Do you ever wonder how bridges span huge distances and how skyscrapers stay standing? Structural engineers use physics and their knowledge of the properties of building materials and geometric shapes to design structures with sufficient strength and stability.
With this kit of modular building pieces, you can learn the basics of structural engineering by conducting a series of 20 model-building experiments. Each model demonstrates a basic principle of mechanical physics or structural engineering in a hands-on way.
Start out with small models that demonstrate how structural elements can be attached together to maximize the strength of a structure for a fixed amount of material used. Learn about basic structural elements including columns, beams, trusses, plates, arches, shells, and catenary. Explore the forces acting on structural components including tension, compression, shear, and bending.
Move onto building more complex models of trusses, roofs, and small buildings. Experiment with different types of bridge construction: a truss bridge, arch bridge, cantilever bridge, rope bridge, and suspension bridge. Finally, build models of towering skyscrapers. What is the tallest tower you can build using only the pieces included in the kit?
Learn about the strength and stiffness of materials. See how structural engineers optimize factors to maximize safety, and minimize cost and the risk of structural failure.
A 36-page, full-color manual guides you through model building with step-by-step illustrated instructions.
Ages: 8+
Experiments: 20
Piece Count: 323
Manual Pages: 44
How can you generate electricity in an environmentally friendly way? How does a fuel cell work, and how can it be used to generate hydrogen? Renewable energies are the most important energy sources of the future. The generation, storage and use of electricity from the natural energy sources of water, wind and sun are clearly explained using nine models and 28 experiments.
- Main topics extraction, storage and use of electric power / energy sources such as water, wind, sun and hydrogen
- Includes downloadable teaching and activity material (free download)
- Components include a solar motor (2VDC), 2 solar modules (1VDC, 400mA), a goldcap energy storage device, an LED, a fuel cell, a voltage converter, and a multimeter
How is environmentally friendly power generated? How does a fuel cell work, and how can you use it to produce hydrogen? Renewable energy sources will become the most important sources of energy in the future. Nine models and 28 experiments are used to demonstrate the production, storage and use of electricity from natural sources like water, wind and solar power. Powerful solar models can be attached in different ways for versatile use in the models. The included Gold Cap serves as an energy storage system, which can also output stored energy. The fuel cell clearly demonstrates how water is split into the two components hydrogen and oxygen. This teaches children about future energy sources and helps them learn important skills. A full set of lesson plans helps teachers use the STEM Renewable Energies set in the classroom.
Students will be able to build 9 functional models, to learn all about how energy from wind, water, sun, and fuel cell technology is generated, stored, and used. Models include a hand generator, wind turbine, wind power plant, vertical wind turbine, water turbine, electric vehicle with solar panels/and with gold cap/with fuel cell.
Components in this set include a solar motor (2VDC),2 solar modules (1VDC, 400mA),a goldcap energy storage device, an LED, a fuel cell, a voltage converter, and a multimeter.
Also includes access to downloadable tutorial materials with 28 different experiments.
Materials come packed in sturdy plastic Gratnells storage box with transparent lid.
Total 268 components.
Middle School/High School level.
STEM AT ITS BEST! Bring the excitement of hands-on learning to your next simple machines unit. As part of a series, the K'NEX Education Intro to Simple Machines: Wheels & Axles and Inclined Planes set is designed to introduce students to the scientific concepts associated with two types of Simple Machines - wheels and axles, and inclined planes. Students build, investigate, and evaluate scientific principles in action. The Teacher's Guide, used in conjunction with the K'NEX materials and individual Student Journals, provides the information and resources needed to build students' understanding of scientific concepts and channel their inquiries into active and meaningful learning experiences. Set includes 221 K'NEX parts – enough to build 7 fully-functioning replicas of real-world machines, one at a time. Supports 2 – 3 students working as a team. Grades 3 -5. Building instructions and comprehensive teacher's guide aligned to Science, Technology, Engineering and Math Standards included. Packaged in a strong storage tray with snap-on lid. STEM Education focuses on science, technology, engineering and mathematics concepts taught through problem-solving, discovery, exploratory learning and critical thinking. STEM Education requires students to be active participants in the learning. K'NEX models offer hands-on learning opportunities that encourage scientific inquiry, investigation and experimentation. Our inquiry-based lessons challenge students as they build, investigate, problem solve, discuss, and evaluate scientific and design principles in action. Aligned to Science, Technology, Engineering, and Math standards. Also see K'NEX Education's Intro to Simple Machines: Levers and Pulleys and Intro to Simple Machines: Gears, and Simple Machines Deluxe for grades 3-5 and Exploring Machines for grades 5 - 9. Includes Teacher Guide on CD!
