Rocketry: RFTS Rocket Competition + NM Spaceport Hosts Student Launches + FAR‑OUT Rockets at Mojave

Key Takeaways

• RFTS hosts 18th national student rocket competition.
• NMSU and CAP teams launched 11 rockets at Spaceport America.
• Ten rockets achieved successful flights; ten students earned NAR Level 1.
• FAR‑OUT returns to Mojave, featuring hybrid and liquid engines.
• Event offers precision apogee challenges up to 240,000 ft.

Summary

The Rocketry Federation of the Stars (RFTS) is running its 18th National Rocket Competition for students aged 10‑18, while New Mexico State University and the Albuquerque Civil Air Patrol launched eleven rockets from Spaceport America on Feb. 14, 2026. Ten of those rockets flew successfully and ten students earned NAR Level 1 certifications. Simultaneously, the Friends of Amateur Rocketry – Oxidizers Uninhibited Tournament (FAR‑OUT) is returning to the Mojave Desert from May 27 to June 1, showcasing hybrid and liquid‑propellant engines with apogees up to 240,000 ft. These events highlight a surge in hands‑on aerospace education and experimental rocketry across the United States.

Pulse Analysis

Student rocketry competitions have become a cornerstone of STEM outreach, offering hands‑on experience that bridges classroom theory and real‑world engineering. The RFTS National Rocket Competition, now in its 18th year, draws youth from across the country to design, build, and launch model rockets, reinforcing fundamentals in aerodynamics, propulsion, and data analysis. Parallel to this, the American Rocketry Challenge (ARC) continues to expand, providing a structured, multi‑month curriculum that culminates in a national finals event, thereby creating a pipeline of technically proficient graduates ready for aerospace careers.

The recent launch event at Spaceport America illustrates how university programs and civil organizations can collaborate to amplify these educational benefits. NMSU’s Atomic Aggies team, supported by CAP cadets, executed eleven launches, achieving a 91% success rate and awarding Level 1 certifications to ten participants. Such achievements not only validate student designs but also showcase the viability of regional launch sites for academic testing, attracting industry partners and fostering a localized aerospace ecosystem in New Mexico.

Looking ahead, the FAR‑OUT tournament in Mojave signals a shift toward more ambitious, experimental rocketry. By featuring commercial‑off‑the‑shelf hybrids, research hybrids, and liquid engines, the event pushes the boundaries of precision flight and motor efficiency, with apogees ranging from 5,000 ft to a record‑setting 240,000 ft. The accompanying technical conference connects students, hobbyists, and aerospace firms, accelerating knowledge transfer and potentially seeding future commercial ventures. Together, these initiatives underscore a growing synergy between education, hobbyist innovation, and the broader aerospace industry.