NASA Student Launch for Middle School Students: 2027 Guide

The NASA Student Launch is one of the few NASA challenges that lets a middle school team design, build, and fly a real high-powered rocket alongside university teams. It is also one of the most misunderstood, because you cannot just sign up. Middle school teams have to earn an invitation through a separate rocketry competition first, and the grades 6–12 division works differently from the college division in ways that matter before you commit nine months to it.

Here is what the challenge actually involves, who can enter, and what the current cycle looks like.

Key Takeaways

• NASA Student Launch has two divisions. Grades 6–12 teams enter the Student Launch Initiative (SLI) division, which NASA describes as non-competitive and educational. College teams enter USLI, which is scored and competitive. SLI teams complete the same milestones but are not scored against each other.

• You cannot apply directly. Grades 6–12 teams qualify only by finishing top 25 at the American Rocketry Challenge or top 5 in Rockets for Schools Class II, and by completing NASA's Advanced Rocketry Workshop. Participation is limited to one team per school.

• It is a nine-month commitment running roughly August to April, structured around four NASA-style design reviews: PDR, CDR, FRR, and PLAR.

• Only nine grades 6–12 teams were selected for 2025–2026, alongside 33 college teams. The division is not ranked overall, but NASA presents nine award categories to middle and high school teams.

• NASA charges no application or registration fee. Teams cover their own materials, motors, electronics, testing, and travel to Huntsville, Alabama.

• Rockets must reach an apogee between 4,000 and 6,000 feet above ground level, and every team needs an adult mentor with current NAR or Tripoli high-power certification for the motor class they plan to fly.
  

What is NASA's Student Launch Challenge?

NASA Student Launch is a nine-month engineering design challenge run by the Office of STEM Engagement at NASA's Marshall Space Flight Center. Teams design, build, test, and launch a reusable high-powered rocket carrying a scientific or engineering payload, then document the whole thing through the same review cycle NASA uses on real missions.

The 2026 cycle marked the challenge's 26th year. Research and investigation topics are developed with the Space Launch System and Artemis program offices, so the payload challenge changes annually to track current missions. For the 2026 season, college teams built a "STEMnaut Habitat for Agricultural Utilization Study" that had to house four model astronauts and autonomously collect and test a soil sample after landing.

The challenge culminates with a launch event near Marshall Space Flight Center, at Bragg Farms in Toney, Alabama.

Can middle school students actually enter NASA Student Launch?

Yes, but through a specific door. NASA splits the challenge into two divisions:

• USLI (University Student Launch Initiative) — open to any U.S. college or university, competitive and scored.

• SLI (Student Launch Initiative) — open to qualifying middle schools, high schools, and informal education institutions serving grades 6–12. NASA explicitly describes this as a non-competitive, educational experience division.
  

Per the 2026 handbook, grades 6–12 teams "complete the same milestones but are not in competition and are not scored." You still present to NASA review panels, still get feedback from NASA engineers and subject matter experts, and still fly at the official launch. You are not ranked against other schools.

The grades 6–12 division also gets more payload freedom: SLI teams can take on the college payload challenge or design their own science or engineering experiment.

How do you qualify for NASA Student Launch as a middle school team?

There is no open application for grades 6–12. According to NASA's how-to-apply page and the 2026 handbook, a team must have done one of the following:

• Finished in the top 25 at the American Rocketry Challenge national finals, or

• Finished in the top 5 in Rockets for Schools Class II.
  

Both routes produce an invitation to submit a proposal for the following Student Launch year. If you are starting from zero, the American Rocketry Challenge is the realistic entry point. We have a full breakdown here: The Ultimate Guide to the American Rocketry Challenge.

On top of qualifying, teams need:

• At least one adult educator on the team, up to a maximum of two. (The earlier version of this post described a separate "adult advisor" plus "adult mentor." The 2026 handbook uses one mentor plus up to two adult educators.)

• A mentor who holds current certification and good standing with the National Association of Rocketry or the Tripoli Rocketry Association for the motor impulse class the team intends to fly, who has flown and successfully recovered at least two flights in that impulse class or higher using electronic staged recovery before PDR, and who attends every team launch including launch week. The mentor is the legal owner of the rocket for insurance purposes.

• Completion of NASA's Advanced Rocketry Workshop (ARW) by at least one qualifying adult. While the ARW requirement is still stated in the 2026 handbook and on the how-to-apply page, the 2027 workshop dates and registration are not currently published. However, you can assume this criterion will carry into future editions of the contest!
  