Hands-on learning at it best! The K'NEX® Education Intro to Simple Machines: Levers & Pulleys set is designed to introduce students to the scientific concepts associated with two types of Simple Machines – levers and pulleys. Students are provided with the opportunity to acquire skills using a hands-on, inquiry-based approach to information and concepts. Working cooperatively, students are encouraged to interact with each other as they build, investigate, discuss, and evaluate scientific principles in action. The Teacher's Guide provides the information and resources needed to build students' understanding of scientific concepts and channel their inquiries into active and meaningful learning experiences. Extension activities that can be used to explore the concepts more deeply are also included. Set includes 178 K'NEX® parts – enough to build 8 fully-functioning replicas of real-world machines, one at a time. Supports 2 – 3 students working as a team. Grades 3 -5. Building instructions comprehensive teacher's guide aligned to Science, Technology, Engineering and Math Standards included. Packaged in a strong storage tray with snap-on lid. STEM Education focuses on science, technology, engineering and mathematics concepts taught through problem-solving, discovery, exploratory learning and critical thinking. STEM Education requires students to be active participants in the learning. K'NEX® models offer hands-on learning opportunities that encourage scientific inquiry, investigation and experimentation. Our inquiry-based lessons challenge students as they build, investigate, problem solve, discuss, and evaluate scientific and design principles in action. Aligned to Science, Technology, Engineering, and Math standards. Also see K'NEX® Education's Intro to Simple Machines: Wheels & Axles and Inclined Planes and Intro to Simple Machines: Gears, and Simple Machines Deluxe for grades 3-5 and Exploring Machines for grades 5 - 9. Includes Teacher Guide on CD!
With the Creative Box Basic component set there are no limits to creativity. With a total of 630 components, you can create your own models at will and according to your own imagination. It is also possible to expand and pimp existing fischertechnik models. With many different basic building blocks, angle bricks, building boards, static elements and many other "basics", hours of building fun are guaranteed. Once the playing fun has been satisfied, the components can be easily stored in the corresponding sorting boxes and thus safely stored in the children's room. A sensible and clearly arranged subdivision using the sorting inserts provided is child's play. The large fischertechnik base plate serves as the closing lid of the storage box, on which a model can also be built. In addition to the many components, a manual is also included which explains the most important functions of the components in a comprehensible manner. So even fischertechnik beginners can start immediately and create their own models.
- Basic blocks, angle blocks, building slabs, structural elements and much more!
- Basic functionalities are explained in a simple and understandable way
- Storage boxes with eight sorting inserts for optimum storage
Thanks to the compact measurements, this motor can be installed almost anyplace. In addition to the building blocks, gearbox parts and toothed gears, the set also contains a safety battery holder with integrated pole-reversing switch for 9V block (battery not included).
Performance data: Voltage 9V, max. output 1.0 W at 6000 RPM
The Robotics ADD-ON Competition is designed for schools, universities and other educational institutions that want to develop or improve their models for robotics competitions for their students.
