PRODUCT PROFILE
KOMPSAT-7 [아리랑 7호]
EARTH OBSERVATION SATELLITE
KOMPSAT-7 [아리랑 7호]
South Korea · verified
- COUNTRY
- South Korea
- PROGRAMME STATUS
- verified
Specifications
- Function
- High-resolution electro-optical imaging for geospatial intelligence and environmental monitoring.
- Platform fit
- The satellite operates in a sun-synchronous low Earth orbit to ensure consistent lighting for imagery.
- Commercial model
- Data products are expected to be available through government-sanctioned commercial distribution channels for international clients.
- Deployment status
- The system has undergone extensive ground testing and integration phases ahead of its scheduled launch window.
- Sensor capability
- The payload is designed to achieve sub-0.3 metre optical resolution for high-detail surface analysis.
- Evidence to demand
- Public records indicate sustained investment from the South Korean Ministry of Science and ICT to maintain sovereign imaging capabilities.
Description
The KOMPSAT-7 (Korea Multi-Purpose Satellite-7) is a high-resolution optical Earth observation satellite developed by the Korea Aerospace Research Institute (한국항공우주연구원). It represents the next generation of the Arirang series, following the legacy of the KOMPSAT-3A. The primary mission objective is to provide high-frequency, sub-metre resolution imagery to support national mapping, agricultural monitoring, and disaster response requirements through advanced electro-optical payloads. The programme is funded and managed by the South Korean government, primarily serving domestic public sector requirements and strategic interests. While the platform is a national asset, excess capacity and historical data from the Arirang lineage are typically marketed globally through commercial resellers such as SI Imaging Services. Its high-detail imagery is intended for use by urban planners, environmental agencies, and maritime monitoring organisations needing precise geospatial intelligence. Technical risks involve the successful integration and orbital calibration of the ultra-high-resolution imaging sensors. Buyers and partners should verify the operational handover timeline and the specific throughput capacity for tasking requests versus archival access. The Aerospace Garage desk would seek to confirm the final orbital parameters and the verifiable ground sample distance achieved during initial on-orbit testing.
Linked stories
No newsroom coverage tied to this product yet.
LAST VERIFIED
Not yet verified
SOURCE CITATION
Maker website on record