Two additional rules worth knowing, neither of which appeared in the previous version:

• Pre-qualification lasts two years, provided requirements are met. Placing at nationals does not mean a single-year window.

• One team per school. Two teams from the same school cannot both participate.
  

What is the NASA Student Launch timeline?

Date	Milestone
Aug 8, 2025	Request for Proposal released
Sept 22, 2025	Proposals due, 8:00 a.m. CT
Oct 7, 2025	Awarded proposals announced
Oct 9, 2025	Kickoff and PDR Q&A
Oct 27, 2025	Preliminary Design Review package due
Nov 3–25, 2025	PDR video teleconferences
Dec 3, 2025	CDR Q&A
Jan 7, 2026	Subscale flight deadline and Critical Design Review package due
Jan 14 – Feb 5, 2026	CDR video teleconferences
Feb 11, 2026	FRR Q&A
Mar 9, 2026	Vehicle Demonstration Flight deadline and Flight Readiness Review package due
Mar 16 – Apr 3, 2026	FRR video teleconferences
Apr 6, 2026	Payload Demonstration Flight deadline and FRR Addendum due
Apr 22, 2026	Teams arrive in Huntsville, AL
Apr 23–24, 2026	Launch Week events
Apr 25, 2026	Launch Day
May 11, 2026	Post-Launch Assessment Review due

As of this blog update, NASA's how-to-apply page states the 2025–2026 proposal period has closed, and no 2027 handbook or RFP has been released. Based on the last three cycles, the RFP typically drops in early-to-mid August with proposals due in mid-to-late September. Please check the official Student Launch page before planning around any date in this table!

One rule change worth knowing if you are budgeting: NASA's 2026 FAQ removed the launch-at-home option. For the 2025–2026 year, all teams were required to complete their final competition launch at Bragg Farms in Alabama rather than at a local NAR or Tripoli club field. The handbook's own text still describes a home launch window, and NASA states the FAQ supersedes the handbook.

What do you have to build and submit?

The deliverables, per the 2026 handbook:

1. A reusable rocket with the required payload system, ready for official launch.

2. A subscale model flown between proposal award and the CDR deadline, with altimeter data or complete flight video plus photos of the landed configuration.

3. A full-scale Vehicle Demonstration Flight and Payload Demonstration Flight, with raw altimeter data in .csv or .xlsx and landed-configuration photos.

4. A team social media presence maintained throughout the project year.

5. Either a STEM Industry Engagement plan and summary or a Community STEM Engagement plan and summary. (This requirement did not appear in the previous version of the post at all.)

6. The four review packages:

   • Preliminary Design Review (PDR): the preliminary design against requirements, cost, schedule, and technical constraints.

   • Critical Design Review (CDR): the final design of vehicle and payload, plus subscale flight results.

   • Flight Readiness Review (FRR): tests, analyses, and audits establishing that the as-built system is ready to fly safely.

   • Post-Launch Assessment Review (PLAR): in-flight and payload performance from the final launch.
     

What awards can middle and high school teams win?

While there is no overall ranking for grades 6–12, there are nine award categories, several of which exist only for this division. Edison Academy Magnet School took three of them in 2026.

The college division is scored and ranked. In 2026, the University of Alabama in Huntsville won first place overall and a $5,000 prize with its rocket Axiom and payload EVE, followed by Vanderbilt University and North Carolina State University.

Award	Middle/High School winner
SLI Vehicle Design	Edison Academy Magnet School, Edison, NJ
SLI Payload Design	Charles E. Smith Jewish Day School, Rockville, MD
ARC-NASA SL Excellence	The Stony Brook School, Stony Brook, NY
Altitude	The Stony Brook School, Stony Brook, NY
3D Printing	Edison Academy Magnet School, Edison, NJ
Judge's Choice	Charles E. Smith Jewish Day School, Rockville, MD
Best-Looking Rocket	SmilingTree, Sammamish, WA
Social Media	AIAA Orange County Section, Irvine, CA
Community STEM Engagement	Edison Academy Magnet School, Edison, NJ

How much does NASA Student Launch cost?

NASA's handbook and official pages do not list an application or registration fee. What teams pay for themselves:

• Airframe materials, motors, recovery hardware, and avionics

• Subscale and full-scale test flights

• Club launch fees and range access

• Travel, lodging, and shipping to Huntsville for launch week

The proposal itself requires a detailed line-item budget, funding plan, and a plan for handling cost overruns, which tells you NASA expects this to be a real financial project.

