Define
Set motor, grain, nozzle, and vehicle inputs in a controlled case.
Engineering simulation environment
Model the burn.
Read the system.
A focused desktop environment for solid-motor internal ballistics, propellant-grain regression, particle-size studies, and coupled UAV booster dynamics.
◆Controlled distribution · Every release requires approval
Desktop application screenshot — controls inside this image are not interactive.
Simulation chain
Grain → Motor → VehicleOne run. One connected engineering record.
07grain architectures
03coupled analysis domains
PDFengineering run reports
Windows desktop · English / Türkçe
Connected analysis
One run, carried from geometry to vehicle response.
PropulsionLab keeps grain evolution, chamber behavior, thrust history, and booster response in one traceable engineering workflow.Solve
Resolve regression geometry alongside chamber and thrust time histories.
Couple
Carry the calculated thrust curve directly into UAV booster dynamics.
Record
Preserve inputs, results, notes, and plots in a run file and PDF report.
Inside the calculation
See the physical story—not only the final number.
01 / GRAIN
Follow sectional regression through time.
Port growth, remaining web, propellant volume, and burning area are read in the same moving view.
Engineering visualization · not test footage
02 / VEHICLE
Carry the thrust curve into vehicle response.
Mass, drag, lift, and launch angle are coupled to speed, g-force, and trajectory histories.
Engineering visualization · not test footageProduct structure
Purpose-built modules, one shared run.
Main Motor
Internal-ballistics calculation, motor inputs, performance results, thrust and chamber-pressure histories.
Grain Dynamics
Dynamic 2D sectional regression for Tubular, PFC, Multi-tube, Slot-Star, Dual Thrust, Star, and Wagon-Wheel grains.
UAV Booster
Coupled speed, acceleration, position, drag, lift, mass, and launch-angle response driven by the calculated thrust curve.
PSD Measurement
Particle-size distribution case studies, property fitting, run-condition notes, and controlled reuse of estimated values.
Test Motor
Load test-motor measurements, calculate summaries, inspect measured curves, and retain experimental context.
Reports & Runs
Save a complete working run and export selected modules, inputs, results, notes, and plots to a structured PDF report.
Validation discipline
Comparison is part of the engineering record.
The PropulsionLab validation page presents controlled-input comparison curves together with their scope, assumptions, and version context.
Explore validation →
Controlled licensing
Access designed around the way you work.
01
LICENSE
Academic
Thesis, teaching, and non-commercial research
Contact for proposalLearn more →02
CORE OPTION
Professional
Independent engineering and applied R&D
Contact for proposalLearn more →03
LICENSE
Company
Teams and managed organizational use
Contact for proposalLearn more →Ready to evaluate PropulsionLab for your work?
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