OrbitExSpace — Autonomous Systems
Autonomous Vehicles
AI-powered robotic systems designed for sustained surface operations on the Moon and Mars. Each platform will operate autonomously under orbital command relay, executing long-duration science, construction, and resource extraction missions.
6
Active Programs
Moon / Mars
Target Environments
Neural Autonomy v4
AI Architecture
2027 — 2031
Operational Horizon
DEPLOYMENT SCHEDULED 2028
OEX Lune-Traverse I
Geological Survey Crawler
Lunar Surface Operations Division
PRE-FLIGHT INTEGRATION 2027
NEXUS-1 Scout
Autonomous Reconnaissance Platform
Autonomous Reconnaissance & Mapping Division
DEVELOPMENT PHASE 2026
ARIA-Harvester
In-Situ Resource Extraction Agent
In-Situ Resource Utilization Division
ASSEMBLY PHASE 2029
TerraNaut VII
Subsurface Drilling & Analysis Rover
Mars Subsurface Research Division
PROTOTYPE TESTING 2027
Ares-Walker X
Bipedal Surface Engineering Robot
Mars Surface Engineering & Construction Division
FLIGHT TRIALS 2028
Ingenuity-OEX Aero Scout
Autonomous Aerial Reconnaissance Drone
Aerial Reconnaissance Division
Neural Autonomy Platform
Every vehicle will operate on a shared AI command architecture
OrbitExSpace Neural Autonomy v4 will unify all planetary surface robots under a single orbital relay intelligence layer. Vehicles will share sensor data, negotiate task allocation, and adapt mission parameters in real time without ground intervention latency.
Engineering ArchitectureUp to 24 min
Comms Latency Tolerance
7-tier AI
Autonomous Decision Layers
Per unit
Inter-Vehicle Mesh Nodes
Solar + RTG
Power Systems