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Pitching Machine Kit - Cat# 80-50-W033

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SKU
80-50-W033
CA$9.05
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Launch Learning! The Pitching Machine STEM Kit

Let your students build, experiment, and launch — all while exploring core STEM principles.


What’s in the Kit & How It Works

  • A chassis and mounting parts to assemble the pitching frame

  • A DC motor with coupling to spin a launch wheel

  • Wiring and connectors to power the motor

  • Four foam balls for safe projectile launching

  • Teacher’s resource guide with lesson ideas and background material 

When assembled, the fast-spinning wheel (driven by the DC motor) propels the foam balls forward, converting electrical energy into kinetic energy and motion. 


STEM Concepts at Play

As students build and test this kit, they’ll engage with:

STEM AreaKey ConceptsClassroom Possibilities

 

Electricity & Circuits

Series and parallel wiring, voltage/current relationships, motor characteristics         Students will wire the motor, test how voltage or resistance changes affect speed

 

Energy Conversion

Chemical → Electrical → Mechanical → KineticCompare input electrical energy vs. projectile energy and inefficiencies

 

Forces & Motion

Newton’s laws, acceleration, friction, torqueStudents can vary wheel size, surface texture, launch angle, or ball mass to examine effects

 

Engineering Design & Iteration

Structure stability, alignment, material choicesEncourage redesigns to improve consistency, accuracy, or launch speed

 

Measurement & Data Analysis

Distance, time, averages, graphing, error analysisStudents can record multiple launches, graph performance vs. voltage or angle, analyze variability

Why Teachers Love It

  • Affordable, hands-on learning tool — ideal for individual or small-group builds

  • Scalable complexity — for younger students you can guide the wiring, for older students let them experiment

  • Cross-curricular integration — ties into physics, math, technology, and inquiry skills

  • Supportive resources — the kit includes a teacher’s guide (see the “Additional Resources”) to support lesson planning Kidder


Classroom Activity Ideas

  • Speed & Accuracy Challenge: Have student teams attempt to hit a target, measuring which launch parameters (voltage, wheel diameter, angle) produce best results

  • Optimization Sprint: Give teams fixed time to test modifications (e.g. changing motor voltage, adding fins, trimming weight) to improve performance

  • Data Lab: Students record dozens of launches, chart distance vs. voltage or vs. angle, calculate averages, analyze outliers

  • Design Extension: Encourage students to adapt the kit into a ping-pong launcher, catapult hybrid, or even build an “automatic pitcher” system

 

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