Is NASA Student Launch worth it for a middle schooler?

Pros and where it's worth it:

• Genuine engineering process exposure. Very few pre-college experiences put a student through PDR, CDR, and FRR with a NASA review panel asking real questions. That is not a simulation of engineering work. It is the work.

• Depth over breadth. Nine months on one system beats a weekend hackathon for anything you would later write about on an application or discuss in an interview.

• A verifiable, specific credential. Selected teams are published on NASA's site.
  

Cons and where it may be difficult:

• You cannot enter directly. Qualifying requires placing at ARC or Rockets for Schools first, which is its own year of work.

• The resource bar is high. A Level 2 or higher certified mentor, a legal launch site, motor access, and a school willing to fund travel. Many schools do not have any of these.

• Time load is heavy and runs straight through the academic year, on top of coursework.

• Not scored means less differentiation for grades 6–12 teams than the previous version of this post implied. The learning is real. A ranked national placement is not on the table in this division.

  
  

If your school does not already run a rocketry program, the realistic path is: join or start an American Rocketry Challenge team, place at nationals, then apply. In the meantime, you can build the underlying research and engineering skills through other routes. See 15 Aerospace Competitions for High School Students, 15 Space Research Project Ideas for Middle School Students, and 10 Research Opportunities in Aerospace Engineering for High School Students.

Frequently Asked Questions

Is NASA Student Launch open to middle school students? Yes. Qualifying middle schools, high schools, and informal education institutions serving grades 6–12 can submit a proposal for the Student Launch Initiative (SLI) division. Teams must qualify first through the American Rocketry Challenge or Rockets for Schools, and participation is limited to one team per school.

How do you apply to NASA Student Launch? Grades 6–12 teams cannot apply directly. You have to finish top 25 at the American Rocketry Challenge or top 5 in Rockets for Schools Class II, complete NASA's Advanced Rocketry Workshop, and then submit a proposal during the annual proposal window, which usually opens in August and closes in September. Colleges and universities can submit proposals without pre-qualifying.

Is NASA Student Launch a competition? For colleges and universities, yes. The USLI division is scored against a rubric and has awards for overall performance, design, safety, and altitude. For grades 6–12, NASA describes the SLI division as non-competitive and educational: teams complete the same milestones and reviews but are not scored against each other.

How long does NASA Student Launch take? Nine months. The cycle runs from the Request for Proposal in August through the final launch and Post-Launch Assessment Review the following spring, with hard deadlines at PDR, CDR, and FRR. Missing a milestone deadline eliminates a team from the project.

How much does NASA Student Launch cost? NASA does not charge an application or registration fee. Teams fund their own airframe, motors, recovery hardware, avionics, test launches, and travel to Huntsville, Alabama. The proposal requires a detailed line-item budget and funding plan.

How high do NASA Student Launch rockets fly? Rockets must reach an apogee between 4,000 and 6,000 feet above ground level. Teams flying below 3,500 feet or above 6,500 feet on the competition launch receive zero altitude points and are ineligible for the Altitude Award.

Where does NASA Student Launch take place? Design reviews happen remotely by video teleconference. The final launch takes place at Bragg Farms in Toney, Alabama, just north of NASA's Marshall Space Flight Center in Huntsville. For the 2026 cycle, NASA required all teams to launch on site rather than at a local club field.

What certification does a NASA Student Launch mentor need? The mentor must hold current certification in good standing with the National Association of Rocketry or Tripoli Rocketry Association for the motor impulse class the team plans to fly, and must have flown and successfully recovered at least two flights in that class or higher using electronic staged recovery before the PDR deadline. The mentor is required to attend every team launch.

One other option - Lumiere Research Scholar Program

If you’re interested in pursuing independent research, you could also consider applying to one of the Lumiere Research Scholar Programs, selective online high school programs for students founded with researchers at Harvard and Oxford. Last year, we had over 4000 students apply for 500 spots in the program! You can find the application form here.

Also check out the Lumiere Research Inclusion Foundation, a non-profit research program for talented, low-income students. Last year, we had 150 students on full need-based financial aid!

Stephen is one of the founders of Lumiere and a Harvard College graduate. He founded Lumiere as a PhD student at Harvard Business School. Lumiere is a selective research program where students work 1-1 with a research mentor to develop an independent research paper.