DIDO 2
Mission information
Name
DIDO 2
Alternate Names
Chen Jiayong 1
Satellite ID
ANTS-7659-6853-4378-3829
NORAD ID
42000
Countries of Origin

Israel

Switzerland

Status
Satellite alive
Operational

Satellite is in orbit and operational

Image
DIDO 2
Mission timeline
Launch Date
2017-02-15T00:00:00+00:00
Description

DIDO-2 (aka Chen Jiayong 1, COSPAR 2017-008BE) is a nano-satellite of the Israeli/Swiss company SpacePharma. The nano-satellite is part of a research project whose goal is to test a miniaturized end-to-end pharmaceutical laboratory (called mGnify lab) in space under microgravity conditions. The mGnify unit can perform experiments on bacterial growth, antibiotics resistance, self-assembly, enzymatic reactions, polymerization, nanoparticle synthesis, particle aggregation dynamics, emulsion stability and crystallization.

Type
Transmitter
Downlink Mode
BPSK
Downlink Frequency
400300000
Baud
1200
Most Recent Observers (last 24h)

No observations recorded for DIDO 2 in the last 24h

Data Frames Decoded - 30 Days
There is no decoded data for this satellite in the last 30 days.
No Decoders Found
Help us develop a decoder, you can find instructions at this wiki link
Orbital Elements
Latest Two-Line Element (TLE)
TLE Source
umich.edu cubesat
TLE Updated
2024-07-11 11:14:22 UTC
TLE Set
1 42000U 17008BE  24193.14122659  .03664044  23375-5  67438-3 0  9994
2 42000 97.1246 256.7610 0012848 257.1819 102.8042 16.32105501412648
DIDO 2 Suggestion
Name
DIDO 2
NORAD ID
42000
Alternative Names
Chen Jiayong 1
Description
DIDO-2 (aka Chen Jiayong 1, COSPAR 2017-008BE) is a nano-satellite of the Israeli/Swiss company SpacePharma. The nano-satellite is part of a research project whose goal is to test a miniaturized end-to-end pharmaceutical laboratory (called mGnify lab) in space under microgravity conditions. The mGnify unit can perform experiments on bacterial growth, antibiotics resistance, self-assembly, enzymatic reactions, polymerization, nanoparticle synthesis, particle aggregation dynamics, emulsion stability and crystallization.
image
Satellite image
status
re-entered
decayed
July 12, 2024, midnight
countries
launched
Feb. 15, 2017, midnight