T-M27 Catapult DIY Learning Kit

T-M27 Catapult DIY Learning Kit Overview

The T-M27 Catapult DIY Learning Kit is a hands-on educational project designed to introduce students to the basics of mechanics, energy conversion, and projectile motion. Learners build and operate a working catapult to see how stored potential energy is converted into kinetic energy during launch.

Why Choose the T-M27 Catapult Kit

• Interactive STEM learning tool for classrooms, labs, and science fairs
• Simple, safe, and engaging way to demonstrate real-world physics principles
• Suitable for group projects, demonstrations, and individual exploration

Key Features and Benefits

• Learn Projectile Motion: Visualize how angle, force, and tension affect range and trajectory.
• STEM-Based Educational Kit: Reinforces concepts in mechanics, motion, and energy transfer through practical building.
• DIY Assembly Model: Encourages creativity, coordination, and basic engineering skills.
• All-In-One Kit: Includes necessary components and tools for straightforward assembly.
• Easy to Build: Beginner-friendly design with clear step-by-step instructions.
• Durable and Reusable: Constructed from high-quality wood or durable plastic depending on version.
• Hands-On Learning: Promotes observation, experimentation, and critical thinking.

What Students Will Learn

• Fundamentals of force and tension
• Energy transformation from potential to kinetic
• How launch angle and force influence trajectory and distance
• Basic mechanical principles of levers and pivots
• Problem-solving, measurement, and experimental method

Package Includes

• Catapult frame components
• Elastic bands or tension springs
• Launch arm and pivot parts
• Projectiles (foam or lightweight material)
• Screws, connectors, and assembly tools
• Instruction manual and assembly guide

Specifications

• Assembly Type: DIY (unassembled)
• Material: High-quality wood or durable plastic (depending on version)
• Power Source: Manual (elastic or spring tension)
• Skill Level: Beginner
• Learning Focus: Energy transformation, force, tension, projectile motion

Assembly Tips and Safety

• Follow the step-by-step instructions provided in the manual for safe, correct assembly.
• Use the included tools and connectors; do not substitute with inappropriate parts.
• Conduct launches in an open area and use the supplied lightweight projectiles to reduce risk.
• Supervise younger students during assembly and testing to ensure safe handling.

Ideal Uses

• STEM education lessons and physics classrooms
• Science exhibitions and school projects
• Hands-on demonstrations for understanding motion and energy

Note: Images are for illustration purposes only.