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Smart AI-Based Multi-Joint Educational Robot Kit Designed for Education, Hobby , Entertainment and Competition. This kit provides excellent opportunity to learn technologies required in future industries such as electronic control, AI, 3D printing, coding, camera vision processing and manipulation. Advantages Advanced Programming Use Object Recognition based on Tensor Flow with machine learning to learn, identify, and recognize objects. Human-robot interaction with facial expressions based on user input. Facial recognition and tracking using a camera. Modular Actuator Features DYNAMIXEL brand all-in-one Smart Actuators which include built-in motors, gear reduction, microcontrollers and communication. Dual axis configurations (for X-Y movement) and built-in features provide user-friendly assembly options. Multiple App Integrations Exclusive App for ROBOTIS ENGINEER KIT(Android/IOS) Edit and create robot motions using your PC or smart device App. Joint Based Movement Easily create different multi-jointed robots including biped and hexapod designs using DYNAMIXEL smart actuators. Features a competition-ready bipedal walking robot using parallel link structures. 3D Printing Curriculum Incorporates a systematic 3D printing design curriculum composed of 24 chapters. Includes training content covering everything from operation of 3D printers to print management practices. Python Programming Compatible Supports coding using the Python programming language & free ROBOTIS software. Features a competition-ready bipedal walking robot using parallel link structures. Systematic Pipeline for Robotics Education Next-generation education / research robot that can acquire and enjoy key technologies of the fourth industrial revolution such as electronic, AI, 3D printing, coding,vision etc. Hardware Specifications Main Controller: CM-550 x1 MCU ARM Cortex M4 Internal Components - 2 Operating Modes (Mode & Start) - Mic (1) - Buzzer (1) - Voltage Sensor (1) - Gyro Accelerometer (1) - Bluetooth (BLE Slave) (1) - RGB LED (3) External Components - 5 Pin Sensor Port (5) - DYNAMIXEL X-Series 3-pin Connector (6) Robot Exclusive Actuator (2XL430-W250-T) x6 - Stall Torque: 1.5 (Nm) (at 12.0 [V],1.4 [A] - No Load Speed: 61 [rpm] (at 12.0 [V]) - Weight: 98.2 [g] - Dimensions: (W x H x D) 36 x 46.5 x 36 [mm] - Gear Ratio: 257.4:1 - Materials: Full Metal Gear Engineering Plastic Case Lithium Polymer Battery x1 - Type: Lithium Polymer - Voltage: 11.1 [V] (3 Cell, 3S1P) - Buffer Voltage 12.6 [V], Lowest Voltage 9.6 [V] - Volume: 1300 [mAh] - Discharge Rate: 15C - Dimensions: 70 x 36 25 [mm] - Weight: 102 [g] Robot Configurations Dr.R Dr.R is an AI-Based Smart Robot that can identify objects and faces, and voice recognition utilizing sensors on a smart device to interact with users. SPI SPI is a Biometric Robot optimized to replicate motions of anthropods. Depending on the assembly method, users can create different variations of this robot. MAX-E1 MAX-E1 is a humanoid Robot standing at 38cm tall, optimized to replicate human movement, with 12 joints assembled together by 6 High-Performance 2XL430 DYNAMIXEL Motors and parallel linked legs to allow flexible motions for avariety of motions such as stable Bi-Pedal movement. Exclusive Software R+m.Task 3.0 is an app which includes tools to control and program the robot using a mobile device. Operate 3 diverse programming in one application. - Task : Use of C programming language based icon to operate robot program. - Motion Program : Use of 3D based motion animator to make robot movement. - Python : It is compatible with Python programming language often used in robot programming. Curriculum Check 1 - To download curriculum lesson plans, follow the instructions below! Visit en.robotis.com to access online curriculum and lesson plans! a. Create an account @ en.robotis.com b. Fill out the ROBOTIS EDU Form. (This can be found at en.robotis.com/ROBOTISENG1_EDU c. Download 3D Printing & Programming Curriculum in PDF Format for easy classroom implementation! Check 2 - Visit the ROBOTIS e-Manual for additional resources at emanual.robotis.com! a. Visit emanual.robotis.com b. Click on STEAM -> ROBOTIS ENGINEER -> Kit 1 Meet the new Robotis Engineer KIT 1. Robotis Engineer KIT 1 is a next generation robotics kit and it provides users with a way to learn and explore diverse technologies.
