LEGO Mindstorms 45544 EV3 Core Set

The LEGO Mindstorms 45544 EV3 is a 541-piece basic kit that gives kids everything they need to model, program, and test real robotic devices. It is optimised for classroom use. The cornerstone of the kit is the EV3 Intelligent Brick, a small autonomous computer that can control outputs by analysing data from input sensors. It allows Bluetooth and WiFi communication with programming to record and process data. The kit naturally motivates children to think and actively find solutions to problems, model designs, test and verify your solutions. Teamwork develops communication skills and teaches how to share experience and gain knowledge.

Key Features of LEGO Mindstorms 45544 EV3

• Basic set with 541 pieces
• Model, program and test real robotic devices
• Basic element - EV3 Intelligent Brick
• Bluetooth and WiFi communication
• Expand your programming knowledge
• Practical plastic container with parts organiser
• The kit is suitable for children aged 10 and up

Developing Robotics Experience and Encouraging Communication

The spectacular world of LEGO Mindstorms EV3 allows you to create and control your own robotic LEGO creatures, vehicles, machines and various inventions as well as more challenging robotic projects. The LEGO Mindstorms 45544 EV3 educational robotics kit helps develop spatial imagination, robotics experience and knowledge of custom programming logic. It's the perfect challenge for any LEGO fan who wants to try something different. The pieces are stored in a handy plastic container with a practical parts organiser. You also get an illustration showing how to store the parts.

Package Contents:

• Two large interactive servomotors with integrated rotation sensor
• Medium interactive servomotor with integrated rotation sensor
• Ultrasonic sensor
• Light and colour sensor
• Gyroscope
• Two touch sensors
• Multi-directional wheel
• Connecting wires with connectors
• Building instructions

Educational Value

• Design and construct programmable robots using motors, sensors, wheels, shafts and other engineering solutions
• 3D design of models based on 2D technical documentation
• Design, testing, troubleshooting and design changes to improve robot functionality
• Apply the existing and acquire new mathematics skills (prediction, measurement of magnitude, distance, time, speed, etc.)
• Effective communication using scientific and technical terminology