31 results found.

Early Simple Machines Set


The Early Machines Set provides eight mechanical models and eight double-sided, full-colour building instructions. The set includes gears, levers, pulleys, wheels and axles, as well as a plastic punch-out sheet with eyes, sails, scales and wings. Combine with the 2009656 activity pack to carry out eight lesson plans, each with 20-minute extension activities, and four problem-solving tasks.
Key Learning Values:
• Exploring basic mechanical principles such as gears, levers, pulleys, wheels and axles
• Investigating force, buoyancy and balance
• Solving problems through design

Piece count: 102
• Working with others and sharing findings


Ethanol Fuel Cell Science Kit


The Ethanol Fuel Cell Science Kit shows the workings of a direct ethanol fuel cell and the principles behind the conversion of ethanol into electrical energy through oxidization. Begin the process in the ethanol/water mix container then transfer this solution into the fuel cell via silicon tubing where it will be converted into electrical energy to power a mini turbine. A demonstration of the future of fuel cell technology before your eyes.
Key Values
• Understanding the workings of an ethanol fuel cell
• pH paper shows change of property of the consumed ethanol fuel
• Includes experiment guide on CD, as well complete manual
• Fuel solution can be made with household items


EV3 Cable Pack


This Cable Pack contains the same seven RJ12 Connector Cables as included in the 45544 EV3 Core Set. The cables can also be used with NXT.

Use these seven connector cables as replacements or to expand your EV3 Core Set.

The Pack contains:
– 4 x 25 cm/10 in. cables
– 2 x 35 cm/14 in. cables
– 1 x 50 cm/20 in. cables


EV3 Colour (Light) Sensor


EV3 Gyro Sensor


The digital EV3 Gyro Sensor measures the robot’s rotational motion and changes in its orientation. Students can measure angles, create balancing robots and explore the technology that powers a variety of real-world tools like Segway®, navigation systems and game controllers.

– Angle mode measures angles with an accuracy of +/- 3 degrees
– Gyro mode has a maximum output of 440 degrees/second
– Sample rate of 1 kHz
– Auto-ID is built into the EV3 software


EV3 Infrared Beacon


This has been designed for use with the EV3 Infrared Seeker Sensor. The beacon emits an infrared signal which the sensor can track. The beacon can also be used as a remote control for the EV3 brick through signals sent to the infrared sensor.

– Requires two AAA batteries
– Four individual channels
– Includes a beacon button and toggle switch to activate/deactivate
– Green LED indicating if the beacon is active
– Auto power-down if the unit is not in action for one hour
– Working distance of up to two meters


EV3 Infrared Seeker


The digital EV3 Infrared Seeking Sensor detects proximity to the robot and reads signals emitted by the EV3 Infrared Beacon. Students can create remotely-controlled robots, navigate obstacle courses and learn how infrared technology is used in TV remotes, surveillance systems and even in target acquisition equipment.

– Proximity measurement of approximately 50-70 cm
– Working distance from the beacon of up to two meters
– Supports four signal channels
– Receives IR remote commands
– Auto-ID is built into the EV3 software


EV3 Intelligent Brick


This programmable, intelligent brick serves as the heart and brain of LEGO® MINDSTORMS® Education EV3 robots. It features an illuminated six-button interface that changes color to indicate the brick’s active state, a high-resolution black and white display, built-in speaker, USB port, a mini SD card reader, four input ports and four output ports.

The brick also supports USB, Bluetooth and WiFi communication (NETGEAR WiFi dongle WNA1100 Wireless-N 150) with a computer and has a programming interface that enables programming and data logging directly onto the brick. It is compatible with mobile devices and is powered by AA batteries or the EV3 Rechargeable DC Battery.

The brick features:
– ARM 9 processor with Linux-based operating system
– Four input ports for data acquisition of up to 1000 samples per/sec
– Four output ports for execution of commands
– On-board program storage including 16 MB of Flash memory and 64 MB of RAM
– Mini SDHC card reader for 32 GB of expanded memory
– Illuminated, three-color, six-button interface that indicates the brick’s active state
– Hi-resolution 178×128 pixel display enabling detailed graph viewing and sensor data observation
– High-quality speaker
– On-brick programming and datalogging that can be uploaded into the EV3 software
– Computer-to-brick communication through on-board USB, or external WiFi (NETGEAR WiFi dongle WNA1100 Wireless-N 150) or Bluetooth dongles
– USB 2.0 host enabling bricks to be linked in a daisy chain, allows WiFi communication and connection to SB memory sticks
– Powered by six AA batteries or the 2050 mAh lithium ion EV3 Rechargeable DC Battery


EV3 Large Servo Motor


The EV3 Large Servo Motor is a powerful motor that uses tacho feedback for precise control to within one degree of accuracy. By using the built-in rotation sensor, the intelligent motor can be made to align with other motors on the robot so that it can drive in a straight line at the same speed.

It can also be used to give an accurate reading for experiments. The motor case design also makes it easy to assemble gear trains.

– Tacho feedback to one degree of accuracy
– 160-170 RPM
– Running torque of 20 N/cm (approximately 30 oz/in)
– Stall torque of 40 N/cm (approximately 60 oz/in)
– Auto-ID is built into the EV3 software


EV3 Medium Servo Motor


The EV3 Medium Servo Motor is great for lower-load, higher speed applications and when faster response times and a smaller profile are needed in the robot’s design. The motor uses tacho feedback for precise control within one degree of accuracy and has a built-in rotation sensor.

– Tacho feedback to one degree of accuracy
– 240-250 RPM
– Running torque of 8 N/cm (approximately 11 oz/in)
– Stall torque of 12 N/cm (approximately 17 oz/in)
– Auto-ID is built into the EV3 software


EV3 Rechargeable Battery DC


The lithium ion EV3 Rechargeable DC Battery is designed for use with the EV3 Intelligent Brick and features a capacity of 2050 mAh. It provides longer run time than AA batteries and can be charged without taking the model apart. The battery is included in the EV3 Education Core Set and has a charge time of around three to four hours.

It requires the 8887 DC Charger, which is the same charger as used for the rechargeable NXT DC Battery. These are sold separately.


EV3 Touch Sensor


The analog EV3 Touch Sensor is a simple but exceptionally precise tool that detects when its front button is pressed or released and is able to count single and multiple presses. Students can build start/stop control systems, create maze-solving robots and uncover the technology’s use in devices such as digital musical instruments, computer keyboards and kitchen appliances.

– Cross-axle hole on button
– Auto-ID is built into the EV3 software


EV3 Ultrasonic Sensor


The digital EV3 Ultrasonic Sensor generates sound waves and reads their echoes to detect and measure distance from objects. It can also send single sound waves to work as sonar or listen for a sound wave that triggers the start of a program.

Students could design a traffic-monitoring system and measure distances between vehicles, for instance. There is an opportunity to discover how the technology is used in everyday items like automatic doors, cars and manufacturing systems.

– Measures distances between one and 250 cm (one to 100 in.)
– Accurate to +/- 1 cm (+/- .394 in.)
– Front illumination is constant while emitting and blinks while listening
– Returns true if other ultrasonic sound is recognized
– Auto-ID is built into the EV3 software






Interactions and Energy Set


Interactions & Energy covers the concepts of forces & motion, friction, speed, distance, time, weight and energy. Ideal for upper primary and lower secondary students, this set illustrates the concepts usingreal-life models with a strong focus on hypothesis testing and problem-based learning.This set includes full-colour building instruction booklets for 10 principle models and 18 main models. Combine it with curricular-relevant activity packs and add-on sets to carry out a broad range of activities within design technology, Science and Mathematics.

Key learning values
• Building and exploring real like Machines & Mechanisms
• Investigating powered machines with the motor.
• Using plastic sheets for calibration and capturing wind
• Exploring gearing mechanisms with the assorted gear wheel.
• Ideal for investigating basic principles of simple machines, mechanisms and structures.
• Students can experiment with forces, motion and speed.
• Students develop an understanding of how gears ad wheels function through building models.
• Building instruction booklets enable students to work together on building the same model, as instructions are divided into two.
• LEGO Technic bricks allow students to build models that are strong and secure.
• 9V Motor and Battery Pack make models like cars and cranes come to life.
• Can be combined with several activity packs and add-on sets to increase learning opportunities.

Building and exploring real like Machines & Mechanisms

Piece count: 396


LEGO Education Replacement Pack WeDo 2


LEGO® Education Replacement Packs are the ideal way to replace key elements for your LEGO Education products. This pack includes elements for LEGO Education WeDo Resource Set (9585).


LEGO Education WeDo 2.0 Core Set


LEGO MINDSTORMS Education EV3 Core Set (Charger sold separately)


LEGO MINDSTORMS Education EV3 Expansion Set


This set is an ideal supplement to the LEGO MINDSTORMS Education EV3 Core Set(45544), designed to build larger and more complex models while providing extra or replacement elements.There are plenty of special elements such as different gears, a large turntable, robot personalisation parts and unique structural elements. These are joined by many extra standard elements like beams, axles andconnectors. The set is optimised for classroom useand after school programs or robotics competitions. It comes in a sturdy and stackable plastic storage bin.

Piece count: 853


LEGO® MINDSTORMS® Education EV3 Core Set with Charger

$804.60 $792.84


Pneumatics Add-On Set


Combined with the Interactions & Energy Set (9686),this add-on set provides five principle models andfour real-life pneumatics models. It includes full-colourbuilding instructions, pumps, tubes, cylinders, valves,air tank and a manometer. Use it with the Activity Pack for Pneumatics Add-on Set (2009641) to carry out 14 principle model activities, four new lesson plans and two problem-solving tasks.

Piece count: 31


PowerUp 3.0


Renewable Energy Add-On Set


Combine this set with the Interactions & Energy Set (9686) to explore renewable energy sources such as electrical energy, kinetic energy and potential energy.Combining these sets will also allow students to explore energy supply, conversion, transfer, accumulation and consumption through real-life models such as Solar Station, Wind Turbine and many more.
The set includes a solar panel, turbine blades, a motor/generator, LED lights, an extension wire, a LEGO® Energy Meter and full-colour building instructions for six real-life LEGO® models to build with the Interactions & Energy Set (9686).
For detailed lesson plans to cover solar, wind and hydro power, use it with the Activity Pack for Renewable Energy Add-on Set (2009688).This set can also be used with LEGO® MINDSTORMS® Education (45544). Connected to the MINDSTORMS ®EV3 brick, the LEGO® Energy Meter works as a sensor and can be used for both programming and data logging.Activities and building instructions for using this set with LEGO® MINDSTORMS® can be downloaded free of charge at

Piece count: 12


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