Learn
Three tracks, six levels: from a child’s first question about orbits to research-grade derivations. The math is taught inside each track, step by step.
Tracks
- Available now
Orbital Mechanics
How satellites and spacecraft move: Kepler, vis-viva, transfers, perturbations and Lambert targeting.
- Available now
Aeronautical Engineering
How aircraft fly: lift and drag, airfoils, propulsion, performance, stability and control of high-performance jets and rotorcraft.
- Available now
Physics
The foundations: classical mechanics, Lagrangian and Hamiltonian mechanics, electromagnetism, thermodynamics and statistical mechanics, fluids, and the relativity that matters for orbits.
Levels
- Kids
- Teens
- Community college
- Undergraduate (freshman–senior)
- Graduate
- PhD / research
How every lesson is built
- Clear learning objectives
- Prerequisites stated up front
- Step-by-step derivations, with the math method named (calculus, vectors, ODEs, numerical methods)
- Worked examples, then practice problems with solutions
- Common mistakes to avoid
- Cited textbooks and papers; every number computed and checked
For teachers
Pair the guide with the Orbit Lab in class, and use the Lesson Builder and teacher sheets to plan.