Robotics Smart Machines: Rovers & Vehicles

SKU
038234
Grade 3-9
Teaching Method
Traditional
Teacher-centered curriculum commonly used in classrooms that may include a text, teacher manual, tests, etc.
Charlotte Mason
A methodology based on the work of a 19th century educator who maintained that children learn best from literature (Living Books), not textbooks.
Classical
A methodology based on the Latin Trivium (three stages of learning), including the grammar stage (memorization and facts), logic stage (critical thinking), and rhetoric stage (developing/defending ideas).
Unit Study
A thematic or topical approach centered around one topic that integrates multiple subject areas.
Montessori (Discovery)
A methodology based on the work of a 20th century educator that emphasizes student and sensory-driven discovery learning and real-life applications.
Other
Other methodologies
Religious Content
Secular
Contains content contrary to common Christian beliefs (i.e. evolution).
Neutral
Avoids religious or theoretical topics or presents multiple viewpoints without preference.
Christian/Religious
Faith-based or including instructional religious content.
Learning Modality
Auditory
Learns through listening, talking out loud or reading out loud.
Visual
Learns through seeing, prefers written instructions and visual materials.
Kinesthetic/Tactile (Hands-On)
Learns through moving, doing and touching.
Multi-Sensory
Curriculum that employ a variety of activities/components.
Presentation
Sequential
Curriculum progresses through well-defined learning objectives. Emphasizes mastery before moving to the next topic.
Spiral
Topics and concepts are repeated from level to level, adding more depth at each pass and connecting with review.
Conceptual/Topical
Focus is on the “why,” often with a unifying concept as well as specific skills; coverage may be broader.
Teacher Involvement
Low Teacher Involvement
Student-led materials; parent acts as a facilitator.
Medium Teacher Involvement
A mix of teacher-led time and independent student work.
High Teacher Involvement
Teacher-led lessons; may utilize discussions, hands-on activities and working together.
Additional Materials Required
No other materials needed
Everything you need is included.
Other Materials Required
There are additional required resources that are a separate purchase.
Other Materials Optional
There are additional resources mentioned or recommended but are not absolutely necessary.
Consumable
Consumable
Designed to be written in; not reusable.
Non-Consumable
Not designed to be written in; reusable.
Our Price
$139.95 $139.95 $125.90
Rainbow Savings: $14.05
Description

With this kit, you aren't limited to just one robot build. Young engineers can build and program 8 different robots, each utilizing an ultrasound sensor and controlled by an easy-to-learn visual programming language. The kit includes 233 pieces and a 64-page, full-color experiment manual. You will also need to download the free Robotics: Smart Machines app, available for iOS and Android. The manual introduces the ultrasound sensor used in the robot builds, provides a general overview of the app and programming, and then goes into building and programming each of the 8 models. Jump in and build the shy turtle robot, the helicopter robot, dozer bot, dancing robot, rover bot, scorpion robot, desert explorer or scout rover. Requires a tablet or smartphone with iOS (iPhone 4S or later, iPad 3 or later, iPod 5 or later) or Android (Android 4.3 or later on a device with Bluetooth 4.0 support).

Publisher's Description of Robotics Smart Machines: Rovers & Vehicles

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 shy turtle robot that drives around and quickly avoids obstacles in its path. The friendly rover bot model first looks around for your hand and, once detected, moves toward it and follows it around. Construct an awesome desert explorer robot with wheels on legs; first it drives around, but when it detects an object in its range, it starts "walking" slowly toward it. Experiment with altering the program of your cute dancing robot so that the robot dances to the beat of a song you play for it. Set up an obstacle course and watch the scout rover use its ultrasonic sensor to navigate around the obstacles. A cool helicopter model spins its rotors and then raises its landing gear when you lift it off the tabletop. You can also assemble other fun robots including a dozer bot with a bulldozer blade and a scorpion robot with a stinger tail. After you have learned how the technology works, you can build and program your own robots using the kit's 233 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. Requires a tablet or smartphone running iOS (iPhone 4S or later, iPad 3 or later, iPod 5 or later) or Android (Android 4.3 or later on a device with Bluetooth 4.0 support).

Details
More Information
Product Format:Other
Brand:Thames and Kosmos
Grades:3-9
EAN/UPC:814743013049
Length in Inches:12.875
Width in Inches:19
Height in Inches:3.75
Weight in Pounds:3.4
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