34,000+
Tracked objects
Catalogued debris and operational spacecraft in Earth orbit
Orbital recovery systems
Recovering orbit.
Protecting the future.
TVK Orbital is developing autonomous systems to detect, capture, separate and recover space debris—transforming orbital risk into resilient infrastructure for satellite operators, agencies and the global space economy.
LEO500–1,200 KM
Conceptual mission architecture
1M+
Untracked fragments
Sub-centimetre debris that still poses collision risk
LEO
Primary focus
Low Earth orbit where congestion is accelerating fastest
24/7
Mission readiness
Autonomous systems designed for continuous orbital operations
01
Our mission
Keep useful orbits open,
safe and sustainable.
The orbital environment is becoming critical infrastructure. Every inactive object adds uncertainty to communications, navigation, Earth observation and national security systems that societies rely on every day.
We are building a practical recovery layer for space—one that can reduce collision risk today and enable a more circular orbital economy tomorrow through inspection, sorting, removal and future in-orbit resource use.
PrecisionAutonomyAdaptabilityStewardship
02
Why it matters
Orbital congestion
is an infrastructure risk.
As launch cadence accelerates and mega-constellations expand, the cost of inaction rises for every operator sharing crowded orbital lanes.
Collision cascade risk
Even small debris fragments can disable active spacecraft. Removing high-risk objects reduces long-term cascade probability in valuable orbital shells.
Operational continuity
Satellite operators need predictable orbits. Recovery missions help protect revenue services, science payloads and sovereign capabilities.
Regulatory momentum
Agencies worldwide are tightening debris mitigation rules. Proactive recovery capabilities support compliance and responsible space operations.
Circular orbit economy
Recovered materials and inspected components can support future in-orbit manufacturing, extending asset life beyond single-use disposal.
03
The recovery loop
One connected system.
From risk to resource.
01
Detect
Map objects, assess risk and prioritize recoverable targets using orbital intelligence and mission-ready sequencing.
02
Rendezvous
Plan precise, autonomous proximity operations in dynamic orbits—including tumbling and non-cooperative targets.
03
Recover
Secure unprepared objects with adaptable capture systems designed around the debris, not a single mission profile.
04
Reuse
Prepare recovered material for responsible de-orbit, inspection, sorting or future in-orbit resource applications.
04
Systems approach
Built as a capability.
Designed for many missions.
Debris is not one problem with one solution. Our architecture brings sensing, autonomy, robotics and recovery planning together in modular layers that scale from demonstration to operational fleet concepts.
Mission intelligence
From orbital data to mission-ready decisions, with risk-aware target assessment, conjunction analysis and operational sequencing.
Autonomous rendezvous
Guidance, navigation and control for safe approaches to tumbling, unprepared and non-cooperative objects in LEO and beyond.
Modular capture
Adaptable robotics and containment concepts designed around the object—nets, arms, docking and soft-capture where appropriate.
Circular recovery
A pathway from disposal-only missions toward inspection, sorting, material assessment and future in-orbit resource use.
05
Technology focus
Engineering for
hostile orbital conditions.
Autonomy under uncertainty
Onboard perception, relative navigation and closed-loop control for targets with limited or no cooperation.
Mission software stack
Simulation, verification and operations tooling that connects ground planning with flight-ready autonomy.
Modular spacecraft design
Payload interfaces and capture modules that can evolve with mission class—from single-object removal to fleet concepts.
Safety and assurance
Fail-safe behaviours, passivation awareness and mission rules designed with operators and regulators in mind.
06
FAQ
Frequently asked questions
What is TVK Orbital?
TVK Orbital Recovery Systems Ltd is a TVK Group venture developing autonomous systems to detect, capture, separate and recover orbital debris.
What orbit regimes do you focus on?
Our initial focus is low Earth orbit (LEO), where congestion and collision risk are growing fastest, with architectures designed to extend to additional regimes over time.
Who are your intended partners?
We work with satellite operators, space agencies, research institutions and industry partners seeking safer, more sustainable orbital operations.
How does orbital recovery support sustainability?
Removing or managing high-risk debris reduces collision probability, protects active assets and supports a more circular approach to in-orbit resources.
Is TVK Orbital part of TVK Group?
Yes. TVK Orbital is a venture within the TVK Group ecosystem, alongside infrastructure, energy, technology and space-related initiatives.
Build the recovery layer
A safer orbit is shared infrastructure.
TVK Orbital welcomes mission partners, research institutions, satellite operators and public agencies exploring debris removal, in-orbit servicing and sustainable space operations.
Start a conversation