What others say
Description
Looking for a hands-on STEM activity that is simple, low-prep, and guaranteed to get your 2nd and 3rd graders excited? This Straw Rocket Lab combines creativity with physics! Students will design, assemble, and test their own aerodynamic rockets while learning about air pressure and thrust.
This activity is perfect for a Newton's Laws introduction, a space-themed unit, or as a fun team-building challenge.
What’s Included:
Student Guided Worksheet: Easy-to-follow instructions with visual icons for young learners.
Step-by-Step Assembly Guide: Clear directions on how to create an airtight seal for maximum height.
Built-in Rocket Templates: Two rockets ready for coloring and cutting.
Materials Needed:
- Paper (White or Cardstock)
- Crayons/Markers
- Scissors
- Glue Sticks or Tape
- Standard Drinking Straws
Educational Focus:
- Fine Motor Skills: Precision cutting and sealing.
- Scientific Inquiry: Testing variables (how hard you blow vs. how far it goes).
- Aerodynamics: Exploring how shape and weight affect flight.
**Graphics were made with AI**
Highlights
What others say
Description
Looking for a hands-on STEM activity that is simple, low-prep, and guaranteed to get your 2nd and 3rd graders excited? This Straw Rocket Lab combines creativity with physics! Students will design, assemble, and test their own aerodynamic rockets while learning about air pressure and thrust.
This activity is perfect for a Newton's Laws introduction, a space-themed unit, or as a fun team-building challenge.
What’s Included:
Student Guided Worksheet: Easy-to-follow instructions with visual icons for young learners.
Step-by-Step Assembly Guide: Clear directions on how to create an airtight seal for maximum height.
Built-in Rocket Templates: Two rockets ready for coloring and cutting.
Materials Needed:
- Paper (White or Cardstock)
- Crayons/Markers
- Scissors
- Glue Sticks or Tape
- Standard Drinking Straws
Educational Focus:
- Fine Motor Skills: Precision cutting and sealing.
- Scientific Inquiry: Testing variables (how hard you blow vs. how far it goes).
- Aerodynamics: Exploring how shape and weight affect flight.
**Graphics were made with AI**
Reviews
Thank you SO MUCH for taking the time to review! It makes me so happy hearing that your students loved this!

