Educational robotics set
More about what’s included in this set
PARTS & COMPONENTS
HANDMADE
The QBOT kit consists of electronic and 3D printed mechanical parts. Each component is carefylly and professionally selected. The kit contains all the necessary components and parts needed to work with the QBOT robot. No additional tools or instruments are required. Here’s what you can find in the kit:
Electronic components:
x1 QBOT custom PCB
x1 Arduino Nano (with cable)
x1 Ultrasonic sensor HY-SRF05
x1 Inertial sensor MPU6050
x2 Servo drives MG90 (180 degrees)
x2 Servo drives EF90D (360 degrees)
x1 Lithium polymer battery 3.7 V
x1 Adapter + charging cable
Mechanical parts:
x1 Body part x2 Wheels
x1 Upper part x1 Phillips screwdriver
x1 Gripper arm x20 Screws M2x5 mm
x2 Gripper claws x10 Screws M2x10 mm
x1 Trophy x1 Screw M3x16 mm
x1 Front holder x4 Special servo screws
x1 Rear holder
x1 Gripper holder
UNIQUE QBOTS PCB
MODERN AND PROFESSIONAL
One of the key components in the kit is the unique QBOTS PCB board. It is used to control the QBOT robot and all the components are connect to it. The circuit is designed using modern standards. Here is what is included in the QBOTS board:
– Arduino Nano connector
– HY-SRF05 connector
– MPU6050 connector
– x4 servo drive connectors
– 3.7 V to 5 V step-up converter
– Lipo battery charging schematic and connector
– On/off switch
– Piezoelectric buzzer
– x5 push-buttons
– Potentiometer
– Green indication LED
– RGB LED
– Lipo battery connector
BUILT-IN FIRMWARE
READY TO USE
The QBOT robot has a pre-installed control firmware so it can be used immediately after assembly. The QBOT robot is controlled using high-level commands such as move, turn or use the gripper. So even younger children can control the robot. Here are the functions included in the robot control program:
Commands:
– Go forward ~20 cm
– Go back ~20 cm
– Turn left 45 degrees
– Turn right 45 degrees
– Use the gripper
– Start/Stop
Functions:
– Inertial sensor and battery initialization
– Obstacle detection with HY-SRF05
– Straight movement using MPU6050
– Measurement and indication of the lipo battery capacity
INSTRUCTION
FOR BEGINNERS AND EXPERIENCED USERS
The QBOT kit contains a 40-page manual describing how to assemble, control and program the robot. There are also 59 different assignments for beginners (without programming) and experienced users (with programming). Here’s what’s included in the manual:
– Introduction
– Assembly of the robot
– Robot control
– x13 movement tasks
– x10 obstacle avoidance tasks
– x8 simple grasping tasks
– x7 complex gripper tasks
– Reprogramming and configuring the robot
– x5 movement programming tasks
– x5 environmental navigation programming tasks
– x6 gripper programming tasks
– x5 other programming tasks
ARDUINO-BASED ROBOT
WELL-KNOWN TECHNOLOGY
The QBOT robot is controlled using Arduino Nano microcontroller. Arduino is a well-known open-source technology that is used worldwide. Programming the Arduino Nano controller is very easy with many examples on the internet. This makes the QBOT robot an excellent platform to learn the basics of robotics and microcontroller programming.
RE-USABILITY
SUITABLE FOR PERSONAL PROJECTS
All the electronic components in the kit are easy to install and easy to remove from the QBOT board, so everything can be used in your personal projects. Create something unique!
COLORFUL DESIGN
DIFFERENT COLORS
The QBOT robot comes in two different color palettes: white-orange or black-red. Choose the color you like best!