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A collection of educational STEM curriculum based learning kits, specially developed to be used in conjunction with 3D Printing.

Robots in STEM

Control the bots! The MIRA 5 Axis Mini Industrial Robot Arm is a 3d printable kit for students K-12.

In this project students can program, design, print, assemble and construct with the easy-to-understand step by step workbook. The detailed online teaching and activity book supports the learning process for students, making the design process easy to understand and follow. Students will design, print and build their very own custom MIRA pick and place Robot.

Comes with a comprehensive PDF workbook (download), power supply, parts, USB cable, STL printing files and Windows control software. Just print & assemble! Download the brochure.

 

 

Learning never sounded so much fun!

Turn up the music! The STEM3Dkits Mini Boom Box kit for students 8 and older comes with a student workbook, teacher guidebook, battery pack, parts and STL design template files.

In this project students can design, print, assemble and construct with the easy-to-understand step by step workbook. The detailed teaching and activity booklets support the learning process for students, making the design process easy to understand and follow. Students will design, print and build their very own custom Mini Boom Box.

Includes an easy to follow Teacher guide book. Teaching topics such as design,  sound waves, amplifiers and speakers, circuit diagrams and electronics!

 

 

Are you brave enough to challenge the Balance-Bot Warrior?

The STEM3Dkits Balance-Bot Warrior is a remote controlled self-balancing Arduino robot + battle arm, created with 3D printed parts. Control Balance-Bot Warrior via Smartphone, Tablet or PC.

Includes an easy to follow Teacher guide book. Teaching topics such as pendulum self-balancing, physics and more.

 

 

 

 

Bright minds + bright ideas!

Just a touch and it’s on! The STEM3Dkits Night-Light kit for students 8 and older comes with a student workbook, teacher guidebook, battery pack, parts and STL design template files.

In this project students can design, print, assemble and construct with the easy-to-understand step by step workbook. The detailed teaching and activity booklets support the learning process for students, making the design process easy to understand and follow. Students will design, print and build their very own custom Night-Light.

Includes an easy to follow Teacher guide book.

 

A ray of sunshine

We have so many electronic devices in our lives that keeping running low. The solution: combining your students’ brilliant minds with the Sun’s awesome power to charge your batteries. The STEM3Dkits Solar powered battery charger makes it easy for you, the teacher. For students 8 and older, the kit comes with a student workbook, teacher guidebook, battery pack, parts and STL design template files.

In this project students can design, print, assemble and construct with the easy-to-understand step by step workbook. The detailed teaching and activity booklets support the learning process for students, making the design process easy to understand and follow. Students will design, print and build their very own custom Solar powered battery chargerIncludes an easy to follow Teacher guide book.

 

 

Crash test

Feel the force! With the STEM3Dkits

Derby-Dash kit challenge, students need to engineer and design the perfect front scoop to flip over their opponent. For students 8 and older, the kit comes with a student workbook, teacher guidebook, battery pack, parts and STL design template files.

In this project students can design, print, assemble and construct with the easy-to-understand step by step workbook. The detailed teaching and activity booklets support the learning process for students, making the design process easy to understand and follow. Students will design, print and build their very own custom Derby-Dash vehicleIncludes an easy to follow Teacher guide book.

 

 

Get Fit

Students can design their very own sporty heart rate tracker + watch. Combining stylishness with functionality and never be late for class again!

With the STEM3Dkits Heart Rate Watch kit, students need to engineer and design the perfect watch. For students 8 and older, the kit comes with a student workbook, teacher guidebook, battery pack, parts and STL design template files.

In this project students can design, print, assemble and construct with the easy-to-understand step by step workbook. The detailed teaching and activity booklets support the learning process for students, making the design process easy to understand and follow. Students will design, print and build their very own custom Heart Rate Watch.

Includes an easy to follow Teacher guide book.

 

 

Do you have the POWER?

Phone flat? Students can design their very own custom power bank. Never get caught flat again!

With the STEM3Dkits USB Power Bank kit, students need to engineer and design the perfect power bank. For students 8 and older, the kit comes with a student workbook, teacher guidebook, battery pack, parts and STL design template files.

In this project students can design, print, assemble and construct with the easy-to-understand step by step workbook. The detailed teaching and activity booklets support the learning process for students, making the design process easy to understand and follow. Students will design, print and build their very own custom USB Power Bank.

Includes an easy to follow Teacher guide book.

 

 

What time does school finish?

A modern timepiece! With the STEM3Dkits LED Clock kit, students need to engineer and design the perfect bedside clock. For students 8 and older, the kit comes with a student workbook, teacher guidebook, battery pack, parts and STL design template files.

In this project students can design, print, assemble and construct with the easy-to-understand step by step workbook. The detailed teaching and activity booklets support the learning process for students, making the design process easy to understand and follow. Students will design, print and build their very own custom LED Clock.

Includes an easy to follow Teacher guide book.

Put the Racing in Tracing!

The hare doesn’t always beat the tortoise!  In this fun and interactive project, your students will race each other in a race of not the fastest, but the lightest!

The aim of the game is for students to design and print a pencil holder that will transport a pencil on their tracing car around a set trace course without the pencil falling off.  This is a great STEM project for teachers to do further teaching on topics such as electric motors, kinematics, electronic circuits and basic principles of physics, such as gravity and forces.

With the STEM3Dkits Tracer Racer, students need to engineer and design a pencil holder. For students 8 and older, the kit comes with a student workbook, teacher guidebook, battery pack, parts and STL design template files.

Includes an easy to follow Teacher guide book.

 

 

Write messages remotely

Leave messages on the WriteBoard, whether it’s from across the room or halfway across the world!

With the STEM3Dkits WriteBoard kit, students need to design the sturdiest legs, casing and arm for the writing robot. For students 8 and older the kit comes with a student workbook, essential parts and motors and STL design template files.

In this project students can design, print, assemble and construct with the easy-to-understand step by step workbook. The detailed teaching and activity booklets support the learning process for students, making the design process easy to understand and follow. Students will design, print and build their very own custom WriteBoard.

 

 

 

Don’t Spiro out of control!

With the STEM3Dkits Spirobot kit, students need to print, assemble and learn simple programming to make this little robot draw spirographs . For students 8 and older, the kit comes with a servos and motors, other parts and STL design template files.

In this project students can design, print, assemble and construct with the easy-to-understand step by step instructions. The easy to follow learning process for students, making the design process easy to understand and follow. Students will design, print and build their very own custom Spirobot.