- Main topics: Robot competitions, project work and workshops in robotics
- Includes downloadable teaching and activity material (free download)
- Components include a RGB guest sensor in 6 directions, color detection, ambient brightness, proximity detection up to 15cm, ultrasonic sensor, combi sensor (gyroscope, acceleration and compass), more powerful motors, snap-on trackpads
- Required: Robotics TXT 4.0 Base Set
The Robotics ADD-ON Competition is designed for schools, universities and other educational institutions that want to develop or improve their models for robotics competitions for their students. With this set, models can be enhanced, and new features can be added, making this kit the perfect addition for competitions around the world. The set includes the new RGB guest sensor, a combo sensor (gyroscope, acceleration and compass), an ultrasonic sensor, two more powerful motors, and track links and caterpillar pads for the undercarriage of a tracked robot - ideal for building competitive driving robots.
Total 200 components.
Middle School/High School level.
Required: Robotics TXT 4.0 Base Set
Robotics and coding for kindergarten and elementary school. Designed especially for children age 5 and up, fischertechnik offers the perfect, entry-level pathway into the world of computer science and robotics. Engaging hands-on learning.
- Includes downloadable teaching and activity material (free download)
- Set includes the new FIRST CODING chassis consisting of 2 motors, 2 push-button switches, and an infrared sensor, course, and battery compartment for 3 AAA batteries (batteries not included)
First programming steps!
Writing your own program, and thus bringing a robot to life, is incredibly exciting and thrilling! It is impossible to imagine today's world without this vital technology. To introduce even the youngest students to this exciting and important topic, our fischertechnik FIRST CODING is the ideal choice. This introduction to computer science and robotics succeeds through the use of ready-made components, along with a whole lot of hands-on fun. The two motors and sensors are integrated in a ready-to-use block. That means: switch on, connect to the mobile device via Bluetooth and get started! The simple graphical programming environment with the ready-made examples is age appropriate. Creating your first original program is child's play with the software.
Build 3 different models
Total 25 components
Kindergarten/Elementary level (age 5 and above)
COMING SOON
The Robotics Add On: Autonomous Driving set combines with the Robotics Base Set to allow students to discover a variety of exciting technologies essential to our everyday lives. From the automatic light to a lane departure warning system, cruise control and an automatic parking feature – the model guarantees excitement in the classroom.
- Main topics: autonomous driving, control technology, analog sensor technology, speed measurement, distance calculation, distance measurement
- Includes downloadable teaching and actvity material (free download)
- Components include chassis (differential, wheels), servo, LED, steering
- Ideal complement: ADD ON Omniwheels, ADD ON Competition
- Required: Robotics TXT 4.0 Base Set
Build and program your own “car of the future” to amaze and delight the classroom! The Robotics Add On: Autonomous Driving set combines with the Robotics Base Set to allow students to discover a variety of exciting technologies essential to our everyday lives. From the automatic light to a lane departure warning system, cruise control and an automatic parking feature – the model guarantees excitement in the classroom. The building set includes a differential, as well as additional wheels, LEDs and a servo motor for the steering. The Robotics Add On: Autonomous Driving also includes seven experiments with associated solutions.
Includes access to tutorial materials with 7 different experiments.
Total 150 components.
Middle School/High School level.
Required: Robotics TXT 4.0 Base Set
How does a cone gear wheel, a belt drive or a rack and pinion drive work? What happens if the gear ratio changes? Young researchers can discover the answers to these and many other questions through 15 models and twelve experiments. The models are quick and easy to build in the classroom, and the pre-designed tasks and solutions are a great addition.
Set contains collection of 16 individual trays of parts (recommended: 15 student units, 1 teacher unit). Each tray of parts can be used by 1 to 2 students at a time, depending upon teacher preference. All 16 trays come packed in two sturdy fischertechnik “Box 1000” storage units, with baseplate lid.
Students will be able to build 12 instructional gear-based models, including: drive output, bevel gear, crown gear, belt drive, rack gear, belt gear crossed, worm gear, gear transmission with detent chains, gear transmission 2 gears, gear transmission 2-1, gear transmission 3-1, gear transmission 12-1, gear transmission 3 gears, thrust crank gear, belt transmission.
Includes access to tutorial materials with 15 different experiments.
Total 1600 components.
Age 7 and above.
