PRODUCT PROFILE
MANTIS Imager
HIGH-RESOLUTION EARTH OBSERVATION PAYLOAD
MANTIS Imager
United Kingdom · verified
- COUNTRY
- United Kingdom
- PROGRAMME STATUS
- verified
Specifications
- Function
- The device performs multi-spectral optical imaging for Earth observation, focusing on environmental monitoring and resource management.
- Data output
- Standardised imagery products are delivered via compatible X-band or S-band downlinks to designated ground stations.
- Platform fit
- It is designed to integrate with 12U CubeSat structures and larger small satellite buses.
- Commercial model
- The manufacturer offers the unit as a standalone payload or as part of a turnkey 'Mission as a Service' package.
- Deployment status
- The system has transitioned from development to active orbital deployment following successful mission launches.
- Evidence to demand
- Selection by the European Space Agency for the InCubed programme indicates strong institutional backing and technical validation.
Description
MANTIS is a high-resolution optical instrument developed by Open Cosmos (United Kingdom) in collaboration with the European Space Agency and other industry partners. It was conceived as a high-performance imaging solution designed to fit within the restrictive mass and power budgets of the CubeSat and small satellite formats. The imager represents a shift toward providing larger-platform capabilities, such as multi-spectral land monitoring and disaster response, within a significantly smaller hardware envelope. The product is marketed to sovereign space agencies, commercial Earth observation constellations, and research institutions requiring high-revisit data without the capital expenditure of traditional large-scale satellites. It is specifically identified as the primary payload for the MANTIS mission, which forms part of the ESA InCubed programme. Commercial access is typically structured through mission-as-a-service contracts or direct hardware procurement integrated within Open Cosmos satellite buses. The Aerospace Garage desk notes that while the hardware is flight-proven, long-term radiometric stability and sensor degradation in high-radiation orbits remain areas for verification. Prospective buyers should confirm the current lead times for bespoke filter configurations and the status of automated ground-segment processing pipelines. Verification of the specific ground sampling distance achieved at varying orbital altitudes is recommended before finalising mission parameters.
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LAST VERIFIED
6 Sept 2026
SOURCE CITATION
Maker website on record