EDITORIAL
Living in Space:
LOCATION: EARTH ORBIT
CURRENT RESIDENTS
Vasily Tsibliev
,
Commander
Next Mir-Shuttle Rendevous:
September 18, 1997
STS-86
launch.
Wendy Lawrence
to replace
Michael Foale.
Mir Current Status
On June 25th, a Progress M cargo supply ship collided with the Spektr Module
of the Mir Space Station. Though the Spektr Module was damaged, none of the
three crew members was injured.
The Progress M-34 was being remotely controlled by Mir Commander
Vasily Tsibliev when the accident occured. The cosmonauts were conducting
a practice re-docking maneuver when the cargo vehicle went off course.
The M-34 collided with one of the solar panels on the Spektr module and
tore a 30x40cm hole in the hull of the module.
With their ears popping, the crew managed to quickly close hatches to the
depressurizing module and were able to stop the loss of air from the rest of
the station.
Electrical power to Mir was cut in half due to the damage to the Specktr solar
panel.
The Progress M-34 vehicle had already been unloaded of cargo and equipment
(including parts required to repair the malfunctioning Elektron oxygen
generator) and was filled with garbage when the accident occurred. The
cargo craft moved away from the Mir complex and will be de-orbited after
tests are conducted to help understand the cause of the accident.
A Progress M-35, scheduled for launch on July 5, will carry a special
plate housing 22 cables to connect with the Spektr's solar panel arrays to
tap its electricity and recarge the batteries in the Mir's Core Module.
A five hour emergency spacewalk is being planned to re-enter the damaged
Spectr Module in order to connect the power cables. The spacewalk is
tentatively scheduled to begin on July 17 or 18.
by Ted Bratstrom
MIR continues on. The Progress M35 was launched July 4 to bring supplies
and repair materials to MIR. Ever since the Progress M34 "crash" with the
Spectr solar panel and module, the MIR crew have been beset by a variety of
problems.
With the puncture of the Spectr module, MIR began to lose air. The crew
then cut the cables and closed the hatch to Spectr. Unfortunatly, Spectr
had the newest and best solar panels, responsible for generating about 50%
of the electrical needs.
This lead to problems with the Gyrodyne stabilization system, which led to
a changing spacecraft orientation, which led to a greater power problem as
the remaining panels received less illumination. With the lower power, The
O2 generators, cooling system and CO2 scrubbers had a series of problems,
leading now to the interim use of the "candles" again for O2 production.
The crew has used the Soyuz thrusters to orient the spacecraft, and with
improved power, the Gyrodyne system is back online. Light, temperature and
humidity are still a problem, but that is coming under control.
With the arrival of the M35 Progress (and using the automatic docking
system), new supplies and a new special hatch are being delivered. The
current plan involves an IVA (Intra Vehicular Activity) whereby Mike Foale
sits in the Soyuz, and the two Cosmonauts suit up and depressurize the
connecting module to enable the opening of Spectr and the reconnecting of
the power cables, placing a new hatch on, and possibly retreiving items from
inside Spectr. This last option is the more dangerous one, as there may be
sharp edges to catch the space suits, as well as "exploded" biological
samples in the module. The inside of MIR modules is pretty crowded, and
this makes manuvering in a space suit difficult.
Crew morale is good, and Mike Foale has been reported using the onboard
Amateur Radio Station. Listen on 145.800 or 145.985. If you are near the US
East Coast, or in Europe, you may hear MIR and the control station on
143.625. It helps to know Russian!
In an editorial note, Remember; the Russians have had a space station in
orbit for 25 years, the Americans have been making drawings for the last
10-15 years. When the Russians build a space station, they expect to work
on it to fix it and improve it. It is this frontier attitude which makes
them the premier spacefaring nation.
MIR is the 8th Russian Space Station. It has been operational 11 years.
Skylab was the USAs 1st attempt at a space station. It was occupied for
about 6 months, about 20 years ago. It too had problems that were fixed in
orbit.
