SWSU-60
Mission information
Name
SWSU-60
Alternate Names
YUZGU-60, ЮЗГУ-60, Frank-1, RS41S
Satellite ID
XQMC-1711-8221-5134-0228
Temporary NORAD ID
98783
Followed NORAD ID
None
Website
https://spacepi.space/satellites/yu-zgu-60/
Country of Origin

Russia

Status
Satellite alive
Operational

Satellite is in orbit and operational


Frequency Misuse

Satellite is reported to be transmitting at an uncoordinated or denied frequency. Details

Image
SWSU-60
Mission timeline
Launch Date
2024-11-04T23:18:40+00:00
Description

The small spacecraft YUZGU-60 was named in honor of the 60th anniversary of the South-West State University.

Radiation protection is a critical aspect of modern technological and industrial safety. Radiation exposure can have devastating consequences for humans, materials, and the environment. The development of new effective protective materials and coatings is becoming a priority in radiation safety. In recent decades, significant efforts have been made to develop new materials that can provide reliable protection against radiation exposure. Traditional materials such as lead or concrete have proven their effectiveness in this regard, but have a number of disadvantages, such as heavy weight due to their high density, complexity of structural manufacturing, especially when creating protective equipment housings, and others.

The main goal of this project is to develop and test new protective materials that, on the one hand, would be effective in terms of radiation protection, and on the other, lighter and more flexible. These materials must have a high degree of isolation and radiation absorption to various types of ionizing flows: γ-, β-radiation, neutron particles, and also ensure long-term stability and reliability of equipment operation in various radiation conditions, including in outer space.

This project developed new functional materials in the field of radiation protection, as well as an autonomous module for testing them in outer space. It is expected that the test results will prove the effectiveness of the newly developed protective materials, which will be able to significantly improve radiation safety, maintain the integrity and functionality of objects in extreme conditions. This, in turn, will have a positive contribution to various fields: cosmonautics, nuclear energy, medical diagnostics and other industries where radiation protection is an integral part of safety and efficiency.

Mode U - AFSK 1k135 Beacon TLM
Type
Transmitter
Service
Amateur
Downlink Mode
AFSK
Downlink Frequency
437050000
Baud
1135
IARU Coordination
IARU Uncoordinated
Mode U - AFSK 1k135 Beacon TLM
Type
Transmitter
Service
Amateur
Downlink Mode
AFSK
Downlink Frequency
435750000
Baud
1135
IARU Coordination
IARU Uncoordinated
Most Recent Observers (last 24h)
Observer Latest Data
F4TNK-UHF-JN23at 2024-11-20 19:40:21 UTC
Data Frames Decoded - 30 Days
There is no decoded data for this satellite in the last 30 days.
No Decoders Found
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Orbital Elements
Latest Two-Line Element (TLE)
TLE Source
SatNOGS Team
TLE Updated
2024-11-05 13:44:58 UTC
TLE Set
1 98783U          24310.50000000  .00000000  00000-0  50000-4 0    02
2 98783 97.4000 175.1102 0012345 110.9719 278.8168 15.23899120 07
No Satellite Suggestions Found