MACDONALD DETTWILER AWARDED $72 MILLION TO SUPPORT SPACE STATION ROBOTICS
Richmond, B.C. MacDonald Dettwiler announced today its subsidiary, MD Robotics,
located in Brampton, Ontario, has entered into a three year contract valued at $72
million with the Canadian Space Agency to support the Mobile Servicing System, Canada's
contribution to the International Space Station (ISS).
The Mobile Servicing System (MSS) is a sophisticated robotic system critical to
the assembly, maintenance and servicing of the ISS itself. The MSS is comprised
of three components including the Space Remote Manipulator System, the Special Purpose
Dexterous Manipulator, and the Mobile Base System. This combination represents some
of the most advanced robotics in the world.
"We will continue to provide CSA with the highest level of service to support the
Mobile Servicing System during ground processing, launch and on-orbit operations,"
said Chris Woodland, director Mobile Servicing System program. "This project will
ensure Canada maintains its expertise and leadership role in advanced robotics."
Mag Iskander, vice president and general manager of MD Robotics added, "MD Robotics'
commitment and experience in sustaining engineering and on-orbit services is well
established with more than 20 years of continued support to NASA on the Canadarm
program. This new contract gives us the opportunity to expand this core business."
Canadian robotics will be utilized on virtually all of the 40-plus shuttle flights
that will deliver nearly one million pounds of structures and equipment required
to construct the station. When the 356 ft. by 290 ft. world-class orbiting laboratory
is completed, the Mobile Servicing System, including the Special Purpose Dexterous
Manipulator assembly currently being developed by MD Robotics, will continue to
service and maintain the station 220 miles above earth for the next 15-20 years.
Through its performance on this contract, MD Robotics anticipates earning a continuing
key role in providing sustaining engineering throughout the life of the station.
About MacDonald Dettwiler
MacDonald Dettwiler is an information company that provides essential information
from anywhere in the world for decision making in the workplace. The Company operates
its business through two principal groups: the Information Products Group and the
Information Systems Group. The Information Products Group delivers essential land
information products and services in three categories including: Legal Information,
Asset Information, and Geographical Information.
The Information Systems Group provides mission critical information systems to three
major applications: Monitoring Activities on the Planet, Managing Mobile Assets,
and Enabling the Mobile workforce. MacDonald Dettwiler employs 1700 people around
the world through a network of offices, subsidiaries, and distributors.
About MD Robotics
MD Robotics, subsidiary of MacDonald Dettwiler, is Canada's leading space robotics
company committed to offering hi-tech, sophisticated robotic and engineering solutions
for space and terrestrial applications.
About The International Space Station (ISS)
The International Space Station (ISS) is the largest and most ambitious space program
since the Apollo moon landings and the largest scientific joint effort among nations
in history. The International Space Station partners a global team led by NASA.
Countries participating in the program include the United States, Canada, Japan,
Russia, Brazil and a consortium of European communities under the flag of the European
Space Agency. Each of the international partners is providing key elements to the
program. The first components of the station were placed in orbit in late 1998.
The space station will provide unique laboratories to conduct research in fields
such as astronomy, life sciences and materials, as well as locations to assemble
satellites and space platforms too large and fragile to launch directly from Earth.
The advanced technologies being used to construct the station will find applications
in many industries on earth
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