Educational Robot Kits You Can Build Yourself

LEGO Education SPIKE Prime is the first item to look at in the list comparing project extensibility based on assembly structure, sensors, and supported languages. As an assembly-type educational robot from LEGO Education, it targets STEAM and coding classes. You can combine hubs, motors, sensors, and Technic parts to create various machines and test the code immediately. By focusing on this feature of LEGO Education SPIKE Prime, you can specifically compare its role with other devices in this category.

The registration information for LEGO Education SPIKE Prime is summarized as: Manufacturer 'LEGO Education', Type 'Assembly-type Educational Robot', Main Use 'STEAM and Coding Classes', Control/Interaction 'Block Coding/ Python', Product Stage 'Educational Product'. When considering a selection or evaluation, let’s refer to the criterion: 'After following a completed example, changing one sensor condition clarifies the learning effect—LEGO Education SPIKE Prime'. The regions, specifications, and operational stages for LEGO Education SPIKE Prime should be verified against the latest information in the connected official materials.

LEGO Education SPIKE Essential is the second item to look at in the list comparing project extensibility based on assembly structure, sensors, and supported languages. This is an elementary educational robot from LEGO Education, aimed at elementary STEAM activities. It is designed to guide young learners in creating moving models through story-based activities using a small hub, motors, and sensors. By focusing on this feature of LEGO Education SPIKE Essential, you can specifically compare its role with other devices in this category.

The registration information for LEGO Education SPIKE Essential is summarized as: Manufacturer 'LEGO Education', Type 'Elementary Educational Robot', Main Use 'Elementary STEAM Activities', Control/Interaction 'Icons / Block Coding', Product Stage 'Educational Product'. When considering a selection or evaluation, let’s refer to the criterion: 'In the classroom, charging, component sorting, and simultaneous connections of multiple devices are also important operational conditions—LEGO Education SPIKE Essential'. The regions, specifications, and operational stages for LEGO Education SPIKE Essential should be verified against the latest information in the connected official materials.

VEX IQ is the third item to look at in the list comparing project extensibility based on assembly structure, sensors, and supported languages. This is an assembly-type educational robot from VEX Robotics, aimed at classrooms and robot competitions. It allows for expansion from structure design through the use of pin-based components, sensors, and motors to autonomous driving and competition tasks. By focusing on this feature of VEX IQ, you can specifically compare its role with other devices in this category.

The registration information for VEX IQ is summarized as: Manufacturer 'VEX Robotics', Type 'Assembly-type Educational Robot', Main Use 'Classroom / Robot Competitions', Control/Interaction 'Block Coding / Python', Product Stage 'Educational Product'. When considering a selection or evaluation, let’s refer to the criterion: 'By looking at the supported languages and expansion ports, you can gauge the project's scope after getting started—VEX IQ'. The regions, specifications, and operational stages for VEX IQ should be verified against the latest information in the connected official materials.

VEX GO is the fourth item to look at in the list comparing project extensibility based on assembly structure, sensors, and supported languages. This is an elementary assembly robot from VEX Robotics, aimed at basic engineering and coding. It provides small parts and class materials for elementary learners to collaborate and learn simple machine structures and sensor control. By focusing on this feature of VEX GO, you can specifically compare its role with other devices in this category.

The registration information for VEX GO is summarized as: Manufacturer 'VEX Robotics', Type 'Elementary Assembly Robot', Main Use 'Basic Engineering / Coding', Control/Interaction 'Block Coding', Product Stage 'Educational Product'. When considering a selection or evaluation, let’s refer to the criterion: 'After following a completed example and then changing one sensor condition, the learning effect becomes clearer—VEX GO'. The regions, specifications, and operational stages for VEX GO should be verified against the latest information in the connected official materials.

Sphero RVR+ is the fifth item to look at in the list comparing project extensibility based on assembly structure, sensors, and supported languages. This is an expandable mobile robot from Sphero, aimed at coding and sensor experiments for middle and high school students. External hardware like Raspberry Pi or micro:bit can be added to the integrated mobile platform. By focusing on this feature of Sphero RVR+, you can specifically compare its role with other devices in this category.

The registration information for Sphero RVR+ is summarized as: Manufacturer 'Sphero', Type 'Expandable Mobile Robot', Main Use 'Middle and High School Coding / Sensor Experiments', Control/Interaction 'Block Coding / JavaScript / SDK', Product Stage 'Educational Product'. When considering a selection or evaluation, let’s refer to the criterion: 'In the classroom, charging, component sorting, and simultaneous connections of multiple devices are also important operational conditions—Sphero RVR+'. The regions, specifications, and operational stages for Sphero RVR+ should be verified against the latest information in the connected official materials.

