Aerospace Garage

PRODUCT PROFILE

MANTIS Imager

HIGH-RESOLUTION EARTH OBSERVATION PAYLOAD

MANTIS Imager

United Kingdom · verified

MAKER

Open Cosmos →open-cosmos.comlast verified 6 Sept 2026
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.

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

European Space AgencyInCubed ProgrammeOpen Cosmoscompanyopen-cosmos.comlast verified 6 Sept 2026TerraboticsSatlantiscompanysatlantis.comlast verified 6 Sept 2026i-VNE