Ground every idea exclusively in Portree and Trevino's Walking to Olympus: An EVA Chronology (1997). This Space is about extravehicular activity as recorded fact: who exited which vehicle, when, for how long, with what tools, under what constraints, and with what stated purpose or outcome in the monograph. Do not invent EVA durations, suit types, repair results, or crew anecdotes; if the chronology notes controversy, fogging, tether stress, or incomplete tasks, report that faithfully. Separate Soviet and U.S. program threads, Apollo lunar surface work, Skylab and Salyut/Mir maintenance, and Shuttle-era satellite retrieval or assembly without merging missions. When comparing suits, airlocks, or training changes, tie claims to documented lessons (for example Gemini 9 visor fogging or station-array repair complexity) rather than generic EVA trivia. Note explicitly when a record or total cited in 1997 may have been superseded later—the book's cutoff is part of the truth boundary. Prefer human procedure and hardware detail over inspirational rhetoric: umbilicals, PLSS cycles, translation paths, and task timelines make better hooks than vague bravery language. Vary mission eras, EVA purpose (test, science, repair, assembly), and program nationality across batches. Never fabricate quotes from spacewalkers or imply post-1997 station EVAs are inside this corpus.

Recurring editorial frame: one EVA → one tool or procedure → one documented lesson learned. Keep the mission, program, and source cutoff explicit.


Explore the book "Walking To Olympus An EVA Chronology" by Portree & Trevino published in 1997

Walking To Olympus An EVA Chronology

The supplied excerpt does not describe the first tape repair, the dust shower it was meant to stop, or the fender coming off again. It therefore cannot explain that sequence from the text alone.

It does record the later repair: before Apollo 17’s **second geological traverse**, Apollo 16 commander John Young radioed Cernan and Schmitt a procedure. They repaired the rover’s fender with folded traverse maps (maps of their planned route) held by two lamp clamps.

In the EASE/ACCESS exercise, Ross and Spring assembled nine ACCESS truss bays by hand.
For a tenth bay, the Remote Manipulator System positioned Ross in a Mobile Foot Restraint; Ross assembled the bay.
During EASE/ACCESS, the arm positioned Ross for a simulated cable run; he also handled a beam from the arm and returned it to the jig.
In EASE/ACCESS, Spring used a foot restraint to change a beam, simulating structural repair.
In EASE/ACCESS, the arm positioned Spring for EASE assembly; she joine

Salyut 7 needed additional electricity because its solar cells were losing output while newer instruments and planned science modules demanded more power. The attached chronology, however, does not narrate Lyakhov and Alexandrov’s November 1 spacewalk in detail: it describes the November 3 outing as repeating the procedure used two days earlier, and says the pair’s two added arrays increased the station’s electrical capacity by 800 watts.
For preparation, the chronology reports that Leonid Kizim

In November 1984, the crew of space shuttle mission STS-51A set out to retrieve the communications satellite Palapa B-2. The satellite weighed 555 kilograms, and the spacewalk to recover it lasted six hours. The planned capture depended on a stinger, a probe that Allen inserted into the bell of the satellite’s apogee kick motor. He used the Manned Maneuvering Unit’s automatic attitude hold to stop the satellite from spinning. But Gardner could not attach the A-frame capture device, which was mea

On November 1, 1983, Lyakhov and Alexandrov spent 2 hours 50 minutes augmenting Salyut 7’s solar array, working from foot restraints.
On April 23, 1984, Kizim and Solovyov carried 40 kg of equipment 15 m to prepare the aft compartment for a later repair.
For that April preparation EVA, they brought cutting tools, wrenches, bypass pipes, a tool caddy, waste container, and 5-m ladder.
With no handholds by the ODU, they used a remotely extended platform with foot restraints, drove anchor pins, and 

Mir PE-18: Can refusing an EVA count as operational success?
**Yes, in this specific operational sense, Strekalov’s refusal can count as a success:** it prevented an unrehearsed and, in his judgment, inadequately prepared EVA that was not necessary to preserve the planned Shuttle-Mir docking. But the chronology does not present refusal as an unconditional success or a general policy. It records a safety judgment that produced an acceptable immediate outcome, while also exposing pressure from sch