Aerospace Engineering Lab

Parameters

Angle of Attack: 10°

Velocity: 250 m/s

Rocket Stages: 2

Aerospace Engineering — Orbital Mechanics

Aerospace engineering combines propulsion, structures, and orbital mechanics to design vehicles that operate beyond Earth's atmosphere. This simulation focuses on the trajectory phase — from launch to orbital insertion — letting you experiment with rocket staging and delta-v budgets. Mastering these concepts is essential for mission planning and spacecraft design.

What you can do in this simulation

Set initial launch angle and thrust profile to minimize gravity losses
Stage the rocket by jettisoning empty tanks and observe mass-ratio effects
Plot the trajectory on an altitude-vs-downrange chart in real time
Adjust orbital insertion burn timing to achieve circular vs. elliptical orbits
Inspect instantaneous velocity, altitude, and remaining delta-v budget

Concepts covered

delta-v · orbital insertion · staging · gravity turn · specific impulse

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