CURRENT MISSION: STS-94
PRIMARY PAYLOAD/ACTIVITY:
Microgravity Science Laboratory-1 (MSL-1)
VEHICLE:
Columbia
LAUNCH DATE/TIME:
TARGET KSC LANDING DATE/TIME:
MISSION DURATION:
CREW
James D. Halsell
,
Mission Commander
The Space Shuttle Columbia was launched July 1, 1997 after a short delay
due to weather, at 1:02pm CDT.
The seven astronauts on the mission are reflying the mission that they
had to abort in April - the STS-83 mission. The primary payload, the
Microgravity Science Laboratory-1 (MSL-1)
, features 19 materials science investigations.
Columbia and crew of
STS-94 are on a 16 day mission and scheduled to land at the Kennedy
Space Center July 17, 1997, at 7:13 a.m. (EDT)
FLIGHT -- ORBITER -- LAUNCH DATE
STS-85
--
Discovery
-- August 7, 1997
STS-86
--
Atlantis
-- September 25, 1997 (ESTIMATED)
(Originally scheduled for Launch September 18, 1997)
STS-87
--
Columbia
-- November 13, 1997 (ESTIMATED)
STS-88
--
Endeavour
--
July 1998 (ESTIMATED)
STS SPECS:
ORBITERS:
INTERNATIONAL
ASSEMBLY FLIGHTS
June 1998 - December 2002
"CURRENT" "1998" SCHEDULE
Jun 1998 FLT 1A/R Russian
Jul 1998 FLT 1A US Orbiter
Dec 1998 FLT 1R Russian
Dec 1998 FLT 3A US Orbiter
Space Station Construction Crew Named
14 Space Shuttle astronauts have been named and will begin training
for Space Station Assembly.
Space Station This Week & NASA RELEASE 97-126
Remaining "Phase I" Shuttle/Mir Missions:
STS-86
Sep 1997 Atlantis/Mir (U.S. astronaut pickup)
PHASE II, the assembly phase, begins with a U.S./Russian mission in
November 1997.
SPECS:
Total Crew Size = 6
International Partners:
Belgium, Canada, Denmark, France, Germany, Italy, Japan, Netherlands, Norway,
Spain, Sweden, Switzerland, Russia, United States
Launch: 18 Oct 1989
Galileo Jupiter Orbit Tour
"C10" 17 Sep 1997
Playback of the Callisto - Orbit 9 encounter will occur this week.
With 77 days before the next encounter, Callisto-10, Galileo enters
its longest cruise period during the orbital tour of Jupiter. During
this cruise period, fields and particle observations of Jupiter's
magnetotail and "quite a few" Earth occultations will occur.
Among other data, NIMS observations of Ganymede that are expected to
provide data on the composition and mineralogy of Ganymede's surface
will be played back this week.
Observations of Jupiter's atmosphere will also be returned this week.
NIMS observations of the Great Red Spot are included.
Images of volcanic plumes in action on Io are also expected to be returned
this week.
Launch: 4 December 1996
Jet Propulsion Lab (JPL) Mission Control has reported that the
Mars Pathfinder spacecraft has successfully landed on Mars, has fully
retracted its air bags, has opened its solar power collecting petals
and "appears to be functioning nominally."
About 9:30 (PDT), July 4, 1997 Mars Pathfinder lander separated from its
cruise stage and and soon after entered the upper atmosphere of Mars at 16,600
miles per hour (26,460km/hour).
Entry, descent and landing was expected to take approximately 4.5 minutes.
The transmitter sent a carrier wave that will provide information
on the deceleration of the spacecraft as it passed through the atmosphere.
Further signals following certain key events during the descent will
inform the operations team of the unfolding events during Mars Pathfinder's
descent to Ares Vallis, Mars.
Hubble Space Telescope observations of the Ares Vallis region of Mars
on June 27, 1997 show that a dust storm has begun in the Valles Marineris
canyon system some 600 miles south of the landing site. It is possible
that dust raised from this storm may give the landing site a pink sky on
July 4.
Note; the Mars - Earth light time (for July 4, 1997) is approximately 10
minutes.
Mars Pathfinder is the first mission to land on Mars since two
"Viking"
spacecraft touched down there in 1976.
