WebGL Rocket Simulation
Physics-accurate rocket simulation in the browser.
About This Project
WebGL Rocket Simulation is an educational physics platform that teaches orbital mechanics, rocket propulsion, and space mission planning through interactive browser-based simulations. Built entirely in WebGL for universal accessibility, the application allows students and space enthusiasts to design rockets, plan trajectories, and execute missions to the Moon, Mars, and beyond. The simulation uses real gravitational data from NASA's SPICE toolkit, accurate atmospheric models, and realistic propulsion physics. Users can experiment with different engine types, fuel mixtures, and staging configurations while observing the direct impact on delta-v budgets and mission feasibility. An instructor mode allows teachers to create custom scenarios and track student progress. The platform has been adopted by several universities and space education programs worldwide.
What It Does
N-body gravitational simulation with real planetary ephemeris data
Rocket designer with customizable stages, engines, and fuel types
Mission planner with Hohmann transfers, gravity assists, and aerobraking
Real-time trajectory visualization with orbital mechanics overlays
Historical mission recreation including Apollo, Voyager, and Mars rovers
Classroom mode with assignment creation and progress tracking
Built With
TECHNOLOGIES
PLATFORMS
Engine
WebGL / Three.js
Year
2024
Category
Web Simulation
Project Scope
Studio
XR Studio
Platforms
Deployed to 1 platform
Tech Depth
5 technologies across WebGL / Three.js
Client
Educational Client
Delivered
2024