Average: 5 (4 votes)
SnapStack Mobile STEM Lab
SnapStack Module

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  • Teach design and engineering, CAD, and 3D printing
  • 6 modules serves up to 24 students
  • Grades 4-12
  • Affordable and easy to use classroom resource

SnapStack Mobile STEM Lab

With the SnapStack Lab, students gain deep comprehension of challenging STEM concepts that they see at work in the world around them. Design & Engineering lessons not only build content knowledge about mechanical engineering and introductory robotics, but also encourages students to practice perseverance, collaborative problem solving, and critical thinking.

mobile stem lab and curriculum

Each Mobile STEM Labs teaches part of our progression of learning that spans from Mentored Construction Play, STEM Fundamentals, Applications in Design & Engineering and lastly System of Technology. SnapStack focuses on Applications of Design & Engineering and can teach all the Simple Machines curriculum by itself. Adding a Basic Robotics Lab to it opens up even more curriculum including more robotics and mechanisms curriculum.

robotics STEM program for schools

robotics STEM curriculum

SnapStack + Basic Robotics Teach:

Applications of Design & Engineering

Non-Intuitive STEM concepts are taught through applications in structural & mechanical engineering. 

  • Simple Machines
  • Mechanisms
  • Robotic Movement
  • Compound Machines
  • Design Challenges
Learn more about the Basic Robotics Lab > 
robotics STEM curriculum

SnapStack + Programmable Robotics Teach:

Applications of Design & Engineering

Non-Intuitive STEM concepts are taught through applications in structural & mechanical engineering.  

  • Simple Machines
  • Mechanisms
  • Robotic Movement
  • Compound Machines
  • Coding & Programming
  • Design Challenges
Learn more about the Programmable Robotics Lab >

See The Curriculum Lessons Here

The variety of structures and mechanisms that can be built from the SnapStack Lab astound students and teachers alike.

STEM Concepts Covered:

Mechanical and Structural Engineering
Diagrammatic Instructions
Structural Engineering (How to Make Things Strong)
Mechanical Engineering (How to Make Things Move)
Thinking Like a Designer/Engineer (World of Work)
Simple Machines
Building, Testing & Modifying (6) Simple Machines
Applying & Measuring Mechanical Advantage
Designing Real-World Applications
Compound Machine Design Challenge
Working with Design Briefs
Compound Machine Design
Applying Mechanical Advantage
Working within Specifications and Constraints
Rapid Prototyping (CAD & 3D Printing)
Designing New Rokenbok Engineering Component

SnapStack Bill of Materials

Click HERE to download parts list



Average: 5 (1 vote)

"Rokenbok works well because it's engaging and VERY forgiving. If a mistake is made, we talk about it - take it apart and redo it. This prolongs gratification and teaches patience. Rokenbok can be as complicated or as simple as the builders want it to be. By not having a thousand different main parts, if forces creativity and the beams, blocks and risers are easily stored in bins. It can be a collaborative experience which is important for children with special needs as they can work and play together with their peers. Some like to drive, some like to build, but all can participate on their own level and take it to the next one when they are ready to do so."

Richard Rosenfeld, Long Island, NY, Howell Road School School and James A. Denver School District


Shipping costs are estimate based on location and the amount of labs ordered.  Some orders may be palletized.  You can call our home office for ship quotes and delivery times.

This lab ships in 3 boxes. Dimensions are as follows:

36x20x15 - 40 pounds

20x16x14 - 21 pounds

19x18x8 - 9 pounds


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