Aerospace Garage

PRODUCT PROFILE

Amazonia-1 [Amazônia-1]

EARTH OBSERVATION SATELLITES

Amazonia-1 [Amazônia-1]

Brazil · verified

MAKER

INPE →gov.br/inpelast verified 6 Sept 2026
COUNTRY
Brazil
PROGRAMME STATUS
verified

Specifications

Function
High-frequency optical remote sensing for environmental monitoring and agricultural oversight.
Platform fit
Configured as the primary payload for the domestically developed Multi-Mission Platform [Plataforma Multi-Missão] bus.
Sensor payload
Wide Field Imaging Camera providing a wide swath for frequent revisit capabilities.
Commercial model
State-funded development and procurement through the National Institute for Space Research [Instituto Nacional de Pesquisas Espaciais].
Deployment status
Currently operational in a sun-synchronous polar orbit following a successful launch in 2021.
Evidence to demand
Centralised requirement by the Brazilian government for sovereign data to manage the Amazon rainforest and agricultural land use.

Description

Amazonia-1 is a sun-synchronous optical Earth observation satellite and the first to be designed, integrated, and operated entirely by the National Institute for Space Research [Instituto Nacional de Pesquisas Espaciais]. It serves as the inaugural spacecraft built upon the Multi-Mission Platform [Plataforma Multi-Missão], a modular bus architecture developed to provide the Brazilian space sector with a domestic foundation for diverse orbital payloads. The satellite is a dedicated resource for monitoring deforestation in the Amazon region and supporting diversified agricultural surveying. Ownership and operational control reside with the Brazilian government. While the mission is primarily a state-funded scientific and environmental project, the data generated is utilised by public agencies for land use management and environmental enforcement. The satellite was launched into a polar orbit via a commercial contract with NewSpace India Limited, reflecting a shift toward international launch services for Brazilian sovereign assets following the conclusion of earlier bilateral programmes with other partners. Prospective buyers or analysts should monitor the long-term reliability of the Multi-Mission Platform [Plataforma Multi-Missão] bus, as its performance dictates the viability of future missions in the Amazonia series. The Aerospace Garage desk would seek to verify the actual versus design lifespan of the optical sensors and the frequency of data downlinks to domestic ground stations. Further investigation is required into the specific procurement timeline for the follow-on Amazonia-1B and Amazonia-2 units.

Linked stories

No newsroom coverage tied to this product yet.

LAST VERIFIED

6 Sept 2026

SOURCE CITATION

Maker website on record

Connected across the platform

National Institute for Space Research [Instituto Nacional decompanywww.gov.br/inpelast verified 21 Sept 2026Brazilian Space Agencycompanywww.gov.br/aeb/pt-brlast verified 21 Sept 2026NewSpace India Limitedcompanynsilindia.co.inlast verified 26 Sept 2026CBERSproductwww.cast.cnlast verified 21 Sept 2026Multi-Mission PlatformPolar Satellite Launch Vehicle [