Club Rocket — Achievement Badges
Ten badges mark the path through the Club Rocket program, from a first supervised launch to mentoring the next student through their own badges.
1. Ignition Recruit
Rocket: Estes Alpha III. First kit build, first supervised flight. Focus: safety checklist, motor installation, igniter handling.
Earned on: one successful launch and safe recovery, instructor-supervised.
Why this rocket: an entry-level rocket kit from Estes.
2. Launch Private
Rocket: Mercury-Redstone. Repeated flights with growing independence. Focus: running the pre-flight checklist unassisted, basic troubleshooting (misfires, hang-fires).
Earned on: 3 self-run launches, no instructor intervention on procedure.
Why this rocket: America's first crewed flight vehicle — repeated, disciplined procedure.
Learn more about the Mercury-Redstone Launch Vehicle on Wikipedia →
3. Recovery Specialist
Rocket: Falcon 9. Recovery systems as their own discipline. Focus: parachute packing, wadding/ejection protection, ejection charge/delay selection matched to motor.
Earned on: a flight where the student selects the correct delay and packs recovery gear themselves, with a clean (undamaged) recovery.
Why this rocket: the one modern rocket defined by successful recovery — an obvious thematic match.
4. Airframe Corporal
Rocket: Atlas V. First scratch-build or major kit mod. Focus: fin alignment, centering rings, finish work, basic CG/CP relationship.
Earned on: a from-plans build that flies stably (straight ascent, no weathercocking beyond normal).
Why this rocket: a workhorse airframe with a strap-on booster — visually reads as “built,” not stock.
5. Telemetry Sergeant
Rocket: Black Brant. Instrumentation introduction. Focus: altimeters, tracking devices, logging altitude and ascent time in meters and seconds.
Earned on: a flight with recorded data the student can read back and explain.
Why this rocket: actual sounding rockets exist purely to collect flight data — a direct match.
6. Trajectory Lieutenant
Rocket: Ariane 5. Simulation and predictive design. Focus: OpenRocket (or similar) modeling — predicting altitude and stability before the build exists.
Earned on: an actual flight that lands within an agreed margin (e.g. ±10%) of its simulated altitude.
Why this rocket: precision-engineered, symmetric twin-booster design — “designed before it flies.”
7. Payload Captain
Rocket: Pegasus. Design-to-spec constraint work — the true ARC on-ramp. Focus: building to a fixed target (mass limit in grams, altitude window in meters, or a simple payload like an egg or sensor).
Earned on: a rocket that satisfies a written spec, not just “flies.”
Why this rocket: built specifically around carrying a payload to spec.
8. Apogee Major
Rocket: Soyuz. ARC build and qualification flights. Focus: meeting official ARC rules and documentation, attempting qualifying flights.
Earned on: a completed, rule-compliant ARC qualification attempt.
Why this rocket: the definitive reliable, repeat-qualifying workhorse — fits ARC qualification.
9. Precision Colonel
Rocket: Space Shuttle. First-pass data-driven tuning — single-variable adjustment. Focus: using flight data to change one thing at a time (motor selection, added mass, delay length) to move toward a target altitude or duration.
Earned on: a documented before/after pair — flight 1 misses the target, a single deliberate change is made, flight 2 measurably closes the gap.
Why this rocket: famous for precision — a glider landing on a runway, zero margin for error.
10. Apex Commander
Rocket: Starship. Full precision dial-in plus mentorship — the capstone. Focus: repeatable accuracy across multiple variables, and passing skills forward.
Earned on: two or more flights landing within a tight target band (e.g. ±5% of target altitude or duration) and instructor sign-off for mentoring a junior student through at least one earlier badge.
Why this rocket: biggest, newest, most ambitious — the obvious capstone.
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