STS-130

STS-130
NASA · Public domain · source
Mission	STS-130
Operator	National Aeronautics and Space Administration
Spacecraft	Space Shuttle Endeavour
Launch date	February 8, 2010
Landing date	February 21, 2010
Orbit	Low Earth orbit
Mission type	ISS assembly

STS-130.

STS-130 was a Space Shuttle program mission flown by Space Shuttle Endeavour in February 2010 to deliver and install a major habitation module and an external payload to the International Space Station. The flight integrated complex operations with partners including Roscosmos, European Space Agency, Japan Aerospace Exploration Agency, and the Canadian Space Agency, and involved spacewalks coordinated with Expedition 22 and Expedition 23 crew members aboard the International Space Station. The mission reinforced construction milestones begun by earlier flights such as STS-88, STS-92, and STS-126.

Mission overview

The mission objectives centered on the delivery and on-orbit installation of the Tranquility module and the Cupola, enhancing the station’s habitability and observational capabilities. Tranquility, developed with contributions coordinated through the European Space Agency and assembly work involving contractors like Thales Alenia Space and Boeing, provided life support interfaces and additional microgravity environmental control racks. The Cupola, designed by Telespazio affiliate suppliers and built in collaboration with Alenia Spazio, offered panoramic Earth and vehicle approach observation used by personnel from Johnson Space Center and mission planners at Kennedy Space Center. Integration required rendezvous maneuvers using guidance systems conceived at Marshall Space Flight Center and robotics operations executed with the Canadarm2 remote manipulator system, operated by flight controllers at Houston, Texas and astronauts trained at Neutral Buoyancy Laboratory.

Crew

The six-person crew combined veteran astronauts with mission specialists experienced in extravehicular activity and robotics. The commander and pilot had prior assignments within Space Shuttle Columbia and Space Shuttle Endeavour flights, while mission specialists trained at NASA Astronaut Corps facilities alongside representatives who had flown on Soyuz TMA missions. Crew members coordinated with long-duration crewmembers from Expedition 22 such as station commanders and flight engineers, and liaised with family and media outlets including NASA TV and institutions like Smithsonian National Air and Space Museum for public outreach.

Payload and modules

Primary delivered elements included the Tranquility node and the Cupola observation module. Tranquility housed life support and exercise equipment compatible with racks standardized by International Standard Payload Rack architecture and accommodated payloads from institutions like European Space Research and Technology Centre and experiment benches supported by Payload Operations Center staff. The Cupola, featuring seven windows, provided direct observation for operations such as visiting vehicle berthing including SpaceX Dragon and Orbital Sciences Cygnus concepts in later commercial cargo programs; it also enabled Earth observation activities associated with researchers at Jet Propulsion Laboratory and education outreach with partners like National Science Foundation. Secondary payloads included spare components flown for logistics inventories maintained at the ISS Logistics Module and experiments developed by universities affiliated with Massachusetts Institute of Technology, University of Colorado, and Texas A&M University.

Flight timeline

After rendezvous initiation using orbital insertion parameters computed by teams at Mission Control Center and trajectory specialists at Goddard Space Flight Center, Endeavour approached the station for capture by the Canadarm2. Robotic operations secured Tranquility on the designated berthing port following policies formulated with input from International Docking System Standard working groups. Crew conducted internal outfitting tasks transferring rack hardware and stowage items while coordinating stowage manifests with the Logistics Reduction Strategy teams. Extravehicular activities completed inspections and routed external connections for power and data, integrating Tranquility into the station’s electrical system managed at Integrated Truss Structure nodes. The Cupola installation included structural mating, window cover removal, and verification of thermal control elements overseen by flight controllers at Johnson Space Center.

Launch and landing

Endeavour launched from Kennedy Space Center Launch Complex 39A atop an external tank and solid rocket boosters assembled at Michoud Assembly Facility and booster refurbishment centers. Debris assessment and tile inspections followed ascent procedures developed after investigations like those prompted by Space Shuttle Columbia disaster. After completing its mission objectives and undocking from the International Space Station (1998-present), Endeavour executed deorbit burn and atmospheric reentry profiles monitored by controllers at Flight Dynamics Facility and landed on the runway at Kennedy Space Center with postflight processing conducted by teams from United Space Alliance and onsite engineering groups.

Mission insignia and patch

The crew patch incorporated imagery representing Tranquility and the Cupola, featuring orbital trajectories and station silhouette motifs similar to earlier emblems used in Space Shuttle program heritage. Patch design consultations involved graphic artists working with public affairs officers at Johnson Space Center and reflected symbols recognized by international partners including European Space Agency and Canadian Space Agency.

Post-mission and legacy

Following return, Tranquility and the Cupola became focal points for life sciences research supported by investigators at National Institutes of Health and Earth observation studies facilitated by teams at NOAA. The mission’s successful installation enhanced capabilities used by subsequent expeditions, influenced the design considerations of commercial crew and cargo vehicles like SpaceX Crew Dragon and Boeing CST-100 Starliner, and informed refurbishment practices at facilities such as Kennedy Space Center and Stennis Space Center. Artifacts and documentation entered archives at Smithsonian Institution and academic collections at Texas A&M University for historical and engineering research. Category:Space Shuttle missions