Designation
|
Class
|
Launch
|
Deployment
|
Mission status
|
Summary
|
Date
|
Site
|
Vehicle
|
Date
|
Orbit
|
Vehicle
|
1990s
|
Dove-OSCAR 17
|
Cubesat
|
22 January 1990
|
Kourou Space Centre
|
Ariane 40 H10
|
22 January 1990
|
Low Earth Orbit
|
N/A
|
Operated until March 1998.[1]
|
Brazil's first privately designed amateur radio satellite.[1]
|
SCD-1
|
Satellite
|
9 February 1993
|
Kennedy Space Center
|
Pegasus 003/F3
|
9 February 1993
|
Low Earth Orbit
|
N/A
|
In operation.
|
First satellite developed by INPE.[2]
|
SCD-2A
|
Satellite
|
2 November 1997
|
Alcântara Space Center
|
VLS-1 V1
|
N/A
|
N/A
|
N/A
|
Destroyed at launch.[3]
|
Second satellite developed by INPE.[3]
|
SCD-2
|
Satellite
|
23 October 1998
|
Cape Canaveral Space Force Station
|
Pegasus
|
23 October 1998
|
Low Earth Orbit
|
N/A
|
In operation.
|
Third satellite developed by INPE.[4]
|
CBERS-1
|
Satellite
|
14 October 1999
|
Taiyuan Satellite Launch Center
|
Long March 4B
|
14 October 1999
|
Sun-synchronous orbit
|
N/A
|
Decommissioned in August 2003.
|
First satellite from the program CBERS.[7]
|
SACI-1
|
Microsatellite
|
It lost contact shortly after entering orbit.[8]
|
It aimed to carry out university experiments selected by the Brazilian Academy of Sciences. The programme was terminated after the loss of the second satellite.[9]
|
SACI-2
|
Microsatellite
|
11 December 1999
|
Alcântara Space Center
|
VLS-1 V2
|
N/A
|
N/A
|
N/A
|
Destroyed at launch.[9]
|
2000s
|
CBERS-2
|
Satellite
|
21 October 2003
|
Taiyuan Satellite Launch Center
|
Long March 4B
|
21 October 2003
|
Low Earth Orbit
|
N/A
|
Decommissioned in January 2009.
|
Second satellite from the program CBERS.[10]
|
SATEC
|
Microsatellite
|
25 August 2003
|
Alcântara Space Center
|
VLS-1 V3
|
N/A
|
N/A
|
N/A
|
Destroyed during pre-launch tests on the platform due to the 2003 Alcântara VLS accident.
|
Developed by INPE.
|
UNOSAT
|
Nanosatellite
|
Developed by University North of Paraná.
|
CBERS-2B
|
Satellite
|
19 September 2007
|
Taiyuan Satellite Launch Center
|
Long March 4B
|
19 September 2007
|
Sun-synchronous orbit
|
N/A
|
Decommissioned in April 2010.
|
Third satellite from the program CBERS.[12]
|
2010s
|
CBERS-3
|
Satellite
|
9 December 2013
|
Taiyuan Satellite Launch Center
|
Long March 4B
|
N/A
|
N/A
|
N/A
|
Premature re-entry due to rocket failure.[13]
|
Fourth satellite from the program CBERS.
|
NanoSatC-Br 1 [pt]
|
Nanosatellite
|
19 June 2014
|
Dombarovsky Air Base
|
Dnepr
|
19 June 2014
|
Low Earth Orbit
|
N/A
|
In operation (2019).[14]
|
Developed under an agreement between UFSM and INPE.[15]
|
CBERS-4
|
Satellite
|
7 December 2014
|
Taiyuan Satellite Launch Center
|
Long March 4B
|
7 December 2014
|
Sun-synchronous orbit
|
N/A
|
In operation.