ABOUT FISCHERTECHNIK CLASS SETS:
The class sets are optimized for regular lessons at the elementary level, designed for group work with two or more students and each dealing with a specific, technical topic. A class set, consisting of 2 blue BOX 1000, contains 16 identical individual sets, so that, for example, 15 pupils (or groups) and one teacher can be equipped with one set. Each individual set is stored in a clearly arranged tray with a printed sorting insert for uncomplicated back-sorting. These trays can be taken to individual work stations by the students to promote a smooth teaching process. Accompanied by teaching materials which include lesson plans and task sheets with educational plan references, the CLASS SET Gears is ideal for teaching technical content at the primary level.
Tinkerers and inventors, watch out! In the new Creative Box Mechanics there is something for everyone interested in technology. 290 components, including gears, racks, axles, worms and other drive elements, promise building and playing fun on the subject of mechanics. The construction of cable winches with cable pulleys, chain drives or different types of gears can be easily implemented. So it is possible to set any mechanism in motion and to give free rein to your creativity in this field. If you already own other fischertechnik construction kits, you can use the Creative Box to expand your models. Thanks to two plastic trays supplied and flexible sorting inserts, the components can be sorted and safely stored after construction. The base plate, on which models can be built, also serves as a closing lid.
- Gears, racks, axles, worms, drive elements and much more!
- Ideally suited for the introduction to mechanics
– Different types of gears and other interesting topics can be built
- Plastic trays and flexible sorting inserts for optimum storage
The ideal software to plan, develop, and implement fischertechnik models. Easy to navigate, with a huge range of functions available. Perfect for schools, universities, training, or for anyone who needs to visualize technical processes using the fischertechnik system.
- Contains nearly 1000 components of all types, including pneumatic parts, motors/drives, aluminum bars, and stickers.
- Model animation in real time, including tracking shots and zoom
- Allows for components such as elastic pneumatic hose, power supplies, and wiring.
- Models can be divided into as many construction phases as needed, to create easy-to-understand operating manuals. Construction phases can also be hidden, or individual components can be colored white
- For large model designs (or slower computers), animation can be designed as an AVI file
- Supports the free Raytracer , POV-Ray, and Blender, for realistic pictures with shadows, reflections, and radiosity.
- Export 3D-CAD data: RAW, VRML, POV and X3D. The VRML format allows models to be processed with almost any professional CAD system
Build and program even more intriguing robots with the Robotics ADD-ON Omniwheels. Together with the Robotics TXT 4.0 Base Set, four exciting Omniwheels models can be constructed.
- Main topics: Omniwheels vehicle control, object recognition, image processing, soccer robotics.
- Includes downloadable teaching and activity material (free download)
- Component include 4x Mecanum Omniwheels, servo, 2x gear motor.
- Ideal complement: ADD ON Autonomous Driving
- Required: Robotics TXT 4.0 Base Set
Build and program even more intriguing robots with the Robotics ADD-ON Omniwheels. Together with the Robotics TXT 4.0 Base Set, four exciting Omniwheels models can be constructed: Driving robots with different tasks, such as soccer robots, ball-throwing robots that recognize and knock down targets, and painting robots.
The highlight of the kit are the Omniwheels, which are driven by four encoder motors, two of which are included in the TXT 4.0 Base Set, and thus enable movement in any direction! The camera included in the TXT 4.0 Base Set enables image processing through which, for example, the soccer robot can recognize, follow and shoot a ball!
Includes access to tutorial materials with 4 different experiments.
Total 150 components.
Middle School/High School level.
Required: Robotics TXT 4.0 Base Set
The fischertechnik LED Set is just the right solution for more light! The construction sets can now be upgraded even further with more luster and additional light effects. The LED set contains two Rainbow LEDs that flash in different colors and frequencies, together with two white LEDs and a battery holder.
Includes: 2x Rainbow LEDs, 2x white LEDs, battery holder for 9V block battery (battery not included)
The control unit for fischertechnik robotic models. Special features of this compact and powerful controller include a color touch screen with swipe gesture recognition. voice recognition, Bluetooth and WiFi capability, a built-in speaker, SD card slot, USB Host, and much more.
