Preview
Orbital · Mechanics
Orbital Mechanics Core
Time-warp aware simulation of orbits, burns and transfers with visual maneuver planning.
4
Vehicle Types
4
Mission Modules
LEO → Deep Space
Mission Range
Space Exploration Simulator
Space Exploration Simulator
Orbit · Transfer · Landing · Habitation
A systems-level space exploration simulator — design missions, pilot vehicles and manage off-world stations from low Earth orbit to deep space.
Orbital
Mechanics Core
Crewed & Uncrewed
Vehicle Systems
Powered
Descent & Landing
Mission Control
Ops View
Features
Click any card to watch the feature demo and explore full details.
Preview
Vehicles · Systems
Vehicle Systems
Propulsion, RCS, power and life support modeled for crewed and uncrewed vehicles.
Preview
Surface · Landing
Landing & Surface Ops
Powered descent, touchdown profiles and outpost logistics on selected bodies.
Preview
Operations · Control
Mission Control View
Monitor timelines, anomalies and telemetry from a ground-style ops panel.
Preview
Fleet · Vehicle Lineup
Spacecraft Fleet
A core fleet for training, with room for custom craft tailored to your own missions.
Preview
Workspaces · Mission Modules
Mission Modules
Focused workspaces to build, verify and run complex exploration missions end-to-end.
Core Capabilities
Every layer of space mission operations — orbital mechanics, vehicle systems, landing and mission control.
Orbital Mechanics Core
Time-warp aware simulation of orbits, burns and transfers with visual maneuver planning.
Vehicle Systems
Propulsion, RCS, power and life support modeled for crewed and uncrewed vehicles.
Landing & Surface Ops
Powered descent, touchdown profiles and outpost logistics on selected bodies.
Mission Control View
Monitor timelines, anomalies and telemetry from a ground-style ops panel.
Resources & Docs
Technical specs, feature guides and integration references for the space exploration simulator.
Tech Spec Sheet
Full simulator specs — orbital mechanics core, vehicle systems, supported bodies and system requirements.
Feature Overview
Complete guide to orbital mechanics, vehicle systems, landing ops and mission control views.
Integration Guide
Step-by-step guide for deploying into aerospace labs, classrooms and simulation centers.
Build Workflow
Structured progression from objectives and trajectory design through simulation to analysis.
01 — DEFINE
Define Objectives
Choose exploration targets, timeframes and mission goals — crewed, cargo or science payload missions.
02 — DESIGN
Design Trajectory
Set launch windows, transfers, staging events and capture points for the full interplanetary mission.
03 — SIMULATE
Simulate Execution
Fly the plan from cockpit or mission control view, watching how each system behaves under load.
04 — ANALYSE
Analyse & Iterate
Review margins, anomalies and crew workload, then refine the plan for the next simulation run.
Common Questions
Four core vehicles: GG-Orbiter (crewed LEO, rendezvous, docking, reentry), GG-Lunar Lander (crewed & cargo, powered descent, precision landing), GG-Transfer Stage (cryogenic deep-space, injection burns, planetary capture), and GG-Probe Series (uncrewed science, flybys, long-duration missions).
Four modules: Trajectory Design (burn & flyby chain planning with real-time orbital feedback), Vehicle Config (stage performance, fuel margins, payload profiles), Station & Outpost (crew rotations, consumables, power budgets), and Training & Replay (scripted missions with full log capture and multi-vantage replay).
Four phases: (1) Define Objectives — choose targets, timeframes and goals; (2) Design Trajectory — set launch windows, transfers, staging events and capture points; (3) Simulate Execution — fly from cockpit or mission control view; (4) Analyse & Iterate — review margins, anomalies and crew workload, then refine the plan.
Aerospace training teams, space academy students, simulation lab operators, mission planners and outreach programs needing a realistic systems-level environment for orbital mechanics, vehicle operations, lunar and interplanetary mission design, and space station management.