regarding the rule "no crowds for unproven models", how do you, the RSO, decide a model is "unproven"?
we've all seen poorly built kits of known stable models (people put all kinds of extra glue and nose weight and plywood fins etc., make it unstable)
we've all seen known stable, experienced rockets do unexpected things (current SR71 thread on TRF)
we've all seen properly prepped rockets fail to deploy recovery systems
we've all seen poorly prepped rockets fail to deploy recovery systems
we've all seen fully deployed rockets land on people, awnings, and cars.
we've all seen recovery systems fail (separation), motors CATO, other random stuff.
bottom line: until it launches straight and lands gently, successfully, EVERY rocket is "unproven"!
until the study is complete and data about frequency of failure modes is presented, you can not correctly infer or reason about how to improve the current safety rules.
we can talk about what data to collect and how to analyze it, that might help the committee.
we've all seen poorly built kits of known stable models (people put all kinds of extra glue and nose weight and plywood fins etc., make it unstable)
we've all seen known stable, experienced rockets do unexpected things (current SR71 thread on TRF)
we've all seen properly prepped rockets fail to deploy recovery systems
we've all seen poorly prepped rockets fail to deploy recovery systems
we've all seen fully deployed rockets land on people, awnings, and cars.
we've all seen recovery systems fail (separation), motors CATO, other random stuff.
bottom line: until it launches straight and lands gently, successfully, EVERY rocket is "unproven"!
until the study is complete and data about frequency of failure modes is presented, you can not correctly infer or reason about how to improve the current safety rules.
we can talk about what data to collect and how to analyze it, that might help the committee.