Launch: 7 Nov 1996
Mars Orbit Insertion (MOI) burn to occur 12 Sep 1997.
Orbit Insertion phase will last 5 months using aerobraking and
propulsive maneuvers. Mapping phase from 15 March 98 to 31 Jan 2000.
The Mars Orbiter Camera was activated this week in anticipation of
the first imaging opportunity of several that will occur prior to
Surveyor's September 12th arrival at Mars.
See:
Launch: 17 Feb 1996
Mission Timeline
On June 27, 1997 the NEAR spacecraft passed within 1,200 kilometers
(750 miles) of asteroid
253 Mathilde.
Approximately 61 kilometers (38 miles)
in diameter, Mathilde is the largest asteroid to be encountered by a
spacecraft. The NEAR spacecraft encounter with 253 Mathilde produced
the first close-up images of a C-class asteroid:
"NEAR Spacecraft state is nominal. Successfully completed asteroid
Mathilde flyby on June 27. All science data has been played
back twice. Successfully completed DSM on July 3.
Launch: 24 Sep 1997
One year Lunar Orbit Mission
Lunar Prospector Pages at:
AMES Research Center
Launch: Oct-Nov 97
The Cassini spacecraft is to orbit Saturn for a 4 year tour.
Saturn Orbit Insertion (SOI) is scheduled for 1 July 2004.
The Huygens Probe is scheduled to land on Titan on 27 Nov 2004 and is
expected to operate about 4 hours.
Launch: January 2002
Known as MUSES-C, the mission will be launched on a Japanese
M-5 launch vehicle in January 2002 from Kagoshima Space Center,
Japan, toward a touchdown on the asteroid Nereus in September
2003. A NASA-provided miniature robotic rover will conduct in-
situ measurements on the rocky surface.
The asteroid samples will be returned to Earth by MUSES-C via
a parachute-borne recovery capsule in January 2006.
The Apollo Society is a non-profit educational and scientific research
organization dedicated to the advancement of space exploration and the
establishment of human communities beyond Earth.
The Apollo Society can be reached at:
The Apollo Society
4 JULY 1997
Volume 1, Number 4
Published Monthly
Gregory A. Smith, Editor
Chris Peterson, Senior Editor
Ted Bratstrom, Contributing (MIR)
P.O. Box 61206
Honolulu, HI 96839-1206
390km altitude
(ARV 10FEB97/DPT JUL97)
Alexander Lazutkin
,
Flight Engineer
(ARV 10FEB97/DPT JUL97)
C. Michael Foale
Flight Engineer
(ARV 16MAY97/DPT 18SEP97)
Upcoming Mir Events
For more Mir information see:
MAXIMOV-MIR
http://www.maximov.com/Mir/mir2.html
NASA Office of Space Flight - MIR Space Station
http://www.osf.hq.nasa.gov/mir/Welcome.html
NASA SHUTTLE-MIR
http://shuttle-mir.nasa.gov/
MSFC NASA MIR
http://www.msfc.nasa.gov/mol/mir/mir.html
Ted Brattstrom's MIR page
http://165.248.121.94/MIR.html
Damage to a solar power array on the Spektr Module
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July 1, 1997 at 2:02 p.m. EST
July 17, 1997 at 7:13 a.m. EDT
15 days, 16 hours, 36 minutes
Susan L. Still
, Pilot
Janice E. Voss
, Payload Commander
Donald A. Thomas
, Mission Specialist
Michael L. Gernhardt
, Mission Specialist
Roger Crouch
, Payload Specialist
Greg Linteris
, Payload Specialist
For more Space Shuttle infomation see:
NASA Space Shuttle Current Status
http://www-pao.ksc.nasa.gov/kscpao /status/stsstat/current.htm
The NASA Shuttle Web
http://shuttle.nasa.gov/
Future Shuttle Missions
http://www.osf.hq.nasa.gov/shuttle/futsts.html
STS News Reference Manual
http://www.ksc.nasa.gov/shuttle /technology/sts-newsref /stsref-toc.html
Microgravity Science Laboratory-1
Microgravity Science Laboratory-1 (DAILY SCIENCE UPDATES)
(Originally scheduled for Launch October 9, 1997)
(Originally scheduled for Launch December 4, 1997)
Crew Capacity: 8 (10 could be carried in an emergency)
Max Acceleration Load < 3Gs.