WiFi capability, a built-in speaker, SD card slot, USB Host, and much more.
The TXT 4.0 Controller offers plenty of new features with its 512 MB RAM and 4 GB eMMC memory, the three servo outputs, and a capacitive touch display that supports swipe gestures. The improved WLAN and Bluetooth module offers the right wireless interface for numerous applications. Another interface is the USB host port, to which, for example, the fischertechnik USB camera or USB sticks can be connected. Up to 8 additional controllers can be connected to one controller as extensions. The flat housing allows the controller to be perfectly integrated into the models. To always be up to date, firmware updates are automatically downloaded via the cloud, preserving custom programs. With the software ROBO Pro Coding, programming can be created both graphically and with Python!
ROBO Pro Coding is operating system independent and can also be used with mobile devices (Android/iOS). With an additional app (Android/iOS), the TXT 4.0 controller can also be controlled via voice recognition. Further features of the controller are:
- Processor: Arm® dual Cortex® -A7 650 MHz + Cortex®-M4
- Memory capacity: 512MB DDR3 RAM, 4 GB eMMC
- Memory expansion: Micro SD card slot
- Color touch display: 2.4", 320 x 240 pixels, capacitive, allows swipe gestures
- Flat design - dimensions: 90 x 90 x 17.5mm
- 8 universal inputs: digital/analog 0-9VDC, analog 0-5kΩ
- 4 fast counting inputs: digital, frequency up to 1 kHz
- 3 servo outputs 5V (max. 2A), short-circuit proof
- 4 motor outputs 9V/250 mA (max.1A): speed infinitely variable, short-circuit proof, alternatively 8 single outputs e.g. for LEDs
- Combined Bluetooth/WLAN radio module: Bluetooth 5.0 (BR, LE & EDR), WLAN dual band 2.4 GHz and 5 GHz 802.11a/b/g/n/ USB 2.0 client: Mini USB socket for connection to PC
- USB host interface: USB-A socket e.g. for fischertechnik USB camera or USB sticks
- Camera interface: via USB host, Linux camera driver integrated in operating system
- Integrated loudspeaker for playing sounds
- 2x pin header 6-pin: for extension of inputs and outputs as well as I²C interface
- Linux based open source operating system, firmware update via cloud, USB stick, micro SD card
- Programming with ROBO Pro Coding (graphical and Python), C/C++ compiler (not included) - further programming possibilities via REST interface
- Control also possible via voice recognition app (Android / iOS)
- Available output voltages: 9V, 5V and 3.3V
- Power supply: 9VDC socket 3.45 mm or fischertechnik sockets 2.5mm
- Required accessory: Accu Set or Power Set
Professional entry into measured value acquisition with the Robotics ADD-ON IoT! Together with the Robotics TXT 4.0 Base Set, the sensor station enables the measurement of temperature, humidity, air pressure, air quality and brightness.
- Main topics: Measurement acquisition and transmission, network connections, cloud computing, IoT
- Includes downloadable teaching and activity material (free download)
- Components include environmental sensor, and brightness sensor
- Ideal complement: Power Set
- Required: Robotics TXT 4.0 Base Set
Professional entry into measured value acquisition with the Robotics ADD-ON IoT! Together with the Robotics TXT 4.0 Base Set, the sensor station enables the measurement of temperature, humidity, air pressure, air quality and brightness. The sensor station can be programmed and controlled with the ROBO Pro Coding programming software and the ROBOTICS TXT 4.0 Controller and is ideal for teaching topics such as measurement acquisition and transmission as well as control and regulation of actuators and sensors. The measured value acquisition is carried out via the connection of the TXT 4.0 Controller with the fischertechnik cloud, in which the sensor data is stored, collected and graphically displayed. Via the user interface, the so-called dashboard, the various sensor data are permanently recorded (real-time) and the camera, which can be swiveled in two axes, is remotely controlled. The teaching material created to accompany the Robotics ADD-ON IoT set contains 6 experiments and associated solutions.
