Welcome to the first lesson of Osoyoo Model-3 Robot Learning Kit!
In this “Hello World” version lesson, we will install the most important framework of the robot car and program the car to do some simple movements. If you have passed the test movement of this lesson, it means main board, motor control module, motors, batteries, chassis and wire connections between these parts are all functioning well.
As your experiments in future lessons are all based on the frame work of Lesson 1, it is very important to test the installation and sample code in this Lesson properly.
2) Connect OSOYOO Motor Shield with the battery box:
3) Connect OSOYOO Motor Shield with the voltage meter:
4) Install the wheels:
Now hardware installation is almost done. Before we install the battery into the box, we need to upload the sample code into OSOYOO Basic Board for Arduino first.
Connect UNO R3 board to PC with USB cable, open IDE, choose corresponding board/port for your project.
Notice: Shut off your battery or Unplug your power adapter when upload sketch code to OSOYOO Basic Board for Arduino.
Step 4:
Click file -> click Open -> choose code “lesson-1.ino”, load the code into OSOYOO Basic Board for Arduino, and then upload the sketch to the board.
Testing
Disconnect OSOYOO Basic Board for Arduino from PC, please confirm that the power switch of the OSOYOO Motor Shield is off, put a 9V battery into battery box.
(make sure polar direction is correct, otherwise it can destroy your device and cause fire hazard).
Put the car on the ground, turn on the switch of OSOYOO Motor Shield, the car should go forward, then go backward, then left turn, then right turn, then stop.
If the car does not move as per above mentioned result, you should check your wire connection, 7 jumper caps on OSOYOO Motor Shield, battery voltage(must over 7.2v).
Just completed a Model-3 Robot Learning Kit. All good apart from two issues :
1 One of the wheel motors never starts unless it’s manually turned. Once it’s running it’s OK .. until the next time. Then it needs to be given a push again.
2 Lesson 6, driving with the Android bluetooth remote control, it starts OK but as soon as the wheels are turning it produces “Error 516 – broken pipe”, and control is lost. I’ve discovered that with the motors unplugged you don’t get this error.
Hi, I’m just doing lesson 1, and am trying to Connect the UNO R3 board to my PC. The instructions say that I should select Board ‘Arduino/ Genuino Uno’ and Port Com3 (Arduino/ Genuino Uno) on the IDE app. However, these aren’t coming up as options. Can I select a different option?
no hacia alante y e hecho todo lo que dice el video
Hello, Do you mean the robot don’t move or other issue?
Please take a video or some photos and send to my email address:[email protected]?
Thanks.
Just completed a Model-3 Robot Learning Kit. All good apart from two issues :
1 One of the wheel motors never starts unless it’s manually turned. Once it’s running it’s OK .. until the next time. Then it needs to be given a push again.
2 Lesson 6, driving with the Android bluetooth remote control, it starts OK but as soon as the wheels are turning it produces “Error 516 – broken pipe”, and control is lost. I’ve discovered that with the motors unplugged you don’t get this error.
Hello, please give me your order No and address to my email address: [email protected], and I’ll send a motor to you.
please tell me how many mAh the battery you use.
I check the official forum about Error 516 – broken pipe”. it may be due to the innsuficent power coming from the power source.
If you have another power battery, please try it again.
Will do both, thanks. HB
Hello,
My names is Donato, I buyded the model 3 robot.
I HAVE A PROBLEM WHIT THE 1 LESSON:MOVE JUST ONE wheel.
Hi, I’m just doing lesson 1, and am trying to Connect the UNO R3 board to my PC. The instructions say that I should select Board ‘Arduino/ Genuino Uno’ and Port Com3 (Arduino/ Genuino Uno) on the IDE app. However, these aren’t coming up as options. Can I select a different option?
I have checked the new version of IDE, The board you need to select “Arduino UNO”, and select the correct port of your UNO.