T-M108 Crossfire DIY Learning Kit

T-M108 Crossfire DIY Learning Kit Overview

The T-M108 Crossfire DIY Learning Kit is a hands-on STEM educational kit that lets students build a motorized crossfire launcher to explore mechanics, motion, and basic electronics. By assembling moving parts, gears and a motor-driven firing mechanism, learners observe energy transfer, rotational motion, and projectile dynamics in a safe, interactive environment.

Key Features and Benefits

• Build a working crossfire launcher: Motor-driven rotating arms demonstrate conversion of electrical energy to kinetic energy.
• Learn core mechanical concepts: Hands-on practice with gears, levers, rotation, torque and momentum.
• STEM-focused learning: Integrates physics, mechanical design and basic circuitry for classroom-ready experiments.
• Motorized operation: Powered by a small DC motor and battery holder (2x AA, not included) for dynamic demonstration.
• DIY assembly: Encourages problem-solving, following instructions, fine motor skills and teamwork.
• Safe and engaging: Designed for classroom demonstrations, science fairs and after-school workshops.

Learning Outcomes

• Understand energy transfer and kinetic motion through active demonstration.
• Explore gear ratios, torque and rotational speed by changing configurations.
• Observe projectile behavior and basic dynamics in a controlled setup.
• Develop technical reading, assembly and troubleshooting skills.

Package Contents

• Wooden or ABS plastic base and frame components
• DC motor and connecting wires
• Gear and lever system parts
• Rotating launcher arms or firing mechanism
• Battery holder for 2x AA batteries (batteries not included)
• Screws, nuts and small assembly accessories
• Step-by-step instruction manual

Specifications

• Power Source: 2x AA batteries (not included)
• Material: Wood or ABS plastic components
• Assembly Type: DIY kit (unassembled)
• Skill Level: Intermediate
• Learning Focus: Mechanics, motion control and energy transfer
• Operating Mechanism: Motor-driven rotating launcher arms

Classroom Applications and Activities

• Use as a demonstration for energy conversion and rotational dynamics in physics lessons.
• Project-based learning: students design experiments to test different gear ratios and launcher performance.
• Science fair project: document variables such as angle, rotation speed and projectile range.
• Team-building activity: groups assemble kits, troubleshoot and present findings.

Assembly Tips and Safety

• Follow the step-by-step manual: sort parts first and verify all components before starting.
• Use a small Phillips screwdriver and pliers for secure fastening of screws and nuts.
• Supervise students when installing batteries and running the motor to ensure safe operation.
• Do not operate the motor continuously for long periods to avoid overheating; allow cooldown between runs.
• Inspect moving parts regularly and tighten any loose fasteners before use.

Why Choose the T-M108 Crossfire DIY Learning Kit

This kit blends playful experimentation with core STEM concepts, providing a tangible way for learners to visualise mechanical principles. It is compact, classroom-friendly and scalable for deeper inquiry-based activities, making it a valuable addition to education programs that emphasize hands-on learning and engineering thinking.

Note: Images are for illustration purposes only.