Skip to product information
1 of 2

Prodtro

Mindtronix Mini Arrows Launcher STEM Kit | DIY Ancient War Machine Model | Educational Science Toy for Kids | Age 6+

Mindtronix Mini Arrows Launcher STEM Kit | DIY Ancient War Machine Model | Educational Science Toy for Kids | Age 6+

Regular price Rs. 390.00
Regular price Rs. 468.00 Sale price Rs. 390.00
Sale Sold out
Taxes included.
Quantity

Discover the science behind ancient engineering with the Mindtronix Mini Arrows Launcher STEM Kit. This exciting DIY educational toy allows children to build and operate their own miniature arrow launcher while learning important scientific concepts through hands-on play.

Designed for children aged 6 years and above, this engaging STEM kit introduces young learners to principles such as elastic force, lever systems, Newton’s laws of motion, and energy transfer. Kids can assemble the model, experiment with launching mechanisms, and explore the fascinating world of ancient war machines in a safe and educational way.

With easy-to-follow instructions and high-quality materials, the Mini Arrows Launcher offers hours of screen-free learning and creative fun.

Key Features:

✅ Build Your Own Mini Arrow Launcher
✅ Learn Ancient Engineering Concepts Through Play
✅ Introduces Fundamental Physics Principles
✅ Encourages Creativity and Problem-Solving Skills
✅ Enhances Logical Thinking and Fine Motor Skills
✅ Easy-to-Assemble DIY STEM Kit
✅ Safe, Durable, and Child-Friendly Design
✅ Provides Screen-Free Educational Entertainment
✅ Suitable for Boys and Girls Aged 6+ Years

Concepts Covered:

• Elastic Force
• Lever System
• Newton’s Laws of Motion
• Potential and Kinetic Energy

Benefits:

• Improves Focus and Concentration
• Develops Critical Thinking Skills
• Enhances Creativity and Imagination
• Encourages Hands-On STEM Learning
• Builds Confidence Through DIY Construction

Perfect for science enthusiasts, school projects, STEM learning, educational gifting, and young innovators eager to explore the principles of physics and engineering.

View full details