EARTH
0.000, 0.000, 0.000
Sat
0.003, -4.810, 0.001
Sat
0.003, -4.810, 0.001
BUZZ
Experience autonomy. For real. This simulator lets you step into a realistic in-orbit servicing scenario. No theory. No shortcuts. Just real dynamics, real constraints, real decisions.
What's this simulator?
A realistic in-orbit servicing scenario, designed to be experienced hands-on.
Realistic orbital and attitude dynamics
The simulator reproduces real orbital motion, relative navigation, and attitude dynamics. Every movement follows physical constraints, not shortcuts.
Human vs AI comparison
You can fly the mission yourself or challenge an AI agent trained to perform the same maneuver, and see how autonomy behaves in practice.
Mission-driven constraints
Velocity limits, safety zones, and fuel consumption matter. Success depends on respecting operational boundaries, just like in real missions.
EARTH
0.000, 0.000, 0.000
Sat
0.003, -4.810, 0.001
Sat
0.003, -4.810, 0.001
BUZZ
Experience autonomy. For real. This simulator lets you step into a realistic in-orbit servicing scenario. No theory. No shortcuts. Just real dynamics, real constraints, real decisions.
What's this simulator?
A realistic in-orbit servicing scenario, designed to be experienced hands-on.
Realistic orbital and attitude dynamics
The simulator reproduces real orbital motion, relative navigation, and attitude dynamics. Every movement follows physical constraints, not shortcuts.
Human vs AI comparison
You can fly the mission yourself or challenge an AI agent trained to perform the same maneuver, and see how autonomy behaves in practice.
Mission-driven constraints
Velocity limits, safety zones, and fuel consumption matter. Success depends on respecting operational boundaries, just like in real missions.
EARTH
0.000, 0.000, 0.000
Sat
0.003, -4.810, 0.001
Sat
0.003, -4.810, 0.001
BUZZ
Experience autonomy. For real. This simulator lets you step into a realistic in-orbit servicing scenario. No theory. No shortcuts. Just real dynamics, real constraints, real decisions.
What's this simulator?
A realistic in-orbit servicing scenario, designed to be experienced hands-on.
Realistic orbital and attitude dynamics
The simulator reproduces real orbital motion, relative navigation, and attitude dynamics. Every movement follows physical constraints, not shortcuts.
Human vs AI comparison
You can fly the mission yourself or challenge an AI agent trained to perform the same maneuver, and see how autonomy behaves in practice.
Mission-driven constraints
Velocity limits, safety zones, and fuel consumption matter. Success depends on respecting operational boundaries, just like in real missions.
How to play
Choose your control
Keyboard or gamepad. Switch anytime.
Pick your mode
Solo challenge or Human vs AI.
Fly the mission
Respect limits. Reach the docking port.
How to play
Choose your control
Keyboard or gamepad. Switch anytime.
Pick your mode
Solo challenge or Human vs AI.
Fly the mission
Respect limits. Reach the docking port.
How to play
Choose your control
Keyboard or gamepad. Switch anytime.
Pick your mode
Solo challenge or Human vs AI.
Fly the mission
Respect limits. Reach the docking port.
CubeSat
0.003, -4.810, 0.001
Precision vs intuition
Keyboard
Higher precision. Step-by-step control. Best if you like accuracy and fine tuning.
Gamepad
More intuitive. Analog control. Best if you prefer natural movements.
Both control real orbital and attitude dynamics.
Let's get started
Scalable, flight-ready and user-friendly AI-powered solutions for the space industry.
AIKO S.r.l. - Via dei Mille 22, 10123, Torino, Italy, VAT: 11686290013 | REA: TO1233188
AIKOSPACE S.a.S - Bâtiment NIWA - 33 piste des géants, 31400 Toulouse
© Copyright 2026 All rights reserved
Let's get started
Scalable, flight-ready and user-friendly AI-powered solutions for the space industry.
AIKO S.r.l. - Via dei Mille 22, 10123, Torino, Italy, VAT: 11686290013 | REA: TO1233188
AIKOSPACE S.a.S - Bâtiment NIWA - 33 piste des géants, 31400 Toulouse
© Copyright 2026 All rights reserved
Let's get started
Scalable, flight-ready and user-friendly AI-powered solutions for the space industry.
AIKO S.r.l. - Via dei Mille 22, 10123, Torino, Italy, VAT: 11686290013 | REA: TO1233188
AIKOSPACE S.a.S - Bâtiment NIWA - 33 piste des géants, 31400 Toulouse
© Copyright 2026 All rights reserved