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v2.4 LEO + PINN
Orbital Mechanics & Symplectic Neural Simulation
Explore high-precision J2–J4 numerical orbit propagation, Hamiltonian Physics-Informed Neural Networks, Kessler debris fragmentation cascades, and real-time ESP32 Hardware-in-the-Loop spacecraft telemetry before launching the full 3D flight deck.
ACTIVE MODEL: ORBITAL RELAY SATELLITE (SKETCHFAB GLB)
DRAG TO ROTATE • SCROLL TO ZOOM
X: 0491 Y: 0186
PINN SYNC // LIVE
Modular Aerospace Platform
Explore NanoDynamics Sub-Systems
01 // ORBITAL FLIGHT DECK
Interactive 3D LEO Simulator
Full Three.js earth-moon-asteroid environment with 20 camera snap views, finite thruster burns, atmospheric reentry plasma VFX, and live NORAD CelesTrak tracking.
Launch Simulator →
02 // PHYSICS & PINN ENGINE
About the Astrodynamics Core
Deep dive into our Symplectic Hamiltonian projection layer, J2–J4 zonal harmonics, NRLMSISE-00 atmospheric drag, and NASA Breakup Model collision cascades.
Explore Architecture →
03 // SDK, FIRMWARE & 3D ASSETS
Downloads & Sketchfab 3D Library
Download the standalone Python propagator package, ESP32-S3 HIL firmware, pre-trained PyTorch PINN weights, and curated Sketchfab 3D spacecraft `.glb` models.
Browse Downloads →