Specification:-
- Material: Wood and Plastic
- Assembly Type: DIY Self-Assembly
- 78mm diameter 4-blade fan propeller
- Learning Category: STEM Educational Project
- Power Source: 2 AA batteries (Batteries not included)
- Application: School Projects, STEM Learning, Physics Experiments
SKU: 11804UT
DIY Hovercraft Electric Wind Power Boat Science Project Kit
Experience the excitement of science and engineering with this DIY Hovercraft Electric Wind Power Boat Kit. Designed for students, kids, and hobby enthusiasts, this educational STEM project helps learners understand the basic principles of air propulsion, motion, wind energy, and aerodynamics in a fun and interactive way. The kit includes a lightweight hovercraft-style base, electric motor, fan propeller, and battery holder that work together to create smooth movement using air thrust. Made with eco-friendly wooden parts and durable components, this DIY project is easy to assemble and safe for educational use. Once connected, the rotating fan generates wind power that pushes the hovercraft forward, making science learning more practical and enjoyable. It is an ideal project for school science exhibitions, physics experiments, STEM workshops, and creative learning activities. The compact and lightweight design allows easy portability and storage. This DIY hovercraft model encourages problem-solving skills, creativity, and hands-on learning while reducing screen time. It is suitable for classrooms, home experiments, hobby projects, and engineering demonstrations.
Features:-
DIY Self-Assembly Science Kit
Comes as a complete do-it-yourself project kit that allows students and kids to assemble the hovercraft model step by step while learning practical engineering concepts.
STEM Educational Learning Toy
Helps children understand STEM concepts including motion, air pressure, propulsion, wind energy, and aerodynamics through hands-on experiments.
Electric Wind Power Mechanism
Equipped with a small DC motor and rotating propeller fan that generates air thrust for smooth forward movement.
Lightweight Hovercraft Design
Special lightweight structure helps reduce friction and improves movement efficiency for better demonstration of hovercraft principles.
Eco-Friendly Wooden Construction
Made using durable eco-friendly wooden components that are safe, lightweight, and suitable for repeated educational use.
Safe & Non-Toxic Materials
Designed with child-safe and non-toxic materials for worry-free use in classrooms, workshops, and home learning activities.
Improves Creativity & Technical Skills
Encourages creative thinking, logical reasoning, practical problem-solving, and technical understanding in young learners.
Shop Curated Picks!