Smart AI-Based Multi-Joint Educational Robot Kit Designed for Education, Hobby , Entertainment and Competition. This kit provides excellent opportunity to learn technologies required in future industries such as electronic control, AI, 3D printing, coding, camera vision processing and manipulation. Advantages Advanced Programming Use Object Recognition based on Tensor Flow with machine learning to learn, identify, and recognize objects. Human-robot interaction with facial expressions based on user input. Facial recognition and tracking using a camera. Modular Actuator Features DYNAMIXEL brand all-in-one Smart Actuators which include built-in motors, gear reduction, microcontrollers and communication. Dual axis configurations (for X-Y movement) and built-in features provide user-friendly assembly options. Multiple App Integrations Exclusive App for ROBOTIS ENGINEER KIT(Android/IOS) Edit and create robot motions using your PC or smart device App. Joint Based Movement Easily create different multi-jointed robots including biped and hexapod designs using DYNAMIXEL smart actuators. Features a competition-ready bipedal walking robot using parallel link structures. 3D Printing Curriculum Incorporates a systematic 3D printing design curriculum composed of 24 chapters. Includes training content covering everything from operation of 3D printers to print management practices. Python Programming Compatible Supports coding using the Python programming language & free ROBOTIS software. Features a competition-ready bipedal walking robot using parallel link structures. Systematic Pipeline for Robotics Education Next-generation education / research robot that can acquire and enjoy key technologies of the fourth industrial revolution such as electronic, AI, 3D printing, coding,vision etc. Hardware Specifications Main Controller: CM-550 x1 MCU ARM Cortex M4 Internal Components - 2 Operating Modes (Mode & Start) - Mic (1) - Buzzer (1) - Voltage Sensor (1) - Gyro Accelerometer (1) - Bluetooth (BLE Slave) (1) - RGB LED (3) External Components - 5 Pin Sensor Port (5) - DYNAMIXEL X-Series 3-pin Connector (6) Robot Exclusive Actuator (2XL430-W250-T) x6 - Stall Torque: 1.5 (Nm) (at 12.0 [V],1.4 [A] - No Load Speed: 61 [rpm] (at 12.0 [V]) - Weight: 98.2 [g] - Dimensions: (W x H x D) 36 x 46.5 x 36 [mm] - Gear Ratio: 257.4:1 - Materials: Full Metal Gear Engineering Plastic Case Lithium Polymer Battery x1 - Type: Lithium Polymer - Voltage: 11.1 [V] (3 Cell, 3S1P) - Buffer Voltage 12.6 [V], Lowest Voltage 9.6 [V] - Volume: 1300 [mAh] - Discharge Rate: 15C - Dimensions: 70 x 36 25 [mm] - Weight: 102 [g] Robot Configurations Dr.R Dr.R is an AI-Based Smart Robot that can identify objects and faces, and voice recognition utilizing sensors on a smart device to interact with users. SPI SPI is a Biometric Robot optimized to replicate motions of anthropods. Depending on the assembly method, users can create different variations of this robot. MAX-E1 MAX-E1 is a humanoid Robot standing at 38cm tall, optimized to replicate human movement, with 12 joints assembled together by 6 High-Performance 2XL430 DYNAMIXEL Motors and parallel linked legs to allow flexible motions for avariety of motions such as stable Bi-Pedal movement. Exclusive Software R+m.Task 3.0 is an app which includes tools to control and program the robot using a mobile device. Operate 3 diverse programming in one application. - Task : Use of C programming language based icon to operate robot program. - Motion Program : Use of 3D based motion animator to make robot movement. - Python : It is compatible with Python programming language often used in robot programming. Curriculum Check 1 - To download curriculum lesson plans, follow the instructions below! Visit en.robotis.com to access online curriculum and lesson plans! a. Create an account @ en.robotis.com b. Fill out the ROBOTIS EDU Form. (This can be found at en.robotis.com/ROBOTISENG1_EDU c. Download 3D Printing & Programming Curriculum in PDF Format for easy classroom implementation! Check 2 - Visit the ROBOTIS e-Manual for additional resources at emanual.robotis.com! a. Visit emanual.robotis.com b. Click on STEAM -> ROBOTIS ENGINEER -> Kit 1
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