A 9-page unplugged STEM rotation pack on straw rockets, thrust math, stability blueprints (CG/CP), automated launch algorithms, and Apollo 13 case studies.
Bring hands-on aerospace engineering, rocket thrust math, side-elevation technical drawing, automated launch countdown logic, and space mission case studies into your classroom with STEM Station Pack 5: Aerospace & Rocketry Engineering! This 9-page printable resource is completely unplugged (no screens or computers required for students) and designed for a smooth 60- to 75-minute rotation lab using basic classroom supplies like drinking straws, tape, and paper.
What Is Included in This 9-Page Pack?
Page 1: Teacher Setup & Master Guide: Master materials checklist, classroom station map, prep instructions, and rotation timing tips.
Page 2: Student Answer Sheet (1-Page Master Handout): Single, organized handout for students to clip to a clipboard and carry from Station 1 to Station 5.
Page 3: Station 1 Sign (Straw Rocket Build Lab): Students construct a straw rocket prototype, test fin counts and nose cone shapes, launch their rockets, and record flight distances.
Page 4: Station 2 Sign (Thrust & Payload Math): Students calculate total rocket mass, compute required launch thrust based on stage multipliers, and determine their custom Payload Efficiency Score.
Page 5: Station 3 Sign (Rocket Stability Blueprint): Students draw a side elevation blueprint marking the Center of Gravity (CG) and Center of Pressure (CP), explaining why CG must sit forward of CP for stable flight.
Page 6: Station 4 Sign (Automated Launch Algorithm): Students trace a conditional flowchart (If/Then logic) to execute automated abort or hold commands during countdown hazards like fuel pressure drops or high winds.
Page 7: Station 5 Sign (Real-World Case Study): Students read a technical passage on Apollo 13, learning how NASA engineers built a carbon dioxide filter adapter using duct tape, plastic bags, and hoses to save the crew.
Page 8: Detailed Teacher Answer Key: Fully worked mass and thrust calculations, blueprint stability explanations, launch logic responses, and case study guidance in plain text.
Page 9: 10-Point Master Grading Rubric: Criteria-specific rubric evaluating every station on a 0-to-2 point scale for fast, objective grading.
Learning Objectives & Alignment:
NGSS MS-ETS1-1, MS-ETS1-2: Engineering Design & Aerodynamic Performance
NGSS MS-PS2-2: Forces, Motion, and Thrust Interactions
CCSS.MATH.PRACTICE.MP1 & MP4: Real-World Mass, Thrust, and Multiplier Calculations
Unplugged CS Concepts: Automated Launch Logic, Conditional Routing, and Abort Systems
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$4.50