Viking 1, a story in 9 scenes

Viking 1
NASA Project Viking · 1975 – 1982
In July 1976, humanity landed on Mars. After four failures by previous missions, Viking 1 descended through thin Martian air and gently touched down on Chryse Planitia, opening a window onto an alien world.
Titan IIIE-Centaur launch
20 August 1975 · Cape Canaveral LC-41
A 160-foot Titan IIIE rocket roared off Launch Complex 41 carrying the combined 3,500-kg orbiter and lander into space, beginning an 11-month voyage across 500 million kilometers of interplanetary void.
Touchdown on Chryse Planitia
20 July 1976 · 11:53:06 UTC
Aeroshell discarded, supersonic parachute deployed, and three throttleable hydrazine engines guided the 572-kg lander down into Chryse Planitia (the Golden Plain) at 2.4 m/s. It settled stably onto three aluminum footpads.
The first picture from Mars
Sol 0 · 25 seconds after landing
Just 25 seconds after engine shutdown, Camera 2's nodding mirror scanned line by line down Footpad 2. When the signal reached Pasadena 19 minutes later, scientists cheered: clear ground, fine red dust, and intact landing struts.
A red sky and volcanic plains
Sol 1 · 21 July 1976
Camera 1 scanned a 300-degree panorama across Chryse Planitia. Instead of the expected blue sky, Mars showed a butterscotch salmon atmosphere saturated with suspended airborne dust, scattered with wind-carved volcanic basalt boulders.
Scooping the soil for life
Sol 8 · 28 July 1976
The robotic collector arm extended 3 meters and dug the first robotic trenches on Mars. Soil was dumped into three automated biology chambers. When tagged nutrients were injected, radioactive carbon gas surged—sparking a 30-year debate.
Six years of daily weather reports
1976 – 1982 · 2,245 Martian Sols
While Viking 2 fell silent in 1980, Viking 1 kept working. Powered by SNAP-19 plutonium generators, it broadcast daily meteorology, seasonal dust storms, and atmospheric pressure trends across three full Martian years.
The fatal command
11 November 1982 · Sol 2245
During an antenna software update beamed from Earth to optimize battery charging, a memory pointer address collided with the high-gain antenna steering code. Viking 1 pointed its dish away from Earth, into empty space, and never answered again.
Thomas Mutch Memorial Station
HiRISE Frame PSP_001521_2025
In December 2006, the HiRISE camera on MRO spotted Viking 1 resting quietly on Chryse Planitia, its backshell, heat shield, and parachute resting within a mile. Renamed for imaging team leader Thomas Mutch, it stands as humanity's first home on the Red Planet.

NASA Project Viking · 1975 – 1982

Viking 1

In July 1976, humanity landed on Mars. After four failures by previous missions, Viking 1 descended through thin Martian air and gently touched down on Chryse Planitia, opening a window onto an alien world.

20 August 1975 · Cape Canaveral LC-41

Titan IIIE-Centaur launch

A 160-foot Titan IIIE rocket roared off Launch Complex 41 carrying the combined 3,500-kg orbiter and lander into space, beginning an 11-month voyage across 500 million kilometers of interplanetary void.

20 July 1976 · 11:53:06 UTC

Touchdown on Chryse Planitia

Aeroshell discarded, supersonic parachute deployed, and three throttleable hydrazine engines guided the 572-kg lander down into Chryse Planitia (the Golden Plain) at 2.4 m/s. It settled stably onto three aluminum footpads.

Sol 0 · 25 seconds after landing

The first picture from Mars

Just 25 seconds after engine shutdown, Camera 2's nodding mirror scanned line by line down Footpad 2. When the signal reached Pasadena 19 minutes later, scientists cheered: clear ground, fine red dust, and intact landing struts.

Sol 1 · 21 July 1976

A red sky and volcanic plains

Camera 1 scanned a 300-degree panorama across Chryse Planitia. Instead of the expected blue sky, Mars showed a butterscotch salmon atmosphere saturated with suspended airborne dust, scattered with wind-carved volcanic basalt boulders.

Sol 8 · 28 July 1976

Scooping the soil for life

The robotic collector arm extended 3 meters and dug the first robotic trenches on Mars. Soil was dumped into three automated biology chambers. When tagged nutrients were injected, radioactive carbon gas surged—sparking a 30-year debate.

1976 – 1982 · 2,245 Martian Sols

Six years of daily weather reports

While Viking 2 fell silent in 1980, Viking 1 kept working. Powered by SNAP-19 plutonium generators, it broadcast daily meteorology, seasonal dust storms, and atmospheric pressure trends across three full Martian years.

11 November 1982 · Sol 2245

The fatal command

During an antenna software update beamed from Earth to optimize battery charging, a memory pointer address collided with the high-gain antenna steering code. Viking 1 pointed its dish away from Earth, into empty space, and never answered again.

HiRISE Frame PSP_001521_2025

Thomas Mutch Memorial Station

In December 2006, the HiRISE camera on MRO spotted Viking 1 resting quietly on Chryse Planitia, its backshell, heat shield, and parachute resting within a mile. Renamed for imaging team leader Thomas Mutch, it stands as humanity's first home on the Red Planet.

RoverVilla / Viking 1

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01 / 9 · NASA Project Viking · 1975 – 1982First Color Image From Viking Lander 1 · NASA/JPL

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Every photo is from NASA's public archive and credited on screen; the cruise and silence scenes are drawn, and the bouncing path is an illustration, not to scale. NASA does not endorse this site.

Viking 1: the story