Description
Build spring-powered mechanical machines while exploring physics, motion, and engineering with the SpringBots 3-in-1 Spring-Powered Machines STEM kit from Thames & Kosmos. This hands-on educational kit demonstrates how stored mechanical energy can be used to power movement and simple machines through interactive building projects and experimentation.
Assemble multiple spring-powered models while learning how tension, force, energy storage, and motion work together in mechanical systems. Through practical experimentation, users explore real engineering concepts related to kinetic energy, springs, mechanics, and machine movement.
Designed for STEM learning and engineering exploration, SpringBots encourages creativity, observation, and problem-solving through interactive construction and motion-based experiments. The illustrated instruction manual explains the science behind spring-powered mechanisms and mechanical energy transfer.
Key Features
- Build 3 spring-powered machine models
- Learn concepts related to physics, mechanics, and energy transfer
- Explore springs, tension, force, and motion systems
- Hands-on STEM learning through mechanical experimentation
- Interactive engineering projects with moving components
- Encourages creativity, observation, and problem-solving
- Includes illustrated educational instructions
What’s Included
- Spring-powered machine building components
- Mechanical spring system parts
- Experiment accessories
- Illustrated instruction manual
Specifications
- Brand: Thames & Kosmos
- Model: SpringBots 3-in-1 Spring-Powered Machines
- SKU: 550038
- UPC: 814743015692
- Recommended Age: 6+
- STEM Focus: Physics, mechanics, engineering
- Assembly Required: Yes
Applications
- Physics and engineering education
- STEM classrooms and enrichment programs
- Hands-on mechanics and motion learning
- Educational machine-building projects
- Interactive STEM experimentation
Important Notes
- Assembly required
- Adult assistance may be helpful for younger builders
- Follow included instructions for proper assembly and operation
