Colibri-S
Mission information
Name
Colibri-S
Alternate Names
Колибри-С, RS67S
Satellite ID
OVBN-0332-6282-0409-5232
Temporary NORAD ID
98794
Followed NORAD ID
61746
Website
https://spacepi.space/satellites/colibri-s/
Country of Origin

Russia

Status
Satellite alive
Operational

Satellite is in orbit and operational

Image
Colibri-S
Mission timeline
Launch Date
2024-11-04T00:00:00+00:00
Description

The Colibri S spacecraft is a small satellite designed to perform educational tasks in the field of radio communications and Earth remote sensing, acquisition of hyperspectral images of the Earth surface, as well as educational activities within the framework of the Space pi project of the Dezhurnyj po planete programme of the FASIE. The payload installed on the spacecraft is a 10x15 mm near-infrared hyperspectral camera of the scanning slit type with a diffraction optical element based on a grating on a convex mirror with a Rubinar 4.5 300 mm lens for obtaining hyperspectral images of the Earth surface. The Colibri S spacecraft is intended for educational, self study and technical research purposes conducted by radio amateurs. Radio amateurs will be able to track the spacecraft and receive telemetry and payload information. Anyone interested will be able to participate in the planned transmissions. It is also possible to transmit text, telemetry and remote sensing data, including using the amateur radio X-band, at any time and at any point during the pass, as agreed. In case of successful reception, the mission team will be able to assist in decoding and interpreting the received signal, as well as in processing the received images.

Mode X - DVB-S2
Type
Transmitter
Service
Amateur
Downlink Mode
DVB-S2
Downlink Frequency
10475000000
Baud
1000000
IARU Coordination
IARU Coordinated
Mode U - CW Beacon
Type
Transmitter
Service
Amateur
Downlink Mode
CW
Downlink Frequency
436835000
IARU Coordination
IARU Coordinated
Mode U - GFSK9k6 - AX.25 Beacon and Telemetry (Geoscan framing)
Type
Transmitter
Service
Amateur
Downlink Mode
GFSK
Downlink Frequency
436835000
Baud
9600
IARU Coordination
IARU Coordinated
Most Recent Observers (last 24h)
Observer Latest Data
SONIKS: Station_82-KO16tx 2024-12-13 20:13:51 UTC
SONIKS: Station_22-KO04hr 2024-12-13 20:13:41 UTC
SONIKS: Station_1-KP72ab 2024-12-13 20:13:40 UTC
SONIKS: Station_16-KP71eu 2024-12-13 20:13:19 UTC
SONIKS: Station_17-KP50cn 2024-12-13 20:13:16 UTC
Data Frames Decoded - 30 Days
There is no decoded data for this satellite in the last 30 days.
Decoder: Colibri-S Telemetry
Script Name
geoscan
Decoder Fields
Click here
Orbital Elements
Latest Two-Line Element (TLE)
TLE Source
Space-Track.org
TLE Updated
2024-12-13 23:16:13 UTC
TLE Set
1 61746U 24199M   24348.75559614  .00014687  00000-0  57978-3 0  9997
2 61746 97.3820 213.0304 0016175 92.4284 267.8806 15.25509380 52919
Colibri-S Suggestion
Name
Colibri-S
NORAD ID
61746
Alternative Names
Колибри-С, RS67S
Description
The Colibri S spacecraft is a small satellite designed to perform educational tasks in the field of radio communications and Earth remote sensing, acquisition of hyperspectral images of the Earth surface, as well as educational activities within the framework of the Space pi project of the Dezhurnyj po planete programme of the FASIE. The payload installed on the spacecraft is a 10x15 mm near-infrared hyperspectral camera of the scanning slit type with a diffraction optical element based on a grating on a convex mirror with a Rubinar 4.5 300 mm lens for obtaining hyperspectral images of the Earth surface. The Colibri S spacecraft is intended for educational, self study and technical research purposes conducted by radio amateurs. Radio amateurs will be able to track the spacecraft and receive telemetry and payload information. Anyone interested will be able to participate in the planned transmissions. It is also possible to transmit text, telemetry and remote sensing data, including using the amateur radio X-band, at any time and at any point during the pass, as agreed. In case of successful reception, the mission team will be able to assist in decoding and interpreting the received signal, as well as in processing the received images.
image
Satellite image
status
alive
countries
website
https://spacepi.space/satellites/colibri-s/
launched
Nov. 4, 2024, midnight