T-M108 Crossfire DIY Learning Kit

T-M108 Crossfire DIY Learning Kit OverviewThe 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 BenefitsBuild 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 OutcomesUnderstand 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 ContentsWooden or ABS plastic base and frame componentsDC motor and connecting wiresGear and lever system partsRotating launcher arms or firing mechanismBattery holder for 2x AA batteries (batteries not included)Screws, nuts and small assembly accessoriesStep-by-step instruction manualSpecificationsPower Source: 2x AA batteries (not included)Material: Wood or ABS plastic componentsAssembly Type: DIY kit (unassembled)Skill Level: IntermediateLearning Focus: Mechanics, motion control and energy transferOperating Mechanism: Motor-driven rotating launcher armsClassroom Applications and ActivitiesUse 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 SafetyFollow 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 KitThis 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. Category: DIY School Kits College Road Electronics4.85 (317 Reviews)