Learning Resources STEM Simple Machines Activity Set -19 Pieces, Boys Girls Ages 5 6 7+ Hands-on Science Activities, STEM Toys

Discover Engineering wonders through scientific exploration with engaging tools and hands-on activities! Introduce and explore all 6 simple machines by making amazing discoveries, designing solutions for real-world problems, and conducting investigations. Includes a lever board, wedge, pulley with rope and hook, cart with removable wheels, Archimedes screw, 4 barrel weights, 10 double-sided Activity Cards, and a comprehensive Activity Guide. Largest piece (cart) measures 5″L x 31/2"W. Explore the world of science kits and toys for kids- boys and girls aged 5+ years old! This is a fun preschool or kindergarten activity set of exploration that introduces science and engineering by encouraging kids to conduct their own experiments! Educational toys can help through building important learning skills with science activities using the Montessori which teaches by doing rather than memorization. Explore what can be seen by science, even materials from your own garden and backyard. Pretend-play has been shown to enhance social development especially when it comes from role playing as scientists. This science learning toy also makes a great holiday and birthday gift which is sure to be loved by any kid of any age.

• INCLUDES: STEM Simple Machines Activity Set with hands‑on tools including a lever board, wedge, pulley with rope and hook, cart with removable wheels, Archimedes screw, barrel weights, double‑sided activity cards, and an activity guide
• EXPLORES SIMPLE MACHINES & ENGINEERING CONCEPTS: Hands‑on STEM activity set introduces kids to simple machines like levers, pulleys, and screws while exploring force and motion through real‑world problem solving
• SUPPORTS SCIENCE & STEM ACTIVITIES: Designed for guided experiments and open‑ended learning activities that help kids understand how machines make work easier
• Country of Origin: Imported
• WHY YOU’LL LOVE IT: Helps kids explore force, motion, and real‑world problem solving through hands‑on experiments that build critical thinking and early engineering skills in classrooms or homeschool learning spaces