Propulsion software for spacecraft — engines, tanks, burn plans, executed burns with Tsiolkovsky Δv, abort feasibility, and a live Δv budget tracker.
Propulsion software for spacecraft — engines, tanks, burn plans, executed burns with Tsiolkovsky Δv, abort feasibility, and a live Δv budget tracker.
What's included
Engine + tank registry per vehicle — bipropellant / monopropellant / solid / electric / cold-gas / nuclear-thermal
Burn plans with target Δv, planned TIG, duration, throttle setpoint
Executed-burn logging — Δv computed via Tsiolkovsky from propellant + initial vehicle mass + engine Isp
Server-side burn trigger transactionally decrements fuel + oxidizer tanks by mixture ratio, updates vehicle currentPropellantPct, bumps engine cycles
Performance alarms — under/over-performance vs. target Δv at warning + critical thresholds; critical → Mission anomaly mirror
Abort modes with required Δv + propellant; feasibility recomputes live as tank state changes (feasible / marginal / infeasible)
Δv budget tracker — budget vs. expended vs. reserved-for-armed-aborts vs. available with stacked-bar visualization and live verdict
Daily health scan: engines approaching qualified-cycle limit, tanks below reserve
Wally tools: list engines, Δv budget, upcoming burns, abort feasibility, plan-burn, log-executed-burn
About this module
Propulsion is what propulsion engineers reach for instead of a spreadsheet. Engine + tank registry per vehicle (bipropellant, monoprop, solid, electric, cold-gas, nuclear-thermal). Burn plans with target Δv + TIG + duration + throttle setpoint.
Executed-burn logging — actual Δv computed via Tsiolkovsky from propellant + initial vehicle mass + engine Isp. Abort feasibility recomputes live as state changes. Live Δv budget tracker (budget vs. expended vs. reserved-for-aborts vs. available).
What you can do with it
Plan a Mars-injection burn with throttle profile + abort-feasibility check
Log an actual on-orbit burn and update the remaining Δv budget
Watch the Δv reserve dwindle through a multi-burn rendezvous sequence
Compare electric vs. chemical propulsion options for a deep-space mission
Get this module
Free for all Turtini organizations.
Who it's for
- Space-mission propulsion engineers
- Smallsat + cubesat teams
- Aerospace students + faculty running mission-design coursework
Details
- Category
- Operations
- Pricing
- Free
- Built by
- Badge
- New