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Get a free Estes Alpha rocket set from Civil Air Patrol.

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NASA has a nice curriculum on rockets that culminates in using 2-liter bottles with water and pressure as propellant. I've gotten these to over 300 ft.

Their launcher is NOT recommended, but you can find plans online to build your own or buy from other vendors.

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Pitsco has a fantastic Straw Rocket Launcher. It's under $200, but totally worthwhile. It's incredibly simple to change the launch force, launch angle, rocket mass, fin type and size. Students collect loads of data, then can try to hit specified targets based on their data analysis.

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The original water rocket lesson (which is still out there, but no longer approved by NASA) uses PVC pies that are not rated for the pressure put on them by the process involved. NASA withdrew the LP after one exploded and a child was hurt.

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If you have computers and time, Kerbal is a very cool simulation where your characters develop a rocket, get into orbit, work to build a permanent space station, and even land on the moon. The orbital mechanics are very rigorously created for accuracy.

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The American Rocketry Challenge is a national competition for designing rockets. They give a new challenge each year, then your students design a rocket to meet those parameters. Things like taking an egg safely to 1500 ft and returning to earth.

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https://www.nar.org/safety-information/model-rocket-safety-code/

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https://www.pitsco.com/Straw-Rocket-Launcher

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Students can build their own straw rockets and test them on the Straw Rocket Launcher. Just like early rocket pioneer Robert Goddard, they can conduct scientific experiments by varying the trajectory angle and launch energy. These rockets can travel up to 50 feet!

The Straw Rocket Launcher uses pneumatic force created by releasing a weighted drop rod in the cylinder to launch rockets. The force of the launch can be controlled by varying the release height of the rod. The launcher features the following:

Simple operation

Adjustable trajectory angle with angle gauge

Clear tube that displays internal parts

Adjustable launch force

Building straw rockets is a fun, inexpensive activity and a great way to introduce students to rocketry. Use with Precision Straws, sold separately. Recommended for use in a large, open indoor area such as a gymnasium.

Looking for standards-based activities to accompany these materials? The Straw Rockets Teacher's Guide is available for print here, or you can download a digital copy for free here.

In need of fun activities for elementary-aged students? Download the Straw Rocket Elementary STEM Activity Guide for free here.

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Students can build their own straw rockets and test them on the Straw Rocket Launcher. Just like early rocket pioneer Robert Goddard, they can conduct scientific experiments by varying the trajectory angle and launch energy. These rockets can travel up to 50 feet!

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The straw rocket launcher is also good as it allows you to control the variables of how much pressure you use and the angle you fire the rocket.

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https://www.pitsco.com/Bottle-Rocket-Starter-Set

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https://rocketcontest.org/resource/current-rules/

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Current Rules | The American Rocketry Challenge

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The Aquapod is a futuristic, easily assembled plastic bottle launcher that combines the best of fun and science! The Aquapod can launch a bottle up to 100 feet in the air, and includes a built in safety valve to avoid over-pressurizing the entire system and keep everyone safe. Powered by only water and air, your children can experience being a commander of there own spaceship from countdown to landing!

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aquapod water bottle rocket launcher science kit- stem toy launches soda bottles up to 100 ft in air

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AquaPod Water Bottle Rocket Launcher Science Kit- STEM Toy Launches Soda Bottles Up to 100 ft in Air

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Amazon.com: AquaPod Water Bottle Rocket Launcher Science Kit- STEM Toy Launches Soda Bottles Up to 100 ft in Air: Toys & Games

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Grant application period is open until August 31st

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The AIAA Foundation believes that one of the most significant means to inspire and advance the future of Aerospace is to fund grants to meet the unmet and unfunded educational need of students. Each school year, AIAA awards grants of up to $500 to worthy projects that significantly influence student learning.

Grant Rules

A clear connection to science, technology, engineering, or mathematics (STEM) with an emphasis on Aerospace must be included in the grant proposal.

Applicants must be a K-12 classroom teacher with funds that will be paid to the school.

Applicants must be current AIAA Educator Associate members prior to receiving this grant.
Educator Association membership information

Each school is limited to up to 2 grants per calendar year.

Funds must be spent on the items proposed in the original application.

Funding will be considered for the following materials

Classroom STEM demonstration kits

Classroom STEM supplies

K-12 STEM software

Math manipulative materials

Parts and supplies for making flying objects

Parts and supplies for robotics programs

Funds WILL NOT be considered for the following materials

Books intended for school-wide use

Ancillary equipment such as: PCs, printers, computer scanners and other hardware

Audio Visual equipment including recording equipment and digital cameras

Registration/admissions fees for competitions

Travel associated with field trips or competitions

T-shirts or promotional materials for competitions

Teacher Workshop fees

Fees for Museums, Planetariums and simulation events

Applications will be evaluated based on the following criteria

1. Clarity: Does the proposal clearly articulate specific, attainable, and measurable goals for a STEM project?

2. Relevance: Is the proposed project based on age appropriate aerospace content?

3. Scope: Does the proposed project encompass a diversity of skill-sets, worldviews, and thoughts?

4. Impact: Is the proposed project or activity sustainable, and will it have broad and lasting educational benefits within the school or community?

5. Structure: Does the proposal utilize effective and organized pedagogy, such as learning objectives and relevant educational standards?

