Completed · Success
NASA's Apollo 14 was a crewed mission to the Moon: the third crewed landing, in the Fra Mauro highlands.
- Destinations
- Launch vehicle
- Saturn 5
- Launch site
- Cape Canaveral, United States
- Countries
- United States
- Mission types
- Crewed, Lander
Chronology
Mission timeline
Launch
Apollo 14 launched
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 00:00:00.6 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
EarthDeparture
Translunar injection maneuver began
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 02:28:32 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Milestone
Translunar injection
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 02:34:32 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Milestone
Kitty Hawk separated from the S-IVB
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 03:02:29 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Milestone
Kitty Hawk docked with Antares
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 04:56:56 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Deployment
Docked spacecraft extracted from the launch stage
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 05:47:14 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Milestone
First midcourse correction
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 30:36:08 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Milestone
Second midcourse correction
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 76:58:12 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Orbit insertion
Lunar orbit insertion
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 81:56:41 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
MoonImpact
S-IVB impacted the Moon
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 82:37:52 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
MoonMilestone
Docked descent orbit insertion using service propulsion
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 86:10:53 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Milestone
Antares undocked and separated
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 103:47:42 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Milestone
Kitty Hawk circularization maneuver
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 105:11:46 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Milestone
Antares powered descent began
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 108:02:27 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Landing
Antares landed on the Moon
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 108:15:09 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
MoonMilestone
First lunar excursion began
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 113:39:11 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Milestone
First lunar surface experiment package data
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 116:47:58 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Milestone
Kitty Hawk plane change maneuver
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 117:29:33 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Milestone
First lunar excursion completed
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 118:27:01 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Milestone
Second lunar excursion began
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 131:08:13 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Milestone
Second lunar excursion ended
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 135:42:54 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Departure
Antares ascent stage lifted off
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 141:45:40 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
MoonMilestone
Ascent vernier adjustment maneuver
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 141:56:49 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Milestone
Terminal rendezvous phase began
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 142:30:51 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Milestone
Terminal rendezvous phase finalized
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 143:13:29 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Milestone
Antares ascent stage redocked
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 143:32:51 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Milestone
Antares ascent stage jettisoned
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 145:44:58 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Milestone
Spacecraft separation maneuver
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 145:49:43 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Milestone
Antares ascent-stage deorbit maneuver
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 147:14:17 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Impact
Antares ascent stage impacted the Moon
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 147:42:23 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
MoonDeparture
Transearth injection
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 148:36:02 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Milestone
Third midcourse correction
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 165:34:57 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Milestone
Command module separated from service module
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 215:32:42 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Milestone
Entry interface
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 215:47:45 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
EarthMilestone
Entry communications blackout began
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 215:48:02 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Milestone
Entry communications blackout ended
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 215:51:19 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Deployment
Drogue parachutes deployed
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 215:56:08 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Landing
Apollo 14 splashed down
Original Table 6-I, physical PDF page 45; definitions Table 6-II, elapsed time 216:01:58 after 1971-01-31T21:03:02Z. Source fractional seconds and time convention are retained in apollo-h-lifecycle.json.
Earth
Mission architecture
Vehicles
Trajectory record
Time-dependent navigation trajectory
Source states place the model at the selected time. Reconstructed flight, estimates, predictions and historical mission plans are identified by interval; gaps remain visible.
Source records and sampling assumptions are retained with the repository data. Model attitude and surface appearance are illustrative.
- Apollo 14 CSM: Physically reconstructed based on publicly available data · February 1, 1971 to February 1, 1971
Provenance
Sources
Each source is listed once and labeled with the mission, event, trajectory, or destination/body context it supports.
Data verified through October 6, 2026
- Apollo 14 Command and Service Module - NASA NSSDCA Spacecraft Details — NSSDCAArchive · Supports: mission claims
- Apollo 14 Lunar Module - NASA NSSDCA Spacecraft Details — NSSDCAArchive · Supports: mission claims
- Apollo 14 Mission Report — NASATechnical document · Supports: mission claims · event claims
- Saturn V Flight Manual SA-507, revised October 5 1969 — NASATechnical document · Supports: mission claims
- Saturn V Launch Vehicle Flight Evaluation Report: AS-509, Apollo 14 — NASATechnical document · Supports: mission claims
- LROC Science Operations Team: Coordinates of Lunar Anthropogenic Targets (28 July 2016) — NASATechnical document · Supports: mission claims
- Postflight Evaluation of the Apollo 14 Spacecraft Trajectories — NASATechnical document · Supports: mission claims
- DE421 lunar mean-Earth and principal-axes frame specification — NAIFTechnical document · Supports: destination/body context
- DE440 lunar mean-Earth and principal-axes frame specification — NAIFSpice · Supports: destination/body context
- IAU rotational elements and body radii (PCK 00011) — NAIFSpice · Supports: destination/body context
- LOLA global lunar height maps, LDEM_4 V3 original PDS source label — NASATechnical document · Supports: destination/body context
- LOLA 2023 south-polar elevation, uncertainty and effective-resolution maps — NASATechnical document · Supports: destination/body context
- Blue Ghost Lunar Lander Seen From Above: LROC site and terrain context — NASATechnical document · Supports: destination/body context
- Moon Facts — NASAOther · Supports: destination/body context
- SLDEM2015 Blue Ghost region: original PDS elevation-grid label — NASATechnical document · Supports: destination/body context
- JPL Solar System Dynamics Astrodynamic Parameters — JPLOther · Supports: destination/body context
- Planet Sizes and Locations in Our Solar System — NASAOther · Supports: destination/body context