Sphero BOLT+ is the sixth item to look at in the list comparing project extensibility based on assembly structure, sensors, and supported languages. This is a spherical mobile robot from Sphero, aimed at introductory coding and game-based learning. It uses sensors and an LED screen in a transparent ball to visually confirm movement paths and conditions while learning. By focusing on this feature of Sphero BOLT+, you can specifically compare its role with other devices in this category.

The registration information for Sphero BOLT+ is summarized as: Manufacturer 'Sphero', Type 'Spherical Mobile Robot', Main Use 'Introductory Coding / Game-based Learning', Control/Interaction 'Draw / Block / JavaScript', Product Stage 'Educational Product'. When considering a selection or evaluation, let’s refer to the criterion: 'By looking at the supported languages and expansion ports, you can gauge the project's scope after getting started—Sphero BOLT+'. The regions, specifications, and operational stages for Sphero BOLT+ should be verified against the latest information in the connected official materials.

Arduino Alvik is the seventh item to look at in the list comparing project extensibility based on assembly structure, sensors, and supported languages. This is a sensor-based educational robot from Arduino, aimed at learning robotics, IoT, and AI. It comes equipped with Nano ESP32 and distance, color, line, and inertial sensors, and supports connections to LEGO Technic and additional modules. By focusing on this feature of Arduino Alvik, you can specifically compare its role with other devices in this category.

The registration information for Arduino Alvik is summarized as: Manufacturer 'Arduino', Type 'Sensor-based Educational Robot', Main Use 'Learning Robotics / IoT / AI', Control/Interaction 'Block Coding / MicroPython / Arduino', Product Stage 'Educational Product'. When considering a selection or evaluation, let’s refer to the criterion: 'After following a completed example and then changing one sensor condition, the learning effect becomes clearer—Arduino Alvik'. The regions, specifications, and operational stages for Arduino Alvik should be verified against the latest information in the connected official materials.

Makeblock mBot2 is the eighth item to look at in the list comparing project extensibility based on assembly structure, sensors, and supported languages. This is an assembly-type educational robot from Makeblock, aimed at coding, AI, and IoT classes. It expands from driving tasks to network projects, centered on the CyberPi controller and ultrasonic and line sensors. By focusing on this feature of Makeblock mBot2, you can specifically compare its role with other devices in this category.

The registration information for Makeblock mBot2 is summarized as: Manufacturer 'Makeblock', Type 'Assembly-type Educational Robot', Main Use 'Coding / AI / IoT Classes', Control/Interaction 'mBlock / Python', Product Stage 'Educational Product'. When considering a selection or evaluation, let’s refer to the criterion: 'In the classroom, charging, component sorting, and simultaneous connections of multiple devices are also important operational conditions—Makeblock mBot2'. The regions, specifications, and operational stages for Makeblock mBot2 should be verified against the latest information in the connected official materials.

Edison V3 is the ninth item to look at in the list comparing project extensibility based on assembly structure, sensors, and supported languages. This is a small educational robot from Microbric, aimed at introductory coding for elementary and middle school students. It allows for step-by-step learning from a beginner stage that operates via barcode to block and text coding all in one device. By focusing on this feature of Edison V3, you can specifically compare its role with other devices in this category.

The registration information for Edison V3 is summarized as: Manufacturer 'Microbric', Type 'Small Educational Robot', Main Use 'Introductory Coding for Elementary and Middle School', Control/Interaction 'Barcode / Block / Python', Product Stage 'Educational Product'. When considering a selection or evaluation, let’s refer to the criterion: 'By looking at the supported languages and expansion ports, you can gauge the project's scope after getting started—Edison V3'. The regions, specifications, and operational stages for Edison V3 should be verified against the latest information in the connected official materials.

micro:Maqueen Plus V2 is the tenth item to look at in the list comparing project extensibility based on assembly structure, sensors, and supported languages. This is a micro:bit robot kit from DFRobot, aimed at driving and sensor projects. It's a moving kit that allows practice with line tracking, distance measurement, and servo expansion using a micro:bit. By focusing on this feature of micro:Maqueen Plus V2, you can specifically compare its role with other devices in this category.

The registration information for micro:Maqueen Plus V2 is summarized as: Manufacturer 'DFRobot', Type 'micro:bit Robot Kit', Main Use 'Driving / Sensor Projects', Control/Interaction 'MakeCode / Python', Product Stage 'Educational Product'. When considering a selection or evaluation, let’s refer to the criterion: 'After following a completed example and then changing one sensor condition, the learning effect becomes clearer—micro:Maqueen Plus V2'. The regions, specifications, and operational stages for micro:Maqueen Plus V2 should be verified against the latest information in the connected official materials.