
AI-Enabled In-Space Refueling
Extend Every Mission.
Slash Every Cost.
Spargo Space develops tonne-class hydrazine and cryogenic propellant depots that enable repeatable, scalable missions in low-Earth orbit and cislunar space.
Our systems are designed for operational deployment, reducing launch mass constraints and extending mission reach for government and commercial spacecraft.

10x
Mission Extension
70%
Cost
Reduction

Cislunar
Range
Cover

24/7
Autonomous Operations
Revolutionary Space Infrastructure

AI-Guided Docking
Advanced autonomous docking systems that will enable precise, safe rendezvous and fuel transfer without human intervention.
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Vision Language Models
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Predictive Algorithms
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Real-time Adjustments

Radiation-Hardened
Military-grade protection that will ensure continuous operation in harsh space radiation environments.
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Triple Redundancy
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Self-Healing Systems
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Mission Assurance

Multi-Propellant Storage
Flexible storage architecture that will support various propellant types for diverse mission requirements.
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Hydrazine and Cryogenic Capable
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Modular Design
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Scalable Capacity

Station-Keeping
Precision orbital maintenance that will keep depots positioned optimally for customer access.
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Orbital Optimization
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Collision Avoidance
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Low Propellant Usage

Building In-Space Refueling Depots
The future of space operations demands sustainable, scalable infrastructure. Spargo Space is pioneering the orbital logistics network that will enable humanity's expansion beyond Earth.
Our autonomous fuel depots will eliminate the single-use mentality of traditional spaceflight. By enabling on-orbit refueling, we're unlocking unprecedented mission flexibility and dramatically reducing the cost of space operations.
Transforming Space Operations
From LEO to cislunar and beyond
Commercial Satellites
Extend operational lifetimes and maximize ROI for commercial satellite constellations.
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Extended Revenue Generation
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Reduced Replacement Costs
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Flexible Orbit Changes
Government Missions
Enable sustained presence and flexibility for defense and scientific operations.
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Strategic Positioning
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Mission Adaptability
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Operational Resilience
Deep Space Exploration
Support cislunar and beyond with reliable refueling infrastructure.
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Mission Range Extension
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Cost-Effective Architecture
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Reusable Assets