|
Fifth satellite from the program CBERS.[16]
|
AESP-14
|
Nanosatellite
|
10 January 2015
|
Cape Canaveral Space Force Station
|
Falcon 9 v1.1
|
5 February 2015
|
ISS
|
Kibō[17]
|
Considered inoperative after failing to open an antenna.[18]
|
Developed by INPE and ITA.[19]
|
SERPENS [pt]
|
Nanosatellite
|
18 August 2015
|
Tanegashima Space Center
|
H-IIB
|
17 September 2015
|
ISS
|
Kibō[20]
|
Re-entry on 27 March 2016.[21]
|
Project created by AEB in partnership with universities.[22]
|
Tancredo-1
|
Picosatellite
|
9 December 2016
|
Tanegashima Space Center
|
H-IIB
|
16 January 2017
|
ISS
|
Kibō[23]
|
Re-entry on 18 October 2017.[24]
|
Educational project at the Tancredo Neves Municipal School in Ubatuba.[23]
|
ITASAT-1 [pt]
|
Microsatellite
|
3 December 2018
|
Vandenberg Air Force Base
|
Falcon 9 Block 5
|
3 December 2018
|
Low Earth Orbit
|
N/A
|
In orbit (2020).[25]
|
Project developed by ITA, AEB and INPE.[25]
|
CBERS-4A [pt]
|
Satellite
|
20 December 2019
|
Taiyuan Satellite Launch Center
|
Long March 4B
|
20 December 2019
|
Sun-synchronous orbit
|
N/A
|
In operation (2021).[26]
|
Sixth satellite from the program CBERS.[27]
|
FloripaSat-1 [pt]
|
Nanosatellite
|
In operation (2020).[28]
|
Developed by students from UFSC in partnership with AEB.[28]
|
2020s
|
Amazônia-1
|
Satellite
|
28 February 2022
|
Satish Dhawan Space Centre
|
PSLV-C51
|
28 February 2022
|
Polar orbit[29]
|
N/A
|
In operation (2021).[29]
|
Developed by INPE and AEB.[29] It is the first satellite developed and built entirely in Brazil.[30]
|
NanoSatC-Br 2 [pt]
|
Nanosatellite
|
22 March 2021
|
Baikonur Cosmodrome
|
Soyuz-2
|
22 March 2021
|
Low Earth Orbit
|
N/A
|
In operation (2021).[31]
|
Built in partnership between INPE and UFSM.[32]
|
Pion-BR1
|
Picosatellite
|
13 January 2022
|
Cape Canaveral Space Force Station
|
Falcon 9 Block 5
|
13 January 2022
|
Low Earth Orbit
|
N/A
|
In operation (2022).[33]
|
Developed by PionLabs [pt], it is the first Brazilian produced satellite developed by a startup.[34]
|
Alpha Crux
|
Picosatellite
|
1 April 2022
|
Cape Canaveral Space Force Station
|
Falcon 9 Block 5
|
1 April 2022
|
Low Earth orbit
|
N/A
|
In orbit (2022).
|
Developed by University of Brasília, in partnership with the Brazilian Space Agency.[35]
|
Carcará I
|
Microsatellite
|
25 May 2022
|
Cape Canaveral Space Force Station
|
Falcon 9 Block 5
|
25 May 2022
|
Low Earth Orbit
|
N/A
|
In orbit (2022).
|
Remote sensing radar satellite of the Brazilian Air Force, part of the Lessonia-1 Project, produced by the Finnish company ICEYE.[36][37][38]
|
Carcará II
|
SPORT
|
Microsatellite
|
21 November 2022
|
Cape Canaveral Space Force Station
|
Falcon 9 Block 5
|
21 November 2022
|
Low Earth Orbit
|
N/A
|
Reentry in October 2023.[39]
|
Scintilation Prediction Observations Research Task, project developed in a paterneship between ITA, NASA, INPE and American universities.[40]
|
VCUB-1
|
Nanosatelite
|
15 April 2023
|
Vandenberg Air Force Base
|
Falcon 9 Block 5
|
15 April 2023
|
Low Earth Orbit
|
N/A
|
In orbit (2023).
|
Developed by the Brazilian joint-venture Visiona (Embraer and Telebrás), for Earth observation and data collection.[41]
|