🚀 Straw Rocket Engineering Lab | Newton’s Laws of Motion & Force Practice

Launch your students’ understanding of force, motion, and Newton’s Laws with this exciting hands-on Straw Rocket Engineering Lab! In this activity, students take on the role of rocket engineers as they design, build, test, and analyze their own straw rockets using a classroom launcher.

Aligned with TEKS 8.7A, 8.7C, & 7.7A, this lab challenges students to apply the laws of motion, calculate speed, acceleration, and force, and collect real-world data to model how mass and force affect motion. Students record data, graph results, and use their findings to make evidence-based conclusions—just like real engineers!

✨ What’s Included

• Detailed student lab sheet (design, data collection, formulas, and analysis questions)
  
• Materials list and design criteria for easy setup
  
• Data tables, formula practice, and graphing extension
  
• Rubric for both rocket design and Launching
  
  

🎯 Skills & Standards

• Apply Newton’s 1st, 2nd, and 3rd Laws of Motion
  
• Investigate the relationship between force, mass, and acceleration
  
• Practice engineering design, data analysis, and scientific communication
  
• Reinforce formulas: F = ma and s = d/t
  

✅ Perfect For

• Motion and Forces Unit
  
• STEM or Engineering Days
  
• TEKS 8.7A, 8.7B, 7.7A (Force & Motion)
  
• Science labs or project-based learning
  

🧠 Students love it because: they get to design, test, and compete with their own rockets!
🍎 Teachers love it because: it’s standards-aligned, easy to implement, and comes with grading tools included.

**Must Have Straw Rocket Launcher**