Completed — 1983
STS-7
Sally Ride Makes History
Jun 18 — Jun 24, 1983
6 days, 2 hours, 23 minutes
STS-7 Trajectory Replay — Earth Orbit
Pre-Launch
Day 0 of 7
6d 2h 23m
Mission Duration
98
Earth Orbits Completed
~184mi
Orbital Altitude
1st
American Woman in Space
2
Satellites Deployed
Challenger
Orbiter OV-099
Canadarm
First Satellite Deploy/Retrieve
5
Crew Size
Edwards AFB
Landing — Runway 15
Mission Summary
STS-7 was the mission that shattered a glass ceiling — Sally Ride became the first American woman in space on June 18, 1983, just over twenty years after Valentina Tereshkova became the first woman in space. At 32 years old, Ride was also the youngest American astronaut to reach orbit. Her selection for the flight crew was significant not only for gender equality but also for what it represented: she was chosen from NASA’s first astronaut class to include women, selected in 1978.

Space Shuttle Challenger launched from Kennedy Space Center’s LC-39A carrying a crew of five — the largest crew to fly aboard a single spacecraft at that time. Commander Robert Crippen, making his second spaceflight after piloting the historic STS-1, led the crew alongside Pilot Frederick Hauck and Mission Specialists John Fabian, Sally Ride, and Norman Thagard. Thagard, a physician, conducted in-flight medical studies on space motion sickness.

The mission achieved several firsts beyond Ride’s historic flight. The crew deployed two communications satellites — Anik C-2 for Telesat Canada and Palapa B-1 for Indonesia — using the Payload Assist Module system. Most notably, STS-7 saw the first use of the Shuttle Remote Manipulator System (Canadarm) to deploy and retrieve a free-flying satellite: the SPAS-01 (Shuttle Pallet Satellite). Sally Ride operated the robotic arm, grappling the German-built satellite after it had been released to fly formation with Challenger. The SPAS-01 also took stunning photographs of the full orbiter in space.

After six days in orbit, Challenger glided to a landing at Edwards Air Force Base on June 24, 1983. The mission demonstrated the Shuttle’s versatility as a satellite deployment platform and proved the Canadarm’s capability to capture free-flying objects — a skill that would prove essential for future satellite repairs, Hubble servicing missions, and International Space Station assembly.
NASA Mission Overview
Mission Timeline
Mission Complete
MCC-H Flight Log // STS-7
Complete
Mission Gallery
Crew