| [Back to Latest News] News Release
For Immediate Release
For more information:
SPACEHAB, Inc.
1595 Spring Hill Road
Suite 360
Vienna, Virginia 22182
(703) 821-3000
SPACEHAB, Inc. New Double Module on Display Before Maiden
Voyage
Vienna, VA, June 12, 1996 — SPACEHAB, Inc. (NASDAQ: SPAB) will
present its new Double Module at an evening reception on Wednesday,
June 19, 1996, from 6:00 pm until 7:30 pm. The Reception will be held
at the SPACEHAB Payload Processing Facility (SPPF) in Cape Canaveral,
Florida. The reception will provide journalists with a photo
opportunity of the Double Module before it is turned over to NASA for
installation into Space Shuttle Atlantis to begin its first mission,
STS-79, currently scheduled for launch on July 31, 1996.
Individual guided tours of the SPPF and Double Module are available
prior to the reception. Sights include an up-close look at the new
Double Module, the Double Module used for astronaut training, the
vertical training Module for late access experiment and cargo loading,
and many of the logistics items and science experiments which will be
onboard STS-79.
Available times for tours and photo opportunities prior to the
reception are:
Monday, June 17, 9:00 am - 5:00 pm
Tuesday, June 18, 10:00 am - 5:00 pm
Wednesday, June 19, 10:00 am - 3:00 pm
Please call Rebecca Gray on (703) 821-3000 or 1-888-492-0490 (pager)
to schedule a tour.
The SPACEHAB Double Module is SPACEHAB's newest asset to provide
commercial logistics resupply services to the Russian Space Station
Mir. On its maiden voyage, STS-79, the Double Module will carry more
than 7,000 pounds of logistics items and science experiments to Mir.
The Double Module currently is manifested for three missions to Mir:
STS-79, scheduled for launch on July 31; STS-81, scheduled for launch
on December 5; and STS-84, scheduled for launch on May 1, 1997.
SPACEHAB is the first company to commercially develop, own and operate
habitable modules that provide space-based laboratory research
facilities and logistics resupply services aboard the U.S. Space
Shuttle system.
|