In-Orbit Servicing
Capture & Docking Mechanisms - Refueling & Resource Transfer Systems
Thrusted by Leaders in Space since 2009
In-Orbit Services: Shaping the Future of Space
Sustainable. Smart. Game-changing. Why replace when you can repair, upgrade, and extend? In-Orbit Servicing is key for:
- Inspection & Monitoring: Close-up spacecraft health checks, diagnostics, and anomaly detection.
- Resource Transfer & Refueling: Replenishing propellants, consumables, and mission-critical supplies.
- Repair, Maintenance & Upgrade: Replacing components, fixing issues, and adding new tech mid-mission.
- Orbit Transfer & Relocation: Moving assets for better positioning, mission optimization, or disposal.
- Active Debris Removal & Salvage: Clearing orbital hazards and recovering valuable resources.
- Assembly & Manufacturing in Space: Constructing large structures, habitats, or telescopes directly in orbit.
- End-of-Life Services: Controlled de-orbit or safe transfer to graveyard orbit.
Capture Systems
In-Orbit Services Systems Expertise
CLIC Gripper
Robotic end-effector for secure capture of unprepared targets via Launch Adapter Rings (LARs).
SCALABLE SOLUTIONS
Developed to be integrated by platform developers into next-generation IOS architectures.
CLIC- Capture LAR Interface Concept
The CLIC Gripper is a robotic end-effector, designed to be mounted on the tip of robotic arms, enabling secure interfacing with standard Launch Adapter Rings (LARs).
Frequently asked questions
Frequently asked questions ordered by popularity. Remember that if the visitor has not committed to the call to action, they may still have questions (doubts) that can be answered.
Almatech develops landing legs systems for several European launcher company, in particular the biggest one. Thrust Vectoring System and Grid Fins actuactors are also part of Almatech expertise.
For the last 4 years, Almatech partnering with Swiss and European leaders for the development of a gripper allowing to mechanically couple 2 satellites for orbit transfer and servicing.
For the last 15 years, Almatech has developed ultra stable structures like optical benches but also highly reflective diamond polished baffles and calibration mechanisms for several Science Mission, the flagship being the complete Optical Train Assembly (OTA) of the unique telescope satellite under Swiss primeship called CHEOPS.
Almatech assumes full responsibility for all phases of the project lifecycle, commencing with the Request for Quotation (RFQ) and Intent to Tender, continuing through to Final Delivery, and extending to post-delivery on-site support and warranty obligations, applicable to each of its bespoke and serial developments.
ZESST, which stands for Zero Emission Speed ShuTtle, is an electric hydrofoiler powered by a hybrid system combining hydrogen fuel cells and batteries. Designed for zero-emission transport of passengers and cargo via waterways, this innovative vessel leverages Almatech’s extensive space expertise and benefits from advanced space technology transfers.
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Whether you're planning a space mission component, seeking engineering solutions for extreme environments, or interested in our innovative projects, our team is ready to bring Swiss precision to your challenges.