Includes access to tutorial materials with 6 different experiments.
Total 110 components.
Middle School/High School level.
Required: Robotics TXT 4.0 Base Set
Measurement, control, regulation, and programming for middle/high school and beyond. Acts as the core set for all fischertechnik robotic add-on products.
- Main topics Robotics and programming (graphical and text-based), actuators, analog and digital sensors, measurement, control, data transmission, coding-decoding, image processing
- Includes downloadable teaching and activity material (free download)
Set included a Robotics TXT 4.0 Controller, Robo Pro Coding Software, Accu Set, 2 Encoder Motors, USB Camera, Ultrasonic Sensor, Track Sensor, 2 Push Button Switches, 2 LEDs, and a Photo-transistor
The fischertechnik Robotics TXT 4.0 Base Set is the perfect way to get started programming like the pros! The comprehensive building set includes a camera with image processing as well as an ultrasound sensor, two encoder motors, a track sensor, a phototransistor, two buttons and two LEDs. The model can be programmed and controlled with ROBO Pro Coding graphic programming software and the ROBOTICS TXT 4.0 controller. Beginners can refer to finished example programs, while advanced users and professionals can get started directly in a Blockly library or in Python. The set includes twelve exciting models, ranging from a pedestrian signal to a barrier, a bar code scanner, and mobile driving robots with encoder motors, cameras, track and distance sensors. The comprehensive teaching materials include introductory and basic information, as well as 20 experiments with solutions for the twelve models.
Students will be able to build 12 robotic models, including a traffic light, barrier, Morse key, barcode scanner, data transmission device, encryption device, driving robot with different tasks (obstacle detector, distance meter, digital and analog lane follower), and a painting robot.
Components in this set include USB camera attachment, ultrasonic distance sensor, IR track sensor, 2 push-button switches, 2 LEDs, 2 encoder motors, a photo-transistor, the Robotics TXT 4.0 Controller, new ROBO Pro Coding software (Win/Linux/Mac/Chromebooks w/Android App.), and Accu Set (rechargeable NiMH battery pack and charging unit).
Includes access to tutorial materials with 28 different experiments.
Materials come packed in sturdy plastic Gratnells storage box with transparent lid.
This Robotics TXT 4.0 Base Set provides the core components necessary for use in control classes: Controller, software, power supply, actuators and sensors and many basic building blocks are included here. The four separately available ADD-ON sets expand the TXT 4.0 Base Set by their respective focus and can be clearly integrated in the lower tray provided for this purpose.
Total 160 components.
Middle School/High School level.
Explore fundamentals of gear technology with 26 different models for hands-on experimentation. Learn about lever principles, ratios, four-link systems, pulleys, differential gears, planetary gears, and much more.
The 26 engaging experiments can be conducted, using different models such as a beam balance, a scissor lift or a windshield wiper, and the exciting technology behind them can be conveyed. Of course, the various types of gears, such as a clock gear, planetary gear or differential gear, are also included. The concept is rounded off by the accompanying educational material available online.
- Main topics lever laws, gear ratios, four-bar linkages, pulley block, differential gears, planetary gears
- Includes access to downloadable education material (free download)
- Includes gears, bevel gears, internal gear, worm, various axles, rope with winch and pulleys, Chain, building blocks and base plate258x186mm
Includes access to tutorial materials with 26 different experiments.
Materials come packed in sturdy plastic Gratnells storage box with transparent lid.
Total 320 components.
Middle School/High School level.
- Middle School / High School Level
- Packed in Gratnell F1 tray with one insert and transparent lid
- New tutorials with 29 experiments
- 8 models (fully equipped with compressor , valves , exhaust air throttle valves , cylinders , battery pack, pressure gauge manometer )
Two function models , barrier with single acting cylinder , barrier with double acting cylinder , vacuum gripper , compressed air motor , scissor lift table , movable vacuum suction pad
How does the staircases light turn on? Why does it go on at the bottom, and back off again at the top? Young students can learn the answers to these and other questions in an engaging and fun way through the CLASS SET Electrical Control. The set teaches all about electrical circuits using simple applications in a way kids can easily understand. The models are easy to build in the classroom and integrate with fully designed tasks and solutions.
