Forecast & Simulate NEO Collisions in 3D
An interactive research platform for predicting near-Earth object impact trajectories and visualizing collision scenarios in a fully rendered three-dimensional space environment.
Understanding the threat before it arrives
Near-Earth objects pass our planet constantly. While most are harmless, a small fraction follow trajectories that warrant close observation. This platform combines orbital mechanics with interactive 3D simulation to help forecast potential collisions and make complex physics tangible.
Orbital Tracking
Model the orbital paths of near-Earth objects using Keplerian elements and real ephemeris data.
Impact Forecasting
Estimate collision probability and predicted impact windows across configurable time horizons.
3D Visualization
Watch trajectories unfold in a real-time three-dimensional scene rendered with React Three Fiber.
Scenario Analysis
Adjust velocity, mass, and approach angle to explore deflection and worst-case impact outcomes.
Meet the Team
The minds behind the NEO Collision Simulator.
Raman Jangam
Student at ISM
NEO datasets & collision prediction
Pratik Gaikwad
Student at ISM
Real-time rendering & physics simulation
Satyam Satyarthi
Student at ISM
Trajectory modeling & impact probability