RED ORBIT
8 Million Objects. Zero Installation. Seconds to Launch.
Coming Late 2025 • Request Beta Access
Instant Deployment. Extreme Scale. Real Physics.
RED ORBIT delivers instant deployment with unprecedented scale. Simulate 8 million objects with professional-grade orbital mechanics, including selective N-body physics for critical regions. Render 100,000 objects at 40 FPS. Load in seconds. Hardware-accelerated performance in your browser. Multi-body physics (Earth, Moon, Sun, J2, drag, SRP) for all objects. Selective N-body for up to 100K objects in focused regions.
Instant Deployment
Load in seconds. Run in your browser. No installation, no servers, no configuration. Access your space environment instantly.
8 Million Objects
Professional multi-body physics for all 8 million objects. Selective N-body physics for critical regions up to 100K objects. Handle scenarios impossible with traditional tools.
Selective N-Body Physics
Focus computational power where needed. N-body calculations for critical regions while maintaining global awareness. Physics-based predictive capability.
Platform Capabilities
Multi-Mission Support
Earth to Moon and beyond. Real multi-body dynamics for LEO, MEO, GEO, lunar transfers, and Lagrange points.
Collision Analysis
Calculate collision probabilities. Export conjunction data. Plan avoidance maneuvers with precision.
Kessler Modeling
Simulate catastrophic debris events. Watch cascades unfold. Test scenarios impossible with real satellites.
Data Export
Stream telemetry via WebSocket. Export collision matrices. Integrate with your mission dashboards.
Performance Metrics
Minimal memory footprint. 40 FPS with 100K objects rendered. Loads in seconds. GPU-optimized for modern browsers.
Real Physics
Multi-body orbital mechanics including Earth, Moon, Sun, J2 perturbations, atmospheric drag, and solar radiation pressure. Selective N-body physics for enhanced regional calculations.
Security First. Always.
Client-Side Computation
All physics calculations happen in your browser. No data leaves your device. ITAR compliant by design.
Air-Gap Ready
Deploy in isolated environments. Available as standalone package for classified networks. Never touches public domains.
Zero Data Collection
We never see your scenarios, orbits, or analysis. Your mission data stays yours. No telemetry, no tracking.
Built For Space Professionals
Satellite Operators
Real-time conjunction assessment. Maneuver planning. Fleet management at scale.
Space Force & Military
Threat assessment. Mission planning. Classified-environment ready.
Universities
Research-grade physics. Unlimited student access. No license restrictions.
Insurance Companies
Risk modeling. Collision probability. Debris cascade analysis.
Launch Providers
Launch window analysis. Debris field navigation. Trajectory optimization.
Space Agencies
Mission design. Long-term sustainability. International coordination.
See RED ORBIT in Action
Real-Time Space Visualization
Watch 8 million objects propagate simultaneously. See debris clouds expand in real-time. Track conjunctions as they develop. All with professional-grade physics accuracy.
- 100,000 objects rendered at 40 FPS
- Professional multi-body orbital mechanics
- Selective N-body physics for critical regions
- GPU-accelerated performance
Predictive Collision Analysis
Identify potential conjunctions with physics-based propagation. Calculate relative distances and approach vectors. Export telemetry data to your systems in real-time.
- Conjunction identification and tracking
- Miss distance calculations
- Delta-V maneuver calculations
- Real-time telemetry streaming
Kessler Syndrome Simulation
Model catastrophic debris events before they happen. Watch debris clouds propagate through orbital regimes. Test mitigation strategies. Understand evolution patterns.
- Power-law debris generation
- Fragment size distribution modeling
- Debris cloud expansion visualization
- Multi-day propagation capability
Request Beta Access
RED ORBIT beta access is limited to qualified organizations. Contact our team to discuss your requirements and validation process.