Follow this link to skip to the main content
  NASA Logo
Jet Propulsion Laboratory
California Institute of Technology
+ View the NASA Portal
Search JPL
JPL Home Earth Solar System Stars and Galaxies Technology
JPL Robotics
Search Robotics
Home Page
Image Gallery
Video Gallery
Task Page Publications Image Gallery Videos
Technologies for International Science Space Station (TISSS)

Task Image Right Shadow
Bottom Shadow
Click here for a larger image
This resarch is addressing the formulation and technology development for a new observing system paradigm, called the Science Station. Science Station is notionally a commercially available GEO communications spacecraft retrofitted with two long deployable trusses onto which 12 different, nadir pointing, EV instruments could be robotically assembled and concurrently operated to provide wide swath, multi-instrument measurements. In this concept, the commercial spacecraft provides all needed resources i.e. structure, power, thermal control, communications, and attitude control among others. The trusses have standard interfaces for instruments to connect to the truss. These interfaces provide structural connection with vibration isolation, power, communication interface and fluid loop connections for thermal control. Science Station provides an interface standard (e.g. Qin and Qout for thermal control) for instrument developers based on requirements from a survey of representative instruments. Science Station also provides a standard mounting plate for the instrument boxes. These plates have the corresponding male-female connectors for interfacing with the truss and equipped with features for robotic manipulation. An instrument developer would use this plate as the structural platform for mounting their instrument in the same paradigm as the ISS FRAM. The Science Station would have a Rendezvous and Proximity Operation sensor suite and an embedded robotic platform for berthing as well as instrument loading and unloading from carrier, and assembly onto the Science Station. Given that the spacecraft may have a 15-year life, Science Station would enable robotic replacement of instruments every few years, thereby allowing fast turnaround times for new instrument development and rapid response to science needs. This task will develop overall mission concept, robotics capabilities and instrument interfaces for the Science Station as well as interface with industry and other NASA centers to mature this concept.

Completion Date:  09/30/2020

Point of Contact:  Rudranarayan Mukherjee - Jet Propulsion Laboratory

Sponsored by:  Research and Technology Development Program

Privacy/Copyright Image Policy Glossary Sitemap Feedback Contact Us
  National Aeronautics and Space Administration website.