General function of space object The purpose of Engineering Test Satellite VI is to establish bus technology for large scale geostationary three axis stabilized satellites necessary for development of future operational satellites as well as to develop advanced satellite communications technologies such as fixed satellite communications, mobile satellite communications and intersatellite communications.

(iv) Advanced satellite broadcasting technology

(i) Communications and broadcasting technology satellite

Engineering Test Satellite VII (ETS VII)

(ii) Advanced satellite mobile communication technology

(g) Development of engineering test satellites

7. Development of engineering test satellites (ETS)

G. Development of engineering test satellites (ETS)

40. As one of the prime developers of microsatellite technology, Surrey Satellite Technology Ltd. and the Centre for Satellite Engineering Research at the University of Surrey had developed a satellite technology transfer and training programme which involved the design, building and operation of complete satellites.

Research on and development of mobile satellite communications and satellite sound broadcasting using the technology of large deplorable antennas operating in the S band using ETS VIII

Similarly, new satellite technology, particularly using microwaves, can now provide gross indications of soil moisture at the surface.

Name of object launched Engineering Test Satellite VI (ETS VI) (Kiku 6)

The objectives of COMETS are to develop and experimentally demonstrate new technologies of advanced satellite mobile communication, interorbit communication and advanced satellite broadcasting.

C. Satellite based technology for sustainable development 74 90 12

C. Satellite based technology for sustainable development

(a) Communications and broadcasting Engineering Test Satellites (COMETS)

Development of amateur radio communications satellite technology

1. Communications and broadcasting Engineering Test Satellite (COMETS)

Helios 1A studies of the techniques and technology of space objects

It was among the most advanced States in such important fields as retrievable satellites, multi satellite launching by a single rocket, low temperature rocket fuel technology, the use of rockets bundled with boosters, the launching of geostationary satellites and the technology of tracking and control.

5. Research and development satellites for communications and broadcasting technology

(b) Optical Inter orbit Communications Engineering Test Satellite (OICETS)

USE OF NEW TECHNOLOGIES IN SATELLITE COMMUNICATIONS AND INFORMATION NETWORKS

E. Research and development satellites for communications and broadcasting technology

2. Optical Inter orbit Communications Engineering Test Satellite (OICETS)

d. Examining the technical aspects of transnational satellite direct broadcasting

In addition, space technology, such as large scale geostationary satellite technology, has been steadily progressing.

By exploring new methods and techniques, small satellites can be a tool for pioneering experiments and technologies for future missions involving larger satellites.

(e) Research and development satellites for communications and broadcasting technology

The objective of the ETS programme is to develop the high level technologies required for the practical utilization of satellites (for Earth observation, broadcasting, communications etc.), thereby fostering Japanese technology.

Workshop on Emerging Trends in Satellite Meteorology Technology and Applications

General function of space object Validation of space technology (first satellite based on Spanish technology)

The interorbit link with COMETS is another important mission of ADEOS.

UNOSAT is working at developing satellite based communications including Internet access to further facilitate community level access to technology.

Technical visit to the satellite tracking and receiving station at Mikomtek

(b) Satellite communications (launch of MSAT, a programme for advanced satellite communications development, a programme for development of technologies for mobile communications)

b. Examining the uses of mobile satellite communications and other new technologies, including low cost, lightweight satellites in non geostationary orbits (lightsats)

In addition, space technology, such as large scale geostationary satellite technology, has been steadily progressing.

(b) Examining the uses of mobile satellite communications and other new technologies, including low cost, lightweight satellites in non geostationary orbits (lightsats), for rural communications

The technology transfer programmes covered microsatellites and ground stations and involved both academic and skill training.

Space based technologies, such as meteorological and Earth observation satellites, communication satellites and satellite based positioning technologies offer the potential to contribute to improved prediction and monitoring of potential hazards, which in turn would lead to sharp reductions in losses to life and property.

Space based technologies, such as Earth observation satellites, communication satellites and satellite based positioning technologies can contribute to improved prediction and monitoring of potential hazards, which in turn can lead to sharp reductions in loss of life and property.

To develop a modular satellite that will be the key technology of the future platform

Several key satellite technologies were still being developed.

WRC 99 will continue studying technical and regulatory aspects of communication using geostationary and non geostationary satellites for various services, such as mobile satellites, Earth exploration satellites, space research satellites, meteorological satellites and broadcasting satellites.