Set contains collection of 16 individual trays of parts (recommended: 15 student units, 1 teacher unit). Each tray of parts can be used by 1 to 2 students at a time, depending upon teacher preference. All 16 trays come packed in two sturdy fischertechnik Box 1000 storage units, with baseplate lid.
Students will be able to build 9 instructional models, including: simple circuit with pole-changing switch, DC motor with change of rotation direction, switching on and off with pushbutton, series/parallel connection of pushbuttons, alternating circuit, short-circuit brake, left-right-off with two pushbuttons, pole-changing switch with two connected pushbuttons’
Includes access to tutorial materials with 25 different experiments.
Total 544 components.
Age 7 and above.
ABOUT FISCHERTECHNIK CLASS SETS:
The class sets are optimized for regular lessons at the elementary level, designed for group work with two or more students and each dealing with a specific, technical topic. A class set, consisting of 2 blue BOX 1000, contains 16 identical individual sets, so that, for example, 15 pupils (or groups) and one teacher can be equipped with one set. Each individual set is stored in a clearly arranged tray with a printed sorting insert for uncomplicated back-sorting. These trays can be taken to individual work stations by the students to promote a smooth teaching process. Accompanied by teaching materials which include lesson plans and task sheets with educational plan references, the CLASS SET Electrical Control is ideal for teaching technical content at the primary level.
Learn about optical phenomena in the classroom and conduct experiments with light! Discover the concepts of umbra and penumbra, look at exciting objects under a magnifying glass, or tell the time using a sundial. These and other exciting topics are fun to learn about using the CLASS SET Optics. The building kit offers six models that are quick to build and easy to use in the classroom, alongside 6 exciting experiments.
Set contains collection of 16 individual trays of parts (recommended: 15 student units, 1 teacher unit). Each tray of parts can be used by 1 to 2 students at a time, depending upon teacher preference. All 16 trays come packed in two sturdy fischertechnik “Box 1000” storage units, with baseplate lid.
Students will be able to build 6 instructional models, including: magnifier with illumination penumbra and umbra, Ray path, gyroscope, sundial, and tablet/smartphone magnifier.
Includes access to tutorial materials with 6 different experiments.
Total 1200 components.
Age 7 and above.
ABOUT FISCHERTECHNIK CLASS SETS:
The class sets are optimized for regular lessons at the elementary level, designed for group work with two or more students and each dealing with a specific, technical topic. A class set, consisting of 2 blue BOX 1000, contains 16 identical individual sets, so that, for example, 15 pupils (or groups) and one teacher can be equipped with one set. Each individual set is stored in a clearly arranged tray with a printed sorting insert for uncomplicated back-sorting. These trays can be taken to individual work stations by the students to promote a smooth teaching process. Accompanied by teaching materials which include lesson plans and task sheets with educational plan references, the CLASS SET Optics is ideal for teaching technical content at the primary level.
Renewable energy sources are becoming more and more important. Our Solar Energy Class Set is the perfect way to teach even the youngest students about solar energy in a fun way. Three easy to build models help instructors teach the basic principles of solar energy using ten fully designed tasks and solutions, while delivering fun and exciting discoveries along the way.
Set contains collection of 16 individual trays of parts (recommended: 15 student units, 1 teacher unit). Each tray of parts can be used by 1 to 2 students at a time, depending upon teacher preference. All 16 trays come packed in two sturdy fischertechnik “Box 1000” storage units, with baseplate lid.
Students will be able to build 3 instructional models. Includes access to tutorial materials with 10 different experiments.
Total 1168 components.
Age 7 and above.
ABOUT FISCHERTECHNIK CLASS SETS:
The class sets are optimized for regular lessons at the elementary level, designed for group work with two or more students and each dealing with a specific, technical topic. A class set, consisting of 2 blue BOX 1000, contains 16 identical individual sets, so that, for example, 15 pupils (or groups) and one teacher can be equipped with one set. Each individual set is stored in a clearly arranged tray with a printed sorting insert for uncomplicated back-sorting. These trays can be taken to individual work stations by the students to promote a smooth teaching process. Accompanied by teaching materials which include lesson plans and task sheets with educational plan references, the CLASS SET Solar Energy is ideal for teaching technical content at the primary level.
Robotics is a vast, thrilling, and sometimes overwhelming interdisciplinary field involving physics, engineering, and computer science. This kit gives kids a simple, fun, and customizable introduction to robotics that lets them build eight motorized machines controlled by programs and an ultrasound sensor. Kids code the programs using an easy, visual programming app on a tablet or smartphone, which connects to the robot models via a wireless Bluetooth connection.
The ultrasonic sensor works on the same principle as sonar. It sends out sound waves, which bounce off objects. The sensor interprets the echoes returning to it, and from this detects objects in the path of the sensor. Using the app interface, you can program the robots you build to behave based on the feedback coming from the ultrasound sensor.
Build a bipedal robot that walks forward on two legs and pivots to avoid obstacles in its path. An awesome beetle robot moves backwards or forwards in response to an obstacle, and opens and closes its pincers. Construct a funny crocodile model that wags its tail if no object is in sight, but then opens its giant jaws when an object approaches. Using an additional smartphone and tablet, you can even hack together a cute little spy bot that roams around and streams video back to the tablet screen. A cool tiltrotor aircraft model simulates vertical takeoff and landing by rotating its propeller blades 90 degrees. You can also assemble other fun robots including a robo dog and robotosaurus. After you have learned how the technology works, you can build and program your own robots using the kit’s 230 building pieces.
A full-color, 64-page step-by-step illustrated manual helps kids assemble all of the models and teaches them about robotics in the real world. The visual programming language allows you to command the robots’ motors to move at different times, different power levels, in different directions, and in response to the data from the sensor. You can also add simple sounds to your programs. Requires a tablet or smartphone running iOS or Android. Please check the app stores for compatibility and device requirements.
Ages: 8+
Experiments: 8
Piece Count: 230
Manual Pages: 64
• Build 22 fun, functional models of real-world machines and devices
• Experimentally explore different areas of physics and engineering design.
• Investigate marine vehicles, submersible, buoyancy, wind power, rotation, gears, energy conversion, pneumatics, hydraulics, statics, optics, and much more.
• Over 260 reconfigurable building pieces.
• 136 pg, full-color experiment manual with instructions & scientific explanations.
• Batteries not required!
• A parents' Choice Gold award winner
With hundreds of building pieces and more than 20 models and experiments, The Big Engineering Makerspace is a comprehensive and ambitious STEM experience. In five chapters, you can experimentally explore different areas of physics and engineering design by building functional models and conducting tests with them. Explore marine vehicles, submersibles, buoyancy, wind power, rotation, gears, energy conversion, center of gravity, balance, pneumatics, hydraulics, statics, optics, and much more.
In the water and beach chapter, build models of a jet boat, submarine, catamaran, and sail car. In the land chapter, engineer models of a dragster, trike, automobile brake, automobile suspension, and tower crane. In the air chapter, construct models of a helicopter, glider, windmill, and falling leaf. In the engineering in society chapter, assemble models of a forklift, spinning top, hydraulic arm, scissor lift, and distance measuring tool. Finally, in the optical devices chapter, build models of a camera stabilizer, tripod, selfie stick, and smartphone microscope.
In addition to the models described in the instruction manual, you can design and build your own models. The building possibilities in this modular engineering system are virtually limitless. A 136-page manual guides your model building and experiments with step-by-step illustrated instructions.
Ages: 8+
Experiments: 22
Piece Count: 258
Manual Pages: 136