Orbital Mobility Reimagined
Enabling scalable, cost-effective in-space logistics for government and commercial missions
Remora Space develops reusable systems for orbital maneuvering, servicing, and infrastructure—aligned with national priorities in space, energy missions.
Focused on modular, propellant-efficient orbital mobility nodes for multi-mission deployment
Aligned with National Space & Energy Missions
Our technology development supports key government initiatives across multiple agencies:
DoD / SpaceWERX: Responsive space and operational resilience
NASA: Orbital servicing, mobility, and long-duration space operations
Department of Energy (DOE): In-space infrastructure and terrestrial energy-related missions
We focus on early-stage feasibility and scalable solutions aligned with SBIR/STTR program objectives.
The Challenge
Current space missions rely heavily on single-use systems with limited maneuverability and high operational costs.
This lack of reusable orbital infrastructure restricts mission flexibility, increases cost, and limits long-term scalability of space operations.
Our Approach
Remora Space is developing a reusable orbital mobility architecture designed to:
Enable efficient in-space transportation and repositioning
Support servicing, logistics, and extended mission lifecycles
Reduce dependency on single-use propulsion systems
A modular architecture enabling reusable mobility nodes and standardized system integration across missions.
Why Now?
Increasing satellite density, mission complexity, and cost pressures are driving the need for reusable, infrastructure-level capabilities in orbit.
Current systems are not designed for sustained, flexible operations.
Core Capabilities
New Product Introduction (NPI) & Program Execution
Systems Engineering & Architecture Development
Rapid Concept Development & Feasibility Analysis
Government Proposal Development (SBIR/STTR)
Cross-functional Technical Program Management
Applications
Orbital maneuvering and repositioning
Satellite servicing and life extension
In-space logistics and infrastructure support
Government and commercial mission integration
SBIR & Government Engagement
Remora Space is actively pursuing SBIR/STTR opportunities to advance early-stage technologies from concept to feasibility demonstration.
Our development approach aligns with:
Phase I: Technical feasibility and modeling
Phase II: Prototype development and validation
Phase III: Commercialization and mission integration
Remora Space is currently preparing SBIR/STTR proposals and seeking technical and research partners.
Collaboration Opportunities
We collaborate with:
Engineering and testing firms
Research institutions and universities
Government stakeholders and program offices
If you are interested in partnering on SBIR/STTR opportunities or technology development, we welcome the conversation.
