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STS-113

P1 Truss, Cooling Loops and Expedition Crew Exchange

STS-113 installed the P1 truss on the port side of the station while also exchanging the Expedition 5 and Expedition 6 crews.

Mission type

Crewed Space Shuttle assembly mission

Launch

November 23, 2002

Mission end / docking

December 7, 2002

Launch vehicle / spacecraft

Space Shuttle Endeavour

Why this mission belongs in the Library: STS-113 is part of the International Space Station assembly story. This record connects the mission objective and flight sequence to the specific station hardware it delivered or activated: P1 Integrated Truss Segment and Expedition 6 crew.

Objective

What this ISS mission set out to accomplish

Extend the port side of the station's main truss, connect cooling and utility systems, and conduct an expedition crew handover.

This record treats STS-113 as an assembly or station-support mission rather than as a satellite engineering page, keeping the mission objective separate from the hardware-level ISS engineering record.

Flight and rendezvous

How the mission reached and worked at the station

STS-113 launched on November 23, 2002 using Space Shuttle Endeavour from Kennedy Space Center, Launch Pad 39A.

Endeavour's arm removed P1 from the payload bay and handed it to Canadarm2. Spacewalkers connected ammonia cooling lines, electrical systems, radiator hardware, and external communications equipment.

Hardware and assembly

What was delivered, installed, or reconfigured

Primary hardware or assembly focus: P1 Integrated Truss Segment and Expedition 6 crew.

Installation record: P1 installed during the November 2002 docked mission. This is the engineering connection between the mission story and the interactive International Space Station breakdown.

Outcome

What changed on the International Space Station

P1 completed the first paired port/starboard truss expansion around S0 and added major thermal-control capability while Expedition 6 began its station residence.

The documented result makes STS-113 part of the larger ISS assembly chain, where individual missions progressively added structure, power, laboratories, robotics, thermal control, logistics, and crew-support systems.