Orbital Altitude: 100 to 217 nautical miles.
Cargo bay dimensions: 15 feet diameter, 60 feet long.
Basic Mission Length: 7 days in space
Enterprise (OV-101):
used for Approach and Landing Tests,
the Enterprise now is property of the Smithsonian Institution and is at
Dulles Airport, Va.
Columbia (OV-102):
the first operational orbiter, STS-1 first
launched on 12 April 1981.
Challenger (OV-099):
the second orbiter, flew 10 missions between 1983
and 1986 for a combined total of 69 days in space. On January 28, 1986,
Challenger and her crew were lost in a launch accident.
Discovery (OV-103):
the third orbiter, Discovery has flown 22 missions since its maiden voyage
on August 30, 1984.
Atlantis: (OV-104):
Atlantis has flown 18 missions since its first
launch on October 3, 1985.
Endeavour: (OV-105):
Replacing the Challenger and completing the 4-orbiter
space shuttle fleet, Endeavor has flown 11 missions since its first launch
on May 5, 1992.
back to the top of SPACEUPDATE
SPACE STATION
"CURRENT" SCHEDULE
For more International Space Station information see:
NASA International Space Station
http://station.nasa.gov/
Space Station This Week
http://spacelink.msfc.nasa.gov /NASA.Projects/Human.Space.Flight
/Space.Station
/Space.Station.This.Week/
Space Station Web - MSFC
http://station.msfc.nasa.gov/
ISS - Office of Space Flight - NASA HQ
http://www.osf.hq.nasa.gov/iss/
Altitude: 190 to 230 nautical miles
Orbit Inclination: ~ 51.6 degrees
Total pressurized volume: ~ 46,200 cubic feet
back to the top of SPACEUPDATE
Jupiter Arrival: 7 Dec 1995
Jun 96 - Nov 97
REMAINING ENCOUNTERS:
"E11" 6 Nov 1997
CONGRATULATIONS
MARS PATHFINDER SUCCESSFULLY LANDS ON MARS!!!
MARS PATHFINDER TEAM!!!
Arrival: 12 Sep 1997
The first Mars Global Surveyor picture of Mars
Mars Global Surveyor "Hot News!" 2 July 97
&
Flight Status Report - Friday, 27 June 1997
Near-Earth
Asteroid Rendezvous
Mathilde Flyby: June 27, 1997
Earth Flyby: January 23, 1998
Eros Arrival: 10 Jan 1999
NEAR Event Countdowns
NEAR Schedule of Events
Trajectory Diagram
Asteroid 253 Mathilde
(Ref:
NEAR Weekly Report - 7/3/97
)
NSSDC
Lunar Prospector
Arrival: 29 Sep 1997
Lockheed Martin
LANL - History of Space Exploration
NSSDC
To be launched on September 24, 1997, the Lunar Prospector will conduct
a low polar orbit investigation of the Moon. Data from the spacecraft will
allow the compositional mapping of the Moon, including possible water ice
deposits trapped in permanently shadowed areas near the lunar poles.
Other instruments will measure the crustal magnetic field, gravity fields
and radon outgassing.
Arrival: 1 Jul 2004
Spacecraft Testing
for the October-November 1997 launch of the Cassini/Huygens probe
is currently being conducted.
Orbiter
Launch: December 1998
NASA Orbiter mission to Mars.
Lander
Launch: January 1999
Mars Volatiles and Climate Surveyor 1998 Lander
Launch/Rendezvous/Return
Feb 1999/Jan 2004/Jan 2006
NASA sample return mission to Comet P/Wild 2.
Nereus Landing: September 2003
Return: January 2006
NASA AND JAPAN ASTEROID SAMPLE RETURN MISSION
Launch: Jan 2003
Arrival: August 2012
ESA rendezvous and lander mission to Comet P/Wirtanen.
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SPACEUPDATE is a tradename of The Apollo Society.
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