEGO Beam (3) x 2 — Our store
- LEGO Pin without Friction Ridges x 12 — Our store
- LEGO Technic Pin with Short Friction Ridges x 12 — Our store
- LEGO Beam Frame (5 x 7) x 3 — Our store
- LEGO Beam 3 x 3.8 x 7 Beam Bent 45 Double x 2 — Our store
- LEGO Axle (9) x 2 — Our store
- LEGO Axle (4 )x 1 — Our store
- LEGO Axle (7) x 1 — Our store
- LEGO Gear with 24 Teeth x 1 — Our store
- LEGO Worm Gear x 1 — Our store
- LEGO Gearbox for Worm Gear x 1 — Our store
- LEGO Axle Pin without Friction x 2 — Our store
- LEGO Long Pin with Friction x 2 — Our store
- LEGO Technic Hole with Pin x 2 — Our store
- LEGO Half Bushing x 2 — Our store
- LEGO Beam Frame (5 x 11) x 1 — Our store
- LEGO Tyre Tractor Dia. 56 x 26 with Wheel Rim x 4 — Our store
Step 1
Firstly, identify these components.
Step 2
Secondly, connect the four Short Friction Ridge pins to the Motor and connect the two LEGO Beam (3) parts to the motor.
Step 3
Thirdly, connect the two Short Friction Ridge pins to the LEGO Beam Frame (5 x 7). Then, connect the four Short Friction Ridge pins to the motor. For that, use the following images. Now, you can connect the LEGO Beam Frame (5 x 7) to the motor.
Step 4
Next, connect the two (13) LEGO Beams to the motor and frame. Then, connect the two Short Friction Ridge pins and Axle Pin without Friction to the end of the (13) Lego Beams.
Step 5
Now, you can connect the LEGO Beam 3 x 3.8 x 7 Beam Bent 45 Double to the end of the (12) LEGO Beams. Then, connect the 4 LEGO Axle.
Step 6
Next, put the Worm Gear into the gearbox and connect it to the motor using the 7 LEGO Axle. Then, put the 24 Teeth gear wheel and connect the 9 LEGO Axle.
Step 7
Now, connect the two LEGO Long Pins with Friction to the front of the frame and connect the (3) LEGO Beam to the front Then, connect the front wheels.
Step 8
Next, connect the 9 LEGO Axle to the back side of the car and connect the two Half Bushing to stabilize the Axle. Now you can connect the back wheels to it.
Step 9
Then, connect the two Technic Holes with Pins to the angle beam and connect the without-friction ridge pins to them. Now, connect the battery pack to it and connect the motor to the battery pack.
Step 10
Next, connect the (5 x 7) LEGO Beam Frames to the sides of the car. For that, use the LEGO Pins without Friction Ridges. Then, connect the 9 LEGO Beams to the frames. For that, use the LEGO Pins without Friction Ridges.
Step 11
Finally, connect the LEGO Beam Frame (5 x 11) to the front of the car.
Now, power on the battery pack receiver and transmitter. OK, enjoy this project. The full video guide is below. We hope to see you in the next project or tutorial.
