PRODUCT PROFILE
NigeriaSat-X
EARTH OBSERVATION MICROSATELLITE
NigeriaSat-X
Nigeria · verified
MAKER
Nigerian Aerospace Development Agency
- COUNTRY
- Nigeria
- PROGRAMME STATUS
- verified
Specifications
- Function
- The satellite provides multi-spectral imaging for land use mapping, agricultural monitoring, and disaster management.
- Platform fit
- It is based on the SSTL-100 bus, designed for compact delivery into Sun-synchronous orbit.
- Commercial model
- The project was funded through a sovereign national space programme involving a build-and-train technology transfer contract.
- Deployment status
- The spacecraft reached its end-of-design-life milestone several years ago but remains in orbit for data retrieval.
- Evidence to demand
- Documented use cases include the mapping of Nigerian ecological zones and contributions to the International Charter on Space and Major Disasters.
Description
NigeriaSat-X is an Earth-observation microsatellite designed for medium-resolution imaging and environmental monitoring. It represents a significant milestone in West African space capability, having been constructed by Nigerian engineers from the National Space Research and Development Agency (NASRDA) under a collaborative training agreement with Surrey Satellite Technology Ltd (SSTL) in the United Kingdom. It is part of the Disaster Monitoring Constellation (DMC), succeeding the earlier NigeriaSat-1 mission to provide enhanced data continuity. The primary customers for this hardware and its subsequent data products are Nigerian government ministries focused on agriculture, forestry, and water resources. The satellite was launched as a co-passenger on a Dnepr rocket and serves as a domestic asset for mapping and urban planning. Data from the platform is also shared internationally through the DMC consortium to assist in global disaster response efforts, including flood monitoring and fire detection across various continents. Potential buyers or partners must account for the platform's age, as it has exceeded its original five-year design life, introducing risks related to battery degradation and orbital decay. The Aerospace Garage desk would verify the current operational status of the imaging payload and the frequency of successful downlinks to the ground station in Abuja. Prospective users should also confirm the availability of archived imagery versus real-time tasking capabilities given the current health of the onboard systems.
Linked stories
No newsroom coverage tied to this product yet.
LAST VERIFIED
Not yet verified
SOURCE CITATION
Maker website on record