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![XLink-footer Motiv Space Systems X-link Robotic Arm](https://motivss.com/wp-content/uploads/2020/12/XLink-footer-e1611680275230.png)
All The Capability.
A Fraction Of The Cost.
Before now, adding advanced robotics capabilities to your spacecraft was reserved for select missions with budgets in the hundreds of millions. But the xLink™ System changes that.
Created by the same team that developed the robotic arm for NASA/JPL’s Mars 2020 Perseverance rover, the xLink™ system delivers industry leading robotics capabilities at lead times and costs that are unrivaled.
Key Features
Why xLink?
It is Modular
Building block approach lets you customize a system for your needs
It is Scalable
1 meter, 3 meters? 4-DOF, 7-DOF? It’s up to you
It is Flexible
From component solutions to whole systems, xLink™ can adapt to your needs
It is Industry Leading
Dexterous space robotic systems at industry leading cost and lead times
![xlink-group-div-2 xlink robotic arm scales up to any size](https://motivss.com/wp-content/uploads/2020/08/xlink-group-div-2.png)
Leading The Industry
Built For Versatility
No two missions are quite the same, so why should your robotics be? The xLink™ system is built to meet the need for almost any robotic space mission through modularity. The scalable xLink™ system enables the same robotics architecture to be deployed across different platforms and use cases all while using the same building blocks, which means less integration time for you and a higher return on investment.
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Capabilities
On-Orbit Assembly
The xLink™ system is suited to a wide range of on-orbit assembly and manipulation tasks, from positioning and connecting modules and equipment to deploying large-scale payload elements. xLink™ will play a critical role in the next generation of exploration, habitability, and commerce through on-orbit assembly.
Capabilities
Satellite Servicing
The highly dexterous design of the xLink™ system can enable the capture and servicing of satellites on-orbit, helping to extend their mission life and reconfigure or upgrade existing satellites to add new capabilities.
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Capabilities
Exploration of the Moon & Mars
With its adaptability to a wide range of tasks, the xLink™ system can be utilized for planetary robotics applications.
Whether configured as a mobility system for a rover traversing the lunar surface or as a robotic arm collecting samples on Mars, the xLink™ system will enable the future of planetary exploration.
![Mars Rover-section-4-div-2 robotic projects - Mars 2020 Perseverance Rover](https://motivss.com/wp-content/uploads/2020/08/Mars-Rover-section-4-div-2.png)
On Terrain Applications
Mars Rover Experience + New Space Efficiency
xLink™ System was developed by the same team that built the robotic arm for NASA/JPL’s Mars 2020 Perseverance rover. The Motiv Space Systems team combined the high-reliability space flight elements and techniques they utilized on the Mars Rover project with the cost-effective technologies they developed for their ground-based RoboMantis™ line of robotic systems.
The xLink™ system combines the reliability and performance demanded by spaceflight with a cost-efficiency and versatility that brings robotic arm capabilities in reach of a whole range of “new space” and commercial applications.
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Custom Applications
Rapid & Custom Integration for your System
As a modular, adaptable system, xLink™ can be integrated and ready to fly on a scale of months, not years. A customized version of the xLink™ system can be integrated with a development cycle as short as six months.