International Sat. n°: |
Japanese satellite n°: 120 |
Was renamed: Himawari 6 after launch
Launch data:
| Designation | 28622 / 05006A |
| Launch date | 26 Feb 2005 - 09:25 UT |
| Launch site | Tanegashima |
| Launch vehicle |
H-2A (2022) |
| Mission | Communications, Meteorology, Navigation |
| Geostationary orbit on 6 Mar: |
| Perigee / Apogee | 35773 x 35793 km |
| Inclination | 0.11° |
| Period | 1435.91 min |
|
|
1e flight of the H-2A (2022) variant.
Spacecraft data:
| Prime contractor | Space Systems Loral (SSL) |
| Operator | Japanese Ministry of Transport Civil Aviation Bureau & Meteorological Agency |
| Platform | LS-1300 |
| Mass at launch | 2900 kg |
| Dry Mass | kg |
| Basic shape | |
| Dimension | |
| Solar array | |
| Stabilization | |
| DC power | |
| Design lifetime | 10 years |
|
Location:
|
Description:
MSAT 1R is a multi-role satellite, providing meteorological data for the Japanese Meteorological Agency and air-traffic control data for the Japanese Civil Aviation Bureau.
The Japanese Civil Aviation Bureau will use MTSat to reduce en route aircraft
separation, provide flexible flight profile planning, enhance air travel safety,
and improve the quality of aeronautical communications. To that end, it will be
positioned at an orbital slot of approximately 140 degrees east, and provide
high quality digital voice and data communications in the L, Ku, and Ka
bands.
The Japanese Meteorological Agency will use MTSat to provide observed cloud
imagery and continuous weather products such as cloud and vapor distributions,
cloud motion wind vector, sea surface temperature, and information on typhoon,
low pressure, and front activity. MTSat also will receive raw data from data
collection platforms on land and sea, deliver it to a processing station, and
then broadcast the processed data and imagery across the region. It is the
successor to the GMS 1-5 satellite series.
MTSat is based on SS/L’s standard LS-1300
three-axis, body stabilized spacecraft. It will use many of the state-of-the-art
technologies developed for the current five satellite U.S. Geostationary
Environmental Satellite program, called GOES I - M, for
which SS/L is the prime contractor. MTSat will provide 10 years of service in
its aeronautical mission and five years in its meteorological mission.
Ref.: #3(SD392), #7, #14 - update: 18.12.05