6. Originality: Is the proposed project creative and novel? Does it suggest creativity on the part of the teacher and require it on the part of the students?

Important Dates

21 June 2023: Submission Period Opens
30 September 2023: Submission Period Closes
December 2023: Applicants Notified of Status

**Dates subject to change without warning.

Grant Proposals must be complete and submitted by the grant submission period close date to be considered. All grant proposals must be submitted through our online application database. No paper submissions will be accepted.

The Stem K-12 Outreach Committee is comprised of experts in the field of aerospace education. They will review all qualified grant applications and make recommendations on funding. Based upon the funding available, the committee will choose to invest in projects that best serve our nation's students and support the mission of the AIAA Foundation.

Questions?

Contact K-12STEM@aiaa.org.

Note: Terms and conditions subject to change without notice.

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The AIAA Foundation believes that one of the most significant means to inspire and advance the future of Aerospace is to fund grants to meet the unmet and unfunded educational need of students. Each school year, AIAA awards grants of up to $500 to worthy projects that significantly influence student learning.

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Opens September 1

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Empowering Teachers to Inspire

When teachers or instructors propose innovative, aerospace-themed projects, they unleash their students' imaginations and encourage bright minds to explore futures in STEM fields. Unfortunately, sometimes a lack of funding prevents these projects from becoming a reality. AFA is proud to step in and offer three types of education grants to make sure those dreams become reality.

AFA Educator Grants

Every year, AFA awards $500 grants to 40 educators poised to make a lasting difference. The grant process is competitive. A committee of aerospace education experts reviews all qualified applications and scores them based on their detailed grant proposals. AFA selects projects that best serve our nation's students and support our mission.

AFA Educator Grant applications are accepted from September 1st through December 15th. Educator Grants are awarded in February. Please view and submit your grant application online via our third-party website, SmarterSelect. AFA will not consider hardcopy or faxed applications.
Learn more and apply here. Educator Grant Guidelines Official Educator Grant Rules

Grants for Civil Air Patrol Units

AFA is proud to offer $250 grants to Civil Air Patrol (CAP) units to advance aerospace education and STEM initiatives for cadets and in outreach initiatives. AFA's grant support to CAP units helps inspire interest in youth across the nation toward science, technology, engineering and math (STEM) subjects and careers. Grants are issued twice a year. Deadlines are June 30 and December 31 each year. For information, please contact afa@capnhq.gov.
AFA Grants for Civil Air Patrol Units

Grants for JROTC Units

AFA offers grants of $250 to JROTC units to advance aerospace education in the classroom. These grants enhance students' understanding of the critical role aerospace plays in today and tomorrow's society. AFA is proud to partner with JROTC to operate aerospace education programs in 30 classrooms to reach hundreds of cadets annually.
AFA Grants for JROTC Units

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When teachers or instructors propose innovative, aerospace-themed projects, they unleash their students' imaginations and encourage bright minds to explore futures in STEM fields. Unfortunately, sometimes a lack of funding prevents these projects from becoming a reality. AFA is proud to step in and offer three types of education grants to make sure those dreams become reality.

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How to Measure the Height of a Tree or a Building

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How to Measure the Height of a Tree or a Building

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https://docs.google.com/document/d/1lGup0WiGtPY1K1vjZWhT2oZWui-ulL-KOECkSN0sE24/edit?usp=sharing

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https://www.amazon.com/Make-Rockets-Down-Earth-Science/dp/1457182920

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https://www.amazon.com/Science-Comics-Rockets-Defying-Gravity/dp/1626728259/ref=sr_1_3?dchild=1&keywords=science+comics+rockets&qid=1627846695&sr=8-3

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https://www.amazon.com/How-Got-Moon-Technology-Humanitys/dp/0525647414/ref=sr_1_7?dchild=1&keywords=apollo+book+moon&qid=1627846906&sr=8-7

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https://www.nar.org/find-a-local-club/nar-club-locator/

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https://www.amazon.com/Ginormous-Water-Powered-Rocket/dp/B07RCCTQBK

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https://estesrockets.com/product/1718web-green-eggs-classroom-bundle/

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https://www.jpl.nasa.gov/edu/teach/activity/stomp-rockets

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https://www.rocketryworks.com/cape-canaveral-6-pad-launch-pad/?sku=RW-LG-CAPE&gclid=CjwKCAjwjJmIBhA4EiwAQdCbxgTUGJ8gRuaNxThdJ9UG3SGDcxqb9cED2bpTbJgFnTMbCcU_tvRxphoC8iIQAvD_BwE

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https://www.amazon.com/amoolo-Resistant-Lens-Protective-Industrial-Carpentry/dp/B08HVNSPNZ/ref=sr_1_3_sspa?crid=KZEWO0C557R1&dchild=1&keywords=safety+glasses+for+students&qid=1627845379&sprefix

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https://scioly.org/wiki/index.php/Ping_Pong_Parachute

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https://www.amazon.com/Aquapod-Bottle-Launcher-Launch-Bottles/dp/B003Y5DOJC

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https://www.nar.org/safety-information/model-rocket-safety-code/

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https://www.smithsonianmag.com/science-nature/best-books-about-apollo-program-and-landing-moon-180972653/

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https://www.afa.org/education/k-12-educator-grants

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https://www.pitsco.com/Straw-Rocket-Launcher