L1 Rocket
Level 1 high-power rocketry. Built, waiting on a launch window.

My L1 certification rocket. Everything is built: airframe, avionics, recovery, parachute, preflight checklist. I just haven't had a launch window yet. The NAR L1 cert requires a witnessed flight at an insured range with a single H or I motor, stable ascent, and a successful parachute recovery. Once I get to a launch, the plan is solid.
The certification flight isn't the hard part. It's making sure everything works before you're standing on a field with a rocket on the pad and people watching.
- H or I motor only for the cert flight, single certified motor, no clustering
- Standard parachute recovery required. No tumble, glide, or non-parachute methods.
- CP has to be marked on the exterior, stability margin documented, and the certifier will ask you technical questions on the spot
- Kept the avionics bay accessible with one tool, no panel removal. Field conditions are not the place to discover you can't reach something.
- Wrote explicit go/no-go gates into the preflight checklist tied to physical states, not just task boxes
- Ran the full preflight procedure dry three times before ever going near a launch
- 01
OpenRocket for stability modeling and motor selection
- 02
Airframe build and fin alignment
- 03
Avionics and recovery packaging, bench-tested before integration
- 04
Preflight checklist written and dry-run until there were no surprises left in it
Everything built and bench-checked. Waiting on a launch window at an insured NAR range.
- The avionics packaging I thought would work fine needed a full rework once I actually tried to service it. What looks accessible in CAD isn't always accessible with cold hands.
- Recovery packaging fit was tighter than expected once temperature dropped. Something to spec more carefully on L2.
Tools & Methods
Specs
- Motor class
- H or I (single)
- Certification body
- NAR
- Status
- Built, launch pending
