Space Life-Support Technology Transfer: TRL Gate Pipeline (2D)
A 2D lane diagram of how a space life-support technology (water recovery, CO2 scrubbing, air recycling) climbs the 9 Technology Readiness Levels toward terrestrial spinoff commercialization, driven by a funding-vs-rigor gate-pass model, with a live TRL progression timeline chart.
Space life-support hardware — water-recovery distillation loops, CO2 scrubbers, closed-loop air recyclers — rarely stays a spaceflight-only product. Before it can be licensed for a terrestrial disaster-relief kit, a submarine, or a remote clinic, it has to climb all nine Technology Readiness Levels, each separated by a validation gate that can send an underfunded or under-tested design back a level. This 2D lane view lays the pipeline out as a straight ladder of nine gate stations: modules travel toward each gate and a logistic pass-probability model — driven by your funding rate against the gate's rigor — decides whether they advance, stall, or drop back a level, while a scrolling strip chart and a running tally show cumulative R&D spend against the net present value actually captured once a module reaches TRL 9 and spins off into your chosen terrestrial market.
A 2D lane diagram of a space life-support technology climbing the nine Technology Readiness Levels toward terrestrial spinoff, with a funding-vs-rigor gate-pass model and a live TRL progression strip chart.
2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install