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12 in 1 WeeeBot RobotStorm STEAM Robot Kit
Model: 181018
Weeemake 12-in-1 WeeeBot Robotstorm STEAM Robot Kit is a multi-functional DIY ultimate STEAM robot kit. It has more than 450 parts and contains 12+ cool pre-set forms. Whether you are a mechanical or an electronics engineer, a software engineer, a teacher a student, or a maker, this kit allows you to easily learn robot-related mechanical structure, electronics, and programming knowledge, encourage teamwork for robot competition.
This kit is a powerful parts library consists of more than 450 parts. With heavy-duty mechanical parts such as beams, plates, brackets, gears, grippers, tracks, shafts, wheels, and easy-to-use electronic modules like ELF mainboard, RGB ultrasonic sensor, Line-following sensor, gyroscope sensor, limit switch, RGB LED-8 module, light sensor, sound sensor, buzzer, IR receiver, Bluetooth module, Bluetooth dongle, you can get an enhanced hands-on experience on 12 difference robot that is programmable in wireless way.
This kit is a powerful parts library consists of more than 450 parts. With heavy-duty mechanical parts such as beams, plates, brackets, gears, grippers, tracks, shafts, wheels, and easy-to-use electronic modules like ELF mainboard, RGB ultrasonic sensor, Line-following sensor, gyroscope sensor, limit switch, RGB LED-8 module, light sensor, sound sensor, buzzer, IR receiver, Bluetooth module, Bluetooth dongle, you can get an enhanced hands-on experience on 12 difference robot that is programmable in wireless way.
Details
Parameter
Projects
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1.4DOF Robot Arm: The 4DOF Robot Arm robot is a robot arm that has four degrees of freedom. This robot arm is driven by two encoder DC motor, one 37 DC motor and one servo motor in robot gripper..png)
2.Robot Arm Tank: The Robot Arm Tank is a robot consists of a tank chassis, a robot arm structure, and a metal robot gripper..png)
3.Forklift Robot: A forklift robot car that can lift and move objectives. The lifting mechanism is made of a slider and transmission structure..png)
4.Ball Launcher Robot: Ball launcher robot is a robot that can moving and shoot table-tennis size ball. It consists of a tank chassis and a shooting mechanism. Extra 3D file for table-tennis container is provided for schools which equipped with 3D printer..png)
5.Walking Robot: The walking robot is a robot which can simulate people walking forward and backward. Driven by one single encoder DC motor, this robot is made of multiple transmission mechanism..png)
6.Self-balancing Robot: Self-balancing robot is a robot that can drive by two wheels. Supported by 3-axis and gyroscope sensor and two encoder DC motors..png)
7.Bartender Robot: A robot that can moving very steady and pour a bottle of drinks. New moving chassis structure..png)
8.Camera Dolly: It moves very steady. The holder can fix your mobile phone to shoot photo and videos..png)
9.Rolling Tank: Rolling Tank is a triangle robot that can moving on uneven surface..png)
10.Three-wheel Robot: Three-wheel robot is the fastest and most flexible form of this kit. Recommend doing line-following challenge in this form..png)
11.Spider Robot: Spider robot has four legs, moving like a spider. Build this form to learn the structure of driving four legs by two motors..png)
12.Detection Tank: Detection Tank is a moving chassis robot with tracks, its flexibility is good. The track wheels can move on the uneven ground or run over small obstacles.WEEEMAKE ELF mainboard is designed on the basis of modular design style whose microchip is replaceable. This high-performance mainboard is designed for education.
1. Replaceable microchip: Support ATMEGA-328P, ESP32 chip, etc.
2. Same port for motor driver and sensor pin port, easy to use.
3. Random wiring, work with WeeeCode and Arduino.
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| Operation Voltage: | 6-12V |
| Wiring Port: | 1x MCU port (ATmega 328p or ESP32) |
| 4x RJ11 port | |
| 2 x DC motor port | |
| 6 x pin conversion port (4 of which can be stepper/encoder/dc motor port) | |
| 1 x Wireless Communication port (Bluetooth 2.4G) | |
| 1x USB port (type B) | |
| Onboard Electronics: | 1x Buzzer |
| 1x Button | |
| 1x RGB LED | |
| Softare: | WeeeCode (Scratch 3.0) |
| Arduino IDE |
Manual Download
New version V2.0 - upgraded to metal robot gripper!
Old version V1.0 - acrylic gripper kit.
Curriculum
| Form | Chapter | Learning Objectives | Learning Hour | Assembly Hour |
| Walking robot | Chapter 1 | Control Encoder DC Motor | 90 mins | 3 hours |
| Chapter 2 | Control RGB lamp | |||
| Chapter 3 | Combining Encoder DC Motor and RGB Lamp | |||
| Rolling Tank | Chapter 4 | Light-driven Robot | 90 mins | 3 hours |
| Chapter 5 | Voice-driven Robot | |||
| Spider Robot | Chapter 6 | Infrared remote controller robot | 90 mins | 3 hours |
| Chapter 7 | Singing Robot | |||
| Detection Robot | Chapter 8 | Obstacle Avoidance Robot | 90 mins | 3 hours |
| Chapter 9 | Following Robot | |||
| 3-wheeled Robot | Chapter 10 | Line-following Robot | 90 mins | 3 hours |
| Chapter 11 | Line-following Combined with Obstacle Avoidance | |||
| Forklift Robot | Chapter 12 | Limit Infrared Remote Control Robot | 90 mins | 3 hours |
| Chapter 13 | Infrared remote controller speed control Forklift Robot | |||
| Camera Dolly Robot | Chapter 14 | Accurate Control of Encoder DC Motor | 90 mins | 3 hours |
| Chapter 15 | Remote Control Bartender Robot | |||
| 4DOF Robot Arm | Chapter 16 | Remote Control Three-axis Mechanical Arm | 90 mins | 3 hours |
| Chapter 17 | Remote Control Speed Regulation Three-axis Mechanical Arm | |||
| Bartender Robot | Chapter 18 | Remote control Bartender Robot | 90 mins | 3 hours |
| Chapter 19 | Automatic Bartender Robot | |||
| Robot Arm Tank | Chapter 20 | Remote control Robot Arm Tank | 90 mins | 3 hours |
| Chapter 21 | Limit Remote control Robot Arm Tank | |||
| Chapter 22 | Automatic handling robot | |||
| Ball Launcher | Chapter 23 | Remote ejection robot | 90 mins | 3 hours |
| Chapter 24 | Launch prompt function | |||
| Chapter 25 | Complete remote controller ejection robot | |||
| Self-balancing robot | Chapter 26 | Measurement and Application of Gyroscope Sensor Acceleration | 90 mins | 3 hours |
| Chapter 27 | Measurement and Application of Gyroscope Angle | |||
| Chapter 28 | Complete remote-control robot |
| Item | Parameter |
| Electronics | RGB ultrasonic sensor, Double-way line-following sensor, Gyroscope sensor, Limit switch module, Light sensor, Sound sensor, IR receiver RGB LED -8 (pins), Encoder/DC motor driver, IR remote control, Bluetooth 4.1 module, Bluetooth Dongle module |
| Mechanical Components | Over 400pcs |
| Controller | ELF |
| Communication | USB port, Bluetooth, 2.4G Wireless |
| Motor drive | 10 ways(M1-M10) |
| Sensor port | 10 (4xRJ11, 6xoptional) |
| Motor | 4 |
| Robot Forms | 12 forms are provided |
| Size | 437 x 320 x 200 mm |
| Weight | 